| // |
| // Generated on Thu Jan 23 20:07:42 2014 by xCalibrate v2006.3_29.23 Tue Oct 3 13:45:20 PDT 2006 |
| // |
| // Comments: |
| // |
| // |
| // Spec: S8PIR-10R stackup |
| // Author: Max Otrokov (MVO) |
| // |
| // |
| // Technology name: s8pir_10r |
| // Precision: 1000 |
| // DBU Size: 1e-09 |
| // DB Magnification: 1 |
| // Capacitance Units: ff |
| // Background Dielectric: 1 |
| // |
| VARIABLE m34RS 1 |
| VARIABLE m36RS 0 |
| VARIABLE m37RS 1 |
| VARIABLE m33RS 0 |
| VARIABLE m33NB_COEF 1 |
| VARIABLE m33IN_COEF 1 |
| VARIABLE m33IN0_COEF 1 |
| VARIABLE m34NB_COEF 1 |
| VARIABLE m34IN_COEF 1 |
| VARIABLE m34IN0_COEF 1 |
| VARIABLE m36NB_COEF 1 |
| VARIABLE m36IN_COEF 1 |
| VARIABLE m36IN0_COEF 1 |
| VARIABLE m37NB_COEF 1 |
| VARIABLE m37IN_COEF 1 |
| VARIABLE m37IN0_COEF 1 |
| #ifndef $XCAL_MAXD_MODE |
| #define $XCAL_MAXD_MODE smart // set max_distance type unless already set from shell - smart, classic or maximum |
| #endif // ifndef $XCAL_MAXD_MODE |
| #ifdef $XCAL_MAXD_MODE custom |
| VARIABLE MAXDISTANCE_ply 4.00 |
| VARIABLE MAXWIDTH_ply 3.00 |
| VARIABLE MAXENCLOSE_ply 0.72 |
| VARIABLE MAXRADIUS_ply 500 |
| |
| VARIABLE MAXDISTANCE_li 5.00 |
| VARIABLE MAXWIDTH_li 4.00 |
| VARIABLE MAXENCLOSE_li 0.68 |
| VARIABLE MAXRADIUS_li 600 |
| |
| VARIABLE MAXDISTANCE_m1 0.14*32 |
| VARIABLE MAXWIDTH_m1 4.00 |
| VARIABLE MAXENCLOSE_m1 0.56 |
| VARIABLE MAXRADIUS_m1 700 |
| |
| VARIABLE MAXDISTANCE_m2 0.14*32 |
| VARIABLE MAXWIDTH_m2 4.00 |
| VARIABLE MAXENCLOSE_m2 0.56 |
| VARIABLE MAXRADIUS_m2 700 |
| |
| VARIABLE MAXDISTANCE_m3 0.36*25 |
| VARIABLE MAXWIDTH_m3 5.0 |
| VARIABLE MAXENCLOSE_m3 1.2 |
| VARIABLE MAXRADIUS_m3 800 |
| |
| VARIABLE MAXDISTANCE_m4 0.36*25 |
| VARIABLE MAXWIDTH_m4 5.0 |
| VARIABLE MAXENCLOSE_m4 1.2 |
| VARIABLE MAXRADIUS_m4 800 |
| |
| VARIABLE MAXDISTANCE_m5 12.0 // Warning; value less than true two-pitch (exceeded limits) |
| VARIABLE MAXWIDTH_m5 6.5 // Warning; value less than true two-pitch (exceeded limits) |
| VARIABLE MAXENCLOSE_m5 3 // Warning; value less than true two-pitch (exceeded limits) |
| VARIABLE MAXRADIUS_m5 1400 |
| |
| VARIABLE MAXDISTANCE_rdl 40.0 |
| VARIABLE MAXWIDTH_rdl 40.0 |
| VARIABLE MAXENCLOSE_rdl 1.2 |
| VARIABLE MAXRADIUS_rdl 2000 |
| |
| #endif // ifdef $XCAL_MAXD_MODE custom |
| #ifdef $XCAL_MAXD_MODE smart |
| VARIABLE MAXDISTANCE_ply 0.72 |
| VARIABLE MAXWIDTH_ply 0.72 |
| VARIABLE MAXENCLOSE_ply 0.72 |
| VARIABLE MAXRADIUS_ply 500 |
| |
| VARIABLE MAXDISTANCE_li 0.68 |
| VARIABLE MAXWIDTH_li 0.68 |
| VARIABLE MAXENCLOSE_li 0.68 |
| VARIABLE MAXRADIUS_li 600 |
| |
| VARIABLE MAXDISTANCE_m1 0.56 |
| VARIABLE MAXWIDTH_m1 0.56 |
| VARIABLE MAXENCLOSE_m1 0.56 |
| VARIABLE MAXRADIUS_m1 700 |
| |
| VARIABLE MAXDISTANCE_m2 0.56 |
| VARIABLE MAXWIDTH_m2 0.56 |
| VARIABLE MAXENCLOSE_m2 0.56 |
| VARIABLE MAXRADIUS_m2 700 |
| |
| VARIABLE MAXDISTANCE_m3 1.2 |
| VARIABLE MAXWIDTH_m3 1.2 |
| VARIABLE MAXENCLOSE_m3 1.2 |
| VARIABLE MAXRADIUS_m3 1000 |
| |
| VARIABLE MAXDISTANCE_m4 1.2 |
| VARIABLE MAXWIDTH_m4 1.2 |
| VARIABLE MAXENCLOSE_m4 1.2 |
| VARIABLE MAXRADIUS_m4 1000 |
| |
| VARIABLE MAXDISTANCE_m5 3 // Warning; value less than true two-pitch (exceeded limits) |
| VARIABLE MAXWIDTH_m5 3 // Warning; value less than true two-pitch (exceeded limits) |
| VARIABLE MAXENCLOSE_m5 3 // Warning; value less than true two-pitch (exceeded limits) |
| VARIABLE MAXRADIUS_m5 1400 |
| |
| VARIABLE MAXDISTANCE_rdl 15 // Warning; value less than true two-pitch (exceeded limits) |
| VARIABLE MAXWIDTH_rdl 15 // Warning; value less than true two-pitch (exceeded limits) |
| VARIABLE MAXENCLOSE_rdl 15 // Warning; value less than true two-pitch (exceeded limits) |
| VARIABLE MAXRADIUS_rdl 4000 |
| |
| #endif // ifdef $XCAL_MAXD_MODE smart |
| #ifdef $XCAL_MAXD_MODE classic |
| VARIABLE MAXDISTANCE_ply 3 |
| VARIABLE MAXWIDTH_ply 3 |
| VARIABLE MAXENCLOSE_ply 3 |
| VARIABLE MAXRADIUS_ply 3 |
| |
| VARIABLE MAXDISTANCE_li 3 |
| VARIABLE MAXWIDTH_li 3 |
| VARIABLE MAXENCLOSE_li 3 |
| VARIABLE MAXRADIUS_li 3 |
| |
| VARIABLE MAXDISTANCE_m1 3 |
| VARIABLE MAXWIDTH_m1 3 |
| VARIABLE MAXENCLOSE_m1 3 |
| VARIABLE MAXRADIUS_m1 3 |
| |
| VARIABLE MAXDISTANCE_m2 3 |
| VARIABLE MAXWIDTH_m2 3 |
| VARIABLE MAXENCLOSE_m2 3 |
| VARIABLE MAXRADIUS_m2 3 |
| |
| VARIABLE MAXDISTANCE_m3 3 |
| VARIABLE MAXWIDTH_m3 3 |
| VARIABLE MAXENCLOSE_m3 3 |
| VARIABLE MAXRADIUS_m3 3 |
| |
| VARIABLE MAXDISTANCE_m4 3 |
| VARIABLE MAXWIDTH_m4 3 |
| VARIABLE MAXENCLOSE_m4 3 |
| VARIABLE MAXRADIUS_m4 3 |
| |
| VARIABLE MAXDISTANCE_m5 3 |
| VARIABLE MAXWIDTH_m5 3 |
| VARIABLE MAXENCLOSE_m5 3 |
| VARIABLE MAXRADIUS_m5 3 |
| |
| VARIABLE MAXDISTANCE_rdl 3 |
| VARIABLE MAXWIDTH_rdl 3 |
| VARIABLE MAXENCLOSE_rdl 3 |
| VARIABLE MAXRADIUS_rdl 3 |
| |
| #endif // ifdef $XCAL_MAXD_MODE classic |
| #ifdef $XCAL_MAXD_MODE maximum |
| VARIABLE MAXDISTANCE_ply 5 |
| VARIABLE MAXWIDTH_ply 4.8 |
| VARIABLE MAXENCLOSE_ply 5 |
| VARIABLE MAXRADIUS_ply 500 |
| |
| VARIABLE MAXDISTANCE_li 6 |
| VARIABLE MAXWIDTH_li 5 |
| VARIABLE MAXENCLOSE_li 6 |
| VARIABLE MAXRADIUS_li 600 |
| |
| VARIABLE MAXDISTANCE_m1 7 |
| VARIABLE MAXWIDTH_m1 4.48 |
| VARIABLE MAXENCLOSE_m1 7 |
| VARIABLE MAXRADIUS_m1 700 |
| |
| VARIABLE MAXDISTANCE_m2 7 |
| VARIABLE MAXWIDTH_m2 4.48 |
| VARIABLE MAXENCLOSE_m2 7 |
| VARIABLE MAXRADIUS_m2 700 |
| |
| VARIABLE MAXDISTANCE_m3 10 |
| VARIABLE MAXWIDTH_m3 10 |
| VARIABLE MAXENCLOSE_m3 10 |
| VARIABLE MAXRADIUS_m3 1000 |
| |
| VARIABLE MAXDISTANCE_m4 10 |
| VARIABLE MAXWIDTH_m4 10 |
| VARIABLE MAXENCLOSE_m4 10 |
| VARIABLE MAXRADIUS_m4 1000 |
| |
| VARIABLE MAXDISTANCE_m5 14 |
| VARIABLE MAXWIDTH_m5 12 |
| VARIABLE MAXENCLOSE_m5 14 |
| VARIABLE MAXRADIUS_m5 1400 |
| |
| VARIABLE MAXDISTANCE_rdl 40 |
| VARIABLE MAXWIDTH_rdl 40 |
| VARIABLE MAXENCLOSE_rdl 40 |
| VARIABLE MAXRADIUS_rdl 4000 |
| |
| #endif // ifdef $XCAL_MAXD_MODE maximum |
| |
| // Following line(s) should be in your rulesfile |
| // UNIT CAPACITANCE ff |
| // Above line(s) should be in your rulesfile |
| |
| // |
| // Profile = field |
| // |
| // Layers = (field_base field_base_diel ply ply_diel ply_diel2 ply_diel3 li li_diel li_diel2 m1 m1_diel m1_diel2 m2 m2_diel m2_diel2 m3 m3_diel m3_diel2 m4 m4_diel m4_diel2 m5 m5_diel m5_diel2 m5_diel3 rdl rdl_diel rdl_diel2) |
| // |
| // Z-COORD NAME TYPE THICKNESS DIEL WIDTH SPACE WIDTH SPACE BIAS ENC |
| // ACTUAL ACTUAL DRAWN DRAWN |
| // --- 423.7611 ------------------------------------------------------------------------------ |
| // | rdl_diel2 D 400.0000 3.6000 |
| // --- 23.7611 ------------------------------------------------------------------------------ |
| // | rdl_diel D 7.5000 2.9500 |
| // --- 16.2611 ------------------------------------------------------------------------------ |
| // | rdl C 4.0000 10.0000 5.0000 9.5000 5.5000 0.5000 |
| // --- 12.2611 ------------------------------------------------------------------------------ |
| // | m5_diel3 D 6.5123 2.9400 |
| // --- 5.7488 ------------------------------------------------------------------------------ |
| // |
| // --- 7.2611 ------------------------------------------------------------------------------ |
| // | 5.7488 m5_diel2 D 0.3777 7.5000 C 1.8900 0.4723 112.0000 |
| // --- 5.3711 ------------------------------------------------------------------------------ |
| // |
| // --- 6.7211 ------------------------------------------------------------------------------ |
| // | 5.3711 m5_diel D 0.0000 3.9000 C 1.3500 0.0700 112.0000 |
| // --- 5.3711 ------------------------------------------------------------------------------ |
| // |
| // --- 6.6311 ------------------------------------------------------------------------------ |
| // | m5 C 1.2600 0.8000 0.6940 0.8000 |
| // --- 5.3711 ------------------------------------------------------------------------------ |
| // | m4_diel2 D 0.0010 3.9000 |
| // --- 5.3701 ------------------------------------------------------------------------------ |
| // | m4_diel D 1.3490 4.1000 C 1.3490 0.0000 90.0000 R 1.4000 ((0.285 0.07 0.689 0.1075 0.172) (0.45 0.053 0.6 0.1985 0.3) (0.6 0.036 0.5 0.282 0.4)) |
| // --- 4.0211 ------------------------------------------------------------------------------ |
| // |
| // --- 4.8661 ------------------------------------------------------------------------------ |
| // | m4 C 0.8450 0.3150 0.2520 0.2850 |
| // --- 4.0211 ------------------------------------------------------------------------------ |
| // | m3_diel2 D 0.0010 3.9000 |
| // --- 4.0201 ------------------------------------------------------------------------------ |
| // | m3_diel D 1.2340 3.9000 C 1.2340 0.0000 90.0000 R 1.4000 ((0.285 0.07 0.689 0.1075 0.172) (0.45 0.053 0.6 0.1985 0.3) (0.6 0.036 0.5 0.282 0.4)) |
| // --- 2.7861 ------------------------------------------------------------------------------ |
| // |
| // --- 3.6311 ------------------------------------------------------------------------------ |
| // | m3 C 0.8450 0.3150 0.2520 0.2850 |
| // --- 2.7861 ------------------------------------------------------------------------------ |
| // | m2_diel2 D 0.0010 4.3000 |
| // --- 2.7851 ------------------------------------------------------------------------------ |
| // | m2_diel D 0.7790 4.3000 C 0.7790 0.0000 90.0000 R 0.4000 ((0.14 0.057 0.3 0.0415 0.045) (0.2 0.03 0.118 0.085 0.12) (0.3 0.012 0.04 0.144 0.24)) |
| // --- 2.0061 ------------------------------------------------------------------------------ |
| // |
| // --- 2.3661 ------------------------------------------------------------------------------ |
| // | m2 C 0.3600 0.1400 0.1300 0.1400 |
| // --- 2.0061 ------------------------------------------------------------------------------ |
| // | m1_diel2 D 0.0010 4.3000 |
| // --- 2.0051 ------------------------------------------------------------------------------ |
| // | m1_diel D 0.6290 4.3000 C 0.6290 0.0000 90.0000 R 0.4000 ((0.14 0.057 0.3 0.0415 0.045) (0.2 0.03 0.118 0.085 0.12) (0.3 0.012 0.04 0.144 0.24)) |
| // --- 1.3761 ------------------------------------------------------------------------------ |
| // |
| // --- 1.7361 ------------------------------------------------------------------------------ |
| // | m1 C 0.3600 0.1400 0.1300 0.1400 |
| // --- 1.3761 ------------------------------------------------------------------------------ |
| // | li_diel2 D 0.3650 3.9000 |
| // --- 1.0111 ------------------------------------------------------------------------------ |
| // |
| // --- 1.1111 ------------------------------------------------------------------------------ |
| // | 1.0111 li_diel D 0.0750 7.5000 C 0.1750 0.0610 90.0000 |
| // --- 0.9361 ------------------------------------------------------------------------------ |
| // |
| // --- 1.0361 ------------------------------------------------------------------------------ |
| // | li C 0.1000 0.1680 0.1550 0.1720 0.1700 0.1700 -0.0020 |
| // --- 0.9361 ------------------------------------------------------------------------------ |
| // | ply_diel3 D 0.6099 3.9000 |
| // --- 0.3262 ------------------------------------------------------------------------------ |
| // |
| // --- 0.6357 ------------------------------------------------------------------------------ |
| // | 0.3262 ply_diel2 D 0.0000 7.5000 C 0.3095 0.0431 90.0000 |
| // --- 0.3262 ------------------------------------------------------------------------------ |
| // |
| // --- 0.5062 ------------------------------------------------------------------------------ |
| // | 0.3262 ply_diel D 0.0000 3.9000 C 0.1800 0.0060 90.0000 |
| // --- 0.3262 ------------------------------------------------------------------------------ |
| // |
| // --- 0.5062 ------------------------------------------------------------------------------ |
| // | ply C 0.1800 0.1500 0.2100 |
| // --- 0.3262 ------------------------------------------------------------------------------ |
| // | field_base_diel D 0.3262 3.9000 |
| // --- 0.0000 ------------------------------------------------------------------------------ |
| // | field_base B 1.0000 |
| // --- -1.0000 ------------------------------------------------------------------------------ |
| // |
| // Profile = active |
| // Auxiliary layers = NFOM_cond PFOM_cond |
| // |
| // Layers = (active_base active_base_diel ply_diel3 li li_diel li_diel2 m1 m1_diel m1_diel2 m2 m2_diel m2_diel2 m3 m3_diel m3_diel2 m4 m4_diel m4_diel2 m5 m5_diel m5_diel2 m5_diel3 rdl rdl_diel rdl_diel2) |
| // |
| // Z-COORD NAME TYPE THICKNESS DIEL WIDTH SPACE WIDTH SPACE BIAS ENC |
| // ACTUAL ACTUAL DRAWN DRAWN |
| // --- 423.4500 ------------------------------------------------------------------------------ |
| // | rdl_diel2 D 400.0000 3.6000 |
| // --- 23.4500 ------------------------------------------------------------------------------ |
| // | rdl_diel D 7.5000 2.9500 |
| // --- 15.9500 ------------------------------------------------------------------------------ |
| // | rdl C 4.0000 10.0000 5.0000 9.5000 5.5000 0.5000 |
| // --- 11.9500 ------------------------------------------------------------------------------ |
| // | m5_diel3 D 6.5123 2.9400 |
| // --- 5.4377 ------------------------------------------------------------------------------ |
| // |
| // --- 6.9500 ------------------------------------------------------------------------------ |
| // | 5.4377 m5_diel2 D 0.3777 7.5000 C 1.8900 0.4723 112.0000 |
| // --- 5.0600 ------------------------------------------------------------------------------ |
| // |
| // --- 6.4100 ------------------------------------------------------------------------------ |
| // | 5.0600 m5_diel D 0.0000 3.9000 C 1.3500 0.0700 112.0000 |
| // --- 5.0600 ------------------------------------------------------------------------------ |
| // |
| // --- 6.3200 ------------------------------------------------------------------------------ |
| // | m5 C 1.2600 0.8000 0.6940 0.8000 |
| // --- 5.0600 ------------------------------------------------------------------------------ |
| // | m4_diel2 D 0.0010 3.9000 |
| // --- 5.0590 ------------------------------------------------------------------------------ |
| // | m4_diel D 1.3490 4.1000 C 1.3490 0.0000 90.0000 R 1.4000 ((0.285 0.07 0.689 0.1075 0.172) (0.45 0.053 0.6 0.1985 0.3) (0.6 0.036 0.5 0.282 0.4)) |
| // --- 3.7100 ------------------------------------------------------------------------------ |
| // |
| // --- 4.5550 ------------------------------------------------------------------------------ |
| // | m4 C 0.8450 0.3150 0.2520 0.2850 |
| // --- 3.7100 ------------------------------------------------------------------------------ |
| // | m3_diel2 D 0.0010 3.9000 |
| // --- 3.7090 ------------------------------------------------------------------------------ |
| // | m3_diel D 1.2340 3.9000 C 1.2340 0.0000 90.0000 R 1.4000 ((0.285 0.07 0.689 0.1075 0.172) (0.45 0.053 0.6 0.1985 0.3) (0.6 0.036 0.5 0.282 0.4)) |
| // --- 2.4750 ------------------------------------------------------------------------------ |
| // |
| // --- 3.3200 ------------------------------------------------------------------------------ |
| // | m3 C 0.8450 0.3150 0.2520 0.2850 |
| // --- 2.4750 ------------------------------------------------------------------------------ |
| // | m2_diel2 D 0.0010 4.3000 |
| // --- 2.4740 ------------------------------------------------------------------------------ |
| // | m2_diel D 0.7790 4.3000 C 0.7790 0.0000 90.0000 R 0.4000 ((0.14 0.057 0.3 0.0415 0.045) (0.2 0.03 0.118 0.085 0.12) (0.3 0.012 0.04 0.144 0.24)) |
| // --- 1.6950 ------------------------------------------------------------------------------ |
| // |
| // --- 2.0550 ------------------------------------------------------------------------------ |
| // | m2 C 0.3600 0.1400 0.1300 0.1400 |
| // --- 1.6950 ------------------------------------------------------------------------------ |
| // | m1_diel2 D 0.0010 4.3000 |
| // --- 1.6940 ------------------------------------------------------------------------------ |
| // | m1_diel D 0.6290 4.3000 C 0.6290 0.0000 90.0000 R 0.4000 ((0.14 0.057 0.3 0.0415 0.045) (0.2 0.03 0.118 0.085 0.12) (0.3 0.012 0.04 0.144 0.24)) |
| // --- 1.0650 ------------------------------------------------------------------------------ |
| // |
| // --- 1.4250 ------------------------------------------------------------------------------ |
| // | m1 C 0.3600 0.1400 0.1300 0.1400 |
| // --- 1.0650 ------------------------------------------------------------------------------ |
| // | li_diel2 D 0.3650 3.9000 |
| // --- 0.7000 ------------------------------------------------------------------------------ |
| // |
| // --- 0.8000 ------------------------------------------------------------------------------ |
| // | 0.7000 li_diel D 0.0750 7.5000 C 0.1750 0.0610 90.0000 |
| // --- 0.6250 ------------------------------------------------------------------------------ |
| // |
| // --- 0.7250 ------------------------------------------------------------------------------ |
| // | li C 0.1000 0.1680 0.1550 0.1720 0.1700 0.1700 -0.0020 |
| // --- 0.6250 ------------------------------------------------------------------------------ |
| // | ply_diel3 D 0.6099 3.9000 |
| // --- 0.0151 ------------------------------------------------------------------------------ |
| // | active_base_diel D 0.0151 3.9000 |
| // --- 0.0000 ------------------------------------------------------------------------------ |
| // | active_base B 1.0000 |
| // --- -1.0000 ------------------------------------------------------------------------------ |
| |
| PEX PROFILE default // for inductance extraction and radial shielding - need all layers in capacitance order statement |
| ply 0.3262 0.5062 |
| li 0.9361 1.0361 |
| m1 1.3761 1.7361 |
| m2 2.0061 2.3661 |
| m3 2.7861 3.6311 |
| m4 4.0211 4.8661 |
| m5 5.3711 6.6311 |
| rdl 12.2611 16.2611 |
| |
| PEX PLANAR field_base_diel 0 0.3262 3.9 |
| PEX CONFORMAL ply_diel ply 0.3262 0.5062 0 0 0.006 3.9 |
| PEX CONFORMAL ply_diel2 ply_diel 0.3262 0.5062 0 0.1295 0.0431 7.5 |
| PEX PLANAR ply_diel3 0.3262 0.9361 3.9 |
| PEX CONFORMAL li_diel li 0.9361 1.0361 0.075 0.075 0.061 7.5 |
| PEX PLANAR li_diel2 1.0111 1.3761 3.9 |
| PEX CONFORMAL m1_diel m1 1.3761 1.7361 0.629 0.269 0 4.3 |
| PEX AIRGAP m1_diel.airgap m1_diel 1.3761 0.4 4.3 |
| SPACE <= 0.14 PARAMS 0.057 0.3 0.0415 0.045 |
| SPACE > 0.14 <= 0.2 PARAMS 0.03 0.118 0.085 0.12 |
| SPACE > 0.3 <= 0.4 PARAMS 0.012 0.04 0.144 0.24 |
| PEX PLANAR m1_diel2 2.0051 2.0061 4.3 |
| PEX CONFORMAL m2_diel m2 2.0061 2.3661 0.779 0.419 0 4.3 |
| PEX AIRGAP m2_diel.airgap m2_diel 2.0061 0.4 4.3 |
| SPACE <= 0.14 PARAMS 0.057 0.3 0.0415 0.045 |
| SPACE > 0.14 <= 0.2 PARAMS 0.03 0.118 0.085 0.12 |
| SPACE > 0.3 <= 0.4 PARAMS 0.012 0.04 0.144 0.24 |
| PEX PLANAR m2_diel2 2.7851 2.7861 4.3 |
| PEX CONFORMAL m3_diel m3 2.7861 3.6311 1.234 0.389 0 3.9 |
| PEX AIRGAP m3_diel.airgap m3_diel 2.7861 1.4 3.9 |
| SPACE <= 0.285 PARAMS 0.07 0.689 0.1075 0.172 |
| SPACE > 0.285 <= 0.45 PARAMS 0.053 0.6 0.1985 0.3 |
| SPACE > 0.6 <= 1.4 PARAMS 0.036 0.5 0.282 0.4 |
| PEX PLANAR m3_diel2 4.0201 4.0211 3.9 |
| PEX CONFORMAL m4_diel m4 4.0211 4.8661 1.349 0.504 0 4.1 |
| PEX AIRGAP m4_diel.airgap m4_diel 4.0211 1.4 4.1 |
| SPACE <= 0.285 PARAMS 0.07 0.689 0.1075 0.172 |
| SPACE > 0.285 <= 0.45 PARAMS 0.053 0.6 0.1985 0.3 |
| SPACE > 0.6 <= 1.4 PARAMS 0.036 0.5 0.282 0.4 |
| PEX PLANAR m4_diel2 5.3701 5.3711 3.9 |
| PEX CONFORMAL m5_diel m5 5.3711 6.6311 0 0.09 0.07 3.9 |
| PEX CONFORMAL m5_diel2 m5_diel 5.3711 6.7211 0.3777 0.54 0.4723 7.5 |
| PEX PLANAR m5_diel3 5.7488 12.2611 2.94 |
| PEX PLANAR rdl_diel 12.2611 23.7611 2.95 |
| PEX PLANAR rdl_diel2 23.7611 423.761 3.6 |
| |
| PEX MINIMUM PATH WIDTH 0.135 // = 0.14 - .005 |
| |
| PEX THICKNESS ply NOMINAL 0.180000 |
| |
| PEX TABLE PIECEWISE DELTA_li |
| [ |
| // CORNERS(1) = { typical } |
| CORNERS(1) = { 0 } |
| WIDTHS(2) = { 0.17 5.002 } |
| SPACINGS(2) = { 0.17 5.998 } |
| VALUE(4) = { -0.002 -0.002 -0.002 -0.002 } |
| ] |
| |
| PEX THICKNESS li NOMINAL 0.100000 |
| |
| PEX THICKNESS m1 NOMINAL 0.360000 |
| |
| PEX THICKNESS m2 NOMINAL 0.360000 |
| |
| PEX THICKNESS m3 NOMINAL 0.845000 |
| |
| PEX THICKNESS m4 NOMINAL 0.845000 |
| |
| PEX THICKNESS m5 NOMINAL 1.260000 |
| |
| PEX TABLE PIECEWISE DELTA_rdl |
| [ |
| // CORNERS(1) = { typical } |
| CORNERS(1) = { 0 } |
| WIDTHS(2) = { 9.5 39.5 } |
| SPACINGS(2) = { 5.5 40.5 } |
| VALUE(4) = { 0.5 0.5 0.5 0.5 } |
| ] |
| |
| PEX THICKNESS rdl NOMINAL 4.000000 |
| |
| #ifndef XCALIBRATE_EXCLUDE_PROFILE_field |
| // |
| // model: 2 target: intrinsicp profile: field layers: field_base,ply |
| // |
| CAPACITANCE INTRINSIC PLATE ply MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER PLATE ply MASK Substrate |
| [ |
| PROPERTY C |
| C = 0.106129 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE ply MASK SubstrateIso |
| [ |
| PROPERTY C |
| C = 0.106129 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE ply MASK MosNwell |
| [ |
| PROPERTY C |
| C = 0.106129 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE ply MASK PnpNwell |
| [ |
| PROPERTY C |
| C = 0.106129 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE ply MASK NpnNwell |
| [ |
| PROPERTY C |
| C = 0.106129 * area() |
| ] |
| |
| // |
| // model: 2 target: intrinsicp profile: field layers: field_base,li |
| // |
| CAPACITANCE INTRINSIC PLATE li MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER PLATE li MASK Substrate |
| [ |
| PROPERTY C |
| C = 0.0369866 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE li MASK SubstrateIso |
| [ |
| PROPERTY C |
| C = 0.0369866 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE li MASK MosNwell |
| [ |
| PROPERTY C |
| C = 0.0369866 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE li MASK PnpNwell |
| [ |
| PROPERTY C |
| C = 0.0369866 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE li MASK NpnNwell |
| [ |
| PROPERTY C |
| C = 0.0369866 * area() |
| ] |
| |
| // |
| // model: 2 target: intrinsicp profile: field layers: field_base,m1 |
| // |
| CAPACITANCE INTRINSIC PLATE m1 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER PLATE m1 MASK Substrate |
| [ |
| PROPERTY C |
| C = 0.0257784 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE m1 MASK SubstrateIso |
| [ |
| PROPERTY C |
| C = 0.0257784 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE m1 MASK MosNwell |
| [ |
| PROPERTY C |
| C = 0.0257784 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE m1 MASK PnpNwell |
| [ |
| PROPERTY C |
| C = 0.0257784 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE m1 MASK NpnNwell |
| [ |
| PROPERTY C |
| C = 0.0257784 * area() |
| ] |
| |
| // |
| // model: 2 target: intrinsicp profile: field layers: field_base,m2 |
| // |
| CAPACITANCE INTRINSIC PLATE m2 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER PLATE m2 MASK Substrate |
| [ |
| PROPERTY C |
| C = 0.0169423 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE m2 MASK SubstrateIso |
| [ |
| PROPERTY C |
| C = 0.0169423 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE m2 MASK MosNwell |
| [ |
| PROPERTY C |
| C = 0.0169423 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE m2 MASK PnpNwell |
| [ |
| PROPERTY C |
| C = 0.0169423 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE m2 MASK NpnNwell |
| [ |
| PROPERTY C |
| C = 0.0169423 * area() |
| ] |
| |
| // |
| // model: 2 target: intrinsicp profile: field layers: field_base,m3 |
| // |
| CAPACITANCE INTRINSIC PLATE m3 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER PLATE m3 MASK Substrate |
| [ |
| PROPERTY C |
| C = 0.0123729 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE m3 MASK SubstrateIso |
| [ |
| PROPERTY C |
| C = 0.0123729 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE m3 MASK MosNwell |
| [ |
| PROPERTY C |
| C = 0.0123729 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE m3 MASK PnpNwell |
| [ |
| PROPERTY C |
| C = 0.0123729 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE m3 MASK NpnNwell |
| [ |
| PROPERTY C |
| C = 0.0123729 * area() |
| ] |
| |
| // |
| // model: 2 target: intrinsicp profile: field layers: field_base,m4 |
| // |
| CAPACITANCE INTRINSIC PLATE m4 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER PLATE m4 MASK Substrate |
| [ |
| PROPERTY C |
| C = 0.00841537 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE m4 MASK SubstrateIso |
| [ |
| PROPERTY C |
| C = 0.00841537 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE m4 MASK MosNwell |
| [ |
| PROPERTY C |
| C = 0.00841537 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE m4 MASK PnpNwell |
| [ |
| PROPERTY C |
| C = 0.00841537 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE m4 MASK NpnNwell |
| [ |
| PROPERTY C |
| C = 0.00841537 * area() |
| ] |
| |
| // |
| // model: 2 target: intrinsicp profile: field layers: field_base,m5 |
| // |
| CAPACITANCE INTRINSIC PLATE m5 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER PLATE m5 MASK Substrate |
| [ |
| PROPERTY C |
| C = 0.00632063 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE m5 MASK SubstrateIso |
| [ |
| PROPERTY C |
| C = 0.00632063 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE m5 MASK MosNwell |
| [ |
| PROPERTY C |
| C = 0.00632063 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE m5 MASK PnpNwell |
| [ |
| PROPERTY C |
| C = 0.00632063 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE m5 MASK NpnNwell |
| [ |
| PROPERTY C |
| C = 0.00632063 * area() |
| ] |
| |
| // |
| // model: 2 target: intrinsicp profile: field layers: field_base,rdl |
| // |
| CAPACITANCE INTRINSIC PLATE rdl MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER PLATE rdl MASK Substrate |
| [ |
| PROPERTY C |
| C = 0.00247239 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE rdl MASK SubstrateIso |
| [ |
| PROPERTY C |
| C = 0.00247239 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE rdl MASK MosNwell |
| [ |
| PROPERTY C |
| C = 0.00247239 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE rdl MASK PnpNwell |
| [ |
| PROPERTY C |
| C = 0.00247239 * area() |
| ] |
| |
| CAPACITANCE CROSSOVER PLATE rdl MASK NpnNwell |
| [ |
| PROPERTY C |
| C = 0.00247239 * area() |
| ] |
| |
| // |
| // model: 34 target: intrinsic profile: field layers: field_base,ply |
| // |
| CAPACITANCE INTRINSIC FRINGE ply MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE ply MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.15256 * (1 - exp(-1.26021 * (distance() + 0.10612))) * pow(width() , 0.00799338 * distance() + 0.0264705) * (0.167498 * thickness() + 0.314223) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0485992 * (1 - exp(-1.32887 * (distance() + 0.0551815))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.187568 * pow(width() , 0.102177) * (0.163446 * thickness() + 0.275314) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.15256 * (1 - exp(-1.26021 * (distance() + 0.10612))) * pow(width() , 0.00799338 * distance() + 0.0264705) * (0.167498 * thickness() + 0.314223) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0485992 * (1 - exp(-1.32887 * (distance() + 0.0551815))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.187568 * pow(width() , 0.102177) * (0.163446 * thickness() + 0.275314) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.15256 * (1 - exp(-1.26021 * (distance() + 0.10612))) * pow(width() , 0.00799338 * distance() + 0.0264705) * (0.167498 * thickness() + 0.314223) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0485992 * (1 - exp(-1.32887 * (distance() + 0.0551815))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.187568 * pow(width() , 0.102177) * (0.163446 * thickness() + 0.275314) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.15256 * (1 - exp(-1.26021 * (distance() + 0.10612))) * pow(width() , 0.00799338 * distance() + 0.0264705) * (0.167498 * thickness() + 0.314223) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0485992 * (1 - exp(-1.32887 * (distance() + 0.0551815))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.187568 * pow(width() , 0.102177) * (0.163446 * thickness() + 0.275314) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.15256 * (1 - exp(-1.26021 * (distance() + 0.10612))) * pow(width() , 0.00799338 * distance() + 0.0264705) * (0.167498 * thickness() + 0.314223) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0485992 * (1 - exp(-1.32887 * (distance() + 0.0551815))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.187568 * pow(width() , 0.102177) * (0.163446 * thickness() + 0.275314) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| // |
| // model: 34 target: nearbody profile: field layers: field_base,ply |
| // |
| CAPACITANCE NEARBODY ply WITH SHIELD ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = length() * (exp(-1.59529 - 1.21784 * distance()) + 0.148853 / pow(distance() , 1.04757)) * 4.01806 * pow((width1() + width2()) / 2 , 0.151211) * (0.0504396 * (thickness1() + thickness2()) / 2 + 0.0146772) * m34NB_COEF * (1 - m34RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.3262))) * (1 - m34RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.3262))) |
| ] |
| // |
| // model: 34 target: intrinsic profile: field layers: field_base,li |
| // |
| CAPACITANCE INTRINSIC FRINGE li MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE li MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.172668 * (1 - exp(-0.620229 * (distance() + 0.267944))) * pow(width() , 0.0131597 * distance() + 0.0148531) * (0.0843591 * thickness() + 0.221262) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0358727 * (1 - exp(-0.698079 * (distance() + 0.117808))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.166688 * pow(width() , 0.121732) * (0.121999 * thickness() + 0.243878) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.172668 * (1 - exp(-0.620229 * (distance() + 0.267944))) * pow(width() , 0.0131597 * distance() + 0.0148531) * (0.0843591 * thickness() + 0.221262) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0358727 * (1 - exp(-0.698079 * (distance() + 0.117808))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.166688 * pow(width() , 0.121732) * (0.121999 * thickness() + 0.243878) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.172668 * (1 - exp(-0.620229 * (distance() + 0.267944))) * pow(width() , 0.0131597 * distance() + 0.0148531) * (0.0843591 * thickness() + 0.221262) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0358727 * (1 - exp(-0.698079 * (distance() + 0.117808))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.166688 * pow(width() , 0.121732) * (0.121999 * thickness() + 0.243878) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.172668 * (1 - exp(-0.620229 * (distance() + 0.267944))) * pow(width() , 0.0131597 * distance() + 0.0148531) * (0.0843591 * thickness() + 0.221262) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0358727 * (1 - exp(-0.698079 * (distance() + 0.117808))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.166688 * pow(width() , 0.121732) * (0.121999 * thickness() + 0.243878) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.172668 * (1 - exp(-0.620229 * (distance() + 0.267944))) * pow(width() , 0.0131597 * distance() + 0.0148531) * (0.0843591 * thickness() + 0.221262) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0358727 * (1 - exp(-0.698079 * (distance() + 0.117808))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.166688 * pow(width() , 0.121732) * (0.121999 * thickness() + 0.243878) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| // |
| // model: 34 target: nearbody profile: field layers: field_base,li |
| // |
| CAPACITANCE NEARBODY li WITH SHIELD li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-1.36672 - 0.805397 * distance()) + 0.156899 / pow(distance() , 0.88607)) * 3.56441 * pow((width1() + width2()) / 2 , 0.150355) * (0.0553593 * (thickness1() + thickness2()) / 2 + 0.0229897) * m34NB_COEF * (1 - m34RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.9361))) * (1 - m34RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.9361))) |
| ] |
| // |
| // model: 34 target: intrinsic profile: field layers: field_base,m1 |
| // |
| CAPACITANCE INTRINSIC FRINGE m1 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE m1 MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.176651 * (1 - exp(-0.418008 * (distance() + 0.358863))) * pow(width() , 0.0106984 * distance() + -0.00163982) * (0.0623825 * thickness() + 0.205178) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0365238 * (1 - exp(-0.471613 * (distance() + 0.142079))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.157414 * pow(width() , 0.0968796) * (0.100672 * thickness() + 0.236357) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m1 MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.176651 * (1 - exp(-0.418008 * (distance() + 0.358863))) * pow(width() , 0.0106984 * distance() + -0.00163982) * (0.0623825 * thickness() + 0.205178) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0365238 * (1 - exp(-0.471613 * (distance() + 0.142079))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.157414 * pow(width() , 0.0968796) * (0.100672 * thickness() + 0.236357) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m1 MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.176651 * (1 - exp(-0.418008 * (distance() + 0.358863))) * pow(width() , 0.0106984 * distance() + -0.00163982) * (0.0623825 * thickness() + 0.205178) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0365238 * (1 - exp(-0.471613 * (distance() + 0.142079))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.157414 * pow(width() , 0.0968796) * (0.100672 * thickness() + 0.236357) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m1 MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.176651 * (1 - exp(-0.418008 * (distance() + 0.358863))) * pow(width() , 0.0106984 * distance() + -0.00163982) * (0.0623825 * thickness() + 0.205178) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0365238 * (1 - exp(-0.471613 * (distance() + 0.142079))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.157414 * pow(width() , 0.0968796) * (0.100672 * thickness() + 0.236357) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m1 MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.176651 * (1 - exp(-0.418008 * (distance() + 0.358863))) * pow(width() , 0.0106984 * distance() + -0.00163982) * (0.0623825 * thickness() + 0.205178) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0365238 * (1 - exp(-0.471613 * (distance() + 0.142079))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.157414 * pow(width() , 0.0968796) * (0.100672 * thickness() + 0.236357) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| // |
| // model: 34 target: nearbody profile: field layers: field_base,m1 |
| // |
| CAPACITANCE NEARBODY m1 WITH SHIELD m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.25648 - 1.23625 * distance()) + 0.090107 / pow(distance() , 0.634817)) * 3.56994 * pow((width1() + width2()) / 2 , 0.125696) * (0.11007 * (thickness1() + thickness2()) / 2 + 0.0238371) * m34NB_COEF * (1 - m34RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.3761))) * (1 - m34RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.3761))) |
| ] |
| // |
| // model: 34 target: intrinsic profile: field layers: field_base,m2 |
| // |
| CAPACITANCE INTRINSIC FRINGE m2 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE m2 MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.164988 * (1 - exp(-0.336739 * (distance() + 0.514205))) * pow(width() , 0.00871417 * distance() + 0.018402) * (0.0472481 * thickness() + 0.209688) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0337026 * (1 - exp(-0.371083 * (distance() + 0.215983))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.154646 * pow(width() , 0.111156) * (0.081382 * thickness() + 0.231122) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 2.0061))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 2.0061))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m2 MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.164988 * (1 - exp(-0.336739 * (distance() + 0.514205))) * pow(width() , 0.00871417 * distance() + 0.018402) * (0.0472481 * thickness() + 0.209688) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0337026 * (1 - exp(-0.371083 * (distance() + 0.215983))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.154646 * pow(width() , 0.111156) * (0.081382 * thickness() + 0.231122) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 2.0061))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 2.0061))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m2 MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.164988 * (1 - exp(-0.336739 * (distance() + 0.514205))) * pow(width() , 0.00871417 * distance() + 0.018402) * (0.0472481 * thickness() + 0.209688) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0337026 * (1 - exp(-0.371083 * (distance() + 0.215983))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.154646 * pow(width() , 0.111156) * (0.081382 * thickness() + 0.231122) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 2.0061))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 2.0061))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m2 MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.164988 * (1 - exp(-0.336739 * (distance() + 0.514205))) * pow(width() , 0.00871417 * distance() + 0.018402) * (0.0472481 * thickness() + 0.209688) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0337026 * (1 - exp(-0.371083 * (distance() + 0.215983))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.154646 * pow(width() , 0.111156) * (0.081382 * thickness() + 0.231122) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 2.0061))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 2.0061))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m2 MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.164988 * (1 - exp(-0.336739 * (distance() + 0.514205))) * pow(width() , 0.00871417 * distance() + 0.018402) * (0.0472481 * thickness() + 0.209688) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0337026 * (1 - exp(-0.371083 * (distance() + 0.215983))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.154646 * pow(width() , 0.111156) * (0.081382 * thickness() + 0.231122) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 2.0061))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 2.0061))) |
| } |
| ] |
| |
| // |
| // model: 34 target: nearbody profile: field layers: field_base,m2 |
| // |
| CAPACITANCE NEARBODY m2 WITH SHIELD m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.74787 - 1.13641 * distance()) + 0.0724228 / pow(distance() , 0.607234)) * 5.93903 * pow((width1() + width2()) / 2 , 0.129608) * (0.09014 * (thickness1() + thickness2()) / 2 + 0.0242895) * m34NB_COEF * (1 - m34RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 2.0061))) * (1 - m34RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 2.0061))) |
| ] |
| // |
| // model: 34 target: intrinsic profile: field layers: field_base,m3 |
| // |
| CAPACITANCE INTRINSIC FRINGE m3 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE m3 MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.156265 * (1 - exp(-0.23056 * (distance() + 0.684226))) * pow(width() , 0.00456546 * distance() + 0.0293635) * (0.0223482 * thickness() + 0.225813) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0374705 * (1 - exp(-0.23197 * (distance() + 0.322297))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.129809 * pow(width() , 0.11434) * (0.0466716 * thickness() + 0.269807) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.7861))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.7861))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m3 MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.156265 * (1 - exp(-0.23056 * (distance() + 0.684226))) * pow(width() , 0.00456546 * distance() + 0.0293635) * (0.0223482 * thickness() + 0.225813) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0374705 * (1 - exp(-0.23197 * (distance() + 0.322297))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.129809 * pow(width() , 0.11434) * (0.0466716 * thickness() + 0.269807) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.7861))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.7861))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m3 MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.156265 * (1 - exp(-0.23056 * (distance() + 0.684226))) * pow(width() , 0.00456546 * distance() + 0.0293635) * (0.0223482 * thickness() + 0.225813) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0374705 * (1 - exp(-0.23197 * (distance() + 0.322297))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.129809 * pow(width() , 0.11434) * (0.0466716 * thickness() + 0.269807) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.7861))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.7861))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m3 MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.156265 * (1 - exp(-0.23056 * (distance() + 0.684226))) * pow(width() , 0.00456546 * distance() + 0.0293635) * (0.0223482 * thickness() + 0.225813) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0374705 * (1 - exp(-0.23197 * (distance() + 0.322297))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.129809 * pow(width() , 0.11434) * (0.0466716 * thickness() + 0.269807) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.7861))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.7861))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m3 MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.156265 * (1 - exp(-0.23056 * (distance() + 0.684226))) * pow(width() , 0.00456546 * distance() + 0.0293635) * (0.0223482 * thickness() + 0.225813) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0374705 * (1 - exp(-0.23197 * (distance() + 0.322297))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.129809 * pow(width() , 0.11434) * (0.0466716 * thickness() + 0.269807) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.7861))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.7861))) |
| } |
| ] |
| |
| // |
| // model: 34 target: nearbody profile: field layers: field_base,m3 |
| // |
| CAPACITANCE NEARBODY m3 WITH SHIELD m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.86614 - 0.535003 * distance()) + 0.107892 / pow(distance() , 0.680133)) * 4.39134 * pow((width1() + width2()) / 2 , 0.109696) * (0.0496624 * (thickness1() + thickness2()) / 2 + 0.0290494) * m34NB_COEF * (1 - m34RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 2.7861))) * (1 - m34RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 2.7861))) |
| ] |
| // |
| // model: 34 target: intrinsic profile: field layers: field_base,m4 |
| // |
| CAPACITANCE INTRINSIC FRINGE m4 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE m4 MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.151171 * (1 - exp(-0.170726 * (distance() + 0.947244))) * pow(width() , 0.00554515 * distance() + 0.012507) * (0.0159238 * thickness() + 0.217192) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0341708 * (1 - exp(-0.175223 * (distance() + 0.402731))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.12515 * pow(width() , 0.105423) * (0.0404274 * thickness() + 0.25332) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 4.0211))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 4.0211))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m4 MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.151171 * (1 - exp(-0.170726 * (distance() + 0.947244))) * pow(width() , 0.00554515 * distance() + 0.012507) * (0.0159238 * thickness() + 0.217192) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0341708 * (1 - exp(-0.175223 * (distance() + 0.402731))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.12515 * pow(width() , 0.105423) * (0.0404274 * thickness() + 0.25332) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 4.0211))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 4.0211))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m4 MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.151171 * (1 - exp(-0.170726 * (distance() + 0.947244))) * pow(width() , 0.00554515 * distance() + 0.012507) * (0.0159238 * thickness() + 0.217192) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0341708 * (1 - exp(-0.175223 * (distance() + 0.402731))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.12515 * pow(width() , 0.105423) * (0.0404274 * thickness() + 0.25332) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 4.0211))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 4.0211))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m4 MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.151171 * (1 - exp(-0.170726 * (distance() + 0.947244))) * pow(width() , 0.00554515 * distance() + 0.012507) * (0.0159238 * thickness() + 0.217192) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0341708 * (1 - exp(-0.175223 * (distance() + 0.402731))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.12515 * pow(width() , 0.105423) * (0.0404274 * thickness() + 0.25332) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 4.0211))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 4.0211))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m4 MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.151171 * (1 - exp(-0.170726 * (distance() + 0.947244))) * pow(width() , 0.00554515 * distance() + 0.012507) * (0.0159238 * thickness() + 0.217192) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0341708 * (1 - exp(-0.175223 * (distance() + 0.402731))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.12515 * pow(width() , 0.105423) * (0.0404274 * thickness() + 0.25332) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 4.0211))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 4.0211))) |
| } |
| ] |
| |
| // |
| // model: 34 target: nearbody profile: field layers: field_base,m4 |
| // |
| CAPACITANCE NEARBODY m4 WITH SHIELD m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = length() * (exp(-1.87496 - 0.503059 * distance()) + 0.121651 / pow(distance() , 0.64156)) * 4.56181 * pow((width1() + width2()) / 2 , 0.110083) * (0.0486562 * (thickness1() + thickness2()) / 2 + 0.0263669) * m34NB_COEF * (1 - m34RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 4.0211))) * (1 - m34RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 4.0211))) |
| ] |
| // |
| // model: 34 target: intrinsic profile: field layers: field_base,m5 |
| // |
| CAPACITANCE INTRINSIC FRINGE m5 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE m5 MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.139005 * (1 - exp(-0.132508 * (distance() + 1.02729))) * pow(width() , 0.00153595 * distance() + 0.0414473) * (0.00515755 * thickness() + 0.241566) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.3711))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.3711))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0357815 * (1 - exp(-0.129592 * (distance() + 0.481088))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.3711))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.3711))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.113098 * pow(width() , 0.103883) * (0.0166948 * thickness() + 0.285432) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 5.3711))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 5.3711))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m5 MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.139005 * (1 - exp(-0.132508 * (distance() + 1.02729))) * pow(width() , 0.00153595 * distance() + 0.0414473) * (0.00515755 * thickness() + 0.241566) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.3711))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.3711))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0357815 * (1 - exp(-0.129592 * (distance() + 0.481088))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.3711))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.3711))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.113098 * pow(width() , 0.103883) * (0.0166948 * thickness() + 0.285432) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 5.3711))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 5.3711))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m5 MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.139005 * (1 - exp(-0.132508 * (distance() + 1.02729))) * pow(width() , 0.00153595 * distance() + 0.0414473) * (0.00515755 * thickness() + 0.241566) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.3711))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.3711))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0357815 * (1 - exp(-0.129592 * (distance() + 0.481088))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.3711))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.3711))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.113098 * pow(width() , 0.103883) * (0.0166948 * thickness() + 0.285432) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 5.3711))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 5.3711))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m5 MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.139005 * (1 - exp(-0.132508 * (distance() + 1.02729))) * pow(width() , 0.00153595 * distance() + 0.0414473) * (0.00515755 * thickness() + 0.241566) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.3711))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.3711))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0357815 * (1 - exp(-0.129592 * (distance() + 0.481088))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.3711))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.3711))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.113098 * pow(width() , 0.103883) * (0.0166948 * thickness() + 0.285432) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 5.3711))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 5.3711))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m5 MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.139005 * (1 - exp(-0.132508 * (distance() + 1.02729))) * pow(width() , 0.00153595 * distance() + 0.0414473) * (0.00515755 * thickness() + 0.241566) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.3711))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.3711))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0357815 * (1 - exp(-0.129592 * (distance() + 0.481088))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.3711))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.3711))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.113098 * pow(width() , 0.103883) * (0.0166948 * thickness() + 0.285432) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 5.3711))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 5.3711))) |
| } |
| ] |
| |
| // |
| // model: 34 target: nearbody profile: field layers: field_base,m5 |
| // |
| CAPACITANCE NEARBODY m5 WITH SHIELD m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = length() * (exp(1.77466 - 1.30341 * distance()) + 6.89381 / pow(distance() , 0.891088)) * 4.30302 * pow((width1() + width2()) / 2 , 0.0762473) * (0.00124905 * (thickness1() + thickness2()) / 2 + 0.00162259) * m34NB_COEF * (1 - m34RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 5.3711))) * (1 - m34RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 5.3711))) |
| ] |
| // |
| // model: 34 target: intrinsic profile: field layers: field_base,rdl |
| // |
| CAPACITANCE INTRINSIC FRINGE rdl MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE rdl MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 40 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_rdl |
| max_radius = MAXRADIUS_rdl |
| max_distance = MAXDISTANCE_rdl |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0651065 * (1 - exp(-0.0653627 * (distance() + 2.29557))) * pow(width() , 0.00088924 * distance() + 0.0188013) * (0.00577188 * thickness() + 0.390318) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 12.2611))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 12.2611))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0321185 * (1 - exp(-0.0511808 * (distance() + 1.68152))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 12.2611))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 12.2611))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.062314 * pow(width() , 0.134029) * (0.0117509 * thickness() + 0.350629) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 12.2611))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 12.2611))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE rdl MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 40 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_rdl |
| max_radius = MAXRADIUS_rdl |
| max_distance = MAXDISTANCE_rdl |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0651065 * (1 - exp(-0.0653627 * (distance() + 2.29557))) * pow(width() , 0.00088924 * distance() + 0.0188013) * (0.00577188 * thickness() + 0.390318) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 12.2611))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 12.2611))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0321185 * (1 - exp(-0.0511808 * (distance() + 1.68152))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 12.2611))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 12.2611))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.062314 * pow(width() , 0.134029) * (0.0117509 * thickness() + 0.350629) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 12.2611))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 12.2611))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE rdl MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 40 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_rdl |
| max_radius = MAXRADIUS_rdl |
| max_distance = MAXDISTANCE_rdl |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0651065 * (1 - exp(-0.0653627 * (distance() + 2.29557))) * pow(width() , 0.00088924 * distance() + 0.0188013) * (0.00577188 * thickness() + 0.390318) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 12.2611))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 12.2611))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0321185 * (1 - exp(-0.0511808 * (distance() + 1.68152))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 12.2611))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 12.2611))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.062314 * pow(width() , 0.134029) * (0.0117509 * thickness() + 0.350629) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 12.2611))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 12.2611))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE rdl MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 40 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_rdl |
| max_radius = MAXRADIUS_rdl |
| max_distance = MAXDISTANCE_rdl |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0651065 * (1 - exp(-0.0653627 * (distance() + 2.29557))) * pow(width() , 0.00088924 * distance() + 0.0188013) * (0.00577188 * thickness() + 0.390318) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 12.2611))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 12.2611))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0321185 * (1 - exp(-0.0511808 * (distance() + 1.68152))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 12.2611))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 12.2611))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.062314 * pow(width() , 0.134029) * (0.0117509 * thickness() + 0.350629) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 12.2611))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 12.2611))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE rdl MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 40 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_rdl |
| max_radius = MAXRADIUS_rdl |
| max_distance = MAXDISTANCE_rdl |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0651065 * (1 - exp(-0.0653627 * (distance() + 2.29557))) * pow(width() , 0.00088924 * distance() + 0.0188013) * (0.00577188 * thickness() + 0.390318) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 12.2611))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 12.2611))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0321185 * (1 - exp(-0.0511808 * (distance() + 1.68152))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 12.2611))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 12.2611))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.062314 * pow(width() , 0.134029) * (0.0117509 * thickness() + 0.350629) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 12.2611))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 12.2611))) |
| } |
| ] |
| |
| // |
| // model: 34 target: nearbody profile: field layers: field_base,rdl |
| // |
| CAPACITANCE NEARBODY rdl WITH SHIELD rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 40 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_rdl |
| max_radius = MAXRADIUS_rdl |
| max_distance = MAXDISTANCE_rdl |
| C = length() * (exp(-2.95412 - 0.0658946 * distance()) + 0.450806 / pow(distance() , 0.855949)) * 0.994407 * pow((width1() + width2()) / 2 , 0.222374) * (0.0162518 * (thickness1() + thickness2()) / 2 + 0.112268) * m34NB_COEF * (1 - m34RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 12.2611))) * (1 - m34RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 12.2611))) |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,ply,li |
| // |
| CAPACITANCE CROSSOVER PLATE ply li MASK |
| [ |
| PROPERTY C |
| C = 0.0941644 * area() |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,ply,m1 |
| // |
| CAPACITANCE CROSSOVER PLATE ply m1 MASK |
| [ |
| PROPERTY C |
| C = 0.0448056 * area() |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,ply,m2 |
| // |
| CAPACITANCE CROSSOVER PLATE ply m2 MASK |
| [ |
| PROPERTY C |
| C = 0.0244968 * area() |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,ply,m3 |
| // |
| CAPACITANCE CROSSOVER PLATE ply m3 MASK |
| [ |
| PROPERTY C |
| C = 0.0160552 * area() |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,ply,m4 |
| // |
| CAPACITANCE CROSSOVER PLATE ply m4 MASK |
| [ |
| PROPERTY C |
| C = 0.0100131 * area() |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,ply,m5 |
| // |
| CAPACITANCE CROSSOVER PLATE ply m5 MASK |
| [ |
| PROPERTY C |
| C = 0.00720848 * area() |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,ply,rdl |
| // |
| CAPACITANCE CROSSOVER PLATE ply rdl MASK |
| [ |
| PROPERTY C |
| C = 0.002579 * area() |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,li,m1 |
| // |
| CAPACITANCE CROSSOVER PLATE li m1 MASK |
| [ |
| PROPERTY C |
| C = 0.114197 * area() |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,li,m2 |
| // |
| CAPACITANCE CROSSOVER PLATE li m2 MASK |
| [ |
| PROPERTY C |
| C = 0.0375647 * area() |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,li,m3 |
| // |
| CAPACITANCE CROSSOVER PLATE li m3 MASK |
| [ |
| PROPERTY C |
| C = 0.0207915 * area() |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,li,m4 |
| // |
| CAPACITANCE CROSSOVER PLATE li m4 MASK |
| [ |
| PROPERTY C |
| C = 0.0116705 * area() |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,li,m5 |
| // |
| CAPACITANCE CROSSOVER PLATE li m5 MASK |
| [ |
| PROPERTY C |
| C = 0.00802654 * area() |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,li,rdl |
| // |
| CAPACITANCE CROSSOVER PLATE li rdl MASK |
| [ |
| PROPERTY C |
| C = 0.0026769 * area() |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,m1,m2 |
| // |
| CAPACITANCE CROSSOVER PLATE m1 m2 MASK |
| [ |
| PROPERTY C |
| C = 0.133861 * area() |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,m1,m3 |
| // |
| CAPACITANCE CROSSOVER PLATE m1 m3 MASK |
| [ |
| PROPERTY C |
| C = 0.034535 * area() |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,m1,m4 |
| // |
| CAPACITANCE CROSSOVER PLATE m1 m4 MASK |
| [ |
| PROPERTY C |
| C = 0.0150275 * area() |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,m1,m5 |
| // |
| CAPACITANCE CROSSOVER PLATE m1 m5 MASK |
| [ |
| PROPERTY C |
| C = 0.00947892 * area() |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,m1,rdl |
| // |
| CAPACITANCE CROSSOVER PLATE m1 rdl MASK |
| [ |
| PROPERTY C |
| C = 0.00280796 * area() |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,m2,m3 |
| // |
| CAPACITANCE CROSSOVER PLATE m2 m3 MASK |
| [ |
| PROPERTY C |
| C = 0.0861861 * area() |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,m2,m4 |
| // |
| CAPACITANCE CROSSOVER PLATE m2 m4 MASK |
| [ |
| PROPERTY C |
| C = 0.0203321 * area() |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,m2,m5 |
| // |
| CAPACITANCE CROSSOVER PLATE m2 m5 MASK |
| [ |
| PROPERTY C |
| C = 0.011341 * area() |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,m2,rdl |
| // |
| CAPACITANCE CROSSOVER PLATE m2 rdl MASK |
| [ |
| PROPERTY C |
| C = 0.00294468 * area() |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,m3,m4 |
| // |
| CAPACITANCE CROSSOVER PLATE m3 m4 MASK |
| [ |
| PROPERTY C |
| C = 0.0840346 * area() |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,m3,m5 |
| // |
| CAPACITANCE CROSSOVER PLATE m3 m5 MASK |
| [ |
| PROPERTY C |
| C = 0.0196269 * area() |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,m3,rdl |
| // |
| CAPACITANCE CROSSOVER PLATE m3 rdl MASK |
| [ |
| PROPERTY C |
| C = 0.0032882 * area() |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,m4,m5 |
| // |
| CAPACITANCE CROSSOVER PLATE m4 m5 MASK |
| [ |
| PROPERTY C |
| C = 0.0683252 * area() |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,m4,rdl |
| // |
| CAPACITANCE CROSSOVER PLATE m4 rdl MASK |
| [ |
| PROPERTY C |
| C = 0.00370959 * area() |
| ] |
| // |
| // model: 3 target: crossoverp profile: field layers: field_base,m5,rdl |
| // |
| CAPACITANCE CROSSOVER PLATE m5 rdl MASK |
| [ |
| PROPERTY C |
| C = 0.00493516 * area() |
| ] |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,ply,li |
| // |
| CAPACITANCE NEARBODY ply INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = length() * (exp(-0.970872 - 3.36131 * distance()) + 0.00154779 / pow(distance() , 2.51999)) * 3.5829 * pow((width1() + width2()) / 2 , 0.0102855) * (0.1826 * (thickness1() + thickness2()) / 2 + 0.0359964) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.3262))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.3262))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,ply,li |
| // |
| CAPACITANCE CROSSOVER FRINGE ply li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_calenclose = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = MAXDISTANCE_ply |
| max_enclose = MAXENCLOSE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.139345 * (1 - exp(-2.59836 * (distance() + -0.041571))) * pow(width() , 0.00238493 * distance() + 0.0150542) * (0.632269 * thickness() + 0.0729851) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0256037 * (1 - exp(-2.68531 * (distance() + -0.0460276))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.12506 * pow(width() , 0.0271351) * (1.25971 * thickness() + -0.0239436) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00011255 * distance() + 0.0820598) * (0.607159 - exp(-(0.0515883 * distance() + 3.80695) * (enclose() + -0.0460043 * distance() + 0.445495) - (0.54636 * distance() + -1.21695) * (enclose() + -0.322067 * distance() + 1.07639) * (enclose() + -0.322067 * distance() + 1.07639))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.139345 * (1 - exp(-2.59836 * (distance() + -0.041571))) * pow(width() , 0.00238493 * distance() + 0.0150542) * (0.632269 * thickness() + 0.0729851) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0407485 * (0.607159 - exp(-4.06489 * (enclose() + 0.215473) - 1.51485 * (enclose() + -0.533945) * (enclose() + -0.533945))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,ply,li |
| // |
| CAPACITANCE INTRINSIC FRINGE ply INSIDE OF li MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF li MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.113092 * (1 - exp(-2.62165 * (distance() + -0.0452788))) * pow(width() , 0.00265066 * distance() + -0.00353454) * (0.137201 * thickness() + 0.23101) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0287025 * (1 - exp(-2.72078 * (distance() + -0.0515202))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.147722 * pow(width() , -0.00223755) * (0.11912 * thickness() + 0.17161) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF li MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.113092 * (1 - exp(-2.62165 * (distance() + -0.0452788))) * pow(width() , 0.00265066 * distance() + -0.00353454) * (0.137201 * thickness() + 0.23101) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0287025 * (1 - exp(-2.72078 * (distance() + -0.0515202))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.147722 * pow(width() , -0.00223755) * (0.11912 * thickness() + 0.17161) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF li MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.113092 * (1 - exp(-2.62165 * (distance() + -0.0452788))) * pow(width() , 0.00265066 * distance() + -0.00353454) * (0.137201 * thickness() + 0.23101) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0287025 * (1 - exp(-2.72078 * (distance() + -0.0515202))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.147722 * pow(width() , -0.00223755) * (0.11912 * thickness() + 0.17161) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF li MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.113092 * (1 - exp(-2.62165 * (distance() + -0.0452788))) * pow(width() , 0.00265066 * distance() + -0.00353454) * (0.137201 * thickness() + 0.23101) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0287025 * (1 - exp(-2.72078 * (distance() + -0.0515202))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.147722 * pow(width() , -0.00223755) * (0.11912 * thickness() + 0.17161) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF li MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.113092 * (1 - exp(-2.62165 * (distance() + -0.0452788))) * pow(width() , 0.00265066 * distance() + -0.00353454) * (0.137201 * thickness() + 0.23101) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0287025 * (1 - exp(-2.72078 * (distance() + -0.0515202))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.147722 * pow(width() , -0.00223755) * (0.11912 * thickness() + 0.17161) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,ply,m1 |
| // |
| CAPACITANCE NEARBODY ply INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = length() * (exp(-0.89392 - 2.43469 * distance()) + 0.00644117 / pow(distance() , 2.06867)) * 3.22168 * pow((width1() + width2()) / 2 , 0.0307272) * (0.138702 * (thickness1() + thickness2()) / 2 + 0.0308678) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.3262))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.3262))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,ply,m1 |
| // |
| CAPACITANCE CROSSOVER FRINGE ply m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_calenclose = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = MAXDISTANCE_ply |
| max_enclose = MAXENCLOSE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.090779 * (1 - exp(-1.79154 * (distance() + -0.0163888))) * pow(width() , 0.00485078 * distance() + 0.00953431) * (0.402675 * thickness() + 0.116169) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0165823 * (1 - exp(-1.92083 * (distance() + -0.0402514))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.104203 * pow(width() , 0.0222937) * (0.495754 * thickness() + 0.0721173) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00270057 * distance() + 0.149296) * (0.230557 - exp(-(-0.541611 * distance() + 0.235287) * (enclose() + 4.65321 * distance() + 3.65065) - (0.00138148 * distance() + 0.102149) * (enclose() + 4.6393 * distance() + 1.9023) * (enclose() + 4.6393 * distance() + 1.9023))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.090779 * (1 - exp(-1.79154 * (distance() + -0.0163888))) * pow(width() , 0.00485078 * distance() + 0.00953431) * (0.402675 * thickness() + 0.116169) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0678966 * (0.230557 - exp(2.47277 * (enclose() + 26.9167) - 0.109056 * (enclose() + 25.0988) * (enclose() + 25.0988))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,ply,m1 |
| // |
| CAPACITANCE INTRINSIC FRINGE ply INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF m1 MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.130779 * (1 - exp(-1.93279 * (distance() + -0.0152645))) * pow(width() , 0.00374739 * distance() + -0.00248933) * (0.133855 * thickness() + 0.239232) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0339044 * (1 - exp(-2.03293 * (distance() + -0.0320854))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.159325 * pow(width() , 0.00432365) * (0.122224 * thickness() + 0.19182) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF m1 MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.130779 * (1 - exp(-1.93279 * (distance() + -0.0152645))) * pow(width() , 0.00374739 * distance() + -0.00248933) * (0.133855 * thickness() + 0.239232) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0339044 * (1 - exp(-2.03293 * (distance() + -0.0320854))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.159325 * pow(width() , 0.00432365) * (0.122224 * thickness() + 0.19182) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF m1 MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.130779 * (1 - exp(-1.93279 * (distance() + -0.0152645))) * pow(width() , 0.00374739 * distance() + -0.00248933) * (0.133855 * thickness() + 0.239232) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0339044 * (1 - exp(-2.03293 * (distance() + -0.0320854))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.159325 * pow(width() , 0.00432365) * (0.122224 * thickness() + 0.19182) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF m1 MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.130779 * (1 - exp(-1.93279 * (distance() + -0.0152645))) * pow(width() , 0.00374739 * distance() + -0.00248933) * (0.133855 * thickness() + 0.239232) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0339044 * (1 - exp(-2.03293 * (distance() + -0.0320854))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.159325 * pow(width() , 0.00432365) * (0.122224 * thickness() + 0.19182) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF m1 MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.130779 * (1 - exp(-1.93279 * (distance() + -0.0152645))) * pow(width() , 0.00374739 * distance() + -0.00248933) * (0.133855 * thickness() + 0.239232) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0339044 * (1 - exp(-2.03293 * (distance() + -0.0320854))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.159325 * pow(width() , 0.00432365) * (0.122224 * thickness() + 0.19182) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,ply,m2 |
| // |
| CAPACITANCE NEARBODY ply INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = length() * (exp(-0.886773 - 1.90741 * distance()) + 0.0181688 / pow(distance() , 1.73217)) * 2.9465 * pow((width1() + width2()) / 2 , 0.0562603) * (0.11466 * (thickness1() + thickness2()) / 2 + 0.0278547) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.3262))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.3262))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,ply,m2 |
| // |
| CAPACITANCE CROSSOVER FRINGE ply m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_calenclose = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = MAXDISTANCE_ply |
| max_enclose = MAXENCLOSE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0610856 * (1 - exp(-1.4304 * (distance() + 0.0333526))) * pow(width() , 0.00578618 * distance() + 0.0493804) * (0.341673 * thickness() + 0.147021) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0116684 * (1 - exp(-1.54551 * (distance() + -0.00669333))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0954148 * pow(width() , 0.0891671) * (0.272651 * thickness() + 0.0858135) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00099814 * distance() + 0.0458671) * (0.522217 - exp(-(-0.82007 * distance() + 0.204144) * (enclose() + 4.901 * distance() + 1.91878) - (0.00019562 * distance() + 0.0813184) * (enclose() + 6.91744 * distance() + 0.996817) * (enclose() + 6.91744 * distance() + 0.996817))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0610856 * (1 - exp(-1.4304 * (distance() + 0.0333526))) * pow(width() , 0.00578618 * distance() + 0.0493804) * (0.341673 * thickness() + 0.147021) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0204382 * (0.522217 - exp(3.89621 * (enclose() + 26.4238) - 0.0822965 * (enclose() + 35.584) * (enclose() + 35.584))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,ply,m2 |
| // |
| CAPACITANCE INTRINSIC FRINGE ply INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF m2 MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.141314 * (1 - exp(-1.56281 * (distance() + 0.02141))) * pow(width() , 0.00595877 * distance() + -0.00428747) * (0.135563 * thickness() + 0.250948) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0379235 * (1 - exp(-1.67604 * (distance() + -0.0103948))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.168099 * pow(width() , 0.0146344) * (0.127092 * thickness() + 0.207801) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF m2 MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.141314 * (1 - exp(-1.56281 * (distance() + 0.02141))) * pow(width() , 0.00595877 * distance() + -0.00428747) * (0.135563 * thickness() + 0.250948) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0379235 * (1 - exp(-1.67604 * (distance() + -0.0103948))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.168099 * pow(width() , 0.0146344) * (0.127092 * thickness() + 0.207801) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF m2 MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.141314 * (1 - exp(-1.56281 * (distance() + 0.02141))) * pow(width() , 0.00595877 * distance() + -0.00428747) * (0.135563 * thickness() + 0.250948) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0379235 * (1 - exp(-1.67604 * (distance() + -0.0103948))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.168099 * pow(width() , 0.0146344) * (0.127092 * thickness() + 0.207801) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF m2 MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.141314 * (1 - exp(-1.56281 * (distance() + 0.02141))) * pow(width() , 0.00595877 * distance() + -0.00428747) * (0.135563 * thickness() + 0.250948) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0379235 * (1 - exp(-1.67604 * (distance() + -0.0103948))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.168099 * pow(width() , 0.0146344) * (0.127092 * thickness() + 0.207801) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF m2 MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.141314 * (1 - exp(-1.56281 * (distance() + 0.02141))) * pow(width() , 0.00595877 * distance() + -0.00428747) * (0.135563 * thickness() + 0.250948) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0379235 * (1 - exp(-1.67604 * (distance() + -0.0103948))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.168099 * pow(width() , 0.0146344) * (0.127092 * thickness() + 0.207801) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,ply,m3 |
| // |
| CAPACITANCE NEARBODY ply INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = length() * (exp(-0.933502 - 1.61466 * distance()) + 0.0357706 / pow(distance() , 1.51455)) * 2.81569 * pow((width1() + width2()) / 2 , 0.0793075) * (0.0998305 * (thickness1() + thickness2()) / 2 + 0.0257197) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.3262))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.3262))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,ply,m3 |
| // |
| CAPACITANCE CROSSOVER FRINGE ply m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_calenclose = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = MAXDISTANCE_ply |
| max_enclose = MAXENCLOSE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0454983 * (1 - exp(-1.23611 * (distance() + 0.0693316))) * pow(width() , 0.0091489 * distance() + 0.0417698) * (0.296864 * thickness() + 0.151409) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00845603 * (1 - exp(-1.37141 * (distance() + 0.0116198))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.086648 * pow(width() , 0.0948705) * (0.185768 * thickness() + 0.075862) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00099552 * distance() + 0.0296956) * (0.613589 - exp(-(0.181155 * distance() + 0.233426) * (enclose() + 0.511944 * distance() + 1.59898) - (1.48852e-05 * distance() + -0.00705503) * (enclose() + -4.20872 * distance() + -1.82382) * (enclose() + -4.20872 * distance() + -1.82382))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0454983 * (1 - exp(-1.23611 * (distance() + 0.0693316))) * pow(width() , 0.0091489 * distance() + 0.0417698) * (0.296864 * thickness() + 0.151409) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.012359 * (0.613589 - exp(-1.1392 * (enclose() + 4.1587) - -0.0069806 * (enclose() + -22.8674) * (enclose() + -22.8674))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,ply,m3 |
| // |
| CAPACITANCE INTRINSIC FRINGE ply INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF m3 MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.151363 * (1 - exp(-1.38808 * (distance() + 0.0507381))) * pow(width() , 0.00779927 * distance() + -0.0049102) * (0.133872 * thickness() + 0.253948) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0406182 * (1 - exp(-1.50617 * (distance() + 0.00725877))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.17347 * pow(width() , 0.0261071) * (0.134136 * thickness() + 0.220178) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF m3 MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.151363 * (1 - exp(-1.38808 * (distance() + 0.0507381))) * pow(width() , 0.00779927 * distance() + -0.0049102) * (0.133872 * thickness() + 0.253948) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0406182 * (1 - exp(-1.50617 * (distance() + 0.00725877))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.17347 * pow(width() , 0.0261071) * (0.134136 * thickness() + 0.220178) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF m3 MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.151363 * (1 - exp(-1.38808 * (distance() + 0.0507381))) * pow(width() , 0.00779927 * distance() + -0.0049102) * (0.133872 * thickness() + 0.253948) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0406182 * (1 - exp(-1.50617 * (distance() + 0.00725877))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.17347 * pow(width() , 0.0261071) * (0.134136 * thickness() + 0.220178) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF m3 MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.151363 * (1 - exp(-1.38808 * (distance() + 0.0507381))) * pow(width() , 0.00779927 * distance() + -0.0049102) * (0.133872 * thickness() + 0.253948) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0406182 * (1 - exp(-1.50617 * (distance() + 0.00725877))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.17347 * pow(width() , 0.0261071) * (0.134136 * thickness() + 0.220178) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF m3 MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.151363 * (1 - exp(-1.38808 * (distance() + 0.0507381))) * pow(width() , 0.00779927 * distance() + -0.0049102) * (0.133872 * thickness() + 0.253948) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0406182 * (1 - exp(-1.50617 * (distance() + 0.00725877))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.17347 * pow(width() , 0.0261071) * (0.134136 * thickness() + 0.220178) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,ply,m4 |
| // |
| CAPACITANCE NEARBODY ply INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = length() * (exp(-1.3264 - 1.389 * distance()) + 0.0483847 / pow(distance() , 1.33038)) * 3.7993 * pow((width1() + width2()) / 2 , 0.104311) * (0.0835642 * (thickness1() + thickness2()) / 2 + 0.0227572) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.3262))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.3262))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,ply,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE ply m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_calenclose = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = MAXDISTANCE_ply |
| max_enclose = MAXENCLOSE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0311147 * (1 - exp(-1.12219 * (distance() + 0.102918))) * pow(width() , 0.0119131 * distance() + 0.0380385) * (0.270584 * thickness() + 0.156342) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.005724 * (1 - exp(-1.26552 * (distance() + 0.0311828))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.072777 * pow(width() , 0.107575) * (0.13384 * thickness() + 0.0663066) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.0004352 * distance() + 0.0182217) * (0.633555 - exp(-(0.125964 * distance() + 0.193356) * (enclose() + -0.0860627 * distance() + 1.67097) - (0.0119583 * distance() + 0.00198256) * (enclose() + -0.367721 * distance() + 1.70415) * (enclose() + -0.367721 * distance() + 1.70415))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0311147 * (1 - exp(-1.12219 * (distance() + 0.102918))) * pow(width() , 0.0119131 * distance() + 0.0380385) * (0.270584 * thickness() + 0.156342) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00802285 * (0.633555 - exp(-0.823176 * (enclose() + 1.24066) - 0.0617741 * (enclose() + -0.134455) * (enclose() + -0.134455))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,ply,m4 |
| // |
| CAPACITANCE INTRINSIC FRINGE ply INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF m4 MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.132755 * (1 - exp(-1.2752 * (distance() + 0.0779772))) * pow(width() , 0.00987911 * distance() + -0.00608879) * (0.16505 * thickness() + 0.309383) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.042989 * (1 - exp(-1.40107 * (distance() + 0.0241372))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.178895 * pow(width() , 0.0413026) * (0.140258 * thickness() + 0.232537) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF m4 MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.132755 * (1 - exp(-1.2752 * (distance() + 0.0779772))) * pow(width() , 0.00987911 * distance() + -0.00608879) * (0.16505 * thickness() + 0.309383) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.042989 * (1 - exp(-1.40107 * (distance() + 0.0241372))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.178895 * pow(width() , 0.0413026) * (0.140258 * thickness() + 0.232537) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF m4 MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.132755 * (1 - exp(-1.2752 * (distance() + 0.0779772))) * pow(width() , 0.00987911 * distance() + -0.00608879) * (0.16505 * thickness() + 0.309383) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.042989 * (1 - exp(-1.40107 * (distance() + 0.0241372))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.178895 * pow(width() , 0.0413026) * (0.140258 * thickness() + 0.232537) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF m4 MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.132755 * (1 - exp(-1.2752 * (distance() + 0.0779772))) * pow(width() , 0.00987911 * distance() + -0.00608879) * (0.16505 * thickness() + 0.309383) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.042989 * (1 - exp(-1.40107 * (distance() + 0.0241372))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.178895 * pow(width() , 0.0413026) * (0.140258 * thickness() + 0.232537) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF m4 MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.132755 * (1 - exp(-1.2752 * (distance() + 0.0779772))) * pow(width() , 0.00987911 * distance() + -0.00608879) * (0.16505 * thickness() + 0.309383) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.042989 * (1 - exp(-1.40107 * (distance() + 0.0241372))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.178895 * pow(width() , 0.0413026) * (0.140258 * thickness() + 0.232537) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,ply,m5 |
| // |
| CAPACITANCE NEARBODY ply INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = length() * (exp(-1.44604 - 1.29169 * distance()) + 0.0641001 / pow(distance() , 1.23601)) * 4.02499 * pow((width1() + width2()) / 2 , 0.119156) * (0.0741987 * (thickness1() + thickness2()) / 2 + 0.0207608) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.3262))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.3262))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,ply,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE ply m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_calenclose = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = MAXDISTANCE_ply |
| max_enclose = MAXENCLOSE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0213415 * (1 - exp(-1.08711 * (distance() + 0.118391))) * pow(width() , 0.0129064 * distance() + 0.0373236) * (0.283815 * thickness() + 0.173724) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00428332 * (1 - exp(-1.22873 * (distance() + 0.0416241))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0631858 * pow(width() , 0.116362) * (0.111025 * thickness() + 0.05933) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00051722 * distance() + 0.0142034) * (0.656752 - exp(-(0.0834704 * distance() + 0.1741) * (enclose() + -0.0526895 * distance() + 1.83717) - (0.00605204 * distance() + -0.00977123) * (enclose() + -0.408824 * distance() + 1.20422) * (enclose() + -0.408824 * distance() + 1.20422))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0213415 * (1 - exp(-1.08711 * (distance() + 0.118391))) * pow(width() , 0.0129064 * distance() + 0.0373236) * (0.283815 * thickness() + 0.173724) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00580865 * (0.656752 - exp(-0.591452 * (enclose() + 1.57372) - 0.020489 * (enclose() + -0.8399) * (enclose() + -0.8399))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,ply,m5 |
| // |
| CAPACITANCE INTRINSIC FRINGE ply INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF m5 MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.136978 * (1 - exp(-1.25393 * (distance() + 0.0867563))) * pow(width() , 0.0100406 * distance() + -0.00354483) * (0.163027 * thickness() + 0.310248) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.04425 * (1 - exp(-1.36414 * (distance() + 0.0328372))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.178293 * pow(width() , 0.0521119) * (0.146729 * thickness() + 0.245045) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF m5 MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.136978 * (1 - exp(-1.25393 * (distance() + 0.0867563))) * pow(width() , 0.0100406 * distance() + -0.00354483) * (0.163027 * thickness() + 0.310248) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.04425 * (1 - exp(-1.36414 * (distance() + 0.0328372))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.178293 * pow(width() , 0.0521119) * (0.146729 * thickness() + 0.245045) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF m5 MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.136978 * (1 - exp(-1.25393 * (distance() + 0.0867563))) * pow(width() , 0.0100406 * distance() + -0.00354483) * (0.163027 * thickness() + 0.310248) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.04425 * (1 - exp(-1.36414 * (distance() + 0.0328372))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.178293 * pow(width() , 0.0521119) * (0.146729 * thickness() + 0.245045) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF m5 MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.136978 * (1 - exp(-1.25393 * (distance() + 0.0867563))) * pow(width() , 0.0100406 * distance() + -0.00354483) * (0.163027 * thickness() + 0.310248) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.04425 * (1 - exp(-1.36414 * (distance() + 0.0328372))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.178293 * pow(width() , 0.0521119) * (0.146729 * thickness() + 0.245045) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF m5 MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.136978 * (1 - exp(-1.25393 * (distance() + 0.0867563))) * pow(width() , 0.0100406 * distance() + -0.00354483) * (0.163027 * thickness() + 0.310248) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.04425 * (1 - exp(-1.36414 * (distance() + 0.0328372))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.178293 * pow(width() , 0.0521119) * (0.146729 * thickness() + 0.245045) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,ply,rdl |
| // |
| CAPACITANCE NEARBODY ply INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = length() * (exp(-1.57894 - 1.20688 * distance()) + 0.120643 / pow(distance() , 1.0847)) * 4.08767 * pow((width1() + width2()) / 2 , 0.144696) * (0.055833 * (thickness1() + thickness2()) / 2 + 0.0161486) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.3262))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.3262))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,ply,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_calenclose = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = MAXDISTANCE_ply |
| max_enclose = MAXENCLOSE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.00765519 * (1 - exp(-1.0432 * (distance() + 0.130566))) * pow(width() , 0.0155718 * distance() + 0.0113141) * (0.269237 * thickness() + 0.174503) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00154333 * (1 - exp(-1.20066 * (distance() + 0.0443656))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.03154 * pow(width() , 0.107914) * (0.0774384 * thickness() + 0.0438703) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-9.68277e-05 * distance() + 0.0044553) * (0.663164 - exp(-(0.011468 * distance() + 0.167238) * (enclose() + 0.152687 * distance() + 2.0896) - (0.00495625 * distance() + -0.0156169) * (enclose() + -0.662612 * distance() + 1.97336) * (enclose() + -0.662612 * distance() + 1.97336))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.00765519 * (1 - exp(-1.0432 * (distance() + 0.130566))) * pow(width() , 0.0155718 * distance() + 0.0113141) * (0.269237 * thickness() + 0.174503) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00198558 * (0.663164 - exp(-0.224578 * (enclose() + 2.85303) - 0.00916435 * (enclose() + -1.3397) * (enclose() + -1.3397))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,ply,rdl |
| // |
| CAPACITANCE INTRINSIC FRINGE ply INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF rdl MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.148196 * (1 - exp(-1.24555 * (distance() + 0.100845))) * pow(width() , 0.00935704 * distance() + 0.00922496) * (0.162093 * thickness() + 0.307201) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0467754 * (1 - exp(-1.33282 * (distance() + 0.0472103))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.177536 * pow(width() , 0.0802211) * (0.160673 * thickness() + 0.27267) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF rdl MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.148196 * (1 - exp(-1.24555 * (distance() + 0.100845))) * pow(width() , 0.00935704 * distance() + 0.00922496) * (0.162093 * thickness() + 0.307201) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0467754 * (1 - exp(-1.33282 * (distance() + 0.0472103))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.177536 * pow(width() , 0.0802211) * (0.160673 * thickness() + 0.27267) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF rdl MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.148196 * (1 - exp(-1.24555 * (distance() + 0.100845))) * pow(width() , 0.00935704 * distance() + 0.00922496) * (0.162093 * thickness() + 0.307201) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0467754 * (1 - exp(-1.33282 * (distance() + 0.0472103))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.177536 * pow(width() , 0.0802211) * (0.160673 * thickness() + 0.27267) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF rdl MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.148196 * (1 - exp(-1.24555 * (distance() + 0.100845))) * pow(width() , 0.00935704 * distance() + 0.00922496) * (0.162093 * thickness() + 0.307201) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0467754 * (1 - exp(-1.33282 * (distance() + 0.0472103))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.177536 * pow(width() , 0.0802211) * (0.160673 * thickness() + 0.27267) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE ply INSIDE OF rdl MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 5 // For reference |
| max_width = MAXWIDTH_ply |
| max_radius = MAXRADIUS_ply |
| max_distance = MAXDISTANCE_ply |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.148196 * (1 - exp(-1.24555 * (distance() + 0.100845))) * pow(width() , 0.00935704 * distance() + 0.00922496) * (0.162093 * thickness() + 0.307201) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0467754 * (1 - exp(-1.33282 * (distance() + 0.0472103))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.3262))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.177536 * pow(width() , 0.0802211) * (0.160673 * thickness() + 0.27267) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 5 + m43ink3 * 0.3262))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 5 + m43ink6 * 0.3262))) |
| } |
| ] |
| |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,li,m1 |
| // |
| CAPACITANCE NEARBODY li INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-0.920138 - 2.47503 * distance()) + 0.0064656 / pow(distance() , 1.88125)) * 3.12677 * pow((width1() + width2()) / 2 , 0.0312105) * (0.143263 * (thickness1() + thickness2()) / 2 + 0.040176) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.9361))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.9361))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,li,m1 |
| // |
| CAPACITANCE CROSSOVER FRINGE li m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.204945 * (1 - exp(-1.96398 * (distance() + -0.00230626))) * pow(width() , 0.00247264 * distance() + 0.010089) * (0.537081 * thickness() + 0.120475) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0351844 * (1 - exp(-2.03077 * (distance() + -0.0181085))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.154488 * pow(width() , 0.0185077) * (1.41953 * thickness() + 0.0847971) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00188366 * distance() + 0.670051) * (0.102169 - exp(-(-0.274966 * distance() + 0.082728) * (enclose() + 4.36559 * distance() + 5.8432) - (0.00788201 * distance() + 0.185037) * (enclose() + 2.02371 * distance() + 2.98556) * (enclose() + 2.02371 * distance() + 2.98556))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.204945 * (1 - exp(-1.96398 * (distance() + -0.00230626))) * pow(width() , 0.00247264 * distance() + 0.010089) * (0.537081 * thickness() + 0.120475) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.329375 * (0.102169 - exp(1.56707 * (enclose() + 32.0367) - 0.232329 * (enclose() + 15.1278) * (enclose() + 15.1278))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,li,m1 |
| // |
| CAPACITANCE INTRINSIC FRINGE li INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF m1 MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0568202 * (1 - exp(-1.90508 * (distance() + -0.0127858))) * pow(width() , 0.00321718 * distance() + 0.00369203) * (0.162348 * thickness() + 0.215216) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0129026 * (1 - exp(-1.99231 * (distance() + -0.0323413))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.106554 * pow(width() , 0.00793858) * (0.145504 * thickness() + 0.107329) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF m1 MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0568202 * (1 - exp(-1.90508 * (distance() + -0.0127858))) * pow(width() , 0.00321718 * distance() + 0.00369203) * (0.162348 * thickness() + 0.215216) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0129026 * (1 - exp(-1.99231 * (distance() + -0.0323413))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.106554 * pow(width() , 0.00793858) * (0.145504 * thickness() + 0.107329) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF m1 MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0568202 * (1 - exp(-1.90508 * (distance() + -0.0127858))) * pow(width() , 0.00321718 * distance() + 0.00369203) * (0.162348 * thickness() + 0.215216) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0129026 * (1 - exp(-1.99231 * (distance() + -0.0323413))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.106554 * pow(width() , 0.00793858) * (0.145504 * thickness() + 0.107329) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF m1 MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0568202 * (1 - exp(-1.90508 * (distance() + -0.0127858))) * pow(width() , 0.00321718 * distance() + 0.00369203) * (0.162348 * thickness() + 0.215216) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0129026 * (1 - exp(-1.99231 * (distance() + -0.0323413))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.106554 * pow(width() , 0.00793858) * (0.145504 * thickness() + 0.107329) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF m1 MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0568202 * (1 - exp(-1.90508 * (distance() + -0.0127858))) * pow(width() , 0.00321718 * distance() + 0.00369203) * (0.162348 * thickness() + 0.215216) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0129026 * (1 - exp(-1.99231 * (distance() + -0.0323413))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.106554 * pow(width() , 0.00793858) * (0.145504 * thickness() + 0.107329) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,li,m2 |
| // |
| CAPACITANCE NEARBODY li INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-1.03834 - 1.67412 * distance()) + 0.0118643 / pow(distance() , 1.64135)) * 3.44812 * pow((width1() + width2()) / 2 , 0.0471019) * (0.120989 * (thickness1() + thickness2()) / 2 + 0.0395279) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.9361))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.9361))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,li,m2 |
| // |
| CAPACITANCE CROSSOVER FRINGE li m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.109655 * (1 - exp(-1.14362 * (distance() + 0.0437173))) * pow(width() , 0.00383025 * distance() + 0.0461628) * (0.285939 * thickness() + 0.176021) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0209552 * (1 - exp(-1.22093 * (distance() + -0.00042429))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.129903 * pow(width() , 0.0756058) * (0.343183 * thickness() + 0.138207) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00187172 * distance() + 0.187442) * (0.21988 - exp(-(-0.146666 * distance() + 0.039667) * (enclose() + 8.6096 * distance() + 11.6312) - (0.00050635 * distance() + 0.0475336) * (enclose() + 4.7889 * distance() + 4.33067) * (enclose() + 4.7889 * distance() + 4.33067))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.109655 * (1 - exp(-1.14362 * (distance() + 0.0437173))) * pow(width() , 0.00383025 * distance() + 0.0461628) * (0.285939 * thickness() + 0.176021) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0881058 * (0.21988 - exp(0.840329 * (enclose() + 63.2888) - 0.0505717 * (enclose() + 33.0641) * (enclose() + 33.0641))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,li,m2 |
| // |
| CAPACITANCE INTRINSIC FRINGE li INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF m2 MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0913248 * (1 - exp(-1.10347 * (distance() + 0.0267505))) * pow(width() , 0.00765185 * distance() + -0.00936366) * (0.118342 * thickness() + 0.207383) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0194058 * (1 - exp(-1.22365 * (distance() + -0.0239367))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.130706 * pow(width() , 0.0143484) * (0.0907972 * thickness() + 0.141046) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF m2 MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0913248 * (1 - exp(-1.10347 * (distance() + 0.0267505))) * pow(width() , 0.00765185 * distance() + -0.00936366) * (0.118342 * thickness() + 0.207383) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0194058 * (1 - exp(-1.22365 * (distance() + -0.0239367))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.130706 * pow(width() , 0.0143484) * (0.0907972 * thickness() + 0.141046) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF m2 MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0913248 * (1 - exp(-1.10347 * (distance() + 0.0267505))) * pow(width() , 0.00765185 * distance() + -0.00936366) * (0.118342 * thickness() + 0.207383) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0194058 * (1 - exp(-1.22365 * (distance() + -0.0239367))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.130706 * pow(width() , 0.0143484) * (0.0907972 * thickness() + 0.141046) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF m2 MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0913248 * (1 - exp(-1.10347 * (distance() + 0.0267505))) * pow(width() , 0.00765185 * distance() + -0.00936366) * (0.118342 * thickness() + 0.207383) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0194058 * (1 - exp(-1.22365 * (distance() + -0.0239367))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.130706 * pow(width() , 0.0143484) * (0.0907972 * thickness() + 0.141046) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF m2 MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0913248 * (1 - exp(-1.10347 * (distance() + 0.0267505))) * pow(width() , 0.00765185 * distance() + -0.00936366) * (0.118342 * thickness() + 0.207383) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0194058 * (1 - exp(-1.22365 * (distance() + -0.0239367))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.130706 * pow(width() , 0.0143484) * (0.0907972 * thickness() + 0.141046) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,li,m3 |
| // |
| CAPACITANCE NEARBODY li INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-1.07166 - 1.31342 * distance()) + 0.0234683 / pow(distance() , 1.41797)) * 3.31955 * pow((width1() + width2()) / 2 , 0.0702882) * (0.107477 * (thickness1() + thickness2()) / 2 + 0.0378267) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.9361))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.9361))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,li,m3 |
| // |
| CAPACITANCE CROSSOVER FRINGE li m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0753678 * (1 - exp(-0.8463 * (distance() + 0.1025))) * pow(width() , 0.00820716 * distance() + 0.0294423) * (0.217416 * thickness() + 0.186576) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0145437 * (1 - exp(-0.948243 * (distance() + 0.0206307))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.114292 * pow(width() , 0.0757394) * (0.189915 * thickness() + 0.116985) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00037994 * distance() + 0.0521053) * (0.531567 - exp(-(-0.0800374 * distance() + 0.11668) * (enclose() + 3.38927 * distance() + 3.89855) - (-0.00078892 * distance() + 0.0810974) * (enclose() + 1.77914 * distance() + 0.802364) * (enclose() + 1.77914 * distance() + 0.802364))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0753678 * (1 - exp(-0.8463 * (distance() + 0.1025))) * pow(width() , 0.00820716 * distance() + 0.0294423) * (0.217416 * thickness() + 0.186576) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0249128 * (0.531567 - exp(0.363544 * (enclose() + 24.2342) - 0.0763639 * (enclose() + 11.4772) * (enclose() + 11.4772))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,li,m3 |
| // |
| CAPACITANCE INTRINSIC FRINGE li INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF m3 MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.116325 * (1 - exp(-0.819496 * (distance() + 0.0844881))) * pow(width() , 0.0124315 * distance() + -0.0225276) * (0.101368 * thickness() + 0.203899) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0237098 * (1 - exp(-0.957354 * (distance() + -0.00382326))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.144317 * pow(width() , 0.02577) * (0.0957987 * thickness() + 0.158567) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF m3 MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.116325 * (1 - exp(-0.819496 * (distance() + 0.0844881))) * pow(width() , 0.0124315 * distance() + -0.0225276) * (0.101368 * thickness() + 0.203899) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0237098 * (1 - exp(-0.957354 * (distance() + -0.00382326))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.144317 * pow(width() , 0.02577) * (0.0957987 * thickness() + 0.158567) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF m3 MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.116325 * (1 - exp(-0.819496 * (distance() + 0.0844881))) * pow(width() , 0.0124315 * distance() + -0.0225276) * (0.101368 * thickness() + 0.203899) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0237098 * (1 - exp(-0.957354 * (distance() + -0.00382326))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.144317 * pow(width() , 0.02577) * (0.0957987 * thickness() + 0.158567) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF m3 MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.116325 * (1 - exp(-0.819496 * (distance() + 0.0844881))) * pow(width() , 0.0124315 * distance() + -0.0225276) * (0.101368 * thickness() + 0.203899) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0237098 * (1 - exp(-0.957354 * (distance() + -0.00382326))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.144317 * pow(width() , 0.02577) * (0.0957987 * thickness() + 0.158567) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF m3 MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.116325 * (1 - exp(-0.819496 * (distance() + 0.0844881))) * pow(width() , 0.0124315 * distance() + -0.0225276) * (0.101368 * thickness() + 0.203899) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0237098 * (1 - exp(-0.957354 * (distance() + -0.00382326))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.144317 * pow(width() , 0.02577) * (0.0957987 * thickness() + 0.158567) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,li,m4 |
| // |
| CAPACITANCE NEARBODY li INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-1.14919 - 1.06012 * distance()) + 0.0441603 / pow(distance() , 1.21737)) * 3.39348 * pow((width1() + width2()) / 2 , 0.0972025) * (0.0907357 * (thickness1() + thickness2()) / 2 + 0.0339691) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.9361))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.9361))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,li,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE li m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0490076 * (1 - exp(-0.680221 * (distance() + 0.175793))) * pow(width() , 0.0128186 * distance() + 0.0150574) * (0.1837 * thickness() + 0.197191) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00962179 * (1 - exp(-0.793068 * (distance() + 0.051869))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.097545 * pow(width() , 0.0847379) * (0.107231 * thickness() + 0.0968687) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00055296 * distance() + 0.0293092) * (0.656291 - exp(-(0.0902382 * distance() + 0.219288) * (enclose() + -0.0822813 * distance() + 1.73796) - (0.00945429 * distance() + -0.0110127) * (enclose() + -0.0988259 * distance() + 2.26852) * (enclose() + -0.0988259 * distance() + 2.26852))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0490076 * (1 - exp(-0.680221 * (distance() + 0.175793))) * pow(width() , 0.0128186 * distance() + 0.0150574) * (0.1837 * thickness() + 0.197191) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0129957 * (0.656291 - exp(-0.760717 * (enclose() + 1.24427) - 0.045713 * (enclose() + 1.67556) * (enclose() + 1.67556))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,li,m4 |
| // |
| CAPACITANCE INTRINSIC FRINGE li INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF m4 MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.139219 * (1 - exp(-0.661046 * (distance() + 0.154214))) * pow(width() , 0.017013 * distance() + -0.0342278) * (0.0911613 * thickness() + 0.203095) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0275495 * (1 - exp(-0.803946 * (distance() + 0.0271069))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.153224 * pow(width() , 0.0432162) * (0.0988463 * thickness() + 0.178857) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF m4 MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.139219 * (1 - exp(-0.661046 * (distance() + 0.154214))) * pow(width() , 0.017013 * distance() + -0.0342278) * (0.0911613 * thickness() + 0.203095) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0275495 * (1 - exp(-0.803946 * (distance() + 0.0271069))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.153224 * pow(width() , 0.0432162) * (0.0988463 * thickness() + 0.178857) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF m4 MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.139219 * (1 - exp(-0.661046 * (distance() + 0.154214))) * pow(width() , 0.017013 * distance() + -0.0342278) * (0.0911613 * thickness() + 0.203095) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0275495 * (1 - exp(-0.803946 * (distance() + 0.0271069))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.153224 * pow(width() , 0.0432162) * (0.0988463 * thickness() + 0.178857) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF m4 MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.139219 * (1 - exp(-0.661046 * (distance() + 0.154214))) * pow(width() , 0.017013 * distance() + -0.0342278) * (0.0911613 * thickness() + 0.203095) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0275495 * (1 - exp(-0.803946 * (distance() + 0.0271069))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.153224 * pow(width() , 0.0432162) * (0.0988463 * thickness() + 0.178857) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF m4 MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.139219 * (1 - exp(-0.661046 * (distance() + 0.154214))) * pow(width() , 0.017013 * distance() + -0.0342278) * (0.0911613 * thickness() + 0.203095) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0275495 * (1 - exp(-0.803946 * (distance() + 0.0271069))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.153224 * pow(width() , 0.0432162) * (0.0988463 * thickness() + 0.178857) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,li,m5 |
| // |
| CAPACITANCE NEARBODY li INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-1.21092 - 0.947362 * distance()) + 0.0623746 / pow(distance() , 1.11434)) * 3.52232 * pow((width1() + width2()) / 2 , 0.113506) * (0.0761654 * (thickness1() + thickness2()) / 2 + 0.0312383) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.9361))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.9361))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,li,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE li m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.036509 * (1 - exp(-0.624919 * (distance() + 0.217391))) * pow(width() , 0.0149193 * distance() + 0.00856182) * (0.16732 * thickness() + 0.199401) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00713143 * (1 - exp(-0.737779 * (distance() + 0.0736712))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.085708 * pow(width() , 0.0939614) * (0.0809046 * thickness() + 0.0843745) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00012999 * distance() + 0.0169868) * (0.833967 - exp(-(0.137472 * distance() + 0.110474) * (enclose() + 0.261015 * distance() + 0.753835) - (-0.00456695 * distance() + 0.00195602) * (enclose() + 0.822468 * distance() + 2.61269) * (enclose() + 0.822468 * distance() + 2.61269))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.036509 * (1 - exp(-0.624919 * (distance() + 0.217391))) * pow(width() , 0.0149193 * distance() + 0.00856182) * (0.16732 * thickness() + 0.199401) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00810343 * (0.833967 - exp(-0.935306 * (enclose() + 2.31993) - -0.0254457 * (enclose() + 7.5475) * (enclose() + 7.5475))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,li,m5 |
| // |
| CAPACITANCE INTRINSIC FRINGE li INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF m5 MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.151369 * (1 - exp(-0.609265 * (distance() + 0.193993))) * pow(width() , 0.0188609 * distance() + -0.0377969) * (0.085836 * thickness() + 0.203021) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0295583 * (1 - exp(-0.749046 * (distance() + 0.0483347))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.15737 * pow(width() , 0.056381) * (0.102211 * thickness() + 0.191438) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF m5 MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.151369 * (1 - exp(-0.609265 * (distance() + 0.193993))) * pow(width() , 0.0188609 * distance() + -0.0377969) * (0.085836 * thickness() + 0.203021) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0295583 * (1 - exp(-0.749046 * (distance() + 0.0483347))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.15737 * pow(width() , 0.056381) * (0.102211 * thickness() + 0.191438) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF m5 MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.151369 * (1 - exp(-0.609265 * (distance() + 0.193993))) * pow(width() , 0.0188609 * distance() + -0.0377969) * (0.085836 * thickness() + 0.203021) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0295583 * (1 - exp(-0.749046 * (distance() + 0.0483347))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.15737 * pow(width() , 0.056381) * (0.102211 * thickness() + 0.191438) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF m5 MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.151369 * (1 - exp(-0.609265 * (distance() + 0.193993))) * pow(width() , 0.0188609 * distance() + -0.0377969) * (0.085836 * thickness() + 0.203021) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0295583 * (1 - exp(-0.749046 * (distance() + 0.0483347))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.15737 * pow(width() , 0.056381) * (0.102211 * thickness() + 0.191438) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF m5 MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.151369 * (1 - exp(-0.609265 * (distance() + 0.193993))) * pow(width() , 0.0188609 * distance() + -0.0377969) * (0.085836 * thickness() + 0.203021) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0295583 * (1 - exp(-0.749046 * (distance() + 0.0483347))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.15737 * pow(width() , 0.056381) * (0.102211 * thickness() + 0.191438) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,li,rdl |
| // |
| CAPACITANCE NEARBODY li INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-1.40239 - 0.816922 * distance()) + 0.11713 / pow(distance() , 0.933031)) * 3.83292 * pow((width1() + width2()) / 2 , 0.142518) * (0.0618566 * (thickness1() + thickness2()) / 2 + 0.0249818) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.9361))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.9361))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,li,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE li rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0130429 * (1 - exp(-0.576199 * (distance() + 0.264667))) * pow(width() , 0.0183287 * distance() + -0.0204875) * (0.144981 * thickness() + 0.199154) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00252746 * (1 - exp(-0.690351 * (distance() + 0.0968084))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0448146 * pow(width() , 0.0985553) * (0.0542378 * thickness() + 0.0595446) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00043475 * distance() + 0.00851325) * (0.831177 - exp(-(0.0188652 * distance() + 0.0690278) * (enclose() + 0.114068 * distance() + 1.90079) - (0.00123771 * distance() + -0.00776733) * (enclose() + -0.448209 * distance() + 0.704114) * (enclose() + -0.448209 * distance() + 0.704114))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0130429 * (1 - exp(-0.576199 * (distance() + 0.264667))) * pow(width() , 0.0183287 * distance() + -0.0204875) * (0.144981 * thickness() + 0.199154) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00295238 * (0.831177 - exp(-0.182219 * (enclose() + 2.5852) - -0.00034107 * (enclose() + -1.98514) * (enclose() + -1.98514))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,li,rdl |
| // |
| CAPACITANCE INTRINSIC FRINGE li INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF rdl MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.16374 * (1 - exp(-0.590697 * (distance() + 0.250486))) * pow(width() , 0.0176216 * distance() + -0.0219645) * (0.0859678 * thickness() + 0.213896) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0332685 * (1 - exp(-0.700575 * (distance() + 0.0918922))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.168424 * pow(width() , 0.092528) * (0.107753 * thickness() + 0.215561) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF rdl MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.16374 * (1 - exp(-0.590697 * (distance() + 0.250486))) * pow(width() , 0.0176216 * distance() + -0.0219645) * (0.0859678 * thickness() + 0.213896) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0332685 * (1 - exp(-0.700575 * (distance() + 0.0918922))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.168424 * pow(width() , 0.092528) * (0.107753 * thickness() + 0.215561) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF rdl MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.16374 * (1 - exp(-0.590697 * (distance() + 0.250486))) * pow(width() , 0.0176216 * distance() + -0.0219645) * (0.0859678 * thickness() + 0.213896) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0332685 * (1 - exp(-0.700575 * (distance() + 0.0918922))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.168424 * pow(width() , 0.092528) * (0.107753 * thickness() + 0.215561) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF rdl MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.16374 * (1 - exp(-0.590697 * (distance() + 0.250486))) * pow(width() , 0.0176216 * distance() + -0.0219645) * (0.0859678 * thickness() + 0.213896) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0332685 * (1 - exp(-0.700575 * (distance() + 0.0918922))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.168424 * pow(width() , 0.092528) * (0.107753 * thickness() + 0.215561) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE li INSIDE OF rdl MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.16374 * (1 - exp(-0.590697 * (distance() + 0.250486))) * pow(width() , 0.0176216 * distance() + -0.0219645) * (0.0859678 * thickness() + 0.213896) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0332685 * (1 - exp(-0.700575 * (distance() + 0.0918922))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.9361))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.168424 * pow(width() , 0.092528) * (0.107753 * thickness() + 0.215561) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.9361))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.9361))) |
| } |
| ] |
| |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,m1,m2 |
| // |
| CAPACITANCE NEARBODY m1 INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.29224 - 2.32543 * distance()) + 0.0055441 / pow(distance() , 1.03795)) * 3.58787 * pow((width1() + width2()) / 2 , 0.0444013) * (0.210165 * (thickness1() + thickness2()) / 2 + 0.0370852) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.3761))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.3761))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,m1,m2 |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.176942 * (1 - exp(-1.71389 * (distance() + 0.0499435))) * pow(width() , -0.00194799 * distance() + 0.120499) * (1.50924 * thickness() + -0.229338) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0513242 * (1 - exp(-1.64198 * (distance() + 0.0523901))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.291951 * pow(width() , 0.180526) * (1.99432 * thickness() + -0.534668) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (4.55467e-05 * distance() + 0.12125) * (0.766111 - exp(-(-0.0925256 * distance() + 3.4977) * (enclose() + -0.0233443 * distance() + 0.417867) - (0.192995 * distance() + -1.08871) * (enclose() + -0.318106 * distance() + 1.08349) * (enclose() + -0.318106 * distance() + 1.08349))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.176942 * (1 - exp(-1.71389 * (distance() + 0.0499435))) * pow(width() , -0.00194799 * distance() + 0.120499) * (1.50924 * thickness() + -0.229338) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0607844 * (0.766111 - exp(-2.85002 * (enclose() + 0.254457) - 0.262255 * (enclose() + -1.14325) * (enclose() + -1.14325))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,m1,m2 |
| // |
| CAPACITANCE INTRINSIC FRINGE m1 INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE m1 INSIDE OF m2 MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0520234 * (1 - exp(-1.33597 * (distance() + 0.0140495))) * pow(width() , 0.0045121 * distance() + 0.00479622) * (0.0607475 * thickness() + 0.22644) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0124537 * (1 - exp(-1.43397 * (distance() + -0.0233255))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.102031 * pow(width() , 0.0233684) * (0.0302337 * thickness() + 0.11467) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m1 INSIDE OF m2 MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0520234 * (1 - exp(-1.33597 * (distance() + 0.0140495))) * pow(width() , 0.0045121 * distance() + 0.00479622) * (0.0607475 * thickness() + 0.22644) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0124537 * (1 - exp(-1.43397 * (distance() + -0.0233255))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.102031 * pow(width() , 0.0233684) * (0.0302337 * thickness() + 0.11467) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m1 INSIDE OF m2 MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0520234 * (1 - exp(-1.33597 * (distance() + 0.0140495))) * pow(width() , 0.0045121 * distance() + 0.00479622) * (0.0607475 * thickness() + 0.22644) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0124537 * (1 - exp(-1.43397 * (distance() + -0.0233255))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.102031 * pow(width() , 0.0233684) * (0.0302337 * thickness() + 0.11467) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m1 INSIDE OF m2 MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0520234 * (1 - exp(-1.33597 * (distance() + 0.0140495))) * pow(width() , 0.0045121 * distance() + 0.00479622) * (0.0607475 * thickness() + 0.22644) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0124537 * (1 - exp(-1.43397 * (distance() + -0.0233255))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.102031 * pow(width() , 0.0233684) * (0.0302337 * thickness() + 0.11467) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m1 INSIDE OF m2 MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0520234 * (1 - exp(-1.33597 * (distance() + 0.0140495))) * pow(width() , 0.0045121 * distance() + 0.00479622) * (0.0607475 * thickness() + 0.22644) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0124537 * (1 - exp(-1.43397 * (distance() + -0.0233255))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.102031 * pow(width() , 0.0233684) * (0.0302337 * thickness() + 0.11467) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,m1,m3 |
| // |
| CAPACITANCE NEARBODY m1 INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.24536 - 1.6307 * distance()) + 0.0136859 / pow(distance() , 0.970296)) * 3.45315 * pow((width1() + width2()) / 2 , 0.0584924) * (0.193234 * (thickness1() + thickness2()) / 2 + 0.0310551) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.3761))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.3761))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,m1,m3 |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.143584 * (1 - exp(-0.796343 * (distance() + 0.0761341))) * pow(width() , 0.00480228 * distance() + 0.0326486) * (0.283357 * thickness() + 0.0942767) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0263165 * (1 - exp(-0.869316 * (distance() + 0.00998885))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.118481 * pow(width() , 0.0675736) * (0.457024 * thickness() + 0.0696198) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (0.00025224 * distance() + 0.0920263) * (0.523269 - exp(-(0.0208709 * distance() + 1.02267) * (enclose() + 0.0113798 * distance() + 1.09839) - (0.0841609 * distance() + -0.210521) * (enclose() + -0.247032 * distance() + 1.67386) * (enclose() + -0.247032 * distance() + 1.67386))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.143584 * (1 - exp(-0.796343 * (distance() + 0.0761341))) * pow(width() , 0.00480228 * distance() + 0.0326486) * (0.283357 * thickness() + 0.0942767) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.046896 * (0.523269 - exp(-1.16877 * (enclose() + 1.17805) - 0.378605 * (enclose() + -0.055364) * (enclose() + -0.055364))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,m1,m3 |
| // |
| CAPACITANCE INTRINSIC FRINGE m1 INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE m1 INSIDE OF m3 MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.087643 * (1 - exp(-0.742819 * (distance() + 0.0629514))) * pow(width() , 0.00910202 * distance() + -0.0181899) * (0.0728587 * thickness() + 0.20163) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0190547 * (1 - exp(-0.856713 * (distance() + -0.0159248))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.121513 * pow(width() , 0.022721) * (0.0542714 * thickness() + 0.139965) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m1 INSIDE OF m3 MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.087643 * (1 - exp(-0.742819 * (distance() + 0.0629514))) * pow(width() , 0.00910202 * distance() + -0.0181899) * (0.0728587 * thickness() + 0.20163) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0190547 * (1 - exp(-0.856713 * (distance() + -0.0159248))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.121513 * pow(width() , 0.022721) * (0.0542714 * thickness() + 0.139965) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m1 INSIDE OF m3 MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.087643 * (1 - exp(-0.742819 * (distance() + 0.0629514))) * pow(width() , 0.00910202 * distance() + -0.0181899) * (0.0728587 * thickness() + 0.20163) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0190547 * (1 - exp(-0.856713 * (distance() + -0.0159248))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.121513 * pow(width() , 0.022721) * (0.0542714 * thickness() + 0.139965) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m1 INSIDE OF m3 MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.087643 * (1 - exp(-0.742819 * (distance() + 0.0629514))) * pow(width() , 0.00910202 * distance() + -0.0181899) * (0.0728587 * thickness() + 0.20163) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0190547 * (1 - exp(-0.856713 * (distance() + -0.0159248))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.121513 * pow(width() , 0.022721) * (0.0542714 * thickness() + 0.139965) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m1 INSIDE OF m3 MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.087643 * (1 - exp(-0.742819 * (distance() + 0.0629514))) * pow(width() , 0.00910202 * distance() + -0.0181899) * (0.0728587 * thickness() + 0.20163) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0190547 * (1 - exp(-0.856713 * (distance() + -0.0159248))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.121513 * pow(width() , 0.022721) * (0.0542714 * thickness() + 0.139965) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,m1,m4 |
| // |
| CAPACITANCE NEARBODY m1 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.21217 - 1.31419 * distance()) + 0.030244 / pow(distance() , 0.857903)) * 3.33523 * pow((width1() + width2()) / 2 , 0.0825545) * (0.158783 * (thickness1() + thickness2()) / 2 + 0.0290803) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.3761))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.3761))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,m1,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0876768 * (1 - exp(-0.519758 * (distance() + 0.172552))) * pow(width() , 0.0103809 * distance() + 0.00187048) * (0.185851 * thickness() + 0.134229) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0161633 * (1 - exp(-0.613533 * (distance() + 0.0328065))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.105016 * pow(width() , 0.0635112) * (0.178388 * thickness() + 0.0980147) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00029141 * distance() + 0.0373113) * (0.850461 - exp(-(0.243418 * distance() + 0.258674) * (enclose() + 0.179933 * distance() + 0.915468) - (-0.00699877 * distance() + -0.0235539) * (enclose() + 0.650472 * distance() + 2.41324) * (enclose() + 0.650472 * distance() + 2.41324))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0876768 * (1 - exp(-0.519758 * (distance() + 0.172552))) * pow(width() , 0.0103809 * distance() + 0.00187048) * (0.185851 * thickness() + 0.134229) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0176357 * (0.850461 - exp(-1.9626 * (enclose() + 2.175) - -0.0725453 * (enclose() + 6.96654) * (enclose() + 6.96654))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,m1,m4 |
| // |
| CAPACITANCE INTRINSIC FRINGE m1 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE m1 INSIDE OF m4 MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.11921 * (1 - exp(-0.508038 * (distance() + 0.153584))) * pow(width() , 0.0135224 * distance() + -0.0373843) * (0.0692157 * thickness() + 0.198258) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0247607 * (1 - exp(-0.624897 * (distance() + 0.0120347))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.133099 * pow(width() , 0.0323679) * (0.0674392 * thickness() + 0.166499) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m1 INSIDE OF m4 MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.11921 * (1 - exp(-0.508038 * (distance() + 0.153584))) * pow(width() , 0.0135224 * distance() + -0.0373843) * (0.0692157 * thickness() + 0.198258) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0247607 * (1 - exp(-0.624897 * (distance() + 0.0120347))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.133099 * pow(width() , 0.0323679) * (0.0674392 * thickness() + 0.166499) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m1 INSIDE OF m4 MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.11921 * (1 - exp(-0.508038 * (distance() + 0.153584))) * pow(width() , 0.0135224 * distance() + -0.0373843) * (0.0692157 * thickness() + 0.198258) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0247607 * (1 - exp(-0.624897 * (distance() + 0.0120347))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.133099 * pow(width() , 0.0323679) * (0.0674392 * thickness() + 0.166499) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m1 INSIDE OF m4 MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.11921 * (1 - exp(-0.508038 * (distance() + 0.153584))) * pow(width() , 0.0135224 * distance() + -0.0373843) * (0.0692157 * thickness() + 0.198258) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0247607 * (1 - exp(-0.624897 * (distance() + 0.0120347))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.133099 * pow(width() , 0.0323679) * (0.0674392 * thickness() + 0.166499) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m1 INSIDE OF m4 MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.11921 * (1 - exp(-0.508038 * (distance() + 0.153584))) * pow(width() , 0.0135224 * distance() + -0.0373843) * (0.0692157 * thickness() + 0.198258) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0247607 * (1 - exp(-0.624897 * (distance() + 0.0120347))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.133099 * pow(width() , 0.0323679) * (0.0674392 * thickness() + 0.166499) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,m1,m5 |
| // |
| CAPACITANCE NEARBODY m1 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.25482 - 1.21392 * distance()) + 0.0426102 / pow(distance() , 0.792677)) * 3.44258 * pow((width1() + width2()) / 2 , 0.096431) * (0.142764 * (thickness1() + thickness2()) / 2 + 0.0278876) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.3761))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.3761))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,m1,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0628621 * (1 - exp(-0.436362 * (distance() + 0.243735))) * pow(width() , 0.0131246 * distance() + -0.0118038) * (0.160099 * thickness() + 0.148755) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0117274 * (1 - exp(-0.532142 * (distance() + 0.0598664))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0955414 * pow(width() , 0.0691146) * (0.119292 * thickness() + 0.087974) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-2.5878e-05 * distance() + 0.0246574) * (0.893492 - exp(-(0.144358 * distance() + 0.126338) * (enclose() + 0.292919 * distance() + 0.623072) - (-0.00342526 * distance() + -0.0065891) * (enclose() + 0.991271 * distance() + 1.76984) * (enclose() + 0.991271 * distance() + 1.76984))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0628621 * (1 - exp(-0.436362 * (distance() + 0.243735))) * pow(width() , 0.0131246 * distance() + -0.0118038) * (0.160099 * thickness() + 0.148755) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0122381 * (0.893492 - exp(-1.13684 * (enclose() + 2.67351) - -0.0305659 * (enclose() + 8.70874) * (enclose() + 8.70874))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,m1,m5 |
| // |
| CAPACITANCE INTRINSIC FRINGE m1 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE m1 INSIDE OF m5 MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.136485 * (1 - exp(-0.433362 * (distance() + 0.21912))) * pow(width() , 0.0156897 * distance() + -0.0463166) * (0.0656401 * thickness() + 0.198471) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0277785 * (1 - exp(-0.546548 * (distance() + 0.0391805))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.139392 * pow(width() , 0.0417459) * (0.0732268 * thickness() + 0.18123) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m1 INSIDE OF m5 MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.136485 * (1 - exp(-0.433362 * (distance() + 0.21912))) * pow(width() , 0.0156897 * distance() + -0.0463166) * (0.0656401 * thickness() + 0.198471) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0277785 * (1 - exp(-0.546548 * (distance() + 0.0391805))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.139392 * pow(width() , 0.0417459) * (0.0732268 * thickness() + 0.18123) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m1 INSIDE OF m5 MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.136485 * (1 - exp(-0.433362 * (distance() + 0.21912))) * pow(width() , 0.0156897 * distance() + -0.0463166) * (0.0656401 * thickness() + 0.198471) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0277785 * (1 - exp(-0.546548 * (distance() + 0.0391805))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.139392 * pow(width() , 0.0417459) * (0.0732268 * thickness() + 0.18123) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m1 INSIDE OF m5 MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.136485 * (1 - exp(-0.433362 * (distance() + 0.21912))) * pow(width() , 0.0156897 * distance() + -0.0463166) * (0.0656401 * thickness() + 0.198471) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0277785 * (1 - exp(-0.546548 * (distance() + 0.0391805))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.139392 * pow(width() , 0.0417459) * (0.0732268 * thickness() + 0.18123) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m1 INSIDE OF m5 MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.136485 * (1 - exp(-0.433362 * (distance() + 0.21912))) * pow(width() , 0.0156897 * distance() + -0.0463166) * (0.0656401 * thickness() + 0.198471) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0277785 * (1 - exp(-0.546548 * (distance() + 0.0391805))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.139392 * pow(width() , 0.0417459) * (0.0732268 * thickness() + 0.18123) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,m1,rdl |
| // |
| CAPACITANCE NEARBODY m1 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.55033 - 1.19456 * distance()) + 0.0588435 / pow(distance() , 0.668277)) * 4.75114 * pow((width1() + width2()) / 2 , 0.119972) * (0.11476 * (thickness1() + thickness2()) / 2 + 0.0245068) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.3761))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.3761))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,m1,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.021235 * (1 - exp(-0.375783 * (distance() + 0.34918))) * pow(width() , 0.0159242 * distance() + -0.0377887) * (0.126689 * thickness() + 0.164542) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00402442 * (1 - exp(-0.460004 * (distance() + 0.109208))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0637946 * pow(width() , 0.0795904) * (0.0525576 * thickness() + 0.0520088) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00010618 * distance() + 0.00888463) * (0.777317 - exp(-(0.0196506 * distance() + 0.109381) * (enclose() + 0.118754 * distance() + 2.05537) - (0.00395636 * distance() + -0.0117129) * (enclose() + -0.100457 * distance() + 1.43266) * (enclose() + -0.100457 * distance() + 1.43266))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.021235 * (1 - exp(-0.375783 * (distance() + 0.34918))) * pow(width() , 0.0159242 * distance() + -0.0377887) * (0.126689 * thickness() + 0.164542) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00407068 * (0.777317 - exp(-0.246935 * (enclose() + 2.88665) - 0.0159816 * (enclose() + 0.729461) * (enclose() + 0.729461))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,m1,rdl |
| // |
| CAPACITANCE INTRINSIC FRINGE m1 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE m1 INSIDE OF rdl MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.161345 * (1 - exp(-0.392973 * (distance() + 0.326509))) * pow(width() , 0.0152086 * distance() + -0.0391203) * (0.0608109 * thickness() + 0.203223) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0330481 * (1 - exp(-0.475742 * (distance() + 0.104409))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.148109 * pow(width() , 0.0712606) * (0.0899242 * thickness() + 0.217439) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m1 INSIDE OF rdl MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.161345 * (1 - exp(-0.392973 * (distance() + 0.326509))) * pow(width() , 0.0152086 * distance() + -0.0391203) * (0.0608109 * thickness() + 0.203223) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0330481 * (1 - exp(-0.475742 * (distance() + 0.104409))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.148109 * pow(width() , 0.0712606) * (0.0899242 * thickness() + 0.217439) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m1 INSIDE OF rdl MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.161345 * (1 - exp(-0.392973 * (distance() + 0.326509))) * pow(width() , 0.0152086 * distance() + -0.0391203) * (0.0608109 * thickness() + 0.203223) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0330481 * (1 - exp(-0.475742 * (distance() + 0.104409))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.148109 * pow(width() , 0.0712606) * (0.0899242 * thickness() + 0.217439) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m1 INSIDE OF rdl MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.161345 * (1 - exp(-0.392973 * (distance() + 0.326509))) * pow(width() , 0.0152086 * distance() + -0.0391203) * (0.0608109 * thickness() + 0.203223) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0330481 * (1 - exp(-0.475742 * (distance() + 0.104409))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.148109 * pow(width() , 0.0712606) * (0.0899242 * thickness() + 0.217439) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m1 INSIDE OF rdl MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.161345 * (1 - exp(-0.392973 * (distance() + 0.326509))) * pow(width() , 0.0152086 * distance() + -0.0391203) * (0.0608109 * thickness() + 0.203223) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0330481 * (1 - exp(-0.475742 * (distance() + 0.104409))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.3761))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.148109 * pow(width() , 0.0712606) * (0.0899242 * thickness() + 0.217439) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.3761))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.3761))) |
| } |
| ] |
| |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,m2,m3 |
| // |
| CAPACITANCE NEARBODY m2 INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.28263 - 1.92666 * distance()) + 0.0109918 / pow(distance() , 0.972023)) * 3.63225 * pow((width1() + width2()) / 2 , 0.0592038) * (0.1824 * (thickness1() + thickness2()) / 2 + 0.0379632) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 2.0061))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 2.0061))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,m2,m3 |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.178638 * (1 - exp(-1.22242 * (distance() + 0.0636016))) * pow(width() , -4.52663e-05 * distance() + 0.0802384) * (0.756749 * thickness() + -0.00533412) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0444056 * (1 - exp(-1.20986 * (distance() + 0.0406849))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.147717 * pow(width() , 0.117029) * (1.64878 * thickness() + -0.271653) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (0.0047894 * distance() + 1.20054) * (0.0669866 - exp(-(-0.264827 * distance() + 0.210325) * (enclose() + 3.95542 * distance() + 7.32346) - (0.00115776 * distance() + 0.0683079) * (enclose() + 3.47962 * distance() + 3.89157) * (enclose() + 3.47962 * distance() + 3.89157))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.178638 * (1 - exp(-1.22242 * (distance() + 0.0636016))) * pow(width() , -4.52663e-05 * distance() + 0.0802384) * (0.756749 * thickness() + -0.00533412) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.617033 * (0.0669866 - exp(1.64346 * (enclose() + 35.0114) - 0.0764122 * (enclose() + 28.2489) * (enclose() + 28.2489))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,m2,m3 |
| // |
| CAPACITANCE INTRINSIC FRINGE m2 INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE m2 INSIDE OF m3 MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0477705 * (1 - exp(-1.01929 * (distance() + 0.0640042))) * pow(width() , 0.00438212 * distance() + 0.0445356) * (0.0659746 * thickness() + 0.234663) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0113506 * (1 - exp(-1.09113 * (distance() + 0.00972868))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.102113 * pow(width() , 0.082274) * (0.0295698 * thickness() + 0.111407) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 2.0061))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m2 INSIDE OF m3 MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0477705 * (1 - exp(-1.01929 * (distance() + 0.0640042))) * pow(width() , 0.00438212 * distance() + 0.0445356) * (0.0659746 * thickness() + 0.234663) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0113506 * (1 - exp(-1.09113 * (distance() + 0.00972868))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.102113 * pow(width() , 0.082274) * (0.0295698 * thickness() + 0.111407) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 2.0061))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m2 INSIDE OF m3 MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0477705 * (1 - exp(-1.01929 * (distance() + 0.0640042))) * pow(width() , 0.00438212 * distance() + 0.0445356) * (0.0659746 * thickness() + 0.234663) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0113506 * (1 - exp(-1.09113 * (distance() + 0.00972868))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.102113 * pow(width() , 0.082274) * (0.0295698 * thickness() + 0.111407) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 2.0061))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m2 INSIDE OF m3 MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0477705 * (1 - exp(-1.01929 * (distance() + 0.0640042))) * pow(width() , 0.00438212 * distance() + 0.0445356) * (0.0659746 * thickness() + 0.234663) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0113506 * (1 - exp(-1.09113 * (distance() + 0.00972868))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.102113 * pow(width() , 0.082274) * (0.0295698 * thickness() + 0.111407) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 2.0061))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m2 INSIDE OF m3 MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0477705 * (1 - exp(-1.01929 * (distance() + 0.0640042))) * pow(width() , 0.00438212 * distance() + 0.0445356) * (0.0659746 * thickness() + 0.234663) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0113506 * (1 - exp(-1.09113 * (distance() + 0.00972868))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.102113 * pow(width() , 0.082274) * (0.0295698 * thickness() + 0.111407) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 2.0061))) |
| } |
| ] |
| |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,m2,m4 |
| // |
| CAPACITANCE NEARBODY m2 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.19733 - 1.29144 * distance()) + 0.0314003 / pow(distance() , 0.858041)) * 3.33561 * pow((width1() + width2()) / 2 , 0.0808583) * (0.148497 * (thickness1() + thickness2()) / 2 + 0.0325793) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 2.0061))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 2.0061))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,m2,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.119706 * (1 - exp(-0.50869 * (distance() + 0.169929))) * pow(width() , 0.00978405 * distance() + 0.00291379) * (0.187746 * thickness() + 0.133047) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0221002 * (1 - exp(-0.595933 * (distance() + 0.031643))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.117428 * pow(width() , 0.0611839) * (0.222829 * thickness() + 0.116827) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-1.20592e-05 * distance() + 0.051844) * (0.79038 - exp(-(0.285079 * distance() + 0.278487) * (enclose() + 0.124591 * distance() + 1.21213) - (-0.0105579 * distance() + -0.0149194) * (enclose() + 0.461342 * distance() + 3.38955) * (enclose() + 0.461342 * distance() + 3.38955))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.119706 * (1 - exp(-0.50869 * (distance() + 0.169929))) * pow(width() , 0.00978405 * distance() + 0.00291379) * (0.187746 * thickness() + 0.133047) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0258798 * (0.79038 - exp(-2.27404 * (enclose() + 2.08427) - -0.0888247 * (enclose() + 6.61894) * (enclose() + 6.61894))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,m2,m4 |
| // |
| CAPACITANCE INTRINSIC FRINGE m2 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE m2 INSIDE OF m4 MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0903164 * (1 - exp(-0.504983 * (distance() + 0.174006))) * pow(width() , 0.00983633 * distance() + 0.00470439) * (0.0632879 * thickness() + 0.206934) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0189889 * (1 - exp(-0.592914 * (distance() + 0.0335825))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.121447 * pow(width() , 0.0635231) * (0.0491168 * thickness() + 0.147258) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 2.0061))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m2 INSIDE OF m4 MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0903164 * (1 - exp(-0.504983 * (distance() + 0.174006))) * pow(width() , 0.00983633 * distance() + 0.00470439) * (0.0632879 * thickness() + 0.206934) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0189889 * (1 - exp(-0.592914 * (distance() + 0.0335825))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.121447 * pow(width() , 0.0635231) * (0.0491168 * thickness() + 0.147258) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 2.0061))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m2 INSIDE OF m4 MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0903164 * (1 - exp(-0.504983 * (distance() + 0.174006))) * pow(width() , 0.00983633 * distance() + 0.00470439) * (0.0632879 * thickness() + 0.206934) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0189889 * (1 - exp(-0.592914 * (distance() + 0.0335825))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.121447 * pow(width() , 0.0635231) * (0.0491168 * thickness() + 0.147258) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 2.0061))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m2 INSIDE OF m4 MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0903164 * (1 - exp(-0.504983 * (distance() + 0.174006))) * pow(width() , 0.00983633 * distance() + 0.00470439) * (0.0632879 * thickness() + 0.206934) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0189889 * (1 - exp(-0.592914 * (distance() + 0.0335825))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.121447 * pow(width() , 0.0635231) * (0.0491168 * thickness() + 0.147258) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 2.0061))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m2 INSIDE OF m4 MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0903164 * (1 - exp(-0.504983 * (distance() + 0.174006))) * pow(width() , 0.00983633 * distance() + 0.00470439) * (0.0632879 * thickness() + 0.206934) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0189889 * (1 - exp(-0.592914 * (distance() + 0.0335825))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.121447 * pow(width() , 0.0635231) * (0.0491168 * thickness() + 0.147258) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 2.0061))) |
| } |
| ] |
| |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,m2,m5 |
| // |
| CAPACITANCE NEARBODY m2 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.44973 - 1.13024 * distance()) + 0.0393855 / pow(distance() , 0.784493)) * 4.33084 * pow((width1() + width2()) / 2 , 0.0965809) * (0.125493 * (thickness1() + thickness2()) / 2 + 0.0298558) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 2.0061))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 2.0061))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,m2,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0837987 * (1 - exp(-0.375345 * (distance() + 0.273933))) * pow(width() , 0.0140557 * distance() + -0.0215797) * (0.1442 * thickness() + 0.154604) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0155449 * (1 - exp(-0.469344 * (distance() + 0.0617609))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.106282 * pow(width() , 0.063089) * (0.123887 * thickness() + 0.108554) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00014709 * distance() + 0.0399626) * (0.676661 - exp(-(0.0583925 * distance() + 0.255096) * (enclose() + 0.0190473 * distance() + 1.62976) - (0.0190525 * distance() + -0.0483612) * (enclose() + -0.0511574 * distance() + 1.31504) * (enclose() + -0.0511574 * distance() + 1.31504))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0837987 * (1 - exp(-0.375345 * (distance() + 0.273933))) * pow(width() , 0.0140557 * distance() + -0.0215797) * (0.1442 * thickness() + 0.154604) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0194665 * (0.676661 - exp(-0.663844 * (enclose() + 1.76309) - 0.0850063 * (enclose() + 0.956938) * (enclose() + 0.956938))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,m2,m5 |
| // |
| CAPACITANCE INTRINSIC FRINGE m2 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE m2 INSIDE OF m5 MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.112376 * (1 - exp(-0.384513 * (distance() + 0.273107))) * pow(width() , 0.0130507 * distance() + -0.0141359) * (0.0576712 * thickness() + 0.206325) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0229376 * (1 - exp(-0.474466 * (distance() + 0.067136))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.130174 * pow(width() , 0.0655569) * (0.0552545 * thickness() + 0.165816) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 2.0061))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m2 INSIDE OF m5 MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.112376 * (1 - exp(-0.384513 * (distance() + 0.273107))) * pow(width() , 0.0130507 * distance() + -0.0141359) * (0.0576712 * thickness() + 0.206325) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0229376 * (1 - exp(-0.474466 * (distance() + 0.067136))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.130174 * pow(width() , 0.0655569) * (0.0552545 * thickness() + 0.165816) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 2.0061))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m2 INSIDE OF m5 MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.112376 * (1 - exp(-0.384513 * (distance() + 0.273107))) * pow(width() , 0.0130507 * distance() + -0.0141359) * (0.0576712 * thickness() + 0.206325) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0229376 * (1 - exp(-0.474466 * (distance() + 0.067136))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.130174 * pow(width() , 0.0655569) * (0.0552545 * thickness() + 0.165816) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 2.0061))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m2 INSIDE OF m5 MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.112376 * (1 - exp(-0.384513 * (distance() + 0.273107))) * pow(width() , 0.0130507 * distance() + -0.0141359) * (0.0576712 * thickness() + 0.206325) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0229376 * (1 - exp(-0.474466 * (distance() + 0.067136))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.130174 * pow(width() , 0.0655569) * (0.0552545 * thickness() + 0.165816) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 2.0061))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m2 INSIDE OF m5 MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.112376 * (1 - exp(-0.384513 * (distance() + 0.273107))) * pow(width() , 0.0130507 * distance() + -0.0141359) * (0.0576712 * thickness() + 0.206325) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0229376 * (1 - exp(-0.474466 * (distance() + 0.067136))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.130174 * pow(width() , 0.0655569) * (0.0552545 * thickness() + 0.165816) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 2.0061))) |
| } |
| ] |
| |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,m2,rdl |
| // |
| CAPACITANCE NEARBODY m2 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.60492 - 1.08246 * distance()) + 0.0717726 / pow(distance() , 0.643714)) * 5.06805 * pow((width1() + width2()) / 2 , 0.123373) * (0.0959847 * (thickness1() + thickness2()) / 2 + 0.025354) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 2.0061))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 2.0061))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,m2,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0275225 * (1 - exp(-0.28788 * (distance() + 0.45694))) * pow(width() , 0.0181602 * distance() + -0.0583467) * (0.0985921 * thickness() + 0.175078) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00513982 * (1 - exp(-0.3676 * (distance() + 0.137045))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0742018 * pow(width() , 0.0748304) * (0.0456771 * thickness() + 0.0605155) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00076329 * distance() + 0.0184267) * (0.945657 - exp(-(0.0279794 * distance() + 0.0666856) * (enclose() + 0.430069 * distance() + 1.43269) - (-0.00010562 * distance() + -0.00398695) * (enclose() + 1.34415 * distance() + 3.8762) * (enclose() + 1.34415 * distance() + 3.8762))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0275225 * (1 - exp(-0.28788 * (distance() + 0.45694))) * pow(width() , 0.0181602 * distance() + -0.0583467) * (0.0985921 * thickness() + 0.175078) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00654184 * (0.945657 - exp(-0.262541 * (enclose() + 4.44317) - -0.00472629 * (enclose() + 13.2853) * (enclose() + 13.2853))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,m2,rdl |
| // |
| CAPACITANCE INTRINSIC FRINGE m2 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE m2 INSIDE OF rdl MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.147772 * (1 - exp(-0.312628 * (distance() + 0.459137))) * pow(width() , 0.0140635 * distance() + -0.022272) * (0.0467154 * thickness() + 0.207401) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0296351 * (1 - exp(-0.37544 * (distance() + 0.162834))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.144792 * pow(width() , 0.0874927) * (0.0698846 * thickness() + 0.205713) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 2.0061))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m2 INSIDE OF rdl MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.147772 * (1 - exp(-0.312628 * (distance() + 0.459137))) * pow(width() , 0.0140635 * distance() + -0.022272) * (0.0467154 * thickness() + 0.207401) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0296351 * (1 - exp(-0.37544 * (distance() + 0.162834))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.144792 * pow(width() , 0.0874927) * (0.0698846 * thickness() + 0.205713) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 2.0061))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m2 INSIDE OF rdl MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.147772 * (1 - exp(-0.312628 * (distance() + 0.459137))) * pow(width() , 0.0140635 * distance() + -0.022272) * (0.0467154 * thickness() + 0.207401) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0296351 * (1 - exp(-0.37544 * (distance() + 0.162834))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.144792 * pow(width() , 0.0874927) * (0.0698846 * thickness() + 0.205713) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 2.0061))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m2 INSIDE OF rdl MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.147772 * (1 - exp(-0.312628 * (distance() + 0.459137))) * pow(width() , 0.0140635 * distance() + -0.022272) * (0.0467154 * thickness() + 0.207401) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0296351 * (1 - exp(-0.37544 * (distance() + 0.162834))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.144792 * pow(width() , 0.0874927) * (0.0698846 * thickness() + 0.205713) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 2.0061))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m2 INSIDE OF rdl MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.147772 * (1 - exp(-0.312628 * (distance() + 0.459137))) * pow(width() , 0.0140635 * distance() + -0.022272) * (0.0467154 * thickness() + 0.207401) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0296351 * (1 - exp(-0.37544 * (distance() + 0.162834))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.0061))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.144792 * pow(width() , 0.0874927) * (0.0698846 * thickness() + 0.205713) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 2.0061))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 2.0061))) |
| } |
| ] |
| |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,m3,m4 |
| // |
| CAPACITANCE NEARBODY m3 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.48614 - 1.12228 * distance()) + 0.0174633 / pow(distance() , 1.19791)) * 3.19972 * pow((width1() + width2()) / 2 , 0.039821) * (0.0745672 * (thickness1() + thickness2()) / 2 + 0.0642559) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 2.7861))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 2.7861))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,m3,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.18733 * (1 - exp(-0.952972 * (distance() + 0.180942))) * pow(width() , -0.00975642 * distance() + 0.247915) * (1.23546 * thickness() + -0.754708) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.059237 * (1 - exp(-0.869228 * (distance() + 0.233738))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.816404 * pow(width() , 0.331653) * (0.588522 * thickness() + -0.448133) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (0.00325247 * distance() + 0.679114) * (0.137053 - exp(-(-0.142222 * distance() + 0.192873) * (enclose() + 2.73101 * distance() + 6.22148) - (0.00101452 * distance() + 0.0540347) * (enclose() + 2.25155 * distance() + 3.64859) * (enclose() + 2.25155 * distance() + 3.64859))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.18733 * (1 - exp(-0.952972 * (distance() + 0.180942))) * pow(width() , -0.00975642 * distance() + 0.247915) * (1.23546 * thickness() + -0.754708) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.355819 * (0.137053 - exp(1.22935 * (enclose() + 33.5316) - 0.0641799 * (enclose() + 26.1641) * (enclose() + 26.1641))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,m3,m4 |
| // |
| CAPACITANCE INTRINSIC FRINGE m3 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE m3 INSIDE OF m4 MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.049062 * (1 - exp(-0.675674 * (distance() + 0.0624656))) * pow(width() , 0.0021991 * distance() + 0.0567292) * (0.0197637 * thickness() + 0.263174) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0133483 * (1 - exp(-0.696801 * (distance() + 0.00295809))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.0942978 * pow(width() , 0.0963939) * (0.00971359 * thickness() + 0.136301) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.7861))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m3 INSIDE OF m4 MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.049062 * (1 - exp(-0.675674 * (distance() + 0.0624656))) * pow(width() , 0.0021991 * distance() + 0.0567292) * (0.0197637 * thickness() + 0.263174) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0133483 * (1 - exp(-0.696801 * (distance() + 0.00295809))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.0942978 * pow(width() , 0.0963939) * (0.00971359 * thickness() + 0.136301) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.7861))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m3 INSIDE OF m4 MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.049062 * (1 - exp(-0.675674 * (distance() + 0.0624656))) * pow(width() , 0.0021991 * distance() + 0.0567292) * (0.0197637 * thickness() + 0.263174) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0133483 * (1 - exp(-0.696801 * (distance() + 0.00295809))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.0942978 * pow(width() , 0.0963939) * (0.00971359 * thickness() + 0.136301) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.7861))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m3 INSIDE OF m4 MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.049062 * (1 - exp(-0.675674 * (distance() + 0.0624656))) * pow(width() , 0.0021991 * distance() + 0.0567292) * (0.0197637 * thickness() + 0.263174) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0133483 * (1 - exp(-0.696801 * (distance() + 0.00295809))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.0942978 * pow(width() , 0.0963939) * (0.00971359 * thickness() + 0.136301) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.7861))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m3 INSIDE OF m4 MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.049062 * (1 - exp(-0.675674 * (distance() + 0.0624656))) * pow(width() , 0.0021991 * distance() + 0.0567292) * (0.0197637 * thickness() + 0.263174) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0133483 * (1 - exp(-0.696801 * (distance() + 0.00295809))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.0942978 * pow(width() , 0.0963939) * (0.00971359 * thickness() + 0.136301) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.7861))) |
| } |
| ] |
| |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,m3,m5 |
| // |
| CAPACITANCE NEARBODY m3 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.57726 - 0.790335 * distance()) + 0.0258059 / pow(distance() , 1.09134)) * 3.71182 * pow((width1() + width2()) / 2 , 0.0475943) * (0.0847244 * (thickness1() + thickness2()) / 2 + 0.042156) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 2.7861))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 2.7861))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,m3,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.120016 * (1 - exp(-0.450059 * (distance() + 0.118001))) * pow(width() , 0.00102085 * distance() + 0.0552518) * (0.205657 * thickness() + 0.0630025) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0281845 * (1 - exp(-0.462075 * (distance() + 0.0378818))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.121886 * pow(width() , 0.0847132) * (0.299008 * thickness() + -0.0277876) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (0.0004872 * distance() + 0.0788883) * (0.616714 - exp(-(-0.0555431 * distance() + 0.131973) * (enclose() + 2.41593 * distance() + 2.57803) - (-4.42248e-05 * distance() + 0.0312808) * (enclose() + 1.94718 * distance() + 0.673714) * (enclose() + 1.94718 * distance() + 0.673714))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.120016 * (1 - exp(-0.450059 * (distance() + 0.118001))) * pow(width() , 0.00102085 * distance() + 0.0552518) * (0.205657 * thickness() + 0.0630025) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0418801 * (0.616714 - exp(0.423458 * (enclose() + 26.7373) - 0.0308386 * (enclose() + 20.1455) * (enclose() + 20.1455))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,m3,m5 |
| // |
| CAPACITANCE INTRINSIC FRINGE m3 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE m3 INSIDE OF m5 MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.076628 * (1 - exp(-0.427296 * (distance() + 0.117642))) * pow(width() , 0.00292145 * distance() + 0.036219) * (0.0314747 * thickness() + 0.233014) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0194518 * (1 - exp(-0.446778 * (distance() + 0.0150103))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.104252 * pow(width() , 0.0721038) * (0.0233307 * thickness() + 0.166935) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.7861))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m3 INSIDE OF m5 MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.076628 * (1 - exp(-0.427296 * (distance() + 0.117642))) * pow(width() , 0.00292145 * distance() + 0.036219) * (0.0314747 * thickness() + 0.233014) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0194518 * (1 - exp(-0.446778 * (distance() + 0.0150103))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.104252 * pow(width() , 0.0721038) * (0.0233307 * thickness() + 0.166935) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.7861))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m3 INSIDE OF m5 MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.076628 * (1 - exp(-0.427296 * (distance() + 0.117642))) * pow(width() , 0.00292145 * distance() + 0.036219) * (0.0314747 * thickness() + 0.233014) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0194518 * (1 - exp(-0.446778 * (distance() + 0.0150103))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.104252 * pow(width() , 0.0721038) * (0.0233307 * thickness() + 0.166935) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.7861))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m3 INSIDE OF m5 MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.076628 * (1 - exp(-0.427296 * (distance() + 0.117642))) * pow(width() , 0.00292145 * distance() + 0.036219) * (0.0314747 * thickness() + 0.233014) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0194518 * (1 - exp(-0.446778 * (distance() + 0.0150103))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.104252 * pow(width() , 0.0721038) * (0.0233307 * thickness() + 0.166935) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.7861))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m3 INSIDE OF m5 MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.076628 * (1 - exp(-0.427296 * (distance() + 0.117642))) * pow(width() , 0.00292145 * distance() + 0.036219) * (0.0314747 * thickness() + 0.233014) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0194518 * (1 - exp(-0.446778 * (distance() + 0.0150103))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.104252 * pow(width() , 0.0721038) * (0.0233307 * thickness() + 0.166935) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.7861))) |
| } |
| ] |
| |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,m3,rdl |
| // |
| CAPACITANCE NEARBODY m3 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.75084 - 0.525967 * distance()) + 0.0757499 / pow(distance() , 0.78807)) * 4.04209 * pow((width1() + width2()) / 2 , 0.0919319) * (0.0598041 * (thickness1() + thickness2()) / 2 + 0.0333088) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 2.7861))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 2.7861))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,m3,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0389752 * (1 - exp(-0.214607 * (distance() + 0.479738))) * pow(width() , 0.0143207 * distance() + -0.077117) * (0.073645 * thickness() + 0.164881) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.008594 * (1 - exp(-0.236139 * (distance() + 0.113097))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0785795 * pow(width() , 0.0530698) * (0.0505195 * thickness() + 0.0658915) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-9.49151e-05 * distance() + 0.0187602) * (0.916923 - exp(-(0.0337903 * distance() + 0.0634224) * (enclose() + 0.408054 * distance() + 1.15907) - (-0.000282 * distance() + -0.00306027) * (enclose() + 1.28611 * distance() + 3.45885) * (enclose() + 1.28611 * distance() + 3.45885))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0389752 * (1 - exp(-0.214607 * (distance() + 0.479738))) * pow(width() , 0.0143207 * distance() + -0.077117) * (0.073645 * thickness() + 0.164881) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00890552 * (0.916923 - exp(-0.401325 * (enclose() + 5.23961) - -0.00588027 * (enclose() + 16.3199) * (enclose() + 16.3199))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,m3,rdl |
| // |
| CAPACITANCE INTRINSIC FRINGE m3 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE m3 INSIDE OF rdl MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.130439 * (1 - exp(-0.233289 * (distance() + 0.490156))) * pow(width() , 0.00927538 * distance() + -0.0183949) * (0.0238883 * thickness() + 0.224255) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0310991 * (1 - exp(-0.248399 * (distance() + 0.175686))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.122516 * pow(width() , 0.0755987) * (0.0366846 * thickness() + 0.224955) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.7861))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m3 INSIDE OF rdl MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.130439 * (1 - exp(-0.233289 * (distance() + 0.490156))) * pow(width() , 0.00927538 * distance() + -0.0183949) * (0.0238883 * thickness() + 0.224255) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0310991 * (1 - exp(-0.248399 * (distance() + 0.175686))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.122516 * pow(width() , 0.0755987) * (0.0366846 * thickness() + 0.224955) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.7861))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m3 INSIDE OF rdl MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.130439 * (1 - exp(-0.233289 * (distance() + 0.490156))) * pow(width() , 0.00927538 * distance() + -0.0183949) * (0.0238883 * thickness() + 0.224255) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0310991 * (1 - exp(-0.248399 * (distance() + 0.175686))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.122516 * pow(width() , 0.0755987) * (0.0366846 * thickness() + 0.224955) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.7861))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m3 INSIDE OF rdl MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.130439 * (1 - exp(-0.233289 * (distance() + 0.490156))) * pow(width() , 0.00927538 * distance() + -0.0183949) * (0.0238883 * thickness() + 0.224255) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0310991 * (1 - exp(-0.248399 * (distance() + 0.175686))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.122516 * pow(width() , 0.0755987) * (0.0366846 * thickness() + 0.224955) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.7861))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m3 INSIDE OF rdl MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.130439 * (1 - exp(-0.233289 * (distance() + 0.490156))) * pow(width() , 0.00927538 * distance() + -0.0183949) * (0.0238883 * thickness() + 0.224255) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0310991 * (1 - exp(-0.248399 * (distance() + 0.175686))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.7861))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.122516 * pow(width() , 0.0755987) * (0.0366846 * thickness() + 0.224955) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.7861))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.7861))) |
| } |
| ] |
| |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,m4,m5 |
| // |
| CAPACITANCE NEARBODY m4 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = length() * (exp(-1.45959 - 1.01546 * distance()) + 0.0247983 / pow(distance() , 1.1005)) * 3.1494 * pow((width1() + width2()) / 2 , 0.0471404) * (0.0784923 * (thickness1() + thickness2()) / 2 + 0.0542147) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 4.0211))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 4.0211))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,m4,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.182537 * (1 - exp(-0.799264 * (distance() + 0.159647))) * pow(width() , -0.0068869 * distance() + 0.186328) * (0.839136 * thickness() + -0.419521) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0556536 * (1 - exp(-0.741665 * (distance() + 0.190091))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.516807 * pow(width() , 0.239128) * (0.611026 * thickness() + -0.429298) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (0.0144341 * distance() + 1.93319) * (0.0466807 - exp(-(-0.0989156 * distance() + 0.122229) * (enclose() + 4.38091 * distance() + 13.4413) - (0.00034065 * distance() + 0.0261264) * (enclose() + 3.549 * distance() + 7.07961) * (enclose() + 3.549 * distance() + 7.07961))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.182537 * (1 - exp(-0.799264 * (distance() + 0.159647))) * pow(width() , -0.0068869 * distance() + 0.186328) * (0.839136 * thickness() + -0.419521) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 1.03877 * (0.0466807 - exp(0.866927 * (enclose() + 57.2504) - 0.0295329 * (enclose() + 42.5696) * (enclose() + 42.5696))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,m4,m5 |
| // |
| CAPACITANCE INTRINSIC FRINGE m4 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE m4 INSIDE OF m5 MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0381363 * (1 - exp(-0.595957 * (distance() + 0.0899345))) * pow(width() , 0.00324176 * distance() + 0.0483365) * (0.0233098 * thickness() + 0.256813) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0102628 * (1 - exp(-0.613224 * (distance() + 0.0169224))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.0859094 * pow(width() , 0.0938804) * (0.00979283 * thickness() + 0.113874) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 4.0211))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m4 INSIDE OF m5 MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0381363 * (1 - exp(-0.595957 * (distance() + 0.0899345))) * pow(width() , 0.00324176 * distance() + 0.0483365) * (0.0233098 * thickness() + 0.256813) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0102628 * (1 - exp(-0.613224 * (distance() + 0.0169224))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.0859094 * pow(width() , 0.0938804) * (0.00979283 * thickness() + 0.113874) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 4.0211))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m4 INSIDE OF m5 MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0381363 * (1 - exp(-0.595957 * (distance() + 0.0899345))) * pow(width() , 0.00324176 * distance() + 0.0483365) * (0.0233098 * thickness() + 0.256813) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0102628 * (1 - exp(-0.613224 * (distance() + 0.0169224))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.0859094 * pow(width() , 0.0938804) * (0.00979283 * thickness() + 0.113874) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 4.0211))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m4 INSIDE OF m5 MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0381363 * (1 - exp(-0.595957 * (distance() + 0.0899345))) * pow(width() , 0.00324176 * distance() + 0.0483365) * (0.0233098 * thickness() + 0.256813) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0102628 * (1 - exp(-0.613224 * (distance() + 0.0169224))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.0859094 * pow(width() , 0.0938804) * (0.00979283 * thickness() + 0.113874) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 4.0211))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m4 INSIDE OF m5 MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0381363 * (1 - exp(-0.595957 * (distance() + 0.0899345))) * pow(width() , 0.00324176 * distance() + 0.0483365) * (0.0233098 * thickness() + 0.256813) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0102628 * (1 - exp(-0.613224 * (distance() + 0.0169224))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.0859094 * pow(width() , 0.0938804) * (0.00979283 * thickness() + 0.113874) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 4.0211))) |
| } |
| ] |
| |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,m4,rdl |
| // |
| CAPACITANCE NEARBODY m4 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = length() * (exp(-1.72506 - 0.491395 * distance()) + 0.082338 / pow(distance() , 0.760206)) * 4.03456 * pow((width1() + width2()) / 2 , 0.0908605) * (0.0614823 * (thickness1() + thickness2()) / 2 + 0.0311342) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 4.0211))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 4.0211))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,m4,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0548524 * (1 - exp(-0.16504 * (distance() + 0.591284))) * pow(width() , 0.0160923 * distance() + -0.0990509) * (0.0619588 * thickness() + 0.16809) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0115372 * (1 - exp(-0.190686 * (distance() + 0.114075))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0839117 * pow(width() , 0.0433122) * (0.0481179 * thickness() + 0.0908348) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (0.00010605 * distance() + 0.021386) * (0.921358 - exp(-(0.0408837 * distance() + 0.0830809) * (enclose() + 0.476127 * distance() + 1.23826) - (-0.00028657 * distance() + -0.00436402) * (enclose() + 1.4208 * distance() + 3.95253) * (enclose() + 1.4208 * distance() + 3.95253))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0548524 * (1 - exp(-0.16504 * (distance() + 0.591284))) * pow(width() , 0.0160923 * distance() + -0.0990509) * (0.0619588 * thickness() + 0.16809) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0112232 * (0.921358 - exp(-0.491918 * (enclose() + 5.99953) - -0.00722972 * (enclose() + 18.1605) * (enclose() + 18.1605))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,m4,rdl |
| // |
| CAPACITANCE INTRINSIC FRINGE m4 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE m4 INSIDE OF rdl MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.118263 * (1 - exp(-0.176341 * (distance() + 0.621156))) * pow(width() , 0.0114464 * distance() + -0.0433047) * (0.0201823 * thickness() + 0.214134) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0263809 * (1 - exp(-0.196212 * (distance() + 0.188832))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.115585 * pow(width() , 0.0648341) * (0.0304062 * thickness() + 0.195413) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 4.0211))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m4 INSIDE OF rdl MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.118263 * (1 - exp(-0.176341 * (distance() + 0.621156))) * pow(width() , 0.0114464 * distance() + -0.0433047) * (0.0201823 * thickness() + 0.214134) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0263809 * (1 - exp(-0.196212 * (distance() + 0.188832))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.115585 * pow(width() , 0.0648341) * (0.0304062 * thickness() + 0.195413) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 4.0211))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m4 INSIDE OF rdl MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.118263 * (1 - exp(-0.176341 * (distance() + 0.621156))) * pow(width() , 0.0114464 * distance() + -0.0433047) * (0.0201823 * thickness() + 0.214134) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0263809 * (1 - exp(-0.196212 * (distance() + 0.188832))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.115585 * pow(width() , 0.0648341) * (0.0304062 * thickness() + 0.195413) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 4.0211))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m4 INSIDE OF rdl MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.118263 * (1 - exp(-0.176341 * (distance() + 0.621156))) * pow(width() , 0.0114464 * distance() + -0.0433047) * (0.0201823 * thickness() + 0.214134) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0263809 * (1 - exp(-0.196212 * (distance() + 0.188832))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.115585 * pow(width() , 0.0648341) * (0.0304062 * thickness() + 0.195413) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 4.0211))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m4 INSIDE OF rdl MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.118263 * (1 - exp(-0.176341 * (distance() + 0.621156))) * pow(width() , 0.0114464 * distance() + -0.0433047) * (0.0201823 * thickness() + 0.214134) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0263809 * (1 - exp(-0.196212 * (distance() + 0.188832))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.0211))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.115585 * pow(width() , 0.0648341) * (0.0304062 * thickness() + 0.195413) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 4.0211))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 4.0211))) |
| } |
| ] |
| |
| // |
| // model: 36 target: nearbody profile: field layers: field_base,m5,rdl |
| // |
| CAPACITANCE NEARBODY m5 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = length() * (exp(-1.8858 - 0.439075 * distance()) + 0.347094 / pow(distance() , 1.23252)) * 4.67601 * pow((width1() + width2()) / 2 , 0.0432251) * (0.0227691 * (thickness1() + thickness2()) / 2 + 0.0262529) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 5.3711))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 5.3711))) |
| ] |
| // |
| // model: 36 target: crossovere profile: field layers: field_base,m5,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m5 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_calenclose = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_distance = MAXDISTANCE_m5 |
| max_enclose = MAXENCLOSE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0676601 * (1 - exp(-0.172848 * (distance() + 0.297905))) * pow(width() , 0.00541044 * distance() + -0.0356524) * (0.0541652 * thickness() + 0.175124) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0168667 * (1 - exp(-0.172852 * (distance() + -0.0156138))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0863483 * pow(width() , 0.0277685) * (0.0472095 * thickness() + 0.122237) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (5.10002e-05 * distance() + 0.0388521) * (0.787752 - exp(-(0.0432016 * distance() + 0.129608) * (enclose() + 0.417702 * distance() + 2.29335) - (-0.00018756 * distance() + -0.00710758) * (enclose() + 1.30039 * distance() + 4.82154) * (enclose() + 1.30039 * distance() + 4.82154))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0676601 * (1 - exp(-0.172848 * (distance() + 0.297905))) * pow(width() , 0.00541044 * distance() + -0.0356524) * (0.0541652 * thickness() + 0.175124) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0197831 * (0.787752 - exp(-0.73443 * (enclose() + 8.14118) - -0.00973342 * (enclose() + 23.027) * (enclose() + 23.027))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: field layers: field_base,m5,rdl |
| // |
| CAPACITANCE INTRINSIC FRINGE m5 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| C = 0 |
| ] |
| CAPACITANCE CROSSOVER FRINGE m5 INSIDE OF rdl MASK Substrate |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0906383 * (1 - exp(-0.1732 * (distance() + 0.279316))) * pow(width() , 0.00227197 * distance() + 0.0210559) * (0.00786603 * thickness() + 0.249657) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.3711))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.3711))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.024153 * (1 - exp(-0.176383 * (distance() + 0.0304298))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.3711))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.3711))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.0993523 * pow(width() , 0.0528687) * (0.00977698 * thickness() + 0.212498) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 5.3711))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 5.3711))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m5 INSIDE OF rdl MASK SubstrateIso |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0906383 * (1 - exp(-0.1732 * (distance() + 0.279316))) * pow(width() , 0.00227197 * distance() + 0.0210559) * (0.00786603 * thickness() + 0.249657) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.3711))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.3711))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.024153 * (1 - exp(-0.176383 * (distance() + 0.0304298))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.3711))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.3711))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.0993523 * pow(width() , 0.0528687) * (0.00977698 * thickness() + 0.212498) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 5.3711))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 5.3711))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m5 INSIDE OF rdl MASK MosNwell |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0906383 * (1 - exp(-0.1732 * (distance() + 0.279316))) * pow(width() , 0.00227197 * distance() + 0.0210559) * (0.00786603 * thickness() + 0.249657) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.3711))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.3711))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.024153 * (1 - exp(-0.176383 * (distance() + 0.0304298))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.3711))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.3711))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.0993523 * pow(width() , 0.0528687) * (0.00977698 * thickness() + 0.212498) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 5.3711))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 5.3711))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m5 INSIDE OF rdl MASK PnpNwell |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0906383 * (1 - exp(-0.1732 * (distance() + 0.279316))) * pow(width() , 0.00227197 * distance() + 0.0210559) * (0.00786603 * thickness() + 0.249657) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.3711))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.3711))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.024153 * (1 - exp(-0.176383 * (distance() + 0.0304298))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.3711))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.3711))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.0993523 * pow(width() , 0.0528687) * (0.00977698 * thickness() + 0.212498) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 5.3711))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 5.3711))) |
| } |
| ] |
| |
| CAPACITANCE CROSSOVER FRINGE m5 INSIDE OF rdl MASK NpnNwell |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0906383 * (1 - exp(-0.1732 * (distance() + 0.279316))) * pow(width() , 0.00227197 * distance() + 0.0210559) * (0.00786603 * thickness() + 0.249657) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.3711))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.3711))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.024153 * (1 - exp(-0.176383 * (distance() + 0.0304298))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.3711))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.3711))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.0993523 * pow(width() , 0.0528687) * (0.00977698 * thickness() + 0.212498) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 5.3711))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 5.3711))) |
| } |
| ] |
| |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,ply,li |
| // |
| CAPACITANCE NEARBODY li INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-1.59272 - 1.35844 * distance()) + 0.0964623 / pow(distance() , 0.983365)) * 4.2231 * pow((width1() + width2()) / 2 , 0.152174) * (0.0683411 * (thickness1() + thickness2()) / 2 + 0.0230044) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.4299))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.4299))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,ply,li |
| // |
| CAPACITANCE CROSSOVER FRINGE li ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.16274 * (1 - exp(-1.24988 * (distance() + 0.105224))) * pow(width() , 0.00658879 * distance() + 0.0420431) * (0.183063 * thickness() + 0.291913) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.16274 * (1 - exp(-1.24988 * (distance() + 0.105224))) * pow(width() , 0.00658879 * distance() + 0.0420431) * (0.183063 * thickness() + 0.291913) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0463861 * (1 - exp(-1.30949 * (distance() + 0.0527488))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.175221 * pow(width() , 0.114597) * (0.209668 * thickness() + 0.288706) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.4299))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00065408 * distance() + 0.157172) * (0.516574 - exp(-(-0.087872 * distance() + 1.52784) * (enclose() + 0.222817 * distance() + 0.48227) - (0.0800581 * distance() + -0.588416) * (enclose() + -0.530998 * distance() + 0.567145) * (enclose() + -0.530998 * distance() + 0.567145))) + 0.5 * 0.415805 * exp(-1.01811 * enclose()) * (0.114374 - 0.11889 * exp(-0.605842 * distance()) * pow(distance() , 0.0926908))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00065408 * distance() + 0.157172) * (0.516574 - exp(-(-0.087872 * distance() + 1.52784) * (enclose() + 0.222817 * distance() + 0.48227) - (0.0800581 * distance() + -0.588416) * (enclose() + -0.530998 * distance() + 0.567145) * (enclose() + -0.530998 * distance() + 0.567145))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0485607 * (1 - exp(-1.4886 * (enclose() + 0.249693))) * pow(width() , -0.00234648 * enclose() + 0.0809348) + 0.5 * (0.0330866 * exp(-1.73977 * enclose()) + 0.0266541 * exp(-0.311481 * enclose())) * pow(width() , 0.0729344 * enclose() + 0.1376)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.4299))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.4299))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0485607 * (1 - exp(-1.4886 * (enclose() + 0.249693))) * pow(width() , -0.00234648 * enclose() + 0.0809348) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.4299))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.4299))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,ply,m1 |
| // |
| CAPACITANCE NEARBODY m1 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.26059 - 1.46049 * distance()) + 0.0595911 / pow(distance() , 0.673561)) * 3.66606 * pow((width1() + width2()) / 2 , 0.117209) * (0.134653 * (thickness1() + thickness2()) / 2 + 0.0235281) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.8699))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.8699))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,ply,m1 |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.196707 * (1 - exp(-0.61973 * (distance() + 0.210814))) * pow(width() , 0.00782018 * distance() + 0.0146644) * (0.0793697 * thickness() + 0.205595) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.196707 * (1 - exp(-0.61973 * (distance() + 0.210814))) * pow(width() , 0.00782018 * distance() + 0.0146644) * (0.0793697 * thickness() + 0.205595) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0424127 * (1 - exp(-0.672837 * (distance() + 0.0898501))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.161706 * pow(width() , 0.0927294) * (0.12684 * thickness() + 0.259244) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.8699))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.8699))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00050248 * distance() + 0.416753) * (0.172336 - exp(-(-0.21339 * distance() + 0.21398) * (enclose() + 5.30329 * distance() + 7.1247) - (0.0001706 * distance() + 0.0237468) * (enclose() + 6.57677 * distance() + 2.43897) * (enclose() + 6.57677 * distance() + 2.43897))) + 0.5 * 0.439417 * exp(-0.616573 * enclose()) * (0.129702 - 0.127017 * exp(-0.38562 * distance()) * pow(distance() , 0.0625743))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00050248 * distance() + 0.416753) * (0.172336 - exp(-(-0.21339 * distance() + 0.21398) * (enclose() + 5.30329 * distance() + 7.1247) - (0.0001706 * distance() + 0.0237468) * (enclose() + 6.57677 * distance() + 2.43897) * (enclose() + 6.57677 * distance() + 2.43897))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0442123 * (1 - exp(-0.751655 * (enclose() + 0.328325))) * pow(width() , 0.00124199 * enclose() + 0.0557857) + 0.5 * (0.0363809 * exp(-0.958828 * enclose()) + 0.0265058 * exp(-0.211131 * enclose())) * pow(width() , 0.0341599 * enclose() + 0.0850511)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.8699))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.8699))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0442123 * (1 - exp(-0.751655 * (enclose() + 0.328325))) * pow(width() , 0.00124199 * enclose() + 0.0557857) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.8699))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.8699))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,ply,m2 |
| // |
| CAPACITANCE NEARBODY m2 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.21143 - 1.24144 * distance()) + 0.0919673 / pow(distance() , 0.638532)) * 3.47598 * pow((width1() + width2()) / 2 , 0.122007) * (0.106182 * (thickness1() + thickness2()) / 2 + 0.0258449) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.4999))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.4999))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,ply,m2 |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.176769 * (1 - exp(-0.430311 * (distance() + 0.361604))) * pow(width() , 0.00784332 * distance() + 0.0249269) * (0.0584512 * thickness() + 0.21043) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.4999))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.4999))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.176769 * (1 - exp(-0.430311 * (distance() + 0.361604))) * pow(width() , 0.00784332 * distance() + 0.0249269) * (0.0584512 * thickness() + 0.21043) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.4999))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.4999))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0370728 * (1 - exp(-0.468392 * (distance() + 0.155137))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.4999))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.4999))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.15907 * pow(width() , 0.108861) * (0.0938877 * thickness() + 0.242229) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.4999))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.4999))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00088581 * distance() + 0.0922224) * (0.595663 - exp(-(0.0357396 * distance() + 0.514145) * (enclose() + -0.0945704 * distance() + 1.46824) - (0.0197005 * distance() + -0.0874614) * (enclose() + -0.480024 * distance() + 1.86374) * (enclose() + -0.480024 * distance() + 1.86374))) + 0.5 * 0.447749 * exp(-0.444616 * enclose()) * (0.132127 - 0.118349 * exp(-0.246804 * distance()) * pow(distance() , 0.0296959))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.4999))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.4999))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00088581 * distance() + 0.0922224) * (0.595663 - exp(-(0.0357396 * distance() + 0.514145) * (enclose() + -0.0945704 * distance() + 1.46824) - (0.0197005 * distance() + -0.0874614) * (enclose() + -0.480024 * distance() + 1.86374) * (enclose() + -0.480024 * distance() + 1.86374))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.4999))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.4999))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0393052 * (1 - exp(-0.515745 * (enclose() + 0.371426))) * pow(width() , 0.00194302 * enclose() + 0.0700976) + 0.5 * (0.0219884 * exp(-0.1582 * enclose()) + 0.0359804 * exp(-0.620529 * enclose())) * pow(width() , 0.0218214 * enclose() + 0.0751658)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.4999))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.4999))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0393052 * (1 - exp(-0.515745 * (enclose() + 0.371426))) * pow(width() , 0.00194302 * enclose() + 0.0700976) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.4999))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.4999))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,ply,m3 |
| // |
| CAPACITANCE NEARBODY m3 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.85328 - 0.575381 * distance()) + 0.0942889 / pow(distance() , 0.705577)) * 4.36531 * pow((width1() + width2()) / 2 , 0.10541) * (0.0540445 * (thickness1() + thickness2()) / 2 + 0.0295741) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 2.2799))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 2.2799))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,ply,m3 |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.16293 * (1 - exp(-0.272339 * (distance() + 0.528398))) * pow(width() , 0.00465462 * distance() + 0.0273325) * (0.0282118 * thickness() + 0.225709) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.2799))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.2799))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.16293 * (1 - exp(-0.272339 * (distance() + 0.528398))) * pow(width() , 0.00465462 * distance() + 0.0273325) * (0.0282118 * thickness() + 0.225709) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.2799))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.2799))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0397308 * (1 - exp(-0.27411 * (distance() + 0.252995))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.2799))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.2799))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.131965 * pow(width() , 0.110581) * (0.0553014 * thickness() + 0.276555) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.2799))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.2799))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00019425 * distance() + 0.16596) * (0.366485 - exp(-(-0.0588496 * distance() + 0.117614) * (enclose() + 4.67055 * distance() + 7.83917) - (3.00311e-05 * distance() + 0.0084805) * (enclose() + 5.47635 * distance() + 0.462744) * (enclose() + 5.47635 * distance() + 0.462744))) + 0.5 * 0.499439 * exp(-0.315109 * enclose()) * (0.13394 - 0.123054 * exp(-0.19103 * distance()) * pow(distance() , 0.0454397))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.2799))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.2799))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00019425 * distance() + 0.16596) * (0.366485 - exp(-(-0.0588496 * distance() + 0.117614) * (enclose() + 4.67055 * distance() + 7.83917) - (3.00311e-05 * distance() + 0.0084805) * (enclose() + 5.47635 * distance() + 0.462744) * (enclose() + 5.47635 * distance() + 0.462744))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.2799))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.2799))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0394021 * (1 - exp(-0.336348 * (enclose() + 0.414991))) * pow(width() , 0.00169523 * enclose() + 0.0651379) + 0.5 * (0.039326 * exp(-0.375515 * enclose()) + 0.0161712 * exp(-0.108279 * enclose())) * pow(width() , 0.0143908 * enclose() + 0.0489721)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.2799))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.2799))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0394021 * (1 - exp(-0.336348 * (enclose() + 0.414991))) * pow(width() , 0.00169523 * enclose() + 0.0651379) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.2799))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.2799))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,ply,m4 |
| // |
| CAPACITANCE NEARBODY m4 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = length() * (exp(-1.82356 - 0.518293 * distance()) + 0.114452 / pow(distance() , 0.660502)) * 4.34334 * pow((width1() + width2()) / 2 , 0.106792) * (0.0521652 * (thickness1() + thickness2()) / 2 + 0.0269369) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 3.5149))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 3.5149))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,ply,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.154633 * (1 - exp(-0.189767 * (distance() + 0.800668))) * pow(width() , 0.0058013 * distance() + 0.0093323) * (0.0187591 * thickness() + 0.219085) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.5149))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.5149))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.154633 * (1 - exp(-0.189767 * (distance() + 0.800668))) * pow(width() , 0.0058013 * distance() + 0.0093323) * (0.0187591 * thickness() + 0.219085) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.5149))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.5149))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.035508 * (1 - exp(-0.195325 * (distance() + 0.339162))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.5149))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.5149))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.131646 * pow(width() , 0.101956) * (0.0424127 * thickness() + 0.248279) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 3.5149))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 3.5149))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00059517 * distance() + 0.0737446) * (0.744318 - exp(-(0.0208934 * distance() + 0.126534) * (enclose() + -0.117239 * distance() + 2.27612) - (0.00200426 * distance() + -0.0183575) * (enclose() + -0.525666 * distance() + 1.60648) * (enclose() + -0.525666 * distance() + 1.60648))) + 0.5 * 0.532222 * exp(-0.233737 * enclose()) * (0.138145 - 0.120898 * exp(-0.100576 * distance()) * pow(distance() , 0.00914463))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.5149))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.5149))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00059517 * distance() + 0.0737446) * (0.744318 - exp(-(0.0208934 * distance() + 0.126534) * (enclose() + -0.117239 * distance() + 2.27612) - (0.00200426 * distance() + -0.0183575) * (enclose() + -0.525666 * distance() + 1.60648) * (enclose() + -0.525666 * distance() + 1.60648))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.5149))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.5149))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0347362 * (1 - exp(-0.246271 * (enclose() + 0.43363))) * pow(width() , 0.00187243 * enclose() + 0.0567688) + 0.5 * (0.0231637 * exp(-0.131779 * enclose()) + 0.0233167 * exp(-0.289454 * enclose())) * pow(width() , 0.0093548 * enclose() + 0.0422526)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 3.5149))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 3.5149))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0347362 * (1 - exp(-0.246271 * (enclose() + 0.43363))) * pow(width() , 0.00187243 * enclose() + 0.0567688) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 3.5149))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 3.5149))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,ply,m5 |
| // |
| CAPACITANCE NEARBODY m5 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = length() * (exp(1.19991 - 1.24939 * distance()) + 3.8446 / pow(distance() , 0.908487)) * 4.45547 * pow((width1() + width2()) / 2 , 0.0736928) * (0.00215532 * (thickness1() + thickness2()) / 2 + 0.00272484) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 4.8649))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 4.8649))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,ply,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m5 ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_calenclose = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| max_enclose = MAXENCLOSE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.140419 * (1 - exp(-0.144926 * (distance() + 0.869191))) * pow(width() , 0.00174332 * distance() + 0.0356609) * (0.00578973 * thickness() + 0.245571) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.8649))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.8649))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.140419 * (1 - exp(-0.144926 * (distance() + 0.869191))) * pow(width() , 0.00174332 * distance() + 0.0356609) * (0.00578973 * thickness() + 0.245571) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.8649))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.8649))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0367354 * (1 - exp(-0.141235 * (distance() + 0.400217))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.8649))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.8649))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.113439 * pow(width() , 0.0996065) * (0.0176136 * thickness() + 0.29314) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 4.8649))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 4.8649))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-9.08891e-05 * distance() + 0.175279) * (0.297516 - exp(-(-0.0152351 * distance() + 0.0547733) * (enclose() + 5.80443 * distance() + 20.2653) - (3.72638e-06 * distance() + 0.00250946) * (enclose() + 5.75986 * distance() + 1.63117) * (enclose() + 5.75986 * distance() + 1.63117))) + 0.5 * 0.549352 * exp(-0.18107 * enclose()) * (0.123455 - 0.112631 * exp(-0.126427 * distance()) * pow(distance() , 0.0771824))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.8649))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.8649))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-9.08891e-05 * distance() + 0.175279) * (0.297516 - exp(-(-0.0152351 * distance() + 0.0547733) * (enclose() + 5.80443 * distance() + 20.2653) - (3.72638e-06 * distance() + 0.00250946) * (enclose() + 5.75986 * distance() + 1.63117) * (enclose() + 5.75986 * distance() + 1.63117))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.8649))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.8649))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0338992 * (1 - exp(-0.190356 * (enclose() + 0.474819))) * pow(width() , 0.00145457 * enclose() + 0.0506637) + 0.5 * (0.0204006 * exp(-0.149644 * enclose()) + 0.0204006 * exp(-0.149653 * enclose())) * pow(width() , 0.00780419 * enclose() + 0.0240757)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 4.8649))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 4.8649))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0338992 * (1 - exp(-0.190356 * (enclose() + 0.474819))) * pow(width() , 0.00145457 * enclose() + 0.0506637) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 4.8649))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 4.8649))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,ply,rdl |
| // |
| CAPACITANCE NEARBODY rdl INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 40 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_rdl |
| max_radius = MAXRADIUS_rdl |
| max_distance = MAXDISTANCE_rdl |
| C = length() * (exp(-2.97303 - 0.067245 * distance()) + 0.446189 / pow(distance() , 0.860914)) * 0.989825 * pow((width1() + width2()) / 2 , 0.224048) * (0.0166654 * (thickness1() + thickness2()) / 2 + 0.112729) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 11.7549))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 11.7549))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,ply,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE rdl ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 40 // For reference |
| max_caldistance = 40 // For reference |
| max_calenclose = 40 // For reference |
| max_width = MAXWIDTH_rdl |
| max_radius = MAXRADIUS_rdl |
| max_distance = MAXDISTANCE_rdl |
| max_enclose = MAXENCLOSE_rdl |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.065318 * (1 - exp(-0.0677276 * (distance() + 2.15956))) * pow(width() , 0.00092399 * distance() + 0.0170822) * (0.0059726 * thickness() + 0.392315) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 11.7549))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 11.7549))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.065318 * (1 - exp(-0.0677276 * (distance() + 2.15956))) * pow(width() , 0.00092399 * distance() + 0.0170822) * (0.0059726 * thickness() + 0.392315) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 11.7549))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 11.7549))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0323724 * (1 - exp(-0.0526875 * (distance() + 1.62118))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 11.7549))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 11.7549))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0626384 * pow(width() , 0.133016) * (0.0120326 * thickness() + 0.351569) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 11.7549))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 11.7549))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00159011 * distance() + 0.0627373) * (0.407159 - exp(-(-0.0020637 * distance() + 0.155063) * (enclose() + 0.343561 * distance() + -1.20428) - (-6.29218e-05 * distance() + 0.00208185) * (enclose() + 0.167544 * distance() + -20.0388) * (enclose() + 0.167544 * distance() + -20.0388))) + 0.5 * 0.380087 * exp(-0.0678335 * enclose()) * (0.180322 - 0.161412 * exp(-0.0475626 * distance()) * pow(distance() , 0.022232))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 11.7549))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 11.7549))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00159011 * distance() + 0.0627373) * (0.407159 - exp(-(-0.0020637 * distance() + 0.155063) * (enclose() + 0.343561 * distance() + -1.20428) - (-6.29218e-05 * distance() + 0.00208185) * (enclose() + 0.167544 * distance() + -20.0388) * (enclose() + 0.167544 * distance() + -20.0388))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 11.7549))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 11.7549))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0269783 * (1 - exp(-0.0818581 * (enclose() + 0.466272))) * pow(width() , 0.00091021 * enclose() + 0.0297177) + 0.5 * (0.0182814 * exp(-0.0656422 * enclose()) + 0.00088586 * exp(-0.0138686 * enclose())) * pow(width() , 0.00368821 * enclose() + -0.00242166)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 11.7549))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 11.7549))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0269783 * (1 - exp(-0.0818581 * (enclose() + 0.466272))) * pow(width() , 0.00091021 * enclose() + 0.0297177) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 11.7549))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 11.7549))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,li,m1 |
| // |
| CAPACITANCE NEARBODY m1 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.2858 - 1.8684 * distance()) + 0.0365704 / pow(distance() , 0.718951)) * 3.77877 * pow((width1() + width2()) / 2 , 0.115897) * (0.174103 * (thickness1() + thickness2()) / 2 + 0.0174237) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.34))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.34))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,li,m1 |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.247438 * (1 - exp(-1.15715 * (distance() + 0.0928155))) * pow(width() , 0.00207659 * distance() + 0.031568) * (0.0943173 * thickness() + 0.201077) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.247438 * (1 - exp(-1.15715 * (distance() + 0.0928155))) * pow(width() , 0.00207659 * distance() + 0.031568) * (0.0943173 * thickness() + 0.201077) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.054801 * (1 - exp(-1.15883 * (distance() + 0.0533546))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.167412 * pow(width() , 0.0788561) * (0.173769 * thickness() + 0.310084) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.34))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.34))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.0340668 * distance() + 3.01288) * (0.0306706 - exp(-(-0.350228 * distance() + 0.500757) * (enclose() + 2.86532 * distance() + 5.70089) - (0.00135018 * distance() + 0.0640983) * (enclose() + 3.46489 * distance() + 2.88817) * (enclose() + 3.46489 * distance() + 2.88817))) + 0.5 * 0.42676 * exp(-0.898655 * enclose()) * (0.116607 - 0.106366 * exp(-0.335792 * distance()) * pow(distance() , 0.0129844))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.0340668 * distance() + 3.01288) * (0.0306706 - exp(-(-0.350228 * distance() + 0.500757) * (enclose() + 2.86532 * distance() + 5.70089) - (0.00135018 * distance() + 0.0640983) * (enclose() + 3.46489 * distance() + 2.88817) * (enclose() + 3.46489 * distance() + 2.88817))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0568899 * (1 - exp(-1.46904 * (enclose() + 0.316838))) * pow(width() , -0.0029237 * enclose() + 0.0594398) + 0.5 * (0.0250127 * exp(-0.283871 * enclose()) + 0.0304702 * exp(-1.64156 * enclose())) * pow(width() , 0.0598024 * enclose() + 0.0980628)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.34))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.34))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0568899 * (1 - exp(-1.46904 * (enclose() + 0.316838))) * pow(width() , -0.0029237 * enclose() + 0.0594398) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.34))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.34))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,li,m2 |
| // |
| CAPACITANCE NEARBODY m2 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.21585 - 1.40929 * distance()) + 0.0658317 / pow(distance() , 0.670522)) * 3.54526 * pow((width1() + width2()) / 2 , 0.114747) * (0.125124 * (thickness1() + thickness2()) / 2 + 0.0261858) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.97))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.97))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,li,m2 |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.193094 * (1 - exp(-0.584082 * (distance() + 0.240478))) * pow(width() , 0.00568047 * distance() + 0.0409229) * (0.0712739 * thickness() + 0.212318) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.97))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.97))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.193094 * (1 - exp(-0.584082 * (distance() + 0.240478))) * pow(width() , 0.00568047 * distance() + 0.0409229) * (0.0712739 * thickness() + 0.212318) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.97))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.97))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0417676 * (1 - exp(-0.618192 * (distance() + 0.112259))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.97))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.97))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.163577 * pow(width() , 0.111181) * (0.111804 * thickness() + 0.261494) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.97))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.97))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00100196 * distance() + 0.309812) * (0.218691 - exp(-(-0.188272 * distance() + 0.186343) * (enclose() + 5.52993 * distance() + 7.08345) - (0.00012997 * distance() + 0.0221357) * (enclose() + 6.5652 * distance() + 2.28452) * (enclose() + 6.5652 * distance() + 2.28452))) + 0.5 * 0.420257 * exp(-0.539546 * enclose()) * (0.126543 - 0.114129 * exp(-0.236091 * distance()) * pow(distance() , 0.0261704))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.97))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.97))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00100196 * distance() + 0.309812) * (0.218691 - exp(-(-0.188272 * distance() + 0.186343) * (enclose() + 5.52993 * distance() + 7.08345) - (0.00012997 * distance() + 0.0221357) * (enclose() + 6.5652 * distance() + 2.28452) * (enclose() + 6.5652 * distance() + 2.28452))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.97))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.97))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0445833 * (1 - exp(-0.727399 * (enclose() + 0.460994))) * pow(width() , 0.00029534 * enclose() + 0.0784966) + 0.5 * (0.0292961 * exp(-0.885625 * enclose()) + 0.0227475 * exp(-0.205373 * enclose())) * pow(width() , 0.0323817 * enclose() + 0.0768991)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.97))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.97))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0445833 * (1 - exp(-0.727399 * (enclose() + 0.460994))) * pow(width() , 0.00029534 * enclose() + 0.0784966) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.97))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.97))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,li,m3 |
| // |
| CAPACITANCE NEARBODY m3 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.85996 - 0.624759 * distance()) + 0.0817902 / pow(distance() , 0.729775)) * 4.42042 * pow((width1() + width2()) / 2 , 0.101704) * (0.0583267 * (thickness1() + thickness2()) / 2 + 0.0296356) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.75))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.75))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,li,m3 |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.170905 * (1 - exp(-0.324131 * (distance() + 0.41602))) * pow(width() , 0.00384749 * distance() + 0.0369057) * (0.0305952 * thickness() + 0.229288) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.75))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.75))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.170905 * (1 - exp(-0.324131 * (distance() + 0.41602))) * pow(width() , 0.00384749 * distance() + 0.0369057) * (0.0305952 * thickness() + 0.229288) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.75))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.75))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0425132 * (1 - exp(-0.324755 * (distance() + 0.213349))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.75))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.75))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.135712 * pow(width() , 0.113006) * (0.0565738 * thickness() + 0.289343) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.75))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.75))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00106824 * distance() + 0.370152) * (0.177874 - exp(-(-0.0651988 * distance() + 0.111941) * (enclose() + 6.2518 * distance() + 13.667) - (2.74523e-05 * distance() + 0.00726684) * (enclose() + 7.18622 * distance() + 3.70682) * (enclose() + 7.18622 * distance() + 3.70682))) + 0.5 * 0.484541 * exp(-0.34575 * enclose()) * (0.12996 - 0.120782 * exp(-0.1753 * distance()) * pow(distance() , 0.0454166))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.75))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.75))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00106824 * distance() + 0.370152) * (0.177874 - exp(-(-0.0651988 * distance() + 0.111941) * (enclose() + 6.2518 * distance() + 13.667) - (2.74523e-05 * distance() + 0.00726684) * (enclose() + 7.18622 * distance() + 3.70682) * (enclose() + 7.18622 * distance() + 3.70682))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.75))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.75))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0425752 * (1 - exp(-0.408367 * (enclose() + 0.588468))) * pow(width() , 0.00154579 * enclose() + 0.0682823) + 0.5 * (0.0317996 * exp(-0.472663 * enclose()) + 0.0185849 * exp(-0.140593 * enclose())) * pow(width() , 0.0182936 * enclose() + 0.0481425)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.75))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.75))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0425752 * (1 - exp(-0.408367 * (enclose() + 0.588468))) * pow(width() , 0.00154579 * enclose() + 0.0682823) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.75))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.75))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,li,m4 |
| // |
| CAPACITANCE NEARBODY m4 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = length() * (exp(-1.82452 - 0.535153 * distance()) + 0.103263 / pow(distance() , 0.678393)) * 4.35114 * pow((width1() + width2()) / 2 , 0.103728) * (0.0553494 * (thickness1() + thickness2()) / 2 + 0.0275075) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 2.985))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 2.985))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,li,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.157711 * (1 - exp(-0.211275 * (distance() + 0.690413))) * pow(width() , 0.00528038 * distance() + 0.0158749) * (0.0214735 * thickness() + 0.221681) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.985))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.985))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.157711 * (1 - exp(-0.211275 * (distance() + 0.690413))) * pow(width() , 0.00528038 * distance() + 0.0158749) * (0.0214735 * thickness() + 0.221681) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.985))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.985))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0369293 * (1 - exp(-0.217082 * (distance() + 0.299367))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.985))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.985))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.133279 * pow(width() , 0.102693) * (0.0449037 * thickness() + 0.254466) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.985))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.985))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00114297 * distance() + 0.0896277) * (0.712466 - exp(-(0.0160407 * distance() + 0.171461) * (enclose() + -0.049877 * distance() + 2.19571) - (0.00192525 * distance() + -0.0246479) * (enclose() + -0.526964 * distance() + 1.95455) * (enclose() + -0.526964 * distance() + 1.95455))) + 0.5 * 0.583647 * exp(-0.248208 * enclose()) * (0.133635 - 0.119697 * exp(-0.0801989 * distance()) * pow(distance() , 0.0123081))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.985))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.985))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00114297 * distance() + 0.0896277) * (0.712466 - exp(-(0.0160407 * distance() + 0.171461) * (enclose() + -0.049877 * distance() + 2.19571) - (0.00192525 * distance() + -0.0246479) * (enclose() + -0.526964 * distance() + 1.95455) * (enclose() + -0.526964 * distance() + 1.95455))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.985))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.985))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0362522 * (1 - exp(-0.284031 * (enclose() + 0.655013))) * pow(width() , 0.00165331 * enclose() + 0.0599987) + 0.5 * (0.0027571 * exp(0.00180179 * enclose()) + 0.0396324 * exp(-0.246264 * enclose())) * pow(width() , 0.0115993 * enclose() + 0.0384014)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.985))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.985))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0362522 * (1 - exp(-0.284031 * (enclose() + 0.655013))) * pow(width() , 0.00165331 * enclose() + 0.0599987) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.985))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.985))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,li,m5 |
| // |
| CAPACITANCE NEARBODY m5 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = length() * (exp(0.54306 - 1.20123 * distance()) + 1.93347 / pow(distance() , 0.92331)) * 4.48691 * pow((width1() + width2()) / 2 , 0.0715035) * (0.00421899 * (thickness1() + thickness2()) / 2 + 0.00520432) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 4.335))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 4.335))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,li,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m5 li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_calenclose = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| max_enclose = MAXENCLOSE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.142331 * (1 - exp(-0.156343 * (distance() + 0.763708))) * pow(width() , 0.00145143 * distance() + 0.0402137) * (0.00630252 * thickness() + 0.249199) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.335))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.335))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.142331 * (1 - exp(-0.156343 * (distance() + 0.763708))) * pow(width() , 0.00145143 * distance() + 0.0402137) * (0.00630252 * thickness() + 0.249199) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.335))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.335))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0377788 * (1 - exp(-0.152875 * (distance() + 0.356054))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.335))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.335))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.11433 * pow(width() , 0.0998027) * (0.0183341 * thickness() + 0.299422) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 4.335))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 4.335))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.0006712 * distance() + 0.15819) * (0.327004 - exp(-(-0.0190944 * distance() + 0.0755532) * (enclose() + 4.54955 * distance() + 13.2902) - (8.41684e-06 * distance() + 0.00352164) * (enclose() + 4.7471 * distance() + -0.211669) * (enclose() + 4.7471 * distance() + -0.211669))) + 0.5 * 0.504592 * exp(-0.188041 * enclose()) * (0.128388 - 0.11887 * exp(-0.125144 * distance()) * pow(distance() , 0.0955498))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.335))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.335))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.0006712 * distance() + 0.15819) * (0.327004 - exp(-(-0.0190944 * distance() + 0.0755532) * (enclose() + 4.54955 * distance() + 13.2902) - (8.41684e-06 * distance() + 0.00352164) * (enclose() + 4.7471 * distance() + -0.211669) * (enclose() + 4.7471 * distance() + -0.211669))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.335))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.335))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0349942 * (1 - exp(-0.211733 * (enclose() + 0.740973))) * pow(width() , 0.00130912 * enclose() + 0.053552) + 0.5 * (0.0374187 * exp(-0.169147 * enclose()) + 0.00010838 * exp(0.169441 * enclose())) * pow(width() , 0.00888899 * enclose() + 0.0203008)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 4.335))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 4.335))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0349942 * (1 - exp(-0.211733 * (enclose() + 0.740973))) * pow(width() , 0.00130912 * enclose() + 0.053552) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 4.335))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 4.335))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,li,rdl |
| // |
| CAPACITANCE NEARBODY rdl INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 40 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_rdl |
| max_radius = MAXRADIUS_rdl |
| max_distance = MAXDISTANCE_rdl |
| C = length() * (exp(-2.96735 - 0.0683796 * distance()) + 0.452261 / pow(distance() , 0.865162)) * 0.983695 * pow((width1() + width2()) / 2 , 0.225574) * (0.0166786 * (thickness1() + thickness2()) / 2 + 0.110887) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 11.225))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 11.225))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,li,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE rdl li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 40 // For reference |
| max_caldistance = 40 // For reference |
| max_calenclose = 40 // For reference |
| max_width = MAXWIDTH_rdl |
| max_radius = MAXRADIUS_rdl |
| max_distance = MAXDISTANCE_rdl |
| max_enclose = MAXENCLOSE_rdl |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0655105 * (1 - exp(-0.0698504 * (distance() + 2.04509))) * pow(width() , 0.00096181 * distance() + 0.0147932) * (0.0061603 * thickness() + 0.394567) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 11.225))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 11.225))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0655105 * (1 - exp(-0.0698504 * (distance() + 2.04509))) * pow(width() , 0.00096181 * distance() + 0.0147932) * (0.0061603 * thickness() + 0.394567) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 11.225))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 11.225))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0325993 * (1 - exp(-0.0539646 * (distance() + 1.56479))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 11.225))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 11.225))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0629804 * pow(width() , 0.131876) * (0.012197 * thickness() + 0.352912) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 11.225))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 11.225))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00208097 * distance() + 0.0299901) * (0.471929 - exp(-(-0.00230194 * distance() + 0.16887) * (enclose() + 0.186797 * distance() + 2.11495) - (-0.00024396 * distance() + 0.00927693) * (enclose() + -0.00991038 * distance() + -3.21399) * (enclose() + -0.00991038 * distance() + -3.21399))) + 0.5 * 0.375807 * exp(-0.0678715 * enclose()) * (0.175778 - 0.157731 * exp(-0.0485103 * distance()) * pow(distance() , 0.0347893))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 11.225))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 11.225))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00208097 * distance() + 0.0299901) * (0.471929 - exp(-(-0.00230194 * distance() + 0.16887) * (enclose() + 0.186797 * distance() + 2.11495) - (-0.00024396 * distance() + 0.00927693) * (enclose() + -0.00991038 * distance() + -3.21399) * (enclose() + -0.00991038 * distance() + -3.21399))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 11.225))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 11.225))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0272127 * (1 - exp(-0.0867977 * (enclose() + 0.877028))) * pow(width() , 0.00102753 * enclose() + 0.0251933) + 0.5 * (0.00854855 * exp(-0.0629782 * enclose()) + 0.00854854 * exp(-0.0629774 * enclose())) * pow(width() , 0.00405051 * enclose() + -0.00495964)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 11.225))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 11.225))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0272127 * (1 - exp(-0.0867977 * (enclose() + 0.877028))) * pow(width() , 0.00102753 * enclose() + 0.0251933) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 11.225))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 11.225))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,m1,m2 |
| // |
| CAPACITANCE NEARBODY m2 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.29874 - 1.96443 * distance()) + 0.032667 / pow(distance() , 0.73335)) * 3.87707 * pow((width1() + width2()) / 2 , 0.112883) * (0.175936 * (thickness1() + thickness2()) / 2 + 0.0182957) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.27))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.27))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,m1,m2 |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.265794 * (1 - exp(-1.33045 * (distance() + 0.09302))) * pow(width() , -0.00058152 * distance() + 0.0782269) * (0.0926213 * thickness() + 0.217374) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.27))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.27))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.265794 * (1 - exp(-1.33045 * (distance() + 0.09302))) * pow(width() , -0.00058152 * distance() + 0.0782269) * (0.0926213 * thickness() + 0.217374) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.27))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.27))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0603202 * (1 - exp(-1.28734 * (distance() + 0.0707723))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.27))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.27))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.161257 * pow(width() , 0.128879) * (0.184697 * thickness() + 0.381531) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.27))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.27))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.0158954 * distance() + 1.30308) * (0.0773749 - exp(-(-0.357189 * distance() + 0.507438) * (enclose() + 2.12985 * distance() + 3.78555) - (0.00343361 * distance() + 0.0994536) * (enclose() + 2.24387 * distance() + 2.37885) * (enclose() + 2.24387 * distance() + 2.37885))) + 0.5 * 0.391894 * exp(-0.810778 * enclose()) * (0.112091 - 0.0961535 * exp(-0.186203 * distance()) * pow(distance() , -0.0115016))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.27))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.27))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.0158954 * distance() + 1.30308) * (0.0773749 - exp(-(-0.357189 * distance() + 0.507438) * (enclose() + 2.12985 * distance() + 3.78555) - (0.00343361 * distance() + 0.0994536) * (enclose() + 2.24387 * distance() + 2.37885) * (enclose() + 2.24387 * distance() + 2.37885))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.27))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.27))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.066044 * (1 - exp(-1.77978 * (enclose() + 0.34636))) * pow(width() , -0.0035854 * enclose() + 0.0982999) + 0.5 * (0.0194777 * exp(-0.289751 * enclose()) + 0.0235248 * exp(-1.67475 * enclose())) * pow(width() , 0.0659539 * enclose() + 0.0973196)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.27))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.27))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.066044 * (1 - exp(-1.77978 * (enclose() + 0.34636))) * pow(width() , -0.0035854 * enclose() + 0.0982999) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.27))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.27))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,m1,m3 |
| // |
| CAPACITANCE NEARBODY m3 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.82035 - 0.731588 * distance()) + 0.0697844 / pow(distance() , 0.768793)) * 4.22022 * pow((width1() + width2()) / 2 , 0.0977008) * (0.0663449 * (thickness1() + thickness2()) / 2 + 0.0283279) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.05))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.05))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,m1,m3 |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.193305 * (1 - exp(-0.44421 * (distance() + 0.278969))) * pow(width() , 0.00231051 * distance() + 0.0545526) * (0.0365055 * thickness() + 0.229264) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.05))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.05))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.193305 * (1 - exp(-0.44421 * (distance() + 0.278969))) * pow(width() , 0.00231051 * distance() + 0.0545526) * (0.0365055 * thickness() + 0.229264) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.05))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.05))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0487934 * (1 - exp(-0.441088 * (distance() + 0.169181))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.05))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.05))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.132791 * pow(width() , 0.120296) * (0.0701261 * thickness() + 0.337202) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.05))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.05))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00420867 * distance() + 0.43081) * (0.175394 - exp(-(-0.0877665 * distance() + 0.175196) * (enclose() + 3.57488 * distance() + 8.21346) - (0.0001749 * distance() + 0.0159958) * (enclose() + 3.97379 * distance() + 3.36703) * (enclose() + 3.97379 * distance() + 3.36703))) + 0.5 * 0.483923 * exp(-0.399564 * enclose()) * (0.115631 - 0.107699 * exp(-0.157444 * distance()) * pow(distance() , 0.0336386))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.05))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.05))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00420867 * distance() + 0.43081) * (0.175394 - exp(-(-0.0877665 * distance() + 0.175196) * (enclose() + 3.57488 * distance() + 8.21346) - (0.0001749 * distance() + 0.0159958) * (enclose() + 3.97379 * distance() + 3.36703) * (enclose() + 3.97379 * distance() + 3.36703))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.05))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.05))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0497002 * (1 - exp(-0.576616 * (enclose() + 0.684758))) * pow(width() , 0.00126262 * enclose() + 0.0741926) + 0.5 * (0.0190387 * exp(-0.184073 * enclose()) + 0.0245946 * exp(-0.67521 * enclose())) * pow(width() , 0.0258003 * enclose() + 0.0521073)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.05))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.05))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0497002 * (1 - exp(-0.576616 * (enclose() + 0.684758))) * pow(width() , 0.00126262 * enclose() + 0.0741926) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.05))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.05))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,m1,m4 |
| // |
| CAPACITANCE NEARBODY m4 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = length() * (exp(-1.84181 - 0.571023 * distance()) + 0.0868964 / pow(distance() , 0.706373)) * 4.43287 * pow((width1() + width2()) / 2 , 0.0993992) * (0.0602832 * (thickness1() + thickness2()) / 2 + 0.0282581) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 2.285))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 2.285))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,m1,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.164247 * (1 - exp(-0.252277 * (distance() + 0.542346))) * pow(width() , 0.00446065 * distance() + 0.0258468) * (0.0268305 * thickness() + 0.22336) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.285))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.285))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.164247 * (1 - exp(-0.252277 * (distance() + 0.542346))) * pow(width() , 0.00446065 * distance() + 0.0258468) * (0.0268305 * thickness() + 0.22336) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.285))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.285))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0394178 * (1 - exp(-0.25785 * (distance() + 0.24663))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.285))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.285))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.133453 * pow(width() , 0.104451) * (0.0523407 * thickness() + 0.268697) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.285))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.285))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00169079 * distance() + 0.190006) * (0.289689 - exp(-(-0.0501795 * distance() + 0.0923) * (enclose() + 6.17342 * distance() + 12.1501) - (1.03562e-05 * distance() + 0.00651941) * (enclose() + 6.69956 * distance() + 2.23565) * (enclose() + 6.69956 * distance() + 2.23565))) + 0.5 * 0.688572 * exp(-0.267924 * enclose()) * (0.11955 - 0.10978 * exp(-0.0624556 * distance()) * pow(distance() , 0.014248))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.285))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.285))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00169079 * distance() + 0.190006) * (0.289689 - exp(-(-0.0501795 * distance() + 0.0923) * (enclose() + 6.17342 * distance() + 12.1501) - (1.03562e-05 * distance() + 0.00651941) * (enclose() + 6.69956 * distance() + 2.23565) * (enclose() + 6.69956 * distance() + 2.23565))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.285))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.285))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0391231 * (1 - exp(-0.349195 * (enclose() + 0.877709))) * pow(width() , 0.00153454 * enclose() + 0.0632044) + 0.5 * (0.00741807 * exp(-0.0817187 * enclose()) + 0.0298484 * exp(-0.324396 * enclose())) * pow(width() , 0.0150676 * enclose() + 0.0361533)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.285))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.285))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0391231 * (1 - exp(-0.349195 * (enclose() + 0.877709))) * pow(width() , 0.00153454 * enclose() + 0.0632044) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.285))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.285))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,m1,m5 |
| // |
| CAPACITANCE NEARBODY m5 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = length() * (exp(0.333496 - 1.14514 * distance()) + 1.40238 / pow(distance() , 0.94077)) * 4.5239 * pow((width1() + width2()) / 2 , 0.0685412) * (0.00560915 * (thickness1() + thickness2()) / 2 + 0.00667208) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 3.635))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 3.635))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,m1,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m5 m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_calenclose = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| max_enclose = MAXENCLOSE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.145608 * (1 - exp(-0.176037 * (distance() + 0.624436))) * pow(width() , 0.00109909 * distance() + 0.0459673) * (0.00707302 * thickness() + 0.254394) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.635))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.635))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.145608 * (1 - exp(-0.176037 * (distance() + 0.624436))) * pow(width() , 0.00109909 * distance() + 0.0459673) * (0.00707302 * thickness() + 0.254394) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.635))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.635))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0394899 * (1 - exp(-0.172549 * (distance() + 0.297122))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.635))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.635))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.115731 * pow(width() , 0.100319) * (0.0194492 * thickness() + 0.309727) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 3.635))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 3.635))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00182855 * distance() + 0.289775) * (0.190677 - exp(-(-0.0167226 * distance() + 0.0490064) * (enclose() + 6.90765 * distance() + 28.1487) - (6.94815e-06 * distance() + 0.00259233) * (enclose() + 6.34116 * distance() + 7.54696) * (enclose() + 6.34116 * distance() + 7.54696))) + 0.5 * 0.50756 * exp(-0.195986 * enclose()) * (0.120324 - 0.112932 * exp(-0.118262 * distance()) * pow(distance() , 0.104715))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.635))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.635))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00182855 * distance() + 0.289775) * (0.190677 - exp(-(-0.0167226 * distance() + 0.0490064) * (enclose() + 6.90765 * distance() + 28.1487) - (6.94815e-06 * distance() + 0.00259233) * (enclose() + 6.34116 * distance() + 7.54696) * (enclose() + 6.34116 * distance() + 7.54696))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.635))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.635))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0368671 * (1 - exp(-0.246296 * (enclose() + 1.03423))) * pow(width() , 0.00147896 * enclose() + 0.0538021) + 0.5 * (0.00067449 * exp(0.0549241 * enclose()) + 0.0325002 * exp(-0.197675 * enclose())) * pow(width() , 0.0106926 * enclose() + 0.016857)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 3.635))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 3.635))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0368671 * (1 - exp(-0.246296 * (enclose() + 1.03423))) * pow(width() , 0.00147896 * enclose() + 0.0538021) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 3.635))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 3.635))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,m1,rdl |
| // |
| CAPACITANCE NEARBODY rdl INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 40 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_rdl |
| max_radius = MAXRADIUS_rdl |
| max_distance = MAXDISTANCE_rdl |
| C = length() * (exp(-2.95373 - 0.0699736 * distance()) + 0.463617 / pow(distance() , 0.870967)) * 0.961716 * pow((width1() + width2()) / 2 , 0.227828) * (0.0168205 * (thickness1() + thickness2()) / 2 + 0.109151) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 10.525))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 10.525))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,m1,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE rdl m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 40 // For reference |
| max_caldistance = 40 // For reference |
| max_calenclose = 40 // For reference |
| max_width = MAXWIDTH_rdl |
| max_radius = MAXRADIUS_rdl |
| max_distance = MAXDISTANCE_rdl |
| max_enclose = MAXENCLOSE_rdl |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0661968 * (1 - exp(-0.0717376 * (distance() + 1.98257))) * pow(width() , 0.000939 * distance() + 0.0186717) * (0.00769783 * thickness() + 0.387715) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 10.525))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 10.525))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0661968 * (1 - exp(-0.0717376 * (distance() + 1.98257))) * pow(width() , 0.000939 * distance() + 0.0186717) * (0.00769783 * thickness() + 0.387715) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 10.525))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 10.525))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0330337 * (1 - exp(-0.0557656 * (distance() + 1.54948))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 10.525))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 10.525))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0634951 * pow(width() , 0.133797) * (0.0141462 * thickness() + 0.34506) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 10.525))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 10.525))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00179691 * distance() + 0.0421267) * (0.482459 - exp(-(-0.00265057 * distance() + 0.182615) * (enclose() + 0.240637 * distance() + 0.490079) - (-0.00012076 * distance() + 0.00417054) * (enclose() + 0.0897981 * distance() + -10.217) * (enclose() + 0.0897981 * distance() + -10.217))) + 0.5 * 0.368496 * exp(-0.0674984 * enclose()) * (0.17064 - 0.151975 * exp(-0.0497165 * distance()) * pow(distance() , 0.0546598))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 10.525))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 10.525))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00179691 * distance() + 0.0421267) * (0.482459 - exp(-(-0.00265057 * distance() + 0.182615) * (enclose() + 0.240637 * distance() + 0.490079) - (-0.00012076 * distance() + 0.00417054) * (enclose() + 0.0897981 * distance() + -10.217) * (enclose() + 0.0897981 * distance() + -10.217))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 10.525))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 10.525))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0274299 * (1 - exp(-0.0923284 * (enclose() + 1.4053))) * pow(width() , 0.00108433 * enclose() + 0.0265305) + 0.5 * (0.00731928 * exp(-0.0657544 * enclose()) + 0.00731929 * exp(-0.0657541 * enclose())) * pow(width() , 0.00429565 * enclose() + -0.00607563)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 10.525))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 10.525))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0274299 * (1 - exp(-0.0923284 * (enclose() + 1.4053))) * pow(width() , 0.00108433 * enclose() + 0.0265305) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 10.525))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 10.525))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,m2,m3 |
| // |
| CAPACITANCE NEARBODY m3 INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.91984 - 0.893184 * distance()) + 0.0550687 / pow(distance() , 0.818162)) * 4.37985 * pow((width1() + width2()) / 2 , 0.101875) * (0.0772489 * (thickness1() + thickness2()) / 2 + 0.0215209) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.42))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.42))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,m2,m3 |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.243367 * (1 - exp(-0.715537 * (distance() + 0.211026))) * pow(width() , -0.00035167 * distance() + 0.0849893) * (0.0427508 * thickness() + 0.232155) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.42))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.42))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.243367 * (1 - exp(-0.715537 * (distance() + 0.211026))) * pow(width() , -0.00035167 * distance() + 0.0849893) * (0.0427508 * thickness() + 0.232155) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.42))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.42))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0628681 * (1 - exp(-0.694475 * (distance() + 0.180153))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.42))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.42))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.157579 * pow(width() , 0.145801) * (0.0770233 * thickness() + 0.36653) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 0.42))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 0.42))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00998834 * distance() + 0.913281) * (0.110745 - exp(-(-0.14024 * distance() + 0.316002) * (enclose() + 2.07887 * distance() + 5.40021) - (0.00105188 * distance() + 0.041197) * (enclose() + 2.12816 * distance() + 3.25916) * (enclose() + 2.12816 * distance() + 3.25916))) + 0.5 * 0.442066 * exp(-0.519981 * enclose()) * (0.115752 - 0.103819 * exp(-0.13773 * distance()) * pow(distance() , -0.00151029))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.42))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.42))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00998834 * distance() + 0.913281) * (0.110745 - exp(-(-0.14024 * distance() + 0.316002) * (enclose() + 2.07887 * distance() + 5.40021) - (0.00105188 * distance() + 0.041197) * (enclose() + 2.12816 * distance() + 3.25916) * (enclose() + 2.12816 * distance() + 3.25916))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.42))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.42))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0649476 * (1 - exp(-0.991816 * (enclose() + 0.556628))) * pow(width() , -0.00072163 * enclose() + 0.0950878) + 0.5 * (0.0206478 * exp(-1.08621 * enclose()) + 0.0191744 * exp(-0.242371 * enclose())) * pow(width() , 0.0391013 * enclose() + 0.0600658)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 0.42))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 0.42))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0649476 * (1 - exp(-0.991816 * (enclose() + 0.556628))) * pow(width() , -0.00072163 * enclose() + 0.0950878) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 0.42))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 0.42))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,m2,m4 |
| // |
| CAPACITANCE NEARBODY m4 INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = length() * (exp(-1.79801 - 0.620407 * distance()) + 0.0774754 / pow(distance() , 0.736412)) * 4.25403 * pow((width1() + width2()) / 2 , 0.0955571) * (0.0658409 * (thickness1() + thickness2()) / 2 + 0.0281615) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.655))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.655))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,m2,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.173714 * (1 - exp(-0.308951 * (distance() + 0.415184))) * pow(width() , 0.00362234 * distance() + 0.0361513) * (0.0310022 * thickness() + 0.226351) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.655))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.655))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.173714 * (1 - exp(-0.308951 * (distance() + 0.415184))) * pow(width() , 0.00362234 * distance() + 0.0361513) * (0.0310022 * thickness() + 0.226351) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.655))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.655))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0427375 * (1 - exp(-0.313645 * (distance() + 0.203086))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.655))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.655))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.134007 * pow(width() , 0.107362) * (0.0577517 * thickness() + 0.290609) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.655))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.655))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00401454 * distance() + 0.338108) * (0.182047 - exp(-(-0.058763 * distance() + 0.0999106) * (enclose() + 6.11631 * distance() + 14.4203) - (2.55804e-05 * distance() + 0.00761371) * (enclose() + 6.57013 * distance() + 4.60507) * (enclose() + 6.57013 * distance() + 4.60507))) + 0.5 * 0.614091 * exp(-0.298584 * enclose()) * (0.117015 - 0.107528 * exp(-0.0677788 * distance()) * pow(distance() , 0.0144139))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.655))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.655))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00401454 * distance() + 0.338108) * (0.182047 - exp(-(-0.058763 * distance() + 0.0999106) * (enclose() + 6.11631 * distance() + 14.4203) - (2.55804e-05 * distance() + 0.00761371) * (enclose() + 6.57013 * distance() + 4.60507) * (enclose() + 6.57013 * distance() + 4.60507))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.655))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.655))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0429215 * (1 - exp(-0.435218 * (enclose() + 0.918679))) * pow(width() , 0.00138054 * enclose() + 0.0667574) + 0.5 * (0.010994 * exp(-0.13131 * enclose()) + 0.0234449 * exp(-0.431123 * enclose())) * pow(width() , 0.0193486 * enclose() + 0.0359998)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.655))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.655))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0429215 * (1 - exp(-0.435218 * (enclose() + 0.918679))) * pow(width() , 0.00138054 * enclose() + 0.0667574) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.655))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.655))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,m2,m5 |
| // |
| CAPACITANCE NEARBODY m5 INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = length() * (exp(-0.0255377 - 1.11218 * distance()) + 0.843458 / pow(distance() , 0.957225)) * 4.61302 * pow((width1() + width2()) / 2 , 0.0659523) * (0.0088182 * (thickness1() + thickness2()) / 2 + 0.0100434) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 3.005))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 3.005))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,m2,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m5 m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_calenclose = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| max_enclose = MAXENCLOSE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.149873 * (1 - exp(-0.199768 * (distance() + 0.504719))) * pow(width() , 0.00084049 * distance() + 0.0508263) * (0.00786763 * thickness() + 0.259324) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.005))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.005))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.149873 * (1 - exp(-0.199768 * (distance() + 0.504719))) * pow(width() , 0.00084049 * distance() + 0.0508263) * (0.00786763 * thickness() + 0.259324) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.005))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.005))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.04151 * (1 - exp(-0.195923 * (distance() + 0.24613))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.005))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.005))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.117264 * pow(width() , 0.101297) * (0.0206099 * thickness() + 0.321881) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 3.005))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 3.005))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00328597 * distance() + 0.402894) * (0.146436 - exp(-(-0.018673 * distance() + 0.0527976) * (enclose() + 6.75116 * distance() + 29.0333) - (1.01319e-05 * distance() + 0.00295131) * (enclose() + 6.1366 * distance() + 9.13754) * (enclose() + 6.1366 * distance() + 9.13754))) + 0.5 * 0.489473 * exp(-0.207148 * enclose()) * (0.118352 - 0.111749 * exp(-0.114839 * distance()) * pow(distance() , 0.100945))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.005))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.005))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00328597 * distance() + 0.402894) * (0.146436 - exp(-(-0.018673 * distance() + 0.0527976) * (enclose() + 6.75116 * distance() + 29.0333) - (1.01319e-05 * distance() + 0.00295131) * (enclose() + 6.1366 * distance() + 9.13754) * (enclose() + 6.1366 * distance() + 9.13754))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.005))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.005))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0390541 * (1 - exp(-0.284713 * (enclose() + 1.14457))) * pow(width() , 0.00155944 * enclose() + 0.0551211) + 0.5 * (0.00187429 * exp(-0.00911477 * enclose()) + 0.0289031 * exp(-0.234099 * enclose())) * pow(width() , 0.0125654 * enclose() + 0.0150511)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 3.005))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 3.005))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0390541 * (1 - exp(-0.284713 * (enclose() + 1.14457))) * pow(width() , 0.00155944 * enclose() + 0.0551211) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 3.005))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 3.005))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,m2,rdl |
| // |
| CAPACITANCE NEARBODY rdl INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 40 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_rdl |
| max_radius = MAXRADIUS_rdl |
| max_distance = MAXDISTANCE_rdl |
| C = length() * (exp(-2.95017 - 0.0714382 * distance()) + 0.470616 / pow(distance() , 0.876495)) * 0.950864 * pow((width1() + width2()) / 2 , 0.230067) * (0.0169226 * (thickness1() + thickness2()) / 2 + 0.107345) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 9.895))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 9.895))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,m2,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE rdl m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 40 // For reference |
| max_caldistance = 40 // For reference |
| max_calenclose = 40 // For reference |
| max_width = MAXWIDTH_rdl |
| max_radius = MAXRADIUS_rdl |
| max_distance = MAXDISTANCE_rdl |
| max_enclose = MAXENCLOSE_rdl |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0667418 * (1 - exp(-0.0741286 * (distance() + 1.88802))) * pow(width() , 0.00095419 * distance() + 0.0191396) * (0.0065157 * thickness() + 0.393908) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 9.895))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 9.895))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0667418 * (1 - exp(-0.0741286 * (distance() + 1.88802))) * pow(width() , 0.00095419 * distance() + 0.0191396) * (0.0065157 * thickness() + 0.393908) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 9.895))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 9.895))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0334421 * (1 - exp(-0.0574662 * (distance() + 1.52054))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 9.895))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 9.895))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0639045 * pow(width() , 0.134078) * (0.0124313 * thickness() + 0.354178) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 9.895))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 9.895))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00163109 * distance() + 0.0732599) * (0.394173 - exp(-(-0.00219633 * distance() + 0.162545) * (enclose() + 0.391351 * distance() + -0.65689) - (-7.61999e-05 * distance() + 0.00228198) * (enclose() + 0.139019 * distance() + -19.6599) * (enclose() + 0.139019 * distance() + -19.6599))) + 0.5 * 0.362689 * exp(-0.0675832 * enclose()) * (0.167337 - 0.14666 * exp(-0.0505958 * distance()) * pow(distance() , 0.0717084))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 9.895))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 9.895))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00163109 * distance() + 0.0732599) * (0.394173 - exp(-(-0.00219633 * distance() + 0.162545) * (enclose() + 0.391351 * distance() + -0.65689) - (-7.61999e-05 * distance() + 0.00228198) * (enclose() + 0.139019 * distance() + -19.6599) * (enclose() + 0.139019 * distance() + -19.6599))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 9.895))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 9.895))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0277342 * (1 - exp(-0.0971624 * (enclose() + 1.70723))) * pow(width() , 0.00113039 * enclose() + 0.0263413) + 0.5 * (3.64706e-05 * exp(0.0577784 * enclose()) + 0.0131714 * exp(-0.0709951 * enclose())) * pow(width() , 0.00423008 * enclose() + -0.00541883)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 9.895))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 9.895))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0277342 * (1 - exp(-0.0971624 * (enclose() + 1.70723))) * pow(width() , 0.00113039 * enclose() + 0.0263413) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 9.895))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 9.895))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,m3,m4 |
| // |
| CAPACITANCE NEARBODY m4 INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = length() * (exp(-1.83909 - 0.844152 * distance()) + 0.0515692 / pow(distance() , 0.83174)) * 4.24988 * pow((width1() + width2()) / 2 , 0.0976532) * (0.0846765 * (thickness1() + thickness2()) / 2 + 0.0193409) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.39))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.39))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,m3,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.249486 * (1 - exp(-0.662634 * (distance() + 0.23463))) * pow(width() , 0.00012341 * distance() + 0.0805637) * (0.0445986 * thickness() + 0.228199) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.39))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.39))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.249486 * (1 - exp(-0.662634 * (distance() + 0.23463))) * pow(width() , 0.00012341 * distance() + 0.0805637) * (0.0445986 * thickness() + 0.228199) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.39))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.39))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0638717 * (1 - exp(-0.653721 * (distance() + 0.187018))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.39))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.39))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.161819 * pow(width() , 0.139921) * (0.0767063 * thickness() + 0.360014) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 0.39))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 0.39))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.0432911 * distance() + 3.08173) * (0.0327911 - exp(-(-0.133731 * distance() + 0.255933) * (enclose() + 3.03926 * distance() + 9.87945) - (0.00041445 * distance() + 0.0288074) * (enclose() + 3.26028 * distance() + 5.37712) * (enclose() + 3.26028 * distance() + 5.37712))) + 0.5 * 0.755076 * exp(-0.423917 * enclose()) * (0.112902 - 0.104966 * exp(-0.0333473 * distance()) * pow(distance() , -0.00578789))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.39))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.39))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.0432911 * distance() + 3.08173) * (0.0327911 - exp(-(-0.133731 * distance() + 0.255933) * (enclose() + 3.03926 * distance() + 9.87945) - (0.00041445 * distance() + 0.0288074) * (enclose() + 3.26028 * distance() + 5.37712) * (enclose() + 3.26028 * distance() + 5.37712))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.39))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.39))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0663288 * (1 - exp(-1.03663 * (enclose() + 0.617129))) * pow(width() , -0.00043183 * enclose() + 0.0928273) + 0.5 * (0.0157162 * exp(-0.923061 * enclose()) + 0.0124352 * exp(-0.235557 * enclose())) * pow(width() , 0.0390277 * enclose() + 0.0477713)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 0.39))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 0.39))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0663288 * (1 - exp(-1.03663 * (enclose() + 0.617129))) * pow(width() , -0.00043183 * enclose() + 0.0928273) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 0.39))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 0.39))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,m3,m5 |
| // |
| CAPACITANCE NEARBODY m5 INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = length() * (exp(-0.263433 - 1.12444 * distance()) + 0.371489 / pow(distance() , 0.977945)) * 4.72552 * pow((width1() + width2()) / 2 , 0.0616582) * (0.0165251 * (thickness1() + thickness2()) / 2 + 0.0163465) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.74))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.74))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,m3,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m5 m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_calenclose = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| max_enclose = MAXENCLOSE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.168074 * (1 - exp(-0.286467 * (distance() + 0.283807))) * pow(width() , 0.00061991 * distance() + 0.0598016) * (0.00948279 * thickness() + 0.271117) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.74))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.74))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.168074 * (1 - exp(-0.286467 * (distance() + 0.283807))) * pow(width() , 0.00061991 * distance() + 0.0598016) * (0.00948279 * thickness() + 0.271117) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.74))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.74))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0488909 * (1 - exp(-0.280121 * (distance() + 0.154997))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.74))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.74))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.127955 * pow(width() , 0.105861) * (0.0227008 * thickness() + 0.348141) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 1.74))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 1.74))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00678082 * distance() + 0.790883) * (0.0945759 - exp(-(-0.0206492 * distance() + 0.0405139) * (enclose() + 6.48495 * distance() + 32.0664) - (3.16786e-05 * distance() + 0.00442321) * (enclose() + 4.88417 * distance() + 14.3316) * (enclose() + 4.88417 * distance() + 14.3316))) + 0.5 * 0.418272 * exp(-0.234321 * enclose()) * (0.118262 - 0.112177 * exp(-0.109612 * distance()) * pow(distance() , 0.0897691))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.74))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.74))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00678082 * distance() + 0.790883) * (0.0945759 - exp(-(-0.0206492 * distance() + 0.0405139) * (enclose() + 6.48495 * distance() + 32.0664) - (3.16786e-05 * distance() + 0.00442321) * (enclose() + 4.88417 * distance() + 14.3316) * (enclose() + 4.88417 * distance() + 14.3316))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.74))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.74))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0468341 * (1 - exp(-0.427423 * (enclose() + 1.15615))) * pow(width() , 0.00181396 * enclose() + 0.0596882) + 0.5 * (0.0206149 * exp(-0.368988 * enclose()) + 0.00516573 * exp(-0.0957566 * enclose())) * pow(width() , 0.0185065 * enclose() + 0.0146934)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 1.74))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 1.74))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0468341 * (1 - exp(-0.427423 * (enclose() + 1.15615))) * pow(width() , 0.00181396 * enclose() + 0.0596882) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 1.74))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 1.74))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,m3,rdl |
| // |
| CAPACITANCE NEARBODY rdl INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 40 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_rdl |
| max_radius = MAXRADIUS_rdl |
| max_distance = MAXDISTANCE_rdl |
| C = length() * (exp(-2.93614 - 0.0747346 * distance()) + 0.490699 / pow(distance() , 0.88897)) * 0.925169 * pow((width1() + width2()) / 2 , 0.235517) * (0.0170202 * (thickness1() + thickness2()) / 2 + 0.102578) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 8.63))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 8.63))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,m3,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE rdl m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 40 // For reference |
| max_caldistance = 40 // For reference |
| max_calenclose = 40 // For reference |
| max_width = MAXWIDTH_rdl |
| max_radius = MAXRADIUS_rdl |
| max_distance = MAXDISTANCE_rdl |
| max_enclose = MAXENCLOSE_rdl |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.067885 * (1 - exp(-0.080237 * (distance() + 1.66971))) * pow(width() , 0.00101302 * distance() + 0.0182631) * (0.00697758 * thickness() + 0.396053) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 8.63))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 8.63))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.067885 * (1 - exp(-0.080237 * (distance() + 1.66971))) * pow(width() , 0.00101302 * distance() + 0.0182631) * (0.00697758 * thickness() + 0.396053) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 8.63))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 8.63))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0343793 * (1 - exp(-0.061295 * (distance() + 1.48093))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 8.63))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 8.63))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0647529 * pow(width() , 0.133339) * (0.0129757 * thickness() + 0.357697) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 8.63))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 8.63))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (9.9382e-05 * distance() + 0.0601898) * (0.88114 - exp(-(-0.0001552 * distance() + 0.0204528) * (enclose() + 3.15703 * distance() + 24.6629) - (-2.33602e-05 * distance() + -0.00029145) * (enclose() + 0.0135723 * distance() + -40.1227) * (enclose() + 0.0135723 * distance() + -40.1227))) + 0.5 * 0.3649 * exp(-0.0669553 * enclose()) * (0.154283 - 0.130478 * exp(-0.0513897 * distance()) * pow(distance() , 0.102918))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 8.63))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 8.63))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (9.9382e-05 * distance() + 0.0601898) * (0.88114 - exp(-(-0.0001552 * distance() + 0.0204528) * (enclose() + 3.15703 * distance() + 24.6629) - (-2.33602e-05 * distance() + -0.00029145) * (enclose() + 0.0135723 * distance() + -40.1227) * (enclose() + 0.0135723 * distance() + -40.1227))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 8.63))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 8.63))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0285751 * (1 - exp(-0.108207 * (enclose() + 2.24933))) * pow(width() , 0.00120322 * enclose() + 0.0253765) + 0.5 * (0.0100718 * exp(-0.081933 * enclose()) + 0.00026757 * exp(0.00973656 * enclose())) * pow(width() , 0.00458556 * enclose() + -0.00583807)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 8.63))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 8.63))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0285751 * (1 - exp(-0.108207 * (enclose() + 2.24933))) * pow(width() , 0.00120322 * enclose() + 0.0253765) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 8.63))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 8.63))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,m4,m5 |
| // |
| CAPACITANCE NEARBODY m5 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = length() * (exp(-0.344767 - 1.31084 * distance()) + 0.11523 / pow(distance() , 0.91978)) * 4.9694 * pow((width1() + width2()) / 2 , 0.0649636) * (0.0323511 * (thickness1() + thickness2()) / 2 + 0.0221448) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.505))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.505))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,m4,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m5 m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_calenclose = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| max_enclose = MAXENCLOSE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.199564 * (1 - exp(-0.523604 * (distance() + 0.249874))) * pow(width() , 0.00068084 * distance() + 0.0846859) * (0.00770743 * thickness() + 0.348115) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.505))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.505))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.199564 * (1 - exp(-0.523604 * (distance() + 0.249874))) * pow(width() , 0.00068084 * distance() + 0.0846859) * (0.00770743 * thickness() + 0.348115) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.505))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.505))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0735888 * (1 - exp(-0.511423 * (distance() + 0.216932))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.505))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.505))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.14271 * pow(width() , 0.133804) * (0.021196 * thickness() + 0.474292) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 0.505))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 0.505))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.0149407 * distance() + 2.75277) * (0.0450891 - exp(-(-0.0445925 * distance() + 0.0362678) * (enclose() + 5.25293 * distance() + 26.0745) - (0.00010702 * distance() + 0.0135196) * (enclose() + 3.69837 * distance() + 12.5946) * (enclose() + 3.69837 * distance() + 12.5946))) + 0.5 * 0.354058 * exp(-0.332034 * enclose()) * (0.116496 - 0.107691 * exp(-0.115659 * distance()) * pow(distance() , 0.0630926))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.505))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.505))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.0149407 * distance() + 2.75277) * (0.0450891 - exp(-(-0.0445925 * distance() + 0.0362678) * (enclose() + 5.25293 * distance() + 26.0745) - (0.00010702 * distance() + 0.0135196) * (enclose() + 3.69837 * distance() + 12.5946) * (enclose() + 3.69837 * distance() + 12.5946))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.505))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.505))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0710879 * (1 - exp(-0.920074 * (enclose() + 0.69007))) * pow(width() , 0.00159845 * enclose() + 0.0853506) + 0.5 * (0.016478 * exp(-0.754577 * enclose()) + 0.00764221 * exp(-0.179162 * enclose())) * pow(width() , 0.032401 * enclose() + 0.0189158)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 0.505))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 0.505))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0710879 * (1 - exp(-0.920074 * (enclose() + 0.69007))) * pow(width() , 0.00159845 * enclose() + 0.0853506) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 0.505))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 0.505))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,m4,rdl |
| // |
| CAPACITANCE NEARBODY rdl INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 40 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_rdl |
| max_radius = MAXRADIUS_rdl |
| max_distance = MAXDISTANCE_rdl |
| C = length() * (exp(-2.95725 - 0.0780316 * distance()) + 0.496368 / pow(distance() , 0.902433)) * 0.928356 * pow((width1() + width2()) / 2 , 0.241645) * (0.0171109 * (thickness1() + thickness2()) / 2 + 0.0976567) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 7.395))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 7.395))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,m4,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE rdl m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 40 // For reference |
| max_caldistance = 40 // For reference |
| max_calenclose = 40 // For reference |
| max_width = MAXWIDTH_rdl |
| max_radius = MAXRADIUS_rdl |
| max_distance = MAXDISTANCE_rdl |
| max_enclose = MAXENCLOSE_rdl |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.069311 * (1 - exp(-0.0871434 * (distance() + 1.46193))) * pow(width() , 0.00107388 * distance() + 0.0169804) * (0.00747517 * thickness() + 0.39842) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 7.395))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 7.395))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.069311 * (1 - exp(-0.0871434 * (distance() + 1.46193))) * pow(width() , 0.00107388 * distance() + 0.0169804) * (0.00747517 * thickness() + 0.39842) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 7.395))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 7.395))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0353672 * (1 - exp(-0.065836 * (distance() + 1.41024))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 7.395))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 7.395))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0655027 * pow(width() , 0.131974) * (0.0134641 * thickness() + 0.364108) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 7.395))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 7.395))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00266179 * distance() + 0.0477837) * (0.414733 - exp(-(-0.00285048 * distance() + 0.200925) * (enclose() + 0.200179 * distance() + 4.24999) - (-0.0003027 * distance() + 0.0110599) * (enclose() + 0.00793374 * distance() + -2.41893) * (enclose() + 0.00793374 * distance() + -2.41893))) + 0.5 * 0.343449 * exp(-0.067452 * enclose()) * (0.15578 - 0.128284 * exp(-0.0505079 * distance()) * pow(distance() , 0.115372))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 7.395))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 7.395))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00266179 * distance() + 0.0477837) * (0.414733 - exp(-(-0.00285048 * distance() + 0.200925) * (enclose() + 0.200179 * distance() + 4.24999) - (-0.0003027 * distance() + 0.0110599) * (enclose() + 0.00793374 * distance() + -2.41893) * (enclose() + 0.00793374 * distance() + -2.41893))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 7.395))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 7.395))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0295656 * (1 - exp(-0.118834 * (enclose() + 2.52146))) * pow(width() , 0.00123377 * enclose() + 0.0252951) + 0.5 * (0.0008073 * exp(-0.0167667 * enclose()) + 0.00809019 * exp(-0.0970815 * enclose())) * pow(width() , 0.00493818 * enclose() + -0.00570677)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 7.395))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 7.395))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0295656 * (1 - exp(-0.118834 * (enclose() + 2.52146))) * pow(width() , 0.00123377 * enclose() + 0.0252951) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 7.395))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 7.395))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 37 target: nearbody profile: field layers: field_base,m5,rdl |
| // |
| CAPACITANCE NEARBODY rdl INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 40 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_rdl |
| max_radius = MAXRADIUS_rdl |
| max_distance = MAXDISTANCE_rdl |
| C = length() * (exp(-2.98253 - 0.0845851 * distance()) + 0.532377 / pow(distance() , 0.933506)) * 0.899061 * pow((width1() + width2()) / 2 , 0.256551) * (0.0172202 * (thickness1() + thickness2()) / 2 + 0.0865739) * m37NB_COEF * (1 - m37RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 5.63))) * (1 - m37RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 5.63))) |
| ] |
| // |
| // model: 37 target: crossovere profile: field layers: field_base,m5,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE rdl m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 40 // For reference |
| max_caldistance = 40 // For reference |
| max_calenclose = 40 // For reference |
| max_width = MAXWIDTH_rdl |
| max_radius = MAXRADIUS_rdl |
| max_distance = MAXDISTANCE_rdl |
| max_enclose = MAXENCLOSE_rdl |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0733346 * (1 - exp(-0.103556 * (distance() + 1.13903))) * pow(width() , 0.00118257 * distance() + 0.0137203) * (0.00857427 * thickness() + 0.404457) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.63))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.63))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0733346 * (1 - exp(-0.103556 * (distance() + 1.13903))) * pow(width() , 0.00118257 * distance() + 0.0137203) * (0.00857427 * thickness() + 0.404457) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.63))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.63))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0380667 * (1 - exp(-0.0758824 * (distance() + 1.42469))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.63))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.63))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0644537 * pow(width() , 0.126976) * (0.0154992 * thickness() + 0.3986) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 5.63))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 5.63))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00042233 * distance() + 0.094285) * (0.570898 - exp(-(-0.0008044 * distance() + 0.0780185) * (enclose() + 1.38161 * distance() + 1.95827) - (-4.46197e-05 * distance() + 0.00025182) * (enclose() + 0.13254 * distance() + -39.7588) * (enclose() + 0.13254 * distance() + -39.7588))) + 0.5 * 0.314244 * exp(-0.0682102 * enclose()) * (0.156324 - 0.12476 * exp(-0.0483947 * distance()) * pow(distance() , 0.124375))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.63))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.63))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00042233 * distance() + 0.094285) * (0.570898 - exp(-(-0.0008044 * distance() + 0.0780185) * (enclose() + 1.38161 * distance() + 1.95827) - (-4.46197e-05 * distance() + 0.00025182) * (enclose() + 0.13254 * distance() + -39.7588) * (enclose() + 0.13254 * distance() + -39.7588))) * m37IN_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.63))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.63))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0321785 * (1 - exp(-0.144164 * (enclose() + 2.63536))) * pow(width() , 0.00124842 * enclose() + 0.0251926) + 0.5 * (0.00168686 * exp(-0.0424598 * enclose()) + 0.00524512 * exp(-0.137941 * enclose())) * pow(width() , 0.00567961 * enclose() + -0.00511306)) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 5.63))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 5.63))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0321785 * (1 - exp(-0.144164 * (enclose() + 2.63536))) * pow(width() , 0.00124842 * enclose() + 0.0251926) * m37IN0_COEF * (1 - m37RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 5.63))) * (1 - m37RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 5.63))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,ply,li,m1 |
| // |
| CAPACITANCE NEARBODY li INSIDE OF ply m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-1.05941 - 3.61092 * distance()) + 0.00122339 / pow(distance() , 2.35513)) * 3.6379 * pow((width1() + width2()) / 2 , 0.00823327) * (0.206227 * (thickness1() + thickness2()) / 2 + 0.0480627) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.4299))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.4299))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,ply,li,m1 |
| // |
| CAPACITANCE CROSSOVER FRINGE li m1 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.165948 * (1 - exp(-2.85062 * (distance() + -0.0317826))) * pow(width() , 0.00163486 * distance() + 0.00661008) * (0.624852 * thickness() + 0.105031) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0277125 * (1 - exp(-2.9124 * (distance() + -0.0347141))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.126086 * pow(width() , 0.0130329) * (1.73384 * thickness() + 0.0417253) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (6.32776e-05 * distance() + 0.0899033) * (0.595167 - exp(-(-0.263708 * distance() + 5.04054) * (enclose() + -0.00552175 * distance() + 0.289643) - (1.7359 * distance() + -2.61385) * (enclose() + -0.143284 * distance() + 0.648235) * (enclose() + -0.143284 * distance() + 0.648235))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.165948 * (1 - exp(-2.85062 * (distance() + -0.0317826))) * pow(width() , 0.00163486 * distance() + 0.00661008) * (0.624852 * thickness() + 0.105031) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0451415 * (0.595167 - exp(-3.45829 * (enclose() + 0.256512) - 7.80155 * (enclose() + -0.211469) * (enclose() + -0.211469))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,ply,li,m1 |
| // |
| CAPACITANCE CROSSOVER FRINGE li ply INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.102383 * (1 - exp(-2.82426 * (distance() + -0.0399372))) * pow(width() , 0.00191551 * distance() + -0.00451639) * (0.183743 * thickness() + 0.216941) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.102383 * (1 - exp(-2.82426 * (distance() + -0.0399372))) * pow(width() , 0.00191551 * distance() + -0.00451639) * (0.183743 * thickness() + 0.216941) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0240337 * (1 - exp(-2.89634 * (distance() + -0.0448746))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.141388 * pow(width() , -0.00654125) * (0.147956 * thickness() + 0.153321) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00211833 * distance() + 0.194587) * (0.258845 - exp(-(-2.56563 * distance() + 0.764113) * (enclose() + 2.29682 * distance() + 1.1976) - (0.00277105 * distance() + 0.41534) * (enclose() + 3.63793 * distance() + 0.794511) * (enclose() + 3.63793 * distance() + 0.794511))) + 0.5 * 0.297182 * exp(-3.62037 * enclose()) * (0.0459283 - 0.200077 * exp(-2.33988 * distance()) * pow(distance() , 0.63592))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00211833 * distance() + 0.194587) * (0.258845 - exp(-(-2.56563 * distance() + 0.764113) * (enclose() + 2.29682 * distance() + 1.1976) - (0.00277105 * distance() + 0.41534) * (enclose() + 3.63793 * distance() + 0.794511) * (enclose() + 3.63793 * distance() + 0.794511))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0243069 * (1 - exp(-3.39713 * (enclose() + 0.151617))) * pow(width() , 0.00033749 * enclose() + 0.00043821) + 0.5 * (0.00704468 * exp(-3.29483 * enclose()) + 0.00651223 * exp(-3.30838 * enclose())) * pow(width() , 0.00124404 * enclose() + 0.00369897)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.4299))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0243069 * (1 - exp(-3.39713 * (enclose() + 0.151617))) * pow(width() , 0.00033749 * enclose() + 0.00043821) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.4299))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,ply,li,m2 |
| // |
| CAPACITANCE NEARBODY li INSIDE OF ply m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-0.901016 - 2.37199 * distance()) + 0.0067561 / pow(distance() , 1.86988)) * 3.09528 * pow((width1() + width2()) / 2 , 0.0328214) * (0.147009 * (thickness1() + thickness2()) / 2 + 0.039912) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.4299))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.4299))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,ply,li,m2 |
| // |
| CAPACITANCE CROSSOVER FRINGE li m2 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0800415 * (1 - exp(-1.82731 * (distance() + 0.00525672))) * pow(width() , 0.00132205 * distance() + 0.0640461) * (0.381832 * thickness() + 0.161123) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0147939 * (1 - exp(-1.87841 * (distance() + -0.0118435))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.11061 * pow(width() , 0.0948329) * (0.398467 * thickness() + 0.106445) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00129689 * distance() + 0.0873623) * (0.342845 - exp(-(-0.506064 * distance() + 0.214576) * (enclose() + 3.44803 * distance() + 2.51159) - (0.00194405 * distance() + 0.133587) * (enclose() + 3.32967 * distance() + 1.5196) * (enclose() + 3.32967 * distance() + 1.5196))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0800415 * (1 - exp(-1.82731 * (distance() + 0.00525672))) * pow(width() , 0.00132205 * distance() + 0.0640461) * (0.381832 * thickness() + 0.161123) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0397905 * (0.342845 - exp(2.82181 * (enclose() + 23.1998) - 0.145251 * (enclose() + 21.4976) * (enclose() + 21.4976))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,ply,li,m2 |
| // |
| CAPACITANCE CROSSOVER FRINGE li ply INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.141917 * (1 - exp(-1.83251 * (distance() + -0.00990026))) * pow(width() , 0.00320769 * distance() + -0.00029026) * (0.151243 * thickness() + 0.215268) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.141917 * (1 - exp(-1.83251 * (distance() + -0.00990026))) * pow(width() , 0.00320769 * distance() + -0.00029026) * (0.151243 * thickness() + 0.215268) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0322032 * (1 - exp(-1.91686 * (distance() + -0.0294766))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.161582 * pow(width() , 0.00436057) * (0.160226 * thickness() + 0.184067) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00217101 * distance() + 0.22554) * (0.292618 - exp(-(-0.63145 * distance() + 0.781069) * (enclose() + 1.62066 * distance() + 1.29101) - (0.0108004 * distance() + 0.255446) * (enclose() + 1.64754 * distance() + 0.54277) * (enclose() + 1.64754 * distance() + 0.54277))) + 0.5 * 0.373568 * exp(-2.67876 * enclose()) * (0.0623185 - 0.148914 * exp(-1.40723 * distance()) * pow(distance() , 0.403936))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00217101 * distance() + 0.22554) * (0.292618 - exp(-(-0.63145 * distance() + 0.781069) * (enclose() + 1.62066 * distance() + 1.29101) - (0.0108004 * distance() + 0.255446) * (enclose() + 1.64754 * distance() + 0.54277) * (enclose() + 1.64754 * distance() + 0.54277))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0329537 * (1 - exp(-2.51539 * (enclose() + 0.182215))) * pow(width() , -0.00017009 * enclose() + 0.0149717) + 0.5 * (0.0134372 * exp(-2.45831 * enclose()) + 0.00966542 * exp(-2.02034 * enclose())) * pow(width() , 0.0147136 * enclose() + 0.0121693)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.4299))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0329537 * (1 - exp(-2.51539 * (enclose() + 0.182215))) * pow(width() , -0.00017009 * enclose() + 0.0149717) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.4299))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,ply,li,m3 |
| // |
| CAPACITANCE NEARBODY li INSIDE OF ply m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-0.876282 - 1.86775 * distance()) + 0.0189182 / pow(distance() , 1.56143)) * 2.81244 * pow((width1() + width2()) / 2 , 0.0621145) * (0.122788 * (thickness1() + thickness2()) / 2 + 0.0359259) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.4299))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.4299))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,ply,li,m3 |
| // |
| CAPACITANCE CROSSOVER FRINGE li m3 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0500305 * (1 - exp(-1.46249 * (distance() + 0.0453163))) * pow(width() , 0.00354299 * distance() + 0.0599926) * (0.324168 * thickness() + 0.175326) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00955445 * (1 - exp(-1.53758 * (distance() + 0.00854173))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0938114 * pow(width() , 0.0956691) * (0.21786 * thickness() + 0.0908177) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (9.0994e-05 * distance() + 0.0337185) * (0.519621 - exp(-(0.0151726 * distance() + 0.267525) * (enclose() + 0.346559 * distance() + 1.46226) - (0.117004 * distance() + 0.017219) * (enclose() + -0.258902 * distance() + 1.88403) * (enclose() + -0.258902 * distance() + 1.88403))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0500305 * (1 - exp(-1.46249 * (distance() + 0.0453163))) * pow(width() , 0.00354299 * distance() + 0.0599926) * (0.324168 * thickness() + 0.175326) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0171322 * (0.519621 - exp(-0.358561 * (enclose() + 3.54161) - 0.719243 * (enclose() + 0.330618) * (enclose() + 0.330618))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,ply,li,m3 |
| // |
| CAPACITANCE CROSSOVER FRINGE li ply INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.162118 * (1 - exp(-1.4897 * (distance() + 0.0266843))) * pow(width() , 0.0051571 * distance() + 0.00168799) * (0.143953 * thickness() + 0.218188) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.162118 * (1 - exp(-1.4897 * (distance() + 0.0266843))) * pow(width() , 0.0051571 * distance() + 0.00168799) * (0.143953 * thickness() + 0.218188) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0366282 * (1 - exp(-1.58518 * (distance() + -0.00939545))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.172501 * pow(width() , 0.0193376) * (0.152521 * thickness() + 0.202754) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00068969 * distance() + 0.121592) * (0.606461 - exp(-(-0.0562033 * distance() + 2.11359) * (enclose() + 0.0546354 * distance() + 0.423414) - (0.0952769 * distance() + -0.643607) * (enclose() + -0.519026 * distance() + 0.896076) * (enclose() + -0.519026 * distance() + 0.896076))) + 0.5 * 0.395309 * exp(-2.15651 * enclose()) * (0.0763802 - 0.132613 * exp(-1.00178 * distance()) * pow(distance() , 0.282142))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00068969 * distance() + 0.121592) * (0.606461 - exp(-(-0.0562033 * distance() + 2.11359) * (enclose() + 0.0546354 * distance() + 0.423414) - (0.0952769 * distance() + -0.643607) * (enclose() + -0.519026 * distance() + 0.896076) * (enclose() + -0.519026 * distance() + 0.896076))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0380544 * (1 - exp(-2.10989 * (enclose() + 0.201597))) * pow(width() , -0.00090272 * enclose() + 0.0315991) + 0.5 * (0.0170742 * exp(-2.32739 * enclose()) + 0.013653 * exp(-1.26974 * enclose())) * pow(width() , 0.0343263 * enclose() + 0.0295091)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.4299))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0380544 * (1 - exp(-2.10989 * (enclose() + 0.201597))) * pow(width() , -0.00090272 * enclose() + 0.0315991) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.4299))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,ply,li,m4 |
| // |
| CAPACITANCE NEARBODY li INSIDE OF ply m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-1.20444 - 1.54946 * distance()) + 0.0319395 / pow(distance() , 1.32282)) * 3.57441 * pow((width1() + width2()) / 2 , 0.0942935) * (0.103134 * (thickness1() + thickness2()) / 2 + 0.0320625) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.4299))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.4299))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,ply,li,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE li m4 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0308997 * (1 - exp(-1.27583 * (distance() + 0.0847249))) * pow(width() , 0.00587927 * distance() + 0.0592681) * (0.292973 * thickness() + 0.183127) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00595997 * (1 - exp(-1.36107 * (distance() + 0.0321489))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.075205 * pow(width() , 0.108604) * (0.143836 * thickness() + 0.0753242) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-7.52097e-05 * distance() + 0.0187887) * (0.588338 - exp(-(0.0319331 * distance() + 0.159645) * (enclose() + 0.187465 * distance() + 1.57504) - (0.0349035 * distance() + 0.0152211) * (enclose() + -0.28887 * distance() + 2.69093) * (enclose() + -0.28887 * distance() + 2.69093))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0308997 * (1 - exp(-1.27583 * (distance() + 0.0847249))) * pow(width() , 0.00587927 * distance() + 0.0592681) * (0.292973 * thickness() + 0.183127) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00916872 * (0.588338 - exp(-0.351244 * (enclose() + 2.69983) - 0.224642 * (enclose() + 0.95771) * (enclose() + 0.95771))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,ply,li,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE li ply INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.179697 * (1 - exp(-1.31571 * (distance() + 0.0609975))) * pow(width() , 0.00701192 * distance() + 0.00459491) * (0.139833 * thickness() + 0.218657) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.179697 * (1 - exp(-1.31571 * (distance() + 0.0609975))) * pow(width() , 0.00701192 * distance() + 0.00459491) * (0.139833 * thickness() + 0.218657) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0400396 * (1 - exp(-1.41146 * (distance() + 0.0121014))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.179192 * pow(width() , 0.0394618) * (0.156624 * thickness() + 0.220887) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00128742 * distance() + 0.105075) * (0.686377 - exp(-(0.189219 * distance() + 1.08039) * (enclose() + -0.0512618 * distance() + 0.58024) - (0.0509399 * distance() + -0.0322696) * (enclose() + -0.710578 * distance() + 3.3889) * (enclose() + -0.710578 * distance() + 3.3889))) + 0.5 * 0.416725 * exp(-1.76323 * enclose()) * (0.0872025 - 0.121626 * exp(-0.771169 * distance()) * pow(distance() , 0.198364))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00128742 * distance() + 0.105075) * (0.686377 - exp(-(0.189219 * distance() + 1.08039) * (enclose() + -0.0512618 * distance() + 0.58024) - (0.0509399 * distance() + -0.0322696) * (enclose() + -0.710578 * distance() + 3.3889) * (enclose() + -0.710578 * distance() + 3.3889))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0422122 * (1 - exp(-1.82884 * (enclose() + 0.220172))) * pow(width() , -0.00179836 * enclose() + 0.0490186) + 0.5 * (0.01975 * exp(-0.896891 * enclose()) + 0.0190974 * exp(-2.26318 * enclose())) * pow(width() , 0.0540218 * enclose() + 0.0553769)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.4299))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0422122 * (1 - exp(-1.82884 * (enclose() + 0.220172))) * pow(width() , -0.00179836 * enclose() + 0.0490186) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.4299))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,ply,li,m5 |
| // |
| CAPACITANCE NEARBODY li INSIDE OF ply m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-1.29504 - 1.42403 * distance()) + 0.0457067 / pow(distance() , 1.20975)) * 3.68122 * pow((width1() + width2()) / 2 , 0.113072) * (0.0917196 * (thickness1() + thickness2()) / 2 + 0.0298856) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.4299))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.4299))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,ply,li,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE li m5 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0221983 * (1 - exp(-1.21744 * (distance() + 0.103275))) * pow(width() , 0.00700803 * distance() + 0.0590844) * (0.280561 * thickness() + 0.185903) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00428603 * (1 - exp(-1.30467 * (distance() + 0.0445116))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0636306 * pow(width() , 0.118217) * (0.113646 * thickness() + 0.0661986) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00030039 * distance() + 0.0138906) * (0.628736 - exp(-(0.0719191 * distance() + 0.186719) * (enclose() + -0.00295366 * distance() + 1.76662) - (0.00921924 * distance() + -0.00167243) * (enclose() + -0.384984 * distance() + 2.72496) * (enclose() + -0.384984 * distance() + 2.72496))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0221983 * (1 - exp(-1.21744 * (distance() + 0.103275))) * pow(width() , 0.00700803 * distance() + 0.0590844) * (0.280561 * thickness() + 0.185903) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00604413 * (0.628736 - exp(-0.618234 * (enclose() + 1.7489) - 0.053643 * (enclose() + 0.415056) * (enclose() + 0.415056))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,ply,li,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE li ply INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.187659 * (1 - exp(-1.26169 * (distance() + 0.0773624))) * pow(width() , 0.00781948 * distance() + 0.00746639) * (0.140682 * thickness() + 0.219657) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.187659 * (1 - exp(-1.26169 * (distance() + 0.0773624))) * pow(width() , 0.00781948 * distance() + 0.00746639) * (0.140682 * thickness() + 0.219657) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0416709 * (1 - exp(-1.3556 * (distance() + 0.0235947))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.181042 * pow(width() , 0.0534589) * (0.161862 * thickness() + 0.232779) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-5.63556e-05 * distance() + 0.115963) * (0.691877 - exp(-(-0.0844035 * distance() + 1.69023) * (enclose() + 0.155046 * distance() + 0.310162) - (0.0847359 * distance() + -0.616022) * (enclose() + -0.5226 * distance() + 0.656949) * (enclose() + -0.5226 * distance() + 0.656949))) + 0.5 * 0.433818 * exp(-1.57669 * enclose()) * (0.0908626 - 0.115372 * exp(-0.691453 * distance()) * pow(distance() , 0.162891))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-5.63556e-05 * distance() + 0.115963) * (0.691877 - exp(-(-0.0844035 * distance() + 1.69023) * (enclose() + 0.155046 * distance() + 0.310162) - (0.0847359 * distance() + -0.616022) * (enclose() + -0.5226 * distance() + 0.656949) * (enclose() + -0.5226 * distance() + 0.656949))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0442198 * (1 - exp(-1.70695 * (enclose() + 0.230429))) * pow(width() , -0.00231869 * enclose() + 0.0587348) + 0.5 * (0.0221993 * exp(-0.714107 * enclose()) + 0.0217282 * exp(-2.16117 * enclose())) * pow(width() , 0.0628133 * enclose() + 0.0746256)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.4299))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0442198 * (1 - exp(-1.70695 * (enclose() + 0.230429))) * pow(width() , -0.00231869 * enclose() + 0.0587348) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.4299))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,ply,li,rdl |
| // |
| CAPACITANCE NEARBODY li INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-1.50327 - 1.33055 * distance()) + 0.0848261 / pow(distance() , 1.02673)) * 3.99091 * pow((width1() + width2()) / 2 , 0.144743) * (0.0735674 * (thickness1() + thickness2()) / 2 + 0.0245703) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.4299))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.4299))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,ply,li,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE li rdl INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.00746368 * (1 - exp(-1.15372 * (distance() + 0.115978))) * pow(width() , 0.00990643 * distance() + 0.0261421) * (0.263067 * thickness() + 0.182554) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00143186 * (1 - exp(-1.2635 * (distance() + 0.046449))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0278538 * pow(width() , 0.102922) * (0.0832815 * thickness() + 0.0510337) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-6.8819e-05 * distance() + 0.00424981) * (0.662588 - exp(-(0.00999992 * distance() + 0.17373) * (enclose() + 0.14395 * distance() + 1.98955) - (0.00356097 * distance() + -0.0124118) * (enclose() + -0.705311 * distance() + 2.51922) * (enclose() + -0.705311 * distance() + 2.51922))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.00746368 * (1 - exp(-1.15372 * (distance() + 0.115978))) * pow(width() , 0.00990643 * distance() + 0.0261421) * (0.263067 * thickness() + 0.182554) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00191845 * (0.662588 - exp(-0.23373 * (enclose() + 2.85325) - 0.00895402 * (enclose() + -1.71265) * (enclose() + -1.71265))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,ply,li,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE li ply INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.156411 * (1 - exp(-1.23349 * (distance() + 0.0982881))) * pow(width() , 0.00783758 * distance() + 0.0215082) * (0.178988 * thickness() + 0.287045) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.156411 * (1 - exp(-1.23349 * (distance() + 0.0982881))) * pow(width() , 0.00783758 * distance() + 0.0215082) * (0.178988 * thickness() + 0.287045) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0445457 * (1 - exp(-1.3132 * (distance() + 0.0417966))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.187188 * pow(width() , 0.0881797) * (0.169737 * thickness() + 0.253436) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00154479 * distance() + 0.0954714) * (0.792892 - exp(-(0.0538864 * distance() + 1.64417) * (enclose() + -0.0912689 * distance() + 0.67636) - (0.0389076 * distance() + -0.152082) * (enclose() + -0.791651 * distance() + 2.5576) * (enclose() + -0.791651 * distance() + 2.5576))) + 0.5 * 0.45717 * exp(-1.22839 * enclose()) * (0.0973835 - 0.107858 * exp(-0.619785 * distance()) * pow(distance() , 0.114095))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00154479 * distance() + 0.0954714) * (0.792892 - exp(-(0.0538864 * distance() + 1.64417) * (enclose() + -0.0912689 * distance() + 0.67636) - (0.0389076 * distance() + -0.152082) * (enclose() + -0.791651 * distance() + 2.5576) * (enclose() + -0.791651 * distance() + 2.5576))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.4299))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0470922 * (1 - exp(-1.54195 * (enclose() + 0.247364))) * pow(width() , -0.00283268 * enclose() + 0.0728463) + 0.5 * (0.0296393 * exp(-1.8722 * enclose()) + 0.0261164 * exp(-0.398307 * enclose())) * pow(width() , 0.0713181 * enclose() + 0.126553)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.4299))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0470922 * (1 - exp(-1.54195 * (enclose() + 0.247364))) * pow(width() , -0.00283268 * enclose() + 0.0728463) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.4299))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.4299))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,ply,m1,m2 |
| // |
| CAPACITANCE NEARBODY m1 INSIDE OF ply m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.1409 - 2.70037 * distance()) + 0.00255639 / pow(distance() , 1.00069)) * 3.13967 * pow((width1() + width2()) / 2 , 0.0239805) * (0.25008 * (thickness1() + thickness2()) / 2 + 0.0344359) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.8699))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.8699))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,ply,m1,m2 |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 m2 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.157952 * (1 - exp(-1.98876 * (distance() + 0.0252473))) * pow(width() , -0.00168981 * distance() + 0.122029) * (1.65611 * thickness() + -0.272587) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0472472 * (1 - exp(-1.9291 * (distance() + 0.0335648))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.278893 * pow(width() , 0.190651) * (2.09419 * thickness() + -0.579319) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (4.06942e-05 * distance() + 0.0929587) * (0.916883 - exp(-(0.0302525 * distance() + 3.32165) * (enclose() + -0.0505577 * distance() + 0.453362) - (0.179973 * distance() + -0.758094) * (enclose() + -0.351048 * distance() + 1.41072) * (enclose() + -0.351048 * distance() + 1.41072))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.157952 * (1 - exp(-1.98876 * (distance() + 0.0252473))) * pow(width() , -0.00168981 * distance() + 0.122029) * (1.65611 * thickness() + -0.272587) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0466218 * (0.916883 - exp(-3.53342 * (enclose() + 0.0994581) - 0.501717 * (enclose() + -1.04662) * (enclose() + -1.04662))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,ply,m1,m2 |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 ply INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0744148 * (1 - exp(-1.6489 * (distance() + -0.0159566))) * pow(width() , 0.00297624 * distance() + 0.00131396) * (0.0623819 * thickness() + 0.226959) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0744148 * (1 - exp(-1.6489 * (distance() + -0.0159566))) * pow(width() , 0.00297624 * distance() + 0.00131396) * (0.0623819 * thickness() + 0.226959) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0181632 * (1 - exp(-1.73965 * (distance() + -0.0357862))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.11955 * pow(width() , 0.00882572) * (0.0391323 * thickness() + 0.139028) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.8699))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00102194 * distance() + 0.0618631) * (0.631846 - exp(-(-1.14241 * distance() + 0.267405) * (enclose() + 1.99711 * distance() + 0.685982) - (0.00178825 * distance() + 0.22011) * (enclose() + 3.06629 * distance() + 0.693334) * (enclose() + 3.06629 * distance() + 0.693334))) + 0.5 * 0.239992 * exp(-1.96033 * enclose()) * (0.068995 - 0.146997 * exp(-1.27283 * distance()) * pow(distance() , 0.370392))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00102194 * distance() + 0.0618631) * (0.631846 - exp(-(-1.14241 * distance() + 0.267405) * (enclose() + 1.99711 * distance() + 0.685982) - (0.00178825 * distance() + 0.22011) * (enclose() + 3.06629 * distance() + 0.693334) * (enclose() + 3.06629 * distance() + 0.693334))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0186577 * (1 - exp(-1.7837 * (enclose() + 0.192776))) * pow(width() , 0.0013578 * enclose() + 0.00945991) + 0.5 * (0.00856846 * exp(-1.84981 * enclose()) + 0.00855586 * exp(-1.84934 * enclose())) * pow(width() , -0.00446236 * enclose() + 0.0262573)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.8699))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0186577 * (1 - exp(-1.7837 * (enclose() + 0.192776))) * pow(width() , 0.0013578 * enclose() + 0.00945991) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.8699))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,ply,m1,m3 |
| // |
| CAPACITANCE NEARBODY m1 INSIDE OF ply m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.24349 - 1.88615 * distance()) + 0.00809102 / pow(distance() , 1.03673)) * 3.48245 * pow((width1() + width2()) / 2 , 0.0437633) * (0.222361 * (thickness1() + thickness2()) / 2 + 0.0280895) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.8699))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.8699))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,ply,m1,m3 |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 m3 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.121617 * (1 - exp(-0.992924 * (distance() + 0.0396793))) * pow(width() , 0.00323835 * distance() + 0.0414263) * (0.322788 * thickness() + 0.0815683) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.022499 * (1 - exp(-1.06367 * (distance() + -0.00241803))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.116692 * pow(width() , 0.0708816) * (0.466106 * thickness() + 0.035994) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (0.00022278 * distance() + 0.0877243) * (0.47406 - exp(-(0.00997607 * distance() + 1.01926) * (enclose() + 0.0365814 * distance() + 1.11698) - (0.129447 * distance() + -0.218891) * (enclose() + -0.232761 * distance() + 1.54959) * (enclose() + -0.232761 * distance() + 1.54959))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.121617 * (1 - exp(-0.992924 * (distance() + 0.0396793))) * pow(width() , 0.00323835 * distance() + 0.0414263) * (0.322788 * thickness() + 0.0815683) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0446419 * (0.47406 - exp(-1.08909 * (enclose() + 1.37305) - 0.687238 * (enclose() + -0.079737) * (enclose() + -0.079737))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,ply,m1,m3 |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 ply INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.117433 * (1 - exp(-0.97578 * (distance() + 0.0228829))) * pow(width() , 0.00596527 * distance() + -0.00994139) * (0.0762449 * thickness() + 0.201253) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.117433 * (1 - exp(-0.97578 * (distance() + 0.0228829))) * pow(width() , 0.00596527 * distance() + -0.00994139) * (0.0762449 * thickness() + 0.201253) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.026034 * (1 - exp(-1.08054 * (distance() + -0.0233604))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.13516 * pow(width() , 0.0128838) * (0.0713506 * thickness() + 0.168618) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.8699))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-4.08221e-05 * distance() + 0.0904121) * (0.557989 - exp(-(0.130133 * distance() + 0.899647) * (enclose() + -0.112542 * distance() + 1.08582) - (0.0569844 * distance() + -0.11817) * (enclose() + -0.473024 * distance() + 2.10031) * (enclose() + -0.473024 * distance() + 2.10031))) + 0.5 * 0.342553 * exp(-1.55069 * enclose()) * (0.0813007 - 0.127522 * exp(-0.784165 * distance()) * pow(distance() , 0.240942))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-4.08221e-05 * distance() + 0.0904121) * (0.557989 - exp(-(0.130133 * distance() + 0.899647) * (enclose() + -0.112542 * distance() + 1.08582) - (0.0569844 * distance() + -0.11817) * (enclose() + -0.473024 * distance() + 2.10031) * (enclose() + -0.473024 * distance() + 2.10031))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0266926 * (1 - exp(-1.34998 * (enclose() + 0.230491))) * pow(width() , 0.00091778 * enclose() + 0.0159528) + 0.5 * (0.0136175 * exp(-1.33338 * enclose()) + 0.0136277 * exp(-1.33718 * enclose())) * pow(width() , 0.00260756 * enclose() + 0.0206573)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.8699))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0266926 * (1 - exp(-1.34998 * (enclose() + 0.230491))) * pow(width() , 0.00091778 * enclose() + 0.0159528) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.8699))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,ply,m1,m4 |
| // |
| CAPACITANCE NEARBODY m1 INSIDE OF ply m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.26626 - 1.54773 * distance()) + 0.0189962 / pow(distance() , 0.908938)) * 3.52034 * pow((width1() + width2()) / 2 , 0.071334) * (0.186636 * (thickness1() + thickness2()) / 2 + 0.0273344) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.8699))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.8699))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,ply,m1,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 m4 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0711494 * (1 - exp(-0.695133 * (distance() + 0.113619))) * pow(width() , 0.00771489 * distance() + 0.0196476) * (0.220822 * thickness() + 0.119439) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0130597 * (1 - exp(-0.788209 * (distance() + 0.019403))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0958896 * pow(width() , 0.0685423) * (0.196014 * thickness() + 0.074957) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00051455 * distance() + 0.037241) * (0.69757 - exp(-(0.131709 * distance() + 0.217719) * (enclose() + -0.0813304 * distance() + 1.48892) - (0.0119704 * distance() + -0.0144057) * (enclose() + -0.184367 * distance() + 1.82024) * (enclose() + -0.184367 * distance() + 1.82024))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0711494 * (1 - exp(-0.695133 * (distance() + 0.113619))) * pow(width() , 0.00771489 * distance() + 0.0196476) * (0.220822 * thickness() + 0.119439) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0168196 * (0.69757 - exp(-1.13968 * (enclose() + 0.919607) - 0.0693871 * (enclose() + 0.529671) * (enclose() + 0.529671))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,ply,m1,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 ply INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.149175 * (1 - exp(-0.717962 * (distance() + 0.0906516))) * pow(width() , 0.00918306 * distance() + -0.0190656) * (0.0762419 * thickness() + 0.197643) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.149175 * (1 - exp(-0.717962 * (distance() + 0.0906516))) * pow(width() , 0.00918306 * distance() + -0.0190656) * (0.0762419 * thickness() + 0.197643) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0319985 * (1 - exp(-0.825957 * (distance() + 0.00386584))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.147021 * pow(width() , 0.0259981) * (0.0862303 * thickness() + 0.1927) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.8699))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.001554 * distance() + 0.137041) * (0.471931 - exp(-(-0.205333 * distance() + 0.228963) * (enclose() + 2.64599 * distance() + 2.53143) - (0.00122205 * distance() + 0.0600941) * (enclose() + 2.65125 * distance() + 1.06716) * (enclose() + 2.65125 * distance() + 1.06716))) + 0.5 * 0.425896 * exp(-1.23635 * enclose()) * (0.0909219 - 0.11512 * exp(-0.52643 * distance()) * pow(distance() , 0.155473))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.001554 * distance() + 0.137041) * (0.471931 - exp(-(-0.205333 * distance() + 0.228963) * (enclose() + 2.64599 * distance() + 2.53143) - (0.00122205 * distance() + 0.0600941) * (enclose() + 2.65125 * distance() + 1.06716) * (enclose() + 2.65125 * distance() + 1.06716))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0331108 * (1 - exp(-1.08101 * (enclose() + 0.260186))) * pow(width() , 0.00032434 * enclose() + 0.0296922) + 0.5 * (0.00676878 * exp(-0.656971 * enclose()) + 0.0307935 * exp(-1.09939 * enclose())) * pow(width() , 0.0128012 * enclose() + 0.0324708)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.8699))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0331108 * (1 - exp(-1.08101 * (enclose() + 0.260186))) * pow(width() , 0.00032434 * enclose() + 0.0296922) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.8699))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,ply,m1,m5 |
| // |
| CAPACITANCE NEARBODY m1 INSIDE OF ply m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.22255 - 1.44841 * distance()) + 0.0298962 / pow(distance() , 0.83584)) * 3.38528 * pow((width1() + width2()) / 2 , 0.0866775) * (0.167465 * (thickness1() + thickness2()) / 2 + 0.0263912) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.8699))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.8699))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,ply,m1,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 m5 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0495784 * (1 - exp(-0.609297 * (distance() + 0.163183))) * pow(width() , 0.00988311 * distance() + 0.011251) * (0.196494 * thickness() + 0.13225) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00919947 * (1 - exp(-0.704908 * (distance() + 0.0413718))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0869443 * pow(width() , 0.0755188) * (0.13113 * thickness() + 0.0677175) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00048214 * distance() + 0.0242116) * (0.772372 - exp(-(0.0928707 * distance() + 0.164718) * (enclose() + -0.00506148 * distance() + 1.32868) - (0.00863082 * distance() + -0.0185311) * (enclose() + -0.104544 * distance() + 1.31112) * (enclose() + -0.104544 * distance() + 1.31112))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0495784 * (1 - exp(-0.609297 * (distance() + 0.163183))) * pow(width() , 0.00988311 * distance() + 0.011251) * (0.196494 * thickness() + 0.13225) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0104183 * (0.772372 - exp(-0.814813 * (enclose() + 1.29325) - 0.0418846 * (enclose() + 0.579312) * (enclose() + 0.579312))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,ply,m1,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 ply INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.161617 * (1 - exp(-0.640985 * (distance() + 0.133557))) * pow(width() , 0.010669 * distance() + -0.0221712) * (0.0764622 * thickness() + 0.20099) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.161617 * (1 - exp(-0.640985 * (distance() + 0.133557))) * pow(width() , 0.010669 * distance() + -0.0221712) * (0.0764622 * thickness() + 0.20099) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0348471 * (1 - exp(-0.745794 * (distance() + 0.0251868))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.151472 * pow(width() , 0.0370274) * (0.0943313 * thickness() + 0.207348) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.8699))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00191097 * distance() + 0.23444) * (0.291095 - exp(-(-0.21809 * distance() + 0.209674) * (enclose() + 4.03689 * distance() + 4.84244) - (0.00037931 * distance() + 0.0361665) * (enclose() + 4.60543 * distance() + 1.8349) * (enclose() + 4.60543 * distance() + 1.8349))) + 0.5 * 0.467173 * exp(-1.08337 * enclose()) * (0.0949585 - 0.110245 * exp(-0.444815 * distance()) * pow(distance() , 0.121318))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00191097 * distance() + 0.23444) * (0.291095 - exp(-(-0.21809 * distance() + 0.209674) * (enclose() + 4.03689 * distance() + 4.84244) - (0.00037931 * distance() + 0.0361665) * (enclose() + 4.60543 * distance() + 1.8349) * (enclose() + 4.60543 * distance() + 1.8349))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0363417 * (1 - exp(-0.965351 * (enclose() + 0.277977))) * pow(width() , 5.65591e-05 * enclose() + 0.0382612) + 0.5 * (0.0197475 * exp(-0.590164 * enclose()) + 0.0242439 * exp(-1.1553 * enclose())) * pow(width() , 0.0190621 * enclose() + 0.0447106)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.8699))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0363417 * (1 - exp(-0.965351 * (enclose() + 0.277977))) * pow(width() , 5.65591e-05 * enclose() + 0.0382612) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.8699))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,ply,m1,rdl |
| // |
| CAPACITANCE NEARBODY m1 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.26578 - 1.42736 * distance()) + 0.0525029 / pow(distance() , 0.706317)) * 3.59217 * pow((width1() + width2()) / 2 , 0.111584) * (0.141445 * (thickness1() + thickness2()) / 2 + 0.0243992) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.8699))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.8699))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,ply,m1,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 rdl INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0158649 * (1 - exp(-0.544361 * (distance() + 0.225221))) * pow(width() , 0.0127011 * distance() + -0.0122889) * (0.168905 * thickness() + 0.146231) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00300398 * (1 - exp(-0.636552 * (distance() + 0.071822))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0530067 * pow(width() , 0.0831582) * (0.062161 * thickness() + 0.0417518) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00035375 * distance() + 0.00888081) * (0.846568 - exp(-(0.0240335 * distance() + 0.0691222) * (enclose() + 0.0802287 * distance() + 1.81875) - (0.00065216 * distance() + -0.00370641) * (enclose() + -0.34058 * distance() + 1.44221) * (enclose() + -0.34058 * distance() + 1.44221))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0158649 * (1 - exp(-0.544361 * (distance() + 0.225221))) * pow(width() , 0.0127011 * distance() + -0.0122889) * (0.168905 * thickness() + 0.146231) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00320228 * (0.846568 - exp(-0.237357 * (enclose() + 2.38035) - 0.00085871 * (enclose() + -0.94185) * (enclose() + -0.94185))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,ply,m1,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 ply INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.183355 * (1 - exp(-0.599734 * (distance() + 0.194388))) * pow(width() , 0.0104527 * distance() + -0.0119853) * (0.0760996 * thickness() + 0.203975) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.183355 * (1 - exp(-0.599734 * (distance() + 0.194388))) * pow(width() , 0.0104527 * distance() + -0.0119853) * (0.0760996 * thickness() + 0.203975) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0395306 * (1 - exp(-0.677632 * (distance() + 0.0685315))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.154529 * pow(width() , 0.0681131) * (0.117177 * thickness() + 0.243952) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.8699))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00112851 * distance() + 0.475797) * (0.15056 - exp(-(-0.21753 * distance() + 0.219465) * (enclose() + 5.62008 * distance() + 7.56676) - (0.00015399 * distance() + 0.0229459) * (enclose() + 6.9766 * distance() + 2.47687) * (enclose() + 6.9766 * distance() + 2.47687))) + 0.5 * 0.522976 * exp(-0.802465 * enclose()) * (0.10052 - 0.103697 * exp(-0.387059 * distance()) * pow(distance() , 0.0792274))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00112851 * distance() + 0.475797) * (0.15056 - exp(-(-0.21753 * distance() + 0.219465) * (enclose() + 5.62008 * distance() + 7.56676) - (0.00015399 * distance() + 0.0229459) * (enclose() + 6.9766 * distance() + 2.47687) * (enclose() + 6.9766 * distance() + 2.47687))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.8699))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0414821 * (1 - exp(-0.798318 * (enclose() + 0.31513))) * pow(width() , 0.00025378 * enclose() + 0.0514931) + 0.5 * (0.0319727 * exp(-1.05772 * enclose()) + 0.0272408 * exp(-0.300978 * enclose())) * pow(width() , 0.0292535 * enclose() + 0.083031)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.8699))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0414821 * (1 - exp(-0.798318 * (enclose() + 0.31513))) * pow(width() , 0.00025378 * enclose() + 0.0514931) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.8699))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.8699))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,ply,m2,m3 |
| // |
| CAPACITANCE NEARBODY m2 INSIDE OF ply m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.26436 - 2.0736 * distance()) + 0.0072424 / pow(distance() , 1.03384)) * 3.60179 * pow((width1() + width2()) / 2 , 0.0457773) * (0.201546 * (thickness1() + thickness2()) / 2 + 0.0368461) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.4999))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.4999))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,ply,m2,m3 |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 m3 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.172138 * (1 - exp(-1.32894 * (distance() + 0.0439951))) * pow(width() , -0.00023143 * distance() + 0.0805264) * (0.77192 * thickness() + -0.0166842) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0419066 * (1 - exp(-1.32311 * (distance() + 0.0278722))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.139096 * pow(width() , 0.117107) * (1.75186 * thickness() + -0.310546) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (0.00045711 * distance() + 0.951454) * (0.0815735 - exp(-(-0.285322 * distance() + 0.217745) * (enclose() + 3.79872 * distance() + 6.49077) - (0.00143523 * distance() + 0.079942) * (enclose() + 3.25896 * distance() + 3.4612) * (enclose() + 3.25896 * distance() + 3.4612))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.172138 * (1 - exp(-1.32894 * (distance() + 0.0439951))) * pow(width() , -0.00023143 * distance() + 0.0805264) * (0.77192 * thickness() + -0.0166842) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.477327 * (0.0815735 - exp(1.77951 * (enclose() + 33.0818) - 0.0899886 * (enclose() + 26.2739) * (enclose() + 26.2739))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,ply,m2,m3 |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 ply INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0613265 * (1 - exp(-1.14062 * (distance() + 0.0381443))) * pow(width() , 0.00318367 * distance() + 0.047096) * (0.0672088 * thickness() + 0.235231) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.4999))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0613265 * (1 - exp(-1.14062 * (distance() + 0.0381443))) * pow(width() , 0.00318367 * distance() + 0.047096) * (0.0672088 * thickness() + 0.235231) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.4999))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0146965 * (1 - exp(-1.20939 * (distance() + -0.00222152))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.4999))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.11082 * pow(width() , 0.078745) * (0.0358583 * thickness() + 0.131804) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.4999))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00069534 * distance() + 0.0372401) * (0.834892 - exp(-(-0.985452 * distance() + 0.288364) * (enclose() + 2.11235 * distance() + 0.203962) - (0.00068424 * distance() + 0.159078) * (enclose() + 3.51968 * distance() + 0.00519517) * (enclose() + 3.51968 * distance() + 0.00519517))) + 0.5 * 0.196389 * exp(-1.223 * enclose()) * (0.0871974 - 0.118316 * exp(-0.728241 * distance()) * pow(distance() , 0.205922))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.4999))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00069534 * distance() + 0.0372401) * (0.834892 - exp(-(-0.985452 * distance() + 0.288364) * (enclose() + 2.11235 * distance() + 0.203962) - (0.00068424 * distance() + 0.159078) * (enclose() + 3.51968 * distance() + 0.00519517) * (enclose() + 3.51968 * distance() + 0.00519517))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.4999))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0160241 * (1 - exp(-1.10884 * (enclose() + 0.223455))) * pow(width() , 0.00181921 * enclose() + 0.0557768) + 0.5 * (0.00917078 * exp(-1.1708 * enclose()) + 0.00917565 * exp(-1.17071 * enclose())) * pow(width() , -0.00771273 * enclose() + 0.056641)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.4999))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0160241 * (1 - exp(-1.10884 * (enclose() + 0.223455))) * pow(width() , 0.00181921 * enclose() + 0.0557768) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.4999))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,ply,m2,m4 |
| // |
| CAPACITANCE NEARBODY m2 INSIDE OF ply m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.20987 - 1.41313 * distance()) + 0.022648 / pow(distance() , 0.905671)) * 3.36689 * pow((width1() + width2()) / 2 , 0.0707607) * (0.165769 * (thickness1() + thickness2()) / 2 + 0.0329963) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.4999))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.4999))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,ply,m2,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 m4 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.106608 * (1 - exp(-0.598642 * (distance() + 0.124122))) * pow(width() , 0.00803446 * distance() + 0.0126363) * (0.204642 * thickness() + 0.125491) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0196689 * (1 - exp(-0.685493 * (distance() + 0.0164788))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.11075 * pow(width() , 0.060722) * (0.235145 * thickness() + 0.101526) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00032943 * distance() + 0.0490474) * (0.780104 - exp(-(0.312244 * distance() + 0.266614) * (enclose() + 0.0996899 * distance() + 1.13493) - (-0.0127045 * distance() + -0.0139893) * (enclose() + 0.412478 * distance() + 3.04451) * (enclose() + 0.412478 * distance() + 3.04451))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.106608 * (1 - exp(-0.598642 * (distance() + 0.124122))) * pow(width() , 0.00803446 * distance() + 0.0126363) * (0.204642 * thickness() + 0.125491) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0233707 * (0.780104 - exp(-2.45232 * (enclose() + 1.83276) - -0.102921 * (enclose() + 5.93186) * (enclose() + 5.93186))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,ply,m2,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 ply INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.108302 * (1 - exp(-0.607171 * (distance() + 0.124533))) * pow(width() , 0.0075 * distance() + 0.0166046) * (0.0671652 * thickness() + 0.20823) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.4999))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.108302 * (1 - exp(-0.607171 * (distance() + 0.124533))) * pow(width() , 0.0075 * distance() + 0.0166046) * (0.0671652 * thickness() + 0.20823) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.4999))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0232467 * (1 - exp(-0.690087 * (distance() + 0.0201237))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.4999))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.130241 * pow(width() , 0.062727) * (0.0585989 * thickness() + 0.1678) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.4999))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00019478 * distance() + 0.0731126) * (0.574467 - exp(-(0.0806403 * distance() + 0.506134) * (enclose() + -0.122365 * distance() + 1.44897) - (0.0380274 * distance() + -0.0800798) * (enclose() + -0.401935 * distance() + 1.82005) * (enclose() + -0.401935 * distance() + 1.82005))) + 0.5 * 0.342017 * exp(-0.964046 * enclose()) * (0.0945984 - 0.108685 * exp(-0.409167 * distance()) * pow(distance() , 0.125553))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.4999))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00019478 * distance() + 0.0731126) * (0.574467 - exp(-(0.0806403 * distance() + 0.506134) * (enclose() + -0.122365 * distance() + 1.44897) - (0.0380274 * distance() + -0.0800798) * (enclose() + -0.401935 * distance() + 1.82005) * (enclose() + -0.401935 * distance() + 1.82005))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.4999))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0247134 * (1 - exp(-0.832218 * (enclose() + 0.276879))) * pow(width() , 0.00027622 * enclose() + 0.0574679) + 0.5 * (0.0153909 * exp(-0.832245 * enclose()) + 0.0150818 * exp(-0.833119 * enclose())) * pow(width() , -1.15111e-05 * enclose() + 0.0400455)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.4999))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0247134 * (1 - exp(-0.832218 * (enclose() + 0.276879))) * pow(width() , 0.00027622 * enclose() + 0.0574679) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.4999))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,ply,m2,m5 |
| // |
| CAPACITANCE NEARBODY m2 INSIDE OF ply m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.19849 - 1.25185 * distance()) + 0.0379457 / pow(distance() , 0.823639)) * 3.34165 * pow((width1() + width2()) / 2 , 0.0878152) * (0.142498 * (thickness1() + thickness2()) / 2 + 0.0308809) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.4999))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.4999))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,ply,m2,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 m5 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0721076 * (1 - exp(-0.463937 * (distance() + 0.205388))) * pow(width() , 0.0117527 * distance() + -0.00670383) * (0.162167 * thickness() + 0.145926) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0134243 * (1 - exp(-0.557361 * (distance() + 0.042574))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0996312 * pow(width() , 0.063992) * (0.132951 * thickness() + 0.0943353) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-4.75274e-05 * distance() + 0.0283932) * (0.888028 - exp(-(0.189311 * distance() + 0.153792) * (enclose() + 0.274452 * distance() + 0.619861) - (-0.00479072 * distance() + -0.0122723) * (enclose() + 0.914592 * distance() + 1.68156) * (enclose() + 0.914592 * distance() + 1.68156))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0721076 * (1 - exp(-0.463937 * (distance() + 0.205388))) * pow(width() , 0.0117527 * distance() + -0.00670383) * (0.162167 * thickness() + 0.145926) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0140303 * (0.888028 - exp(-1.47897 * (enclose() + 2.54102) - -0.0458073 * (enclose() + 8.0837) * (enclose() + 8.0837))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,ply,m2,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 ply INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.130951 * (1 - exp(-0.48444 * (distance() + 0.200944))) * pow(width() , 0.0101837 * distance() + 0.00301823) * (0.062774 * thickness() + 0.205403) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.4999))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.130951 * (1 - exp(-0.48444 * (distance() + 0.200944))) * pow(width() , 0.0101837 * distance() + 0.00301823) * (0.062774 * thickness() + 0.205403) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.4999))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0272627 * (1 - exp(-0.569269 * (distance() + 0.0500959))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.4999))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.137731 * pow(width() , 0.0663131) * (0.0662683 * thickness() + 0.186661) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.4999))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00047406 * distance() + 0.0813059) * (0.581067 - exp(-(0.056948 * distance() + 0.534174) * (enclose() + -0.107847 * distance() + 1.44151) - (0.0306161 * distance() + -0.0898045) * (enclose() + -0.417015 * distance() + 1.8383) * (enclose() + -0.417015 * distance() + 1.8383))) + 0.5 * 0.421515 * exp(-0.843703 * enclose()) * (0.0987529 - 0.104242 * exp(-0.304908 * distance()) * pow(distance() , 0.0872197))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.4999))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00047406 * distance() + 0.0813059) * (0.581067 - exp(-(0.056948 * distance() + 0.534174) * (enclose() + -0.107847 * distance() + 1.44151) - (0.0306161 * distance() + -0.0898045) * (enclose() + -0.417015 * distance() + 1.8383) * (enclose() + -0.417015 * distance() + 1.8383))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.4999))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0289318 * (1 - exp(-0.719195 * (enclose() + 0.30139))) * pow(width() , -0.00024157 * enclose() + 0.0641479) + 0.5 * (0.0188539 * exp(-0.686183 * enclose()) + 0.018797 * exp(-0.688496 * enclose())) * pow(width() , 0.00514503 * enclose() + 0.0457031)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.4999))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0289318 * (1 - exp(-0.719195 * (enclose() + 0.30139))) * pow(width() , -0.00024157 * enclose() + 0.0641479) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.4999))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,ply,m2,rdl |
| // |
| CAPACITANCE NEARBODY m2 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.20843 - 1.19864 * distance()) + 0.0798675 / pow(distance() , 0.674893)) * 3.39903 * pow((width1() + width2()) / 2 , 0.115875) * (0.112409 * (thickness1() + thickness2()) / 2 + 0.0269033) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.4999))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.4999))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,ply,m2,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 rdl INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0222112 * (1 - exp(-0.374318 * (distance() + 0.335289))) * pow(width() , 0.0158247 * distance() + -0.0392067) * (0.121882 * thickness() + 0.166547) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00422471 * (1 - exp(-0.458258 * (distance() + 0.100427))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0653408 * pow(width() , 0.0759658) * (0.0514511 * thickness() + 0.0536082) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00059118 * distance() + 0.0129231) * (0.906558 - exp(-(0.0221879 * distance() + 0.0572533) * (enclose() + 0.152845 * distance() + 1.25129) - (0.0005203 * distance() + -0.00565957) * (enclose() + -0.0937725 * distance() + 0.930838) * (enclose() + -0.0937725 * distance() + 0.930838))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0222112 * (1 - exp(-0.374318 * (distance() + 0.335289))) * pow(width() , 0.0158247 * distance() + -0.0392067) * (0.121882 * thickness() + 0.166547) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00439242 * (0.906558 - exp(-0.212569 * (enclose() + 2.3212) - -0.00201747 * (enclose() + 0.274431) * (enclose() + 0.274431))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,ply,m2,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 ply INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.160864 * (1 - exp(-0.413084 * (distance() + 0.331301))) * pow(width() , 0.0110645 * distance() + 0.00049601) * (0.0568192 * thickness() + 0.209626) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.4999))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.160864 * (1 - exp(-0.413084 * (distance() + 0.331301))) * pow(width() , 0.0110645 * distance() + 0.00049601) * (0.0568192 * thickness() + 0.209626) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.4999))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0335657 * (1 - exp(-0.47337 * (distance() + 0.124274))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.4999))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.150866 * pow(width() , 0.0905903) * (0.0822611 * thickness() + 0.223121) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.4999))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00084724 * distance() + 0.089852) * (0.599333 - exp(-(0.0366935 * distance() + 0.529131) * (enclose() + -0.0932722 * distance() + 1.43445) - (0.0212265 * distance() + -0.0896892) * (enclose() + -0.46754 * distance() + 1.87129) * (enclose() + -0.46754 * distance() + 1.87129))) + 0.5 * 0.517343 * exp(-0.606495 * enclose()) * (0.10471 - 0.0986163 * exp(-0.238997 * distance()) * pow(distance() , 0.0441098))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.4999))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00084724 * distance() + 0.089852) * (0.599333 - exp(-(0.0366935 * distance() + 0.529131) * (enclose() + -0.0932722 * distance() + 1.43445) - (0.0212265 * distance() + -0.0896892) * (enclose() + -0.46754 * distance() + 1.87129) * (enclose() + -0.46754 * distance() + 1.87129))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.4999))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0359345 * (1 - exp(-0.556717 * (enclose() + 0.35222))) * pow(width() , 0.00013105 * enclose() + 0.0757104) + 0.5 * (0.0321014 * exp(-0.685714 * enclose()) + 0.0228343 * exp(-0.250209 * enclose())) * pow(width() , 0.0157358 * enclose() + 0.077733)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.4999))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0359345 * (1 - exp(-0.556717 * (enclose() + 0.35222))) * pow(width() , 0.00013105 * enclose() + 0.0757104) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.4999))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.4999))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,ply,m3,m4 |
| // |
| CAPACITANCE NEARBODY m3 INSIDE OF ply m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.48168 - 1.21176 * distance()) + 0.0129544 / pow(distance() , 1.25851)) * 3.24841 * pow((width1() + width2()) / 2 , 0.0311482) * (0.0807085 * (thickness1() + thickness2()) / 2 + 0.065971) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 2.2799))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 2.2799))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,ply,m3,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 m4 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.181265 * (1 - exp(-1.01556 * (distance() + 0.155689))) * pow(width() , -0.0100258 * distance() + 0.251764) * (1.26732 * thickness() + -0.781501) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0574806 * (1 - exp(-0.930716 * (distance() + 0.209811))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.80024 * pow(width() , 0.340298) * (0.595494 * thickness() + -0.455524) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (0.0061941 * distance() + 2.30942) * (0.0397521 - exp(-(-0.114517 * distance() + 0.0932111) * (enclose() + 4.68839 * distance() + 14.3263) - (0.00046223 * distance() + 0.0354686) * (enclose() + 3.41317 * distance() + 7.16298) * (enclose() + 3.41317 * distance() + 7.16298))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.181265 * (1 - exp(-1.01556 * (distance() + 0.155689))) * pow(width() , -0.0100258 * distance() + 0.251764) * (1.26732 * thickness() + -0.781501) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 1.18568 * (0.0397521 - exp(1.05196 * (enclose() + 61.2102) - 0.0400909 * (enclose() + 41.2947) * (enclose() + 41.2947))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,ply,m3,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 ply INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0578855 * (1 - exp(-0.738459 * (distance() + 0.0337031))) * pow(width() , 0.00102282 * distance() + 0.0627247) * (0.0206756 * thickness() + 0.263307) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.2799))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.2799))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0578855 * (1 - exp(-0.738459 * (distance() + 0.0337031))) * pow(width() , 0.00102282 * distance() + 0.0627247) * (0.0206756 * thickness() + 0.263307) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.2799))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.2799))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.015823 * (1 - exp(-0.75591 * (distance() + -0.0089411))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.2799))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.2799))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0997914 * pow(width() , 0.0974123) * (0.0119678 * thickness() + 0.151308) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.2799))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.2799))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00068408 * distance() + 0.0471708) * (0.72728 - exp(-(-0.341032 * distance() + 0.185991) * (enclose() + 2.44789 * distance() + 0.932717) - (0.00015937 * distance() + 0.0495558) * (enclose() + 3.98605 * distance() + 0.280365) * (enclose() + 3.98605 * distance() + 0.280365))) + 0.5 * 0.250274 * exp(-0.775563 * enclose()) * (0.0875808 - 0.120853 * exp(-0.617614 * distance()) * pow(distance() , 0.271168))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.2799))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.2799))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00068408 * distance() + 0.0471708) * (0.72728 - exp(-(-0.341032 * distance() + 0.185991) * (enclose() + 2.44789 * distance() + 0.932717) - (0.00015937 * distance() + 0.0495558) * (enclose() + 3.98605 * distance() + 0.280365) * (enclose() + 3.98605 * distance() + 0.280365))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.2799))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.2799))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0165522 * (1 - exp(-0.713974 * (enclose() + 0.232859))) * pow(width() , 7.89777e-05 * enclose() + 0.0680707) + 0.5 * (0.0113907 * exp(-0.734802 * enclose()) + 0.0113904 * exp(-0.735587 * enclose())) * pow(width() , -0.0054635 * enclose() + 0.0443561)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.2799))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.2799))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0165522 * (1 - exp(-0.713974 * (enclose() + 0.232859))) * pow(width() , 7.89777e-05 * enclose() + 0.0680707) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.2799))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.2799))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,ply,m3,m5 |
| // |
| CAPACITANCE NEARBODY m3 INSIDE OF ply m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.55922 - 0.852167 * distance()) + 0.0212842 / pow(distance() , 1.14084)) * 3.67804 * pow((width1() + width2()) / 2 , 0.0408625) * (0.0906464 * (thickness1() + thickness2()) / 2 + 0.0422127) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 2.2799))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 2.2799))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,ply,m3,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 m5 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.110839 * (1 - exp(-0.493402 * (distance() + 0.0837521))) * pow(width() , 0.00022101 * distance() + 0.0611951) * (0.218831 * thickness() + 0.0556025) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0264474 * (1 - exp(-0.505019 * (distance() + 0.0213844))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.121736 * pow(width() , 0.0866528) * (0.29928 * thickness() + -0.0418859) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (1.21016e-05 * distance() + 0.0713462) * (0.678744 - exp(-(0.0475978 * distance() + 0.263319) * (enclose() + -0.0962804 * distance() + 2.16411) - (0.00296203 * distance() + -0.0059334) * (enclose() + -0.396457 * distance() + 7.28372) * (enclose() + -0.396457 * distance() + 7.28372))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.110839 * (1 - exp(-0.493402 * (distance() + 0.0837521))) * pow(width() , 0.00022101 * distance() + 0.0611951) * (0.218831 * thickness() + 0.0556025) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0357336 * (0.678744 - exp(-0.739297 * (enclose() + 1.20131) - 0.0236869 * (enclose() + 3.31915) * (enclose() + 3.31915))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,ply,m3,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 ply INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0869521 * (1 - exp(-0.477992 * (distance() + 0.0802107))) * pow(width() , 0.00173627 * distance() + 0.0443518) * (0.0340034 * thickness() + 0.234869) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.2799))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.2799))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0869521 * (1 - exp(-0.477992 * (distance() + 0.0802107))) * pow(width() , 0.00173627 * distance() + 0.0443518) * (0.0340034 * thickness() + 0.234869) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.2799))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.2799))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0224344 * (1 - exp(-0.495716 * (distance() + 0.00348801))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.2799))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.2799))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.109225 * pow(width() , 0.0738846) * (0.0273131 * thickness() + 0.18278) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.2799))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.2799))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00186005 * distance() + 0.114764) * (0.427291 - exp(-(-0.100636 * distance() + 0.142076) * (enclose() + 4.63609 * distance() + 5.2842) - (4.5891e-05 * distance() + 0.0134652) * (enclose() + 5.69356 * distance() + 0.306444) * (enclose() + 5.69356 * distance() + 0.306444))) + 0.5 * 0.362458 * exp(-0.66576 * enclose()) * (0.0928611 - 0.113358 * exp(-0.405469 * distance()) * pow(distance() , 0.190249))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.2799))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.2799))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00186005 * distance() + 0.114764) * (0.427291 - exp(-(-0.100636 * distance() + 0.142076) * (enclose() + 4.63609 * distance() + 5.2842) - (4.5891e-05 * distance() + 0.0134652) * (enclose() + 5.69356 * distance() + 0.306444) * (enclose() + 5.69356 * distance() + 0.306444))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.2799))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.2799))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0229771 * (1 - exp(-0.571978 * (enclose() + 0.291783))) * pow(width() , -0.00090907 * enclose() + 0.0640126) + 0.5 * (0.0164311 * exp(-0.581114 * enclose()) + 0.0161414 * exp(-0.580095 * enclose())) * pow(width() , -0.00266639 * enclose() + 0.030262)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.2799))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.2799))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0229771 * (1 - exp(-0.571978 * (enclose() + 0.291783))) * pow(width() , -0.00090907 * enclose() + 0.0640126) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.2799))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.2799))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,ply,m3,rdl |
| // |
| CAPACITANCE NEARBODY m3 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.80214 - 0.567569 * distance()) + 0.0627025 / pow(distance() , 0.817187)) * 4.28106 * pow((width1() + width2()) / 2 , 0.0874233) * (0.0639507 * (thickness1() + thickness2()) / 2 + 0.0334715) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 2.2799))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 2.2799))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,ply,m3,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 rdl INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0341673 * (1 - exp(-0.250232 * (distance() + 0.389386))) * pow(width() , 0.0131639 * distance() + -0.064328) * (0.0838723 * thickness() + 0.158245) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00761705 * (1 - exp(-0.272506 * (distance() + 0.0880389))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0766079 * pow(width() , 0.0540756) * (0.0478949 * thickness() + 0.0594075) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-5.08363e-05 * distance() + 0.0165277) * (0.904637 - exp(-(0.0334802 * distance() + 0.0525655) * (enclose() + 0.340609 * distance() + 0.977107) - (-0.00039612 * distance() + -0.00172334) * (enclose() + 1.17787 * distance() + 2.32818) * (enclose() + 1.17787 * distance() + 2.32818))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0341673 * (1 - exp(-0.250232 * (distance() + 0.389386))) * pow(width() , 0.0131639 * distance() + -0.064328) * (0.0838723 * thickness() + 0.158245) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00800967 * (0.904637 - exp(-0.387368 * (enclose() + 4.3832) - -0.00568454 * (enclose() + 14.1069) * (enclose() + 14.1069))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,ply,m3,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 ply INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.138966 * (1 - exp(-0.277073 * (distance() + 0.393218))) * pow(width() , 0.00757195 * distance() + -0.00137388) * (0.0276656 * thickness() + 0.226944) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.2799))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.2799))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.138966 * (1 - exp(-0.277073 * (distance() + 0.393218))) * pow(width() , 0.00757195 * distance() + -0.00137388) * (0.0276656 * thickness() + 0.226944) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.2799))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.2799))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.033962 * (1 - exp(-0.290993 * (distance() + 0.151872))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.2799))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.2799))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.130622 * pow(width() , 0.0793179) * (0.0407746 * thickness() + 0.230889) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.2799))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.2799))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00105369 * distance() + 0.209662) * (0.290937 - exp(-(-0.0581362 * distance() + 0.104701) * (enclose() + 5.86551 * distance() + 10.8826) - (2.135e-05 * distance() + 0.00708041) * (enclose() + 6.71469 * distance() + 1.61728) * (enclose() + 6.71469 * distance() + 1.61728))) + 0.5 * 0.555523 * exp(-0.466892 * enclose()) * (0.104295 - 0.102747 * exp(-0.200204 * distance()) * pow(distance() , 0.0726549))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.2799))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.2799))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00105369 * distance() + 0.209662) * (0.290937 - exp(-(-0.0581362 * distance() + 0.104701) * (enclose() + 5.86551 * distance() + 10.8826) - (2.135e-05 * distance() + 0.00708041) * (enclose() + 6.71469 * distance() + 1.61728) * (enclose() + 6.71469 * distance() + 1.61728))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.2799))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.2799))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0342073 * (1 - exp(-0.376847 * (enclose() + 0.385728))) * pow(width() , -0.00063996 * enclose() + 0.0740083) + 0.5 * (0.0156782 * exp(-0.208499 * enclose()) + 0.0386846 * exp(-0.423202 * enclose())) * pow(width() , 0.00591691 * enclose() + 0.05047)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.2799))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.2799))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0342073 * (1 - exp(-0.376847 * (enclose() + 0.385728))) * pow(width() , -0.00063996 * enclose() + 0.0740083) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.2799))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.2799))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,ply,m4,m5 |
| // |
| CAPACITANCE NEARBODY m4 INSIDE OF ply m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = length() * (exp(-1.44524 - 1.05695 * distance()) + 0.0209977 / pow(distance() , 1.14055)) * 3.14455 * pow((width1() + width2()) / 2 , 0.0412216) * (0.0823356 * (thickness1() + thickness2()) / 2 + 0.0551825) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 3.5149))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 3.5149))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,ply,m4,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 m5 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.177954 * (1 - exp(-0.824832 * (distance() + 0.14682))) * pow(width() , -0.00723705 * distance() + 0.186704) * (0.852146 * thickness() + -0.428657) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0545566 * (1 - exp(-0.767958 * (distance() + 0.175119))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.528805 * pow(width() , 0.238277) * (0.598645 * thickness() + -0.422816) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (0.0114166 * distance() + 1.86325) * (0.0480904 - exp(-(-0.0996892 * distance() + 0.118402) * (enclose() + 4.47676 * distance() + 13.5053) - (0.00034653 * distance() + 0.0268735) * (enclose() + 3.55857 * distance() + 7.01342) * (enclose() + 3.55857 * distance() + 7.01342))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.177954 * (1 - exp(-0.824832 * (distance() + 0.14682))) * pow(width() , -0.00723705 * distance() + 0.186704) * (0.852146 * thickness() + -0.428657) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.988708 * (0.0480904 - exp(0.87849 * (enclose() + 58.2729) - 0.0303388 * (enclose() + 42.5991) * (enclose() + 42.5991))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,ply,m4,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 ply INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0428295 * (1 - exp(-0.623073 * (distance() + 0.0692364))) * pow(width() , 0.00247888 * distance() + 0.0518417) * (0.0236194 * thickness() + 0.257693) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.5149))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.5149))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0428295 * (1 - exp(-0.623073 * (distance() + 0.0692364))) * pow(width() , 0.00247888 * distance() + 0.0518417) * (0.0236194 * thickness() + 0.257693) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.5149))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.5149))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0115822 * (1 - exp(-0.640043 * (distance() + 0.00602952))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.5149))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.5149))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.089551 * pow(width() , 0.0923239) * (0.0107249 * thickness() + 0.122802) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 3.5149))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 3.5149))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00041081 * distance() + 0.0395675) * (0.6101 - exp(-(0.046374 * distance() + 0.119818) * (enclose() + -0.228404 * distance() + 3.1781) - (-0.0072143 * distance() + 0.0701417) * (enclose() + 0.0292607 * distance() + 0.00398418) * (enclose() + 0.0292607 * distance() + 0.00398418))) + 0.5 * 0.188145 * exp(-0.537506 * enclose()) * (0.096933 - 0.104293 * exp(-0.42703 * distance()) * pow(distance() , 0.149969))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.5149))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.5149))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00041081 * distance() + 0.0395675) * (0.6101 - exp(-(0.046374 * distance() + 0.119818) * (enclose() + -0.228404 * distance() + 3.1781) - (-0.0072143 * distance() + 0.0701417) * (enclose() + 0.0292607 * distance() + 0.00398418) * (enclose() + 0.0292607 * distance() + 0.00398418))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.5149))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.5149))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0122151 * (1 - exp(-0.489957 * (enclose() + 0.152103))) * pow(width() , 0.00297053 * enclose() + 0.0468474) + 0.5 * (0.00983129 * exp(-0.52469 * enclose()) + 0.00983127 * exp(-0.524193 * enclose())) * pow(width() , -0.00656922 * enclose() + 0.080656)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 3.5149))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 3.5149))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0122151 * (1 - exp(-0.489957 * (enclose() + 0.152103))) * pow(width() , 0.00297053 * enclose() + 0.0468474) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 3.5149))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 3.5149))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,ply,m4,rdl |
| // |
| CAPACITANCE NEARBODY m4 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = length() * (exp(-1.70574 - 0.510411 * distance()) + 0.0752535 / pow(distance() , 0.783857)) * 3.98424 * pow((width1() + width2()) / 2 , 0.0873603) * (0.0645125 * (thickness1() + thickness2()) / 2 + 0.0315102) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 3.5149))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 3.5149))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,ply,m4,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 rdl INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0500181 * (1 - exp(-0.18262 * (distance() + 0.515615))) * pow(width() , 0.0151392 * distance() + -0.0892869) * (0.0675855 * thickness() + 0.165636) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0106743 * (1 - exp(-0.208996 * (distance() + 0.0939485))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0820215 * pow(width() , 0.0427255) * (0.049212 * thickness() + 0.0838831) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (5.30788e-05 * distance() + 0.020587) * (0.922959 - exp(-(0.0424147 * distance() + 0.0831821) * (enclose() + 0.468579 * distance() + 1.23726) - (-0.00031861 * distance() + -0.00426531) * (enclose() + 1.39522 * distance() + 4.11481) * (enclose() + 1.39522 * distance() + 4.11481))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0500181 * (1 - exp(-0.18262 * (distance() + 0.515615))) * pow(width() , 0.0151392 * distance() + -0.0892869) * (0.0675855 * thickness() + 0.165636) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0105589 * (0.922959 - exp(-0.507329 * (enclose() + 5.92305) - -0.00745141 * (enclose() + 18.067) * (enclose() + 18.067))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,ply,m4,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 ply INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.12347 * (1 - exp(-0.196776 * (distance() + 0.539226))) * pow(width() , 0.0102333 * distance() + -0.0313568) * (0.0222116 * thickness() + 0.216831) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.5149))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.5149))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.12347 * (1 - exp(-0.196776 * (distance() + 0.539226))) * pow(width() , 0.0102333 * distance() + -0.0313568) * (0.0222116 * thickness() + 0.216831) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.5149))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.5149))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0281472 * (1 - exp(-0.216659 * (distance() + 0.16733))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.5149))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.5149))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.118543 * pow(width() , 0.0656388) * (0.0329276 * thickness() + 0.204401) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 3.5149))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 3.5149))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-3.40956e-05 * distance() + 0.064753) * (0.709159 - exp(-(0.0240806 * distance() + 0.161593) * (enclose() + -0.133072 * distance() + 2.26092) - (0.00336716 * distance() + -0.0201092) * (enclose() + -0.455045 * distance() + 2.05532) * (enclose() + -0.455045 * distance() + 2.05532))) + 0.5 * 0.571615 * exp(-0.369076 * enclose()) * (0.107249 - 0.0999368 * exp(-0.106392 * distance()) * pow(distance() , 0.0316705))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.5149))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.5149))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-3.40956e-05 * distance() + 0.064753) * (0.709159 - exp(-(0.0240806 * distance() + 0.161593) * (enclose() + -0.133072 * distance() + 2.26092) - (0.00336716 * distance() + -0.0201092) * (enclose() + -0.455045 * distance() + 2.05532) * (enclose() + -0.455045 * distance() + 2.05532))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.5149))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.5149))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0277827 * (1 - exp(-0.281225 * (enclose() + 0.343081))) * pow(width() , -0.00014918 * enclose() + 0.0631997) + 0.5 * (0.0231692 * exp(-0.277759 * enclose()) + 0.0231694 * exp(-0.279904 * enclose())) * pow(width() , 0.00070685 * enclose() + 0.049996)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 3.5149))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 3.5149))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0277827 * (1 - exp(-0.281225 * (enclose() + 0.343081))) * pow(width() , -0.00014918 * enclose() + 0.0631997) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 3.5149))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 3.5149))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,ply,m5,rdl |
| // |
| CAPACITANCE NEARBODY m5 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = length() * (exp(-1.78985 - 0.508708 * distance()) + 0.308805 / pow(distance() , 1.23068)) * 4.65987 * pow((width1() + width2()) / 2 , 0.0403615) * (0.0250958 * (thickness1() + thickness2()) / 2 + 0.0281924) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 4.8649))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 4.8649))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,ply,m5,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m5 rdl INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_calenclose = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_distance = MAXDISTANCE_m5 |
| max_enclose = MAXENCLOSE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0647855 * (1 - exp(-0.18272 * (distance() + 0.249249))) * pow(width() , 0.00487937 * distance() + -0.0295413) * (0.0559924 * thickness() + 0.17289) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0161052 * (1 - exp(-0.183664 * (distance() + -0.0344502))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.08514 * pow(width() , 0.0268119) * (0.0479999 * thickness() + 0.116298) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (4.71003e-06 * distance() + 0.038237) * (0.787075 - exp(-(0.0437144 * distance() + 0.130637) * (enclose() + 0.401198 * distance() + 2.28962) - (-0.00020898 * distance() + -0.00714269) * (enclose() + 1.25266 * distance() + 4.85603) * (enclose() + 1.25266 * distance() + 4.85603))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0647855 * (1 - exp(-0.18272 * (distance() + 0.249249))) * pow(width() , 0.00487937 * distance() + -0.0295413) * (0.0559924 * thickness() + 0.17289) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0191515 * (0.787075 - exp(-0.742639 * (enclose() + 7.90639) - -0.0100684 * (enclose() + 22.3933) * (enclose() + 22.3933))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,ply,m5,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m5 ply INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_calenclose = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| max_enclose = MAXENCLOSE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0948147 * (1 - exp(-0.184462 * (distance() + 0.228386))) * pow(width() , 0.00158808 * distance() + 0.0291828) * (0.00811892 * thickness() + 0.253212) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.8649))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.8649))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0948147 * (1 - exp(-0.184462 * (distance() + 0.228386))) * pow(width() , 0.00158808 * distance() + 0.0291828) * (0.00811892 * thickness() + 0.253212) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.8649))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.8649))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0255748 * (1 - exp(-0.188846 * (distance() + 0.0122474))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.8649))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.8649))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.100892 * pow(width() , 0.0530057) * (0.0104048 * thickness() + 0.222539) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 4.8649))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 4.8649))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00160854 * distance() + 0.191193) * (0.263888 - exp(-(-0.01718 * distance() + 0.0597416) * (enclose() + 6.54778 * distance() + 20.6552) - (3.72817e-06 * distance() + 0.0026032) * (enclose() + 6.40107 * distance() + 0.746257) * (enclose() + 6.40107 * distance() + 0.746257))) + 0.5 * 0.461084 * exp(-0.308225 * enclose()) * (0.103905 - 0.10525 * exp(-0.168947 * distance()) * pow(distance() , 0.138624))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.8649))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.8649))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00160854 * distance() + 0.191193) * (0.263888 - exp(-(-0.01718 * distance() + 0.0597416) * (enclose() + 6.54778 * distance() + 20.6552) - (3.72817e-06 * distance() + 0.0026032) * (enclose() + 6.40107 * distance() + 0.746257) * (enclose() + 6.40107 * distance() + 0.746257))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.8649))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.8649))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.024542 * (1 - exp(-0.231856 * (enclose() + 0.29327))) * pow(width() , -0.00122933 * enclose() + 0.0629892) + 0.5 * (0.0211925 * exp(-0.243945 * enclose()) + 0.0211925 * exp(-0.243946 * enclose())) * pow(width() , -0.00140177 * enclose() + 0.0352385)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 4.8649))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 4.8649))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.024542 * (1 - exp(-0.231856 * (enclose() + 0.29327))) * pow(width() , -0.00122933 * enclose() + 0.0629892) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 4.8649))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 4.8649))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,li,m1,m2 |
| // |
| CAPACITANCE NEARBODY m1 INSIDE OF li m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.09045 - 3.32868 * distance()) + 0 / pow(distance() , 0.990321)) * 2.96156 * pow((width1() + width2()) / 2 , 0.0047191) * (0.211309 * (thickness1() + thickness2()) / 2 + 0.0590282) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.34))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.34))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,li,m1,m2 |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 m2 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.129352 * (1 - exp(-2.62392 * (distance() + -0.00151779))) * pow(width() , -0.00094007 * distance() + 0.12811) * (1.97018 * thickness() + -0.366931) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.040744 * (1 - exp(-2.58048 * (distance() + 0.0116776))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.274688 * pow(width() , 0.21611) * (2.15094 * thickness() + -0.623123) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (0.00057825 * distance() + 0.131222) * (0.527244 - exp(-(-0.0169366 * distance() + 1.28106) * (enclose() + 5.59035 * distance() + -0.0693259) - (-0.51851 * distance() + 0.0557682) * (enclose() + 0.00487902 * distance() + -3.5462) * (enclose() + 0.00487902 * distance() + -3.5462))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.129352 * (1 - exp(-2.62392 * (distance() + -0.00151779))) * pow(width() , -0.00094007 * distance() + 0.12811) * (1.97018 * thickness() + -0.366931) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0676349 * (0.527244 - exp(-1.1625 * (enclose() + 39.0631) - -3.5738 * (enclose() + -3.51205) * (enclose() + -3.51205))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,li,m1,m2 |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 li INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.120804 * (1 - exp(-2.44746 * (distance() + -0.0316908))) * pow(width() , 0.00161103 * distance() + -0.00221025) * (0.0647683 * thickness() + 0.236792) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.120804 * (1 - exp(-2.44746 * (distance() + -0.0316908))) * pow(width() , 0.00161103 * distance() + -0.00221025) * (0.0647683 * thickness() + 0.236792) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0312081 * (1 - exp(-2.52553 * (distance() + -0.0350352))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.143807 * pow(width() , 0.0006773) * (0.0749551 * thickness() + 0.18869) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.34))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00027289 * distance() + 0.119344) * (0.489497 - exp(-(-0.0115022 * distance() + 1.15987) * (enclose() + 6.09791 * distance() + 0.0116901) - (-0.432468 * distance() + 0.0427548) * (enclose() + -5.81532e-05 * distance() + -3.87526) * (enclose() + -5.81532e-05 * distance() + -3.87526))) + 0.5 * 0.209369 * exp(-3.75896 * enclose()) * (0.0586385 - 0.151415 * exp(-1.60671 * distance()) * pow(distance() , 0.385009))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00027289 * distance() + 0.119344) * (0.489497 - exp(-(-0.0115022 * distance() + 1.15987) * (enclose() + 6.09791 * distance() + 0.0116901) - (-0.432468 * distance() + 0.0427548) * (enclose() + -5.81532e-05 * distance() + -3.87526) * (enclose() + -5.81532e-05 * distance() + -3.87526))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0311712 * (1 - exp(-3.28677 * (enclose() + 0.193702))) * pow(width() , -0.00012155 * enclose() + 0.00430131) + 0.5 * (0.00483028 * exp(-3.18299 * enclose()) + 0.00702131 * exp(-3.17906 * enclose())) * pow(width() , 0.0188061 * enclose() + -0.00831687)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.34))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0311712 * (1 - exp(-3.28677 * (enclose() + 0.193702))) * pow(width() , -0.00012155 * enclose() + 0.00430131) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.34))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,li,m1,m3 |
| // |
| CAPACITANCE NEARBODY m1 INSIDE OF li m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.07192 - 2.38022 * distance()) + 0.00479779 / pow(distance() , 1.06003)) * 2.9212 * pow((width1() + width2()) / 2 , 0.0324034) * (0.278348 * (thickness1() + thickness2()) / 2 + 0.0168117) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.34))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.34))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,li,m1,m3 |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 m3 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.086051 * (1 - exp(-1.40637 * (distance() + 0.0131806))) * pow(width() , 0.00182899 * distance() + 0.0544689) * (0.442025 * thickness() + 0.0586662) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0174103 * (1 - exp(-1.48197 * (distance() + -0.0105074))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0990497 * pow(width() , 0.0845922) * (0.557896 * thickness() + -0.0118986) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00054185 * distance() + 0.0471628) * (0.741162 - exp(-(-1.12233 * distance() + 0.250127) * (enclose() + 2.38574 * distance() + 0.432216) - (0.00077457 * distance() + 0.193054) * (enclose() + 3.62102 * distance() + 0.377628) * (enclose() + 3.62102 * distance() + 0.377628))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.086051 * (1 - exp(-1.40637 * (distance() + 0.0131806))) * pow(width() , 0.00182899 * distance() + 0.0544689) * (0.442025 * thickness() + 0.0586662) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0216849 * (0.741162 - exp(7.60618 * (enclose() + 17.1324) - 0.198476 * (enclose() + 25.7248) * (enclose() + 25.7248))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,li,m1,m3 |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 li INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.175324 * (1 - exp(-1.56665 * (distance() + 0.00389393))) * pow(width() , 0.00204553 * distance() + 0.00079784) * (0.0795471 * thickness() + 0.206422) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.175324 * (1 - exp(-1.56665 * (distance() + 0.00389393))) * pow(width() , 0.00204553 * distance() + 0.00079784) * (0.0795471 * thickness() + 0.206422) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0405338 * (1 - exp(-1.63463 * (distance() + -0.0128136))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.162422 * pow(width() , 0.00761878) * (0.0984433 * thickness() + 0.2162) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.34))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00041483 * distance() + 0.13092) * (0.616934 - exp(-(-0.0456606 * distance() + 2.6677) * (enclose() + -0.0156817 * distance() + 0.520511) - (0.102845 * distance() + -0.682538) * (enclose() + -0.446695 * distance() + 1.21873) * (enclose() + -0.446695 * distance() + 1.21873))) + 0.5 * 0.287946 * exp(-2.61179 * enclose()) * (0.0770931 - 0.127039 * exp(-0.876872 * distance()) * pow(distance() , 0.224483))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00041483 * distance() + 0.13092) * (0.616934 - exp(-(-0.0456606 * distance() + 2.6677) * (enclose() + -0.0156817 * distance() + 0.520511) - (0.102845 * distance() + -0.682538) * (enclose() + -0.446695 * distance() + 1.21873) * (enclose() + -0.446695 * distance() + 1.21873))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.041011 * (1 - exp(-2.3451 * (enclose() + 0.236853))) * pow(width() , -0.0006338 * enclose() + 0.0153539) + 0.5 * (0.0137877 * exp(-1.69842 * enclose()) + 0.00743574 * exp(-2.96214 * enclose())) * pow(width() , 0.0264882 * enclose() + 0.00299927)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.34))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.041011 * (1 - exp(-2.3451 * (enclose() + 0.236853))) * pow(width() , -0.0006338 * enclose() + 0.0153539) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.34))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,li,m1,m4 |
| // |
| CAPACITANCE NEARBODY m1 INSIDE OF li m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.29204 - 1.96414 * distance()) + 0.0115715 / pow(distance() , 0.957792)) * 3.56849 * pow((width1() + width2()) / 2 , 0.0654896) * (0.231746 * (thickness1() + thickness2()) / 2 + 0.0183574) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.34))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.34))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,li,m1,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 m4 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0510902 * (1 - exp(-1.06055 * (distance() + 0.0678671))) * pow(width() , 0.00467722 * distance() + 0.0436194) * (0.30123 * thickness() + 0.0928441) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00943784 * (1 - exp(-1.15456 * (distance() + 0.0124276))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0848856 * pow(width() , 0.0837248) * (0.226707 * thickness() + 0.0404221) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-4.13997e-06 * distance() + 0.0262422) * (0.664275 - exp(-(0.00404157 * distance() + 0.0618668) * (enclose() + 1.02638 * distance() + 1.78709) - (0.0562574 * distance() + 0.0326592) * (enclose() + -0.206888 * distance() + 2.2953) * (enclose() + -0.206888 * distance() + 2.2953))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0510902 * (1 - exp(-1.06055 * (distance() + 0.0678671))) * pow(width() , 0.00467722 * distance() + 0.0436194) * (0.30123 * thickness() + 0.0928441) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0131066 * (0.664275 - exp(-0.0901578 * (enclose() + 8.97175) - 0.426461 * (enclose() + 0.847084) * (enclose() + 0.847084))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,li,m1,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 li INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.20579 * (1 - exp(-1.2686 * (distance() + 0.0458215))) * pow(width() , 0.00270528 * distance() + 0.00540546) * (0.0837865 * thickness() + 0.20177) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.20579 * (1 - exp(-1.2686 * (distance() + 0.0458215))) * pow(width() , 0.00270528 * distance() + 0.00540546) * (0.0837865 * thickness() + 0.20177) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0464222 * (1 - exp(-1.31963 * (distance() + 0.0135057))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.179487 * pow(width() , 0.0228642) * (0.111038 * thickness() + 0.227623) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.34))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00018678 * distance() + 0.163647) * (0.555215 - exp(-(-0.0784498 * distance() + 1.88) * (enclose() + 0.125224 * distance() + 0.470732) - (0.0772435 * distance() + -0.639197) * (enclose() + -0.477467 * distance() + 0.780399) * (enclose() + -0.477467 * distance() + 0.780399))) + 0.5 * 0.353111 * exp(-1.91015 * enclose()) * (0.0907937 - 0.112467 * exp(-0.528262 * distance()) * pow(distance() , 0.120473))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00018678 * distance() + 0.163647) * (0.555215 - exp(-(-0.0784498 * distance() + 1.88) * (enclose() + 0.125224 * distance() + 0.470732) - (0.0772435 * distance() + -0.639197) * (enclose() + -0.477467 * distance() + 0.780399) * (enclose() + -0.477467 * distance() + 0.780399))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.047755 * (1 - exp(-1.88951 * (enclose() + 0.269771))) * pow(width() , -0.00152922 * enclose() + 0.0320084) + 0.5 * (0.0117812 * exp(-2.63282 * enclose()) + 0.0192057 * exp(-1.04578 * enclose())) * pow(width() , 0.0428584 * enclose() + 0.025775)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.34))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.047755 * (1 - exp(-1.88951 * (enclose() + 0.269771))) * pow(width() , -0.00152922 * enclose() + 0.0320084) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.34))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,li,m1,m5 |
| // |
| CAPACITANCE NEARBODY m1 INSIDE OF li m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.30859 - 1.85505 * distance()) + 0.0177078 / pow(distance() , 0.881448)) * 3.62883 * pow((width1() + width2()) / 2 , 0.0829993) * (0.210853 * (thickness1() + thickness2()) / 2 + 0.0186911) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.34))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.34))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,li,m1,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 m5 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0350813 * (1 - exp(-0.970687 * (distance() + 0.0973941))) * pow(width() , 0.0059507 * distance() + 0.0414326) * (0.274142 * thickness() + 0.102828) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00643841 * (1 - exp(-1.06566 * (distance() + 0.0283599))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0709545 * pow(width() , 0.0916494) * (0.16422 * thickness() + 0.0424165) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00020755 * distance() + 0.0168311) * (0.750259 - exp(-(0.144825 * distance() + 0.114442) * (enclose() + -0.113938 * distance() + 1.55002) - (0.00126345 * distance() + 0.0620905) * (enclose() + -0.252681 * distance() + 0.231721) * (enclose() + -0.252681 * distance() + 0.231721))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0350813 * (1 - exp(-0.970687 * (distance() + 0.0973941))) * pow(width() , 0.0059507 * distance() + 0.0414326) * (0.274142 * thickness() + 0.102828) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00768913 * (0.750259 - exp(-1.12822 * (enclose() + 0.752454) - 0.0709347 * (enclose() + -1.53705) * (enclose() + -1.53705))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,li,m1,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 li INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.217425 * (1 - exp(-1.19521 * (distance() + 0.0648959))) * pow(width() , 0.00283638 * distance() + 0.00941377) * (0.085868 * thickness() + 0.201868) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.217425 * (1 - exp(-1.19521 * (distance() + 0.0648959))) * pow(width() , 0.00283638 * distance() + 0.00941377) * (0.085868 * thickness() + 0.201868) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0489027 * (1 - exp(-1.23148 * (distance() + 0.0273111))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.178289 * pow(width() , 0.0341708) * (0.125089 * thickness() + 0.2449) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.34))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00230593 * distance() + 0.710411) * (0.128331 - exp(-(-0.316075 * distance() + 0.423926) * (enclose() + 2.22704 * distance() + 3.52571) - (0.003538 * distance() + 0.0936954) * (enclose() + 2.19817 * distance() + 2.22026) * (enclose() + 2.19817 * distance() + 2.22026))) + 0.5 * 0.390823 * exp(-1.62863 * enclose()) * (0.095797 - 0.106654 * exp(-0.423596 * distance()) * pow(distance() , 0.0811009))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00230593 * distance() + 0.710411) * (0.128331 - exp(-(-0.316075 * distance() + 0.423926) * (enclose() + 2.22704 * distance() + 3.52571) - (0.003538 * distance() + 0.0936954) * (enclose() + 2.19817 * distance() + 2.22026) * (enclose() + 2.19817 * distance() + 2.22026))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0507655 * (1 - exp(-1.72006 * (enclose() + 0.286623))) * pow(width() , -0.00214975 * enclose() + 0.0417666) + 0.5 * (0.0214034 * exp(-0.780345 * enclose()) + 0.0156776 * exp(-2.34668 * enclose())) * pow(width() , 0.0514812 * enclose() + 0.043583)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.34))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0507655 * (1 - exp(-1.72006 * (enclose() + 0.286623))) * pow(width() , -0.00214975 * enclose() + 0.0417666) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.34))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,li,m1,rdl |
| // |
| CAPACITANCE NEARBODY m1 INSIDE OF li rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.29137 - 1.83714 * distance()) + 0.0326469 / pow(distance() , 0.750918)) * 3.72622 * pow((width1() + width2()) / 2 , 0.110251) * (0.180975 * (thickness1() + thickness2()) / 2 + 0.0173379) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.34))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.34))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,li,m1,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 rdl INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0108578 * (1 - exp(-0.901435 * (distance() + 0.124738))) * pow(width() , 0.00812706 * distance() + 0.0196803) * (0.247086 * thickness() + 0.111241) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00199534 * (1 - exp(-1.00201 * (distance() + 0.0407264))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0384907 * pow(width() , 0.0905027) * (0.0854961 * thickness() + 0.0284897) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00014247 * distance() + 0.00577077) * (0.730694 - exp(-(0.0204378 * distance() + 0.121039) * (enclose() + 0.0590425 * distance() + 2.26955) - (0.00225852 * distance() + -0.00551318) * (enclose() + -0.605832 * distance() + 2.98837) * (enclose() + -0.605832 * distance() + 2.98837))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0108578 * (1 - exp(-0.901435 * (distance() + 0.124738))) * pow(width() , 0.00812706 * distance() + 0.0196803) * (0.247086 * thickness() + 0.111241) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00238674 * (0.730694 - exp(-0.264104 * (enclose() + 2.68285) - 0.0102965 * (enclose() + -1.25245) * (enclose() + -1.25245))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,li,m1,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 li INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.236781 * (1 - exp(-1.15626 * (distance() + 0.0869782))) * pow(width() , 0.00248928 * distance() + 0.0218093) * (0.0900062 * thickness() + 0.201594) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.236781 * (1 - exp(-1.15626 * (distance() + 0.0869782))) * pow(width() , 0.00248928 * distance() + 0.0218093) * (0.0900062 * thickness() + 0.201594) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.052757 * (1 - exp(-1.16598 * (distance() + 0.0468777))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.164464 * pow(width() , 0.0632649) * (0.161015 * thickness() + 0.298975) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.34))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.0216029 * distance() + 2.38492) * (0.0388699 - exp(-(-0.344152 * distance() + 0.471429) * (enclose() + 2.96845 * distance() + 5.61446) - (0.00133499 * distance() + 0.0637611) * (enclose() + 3.51023 * distance() + 2.82072) * (enclose() + 3.51023 * distance() + 2.82072))) + 0.5 * 0.443788 * exp(-1.16635 * enclose()) * (0.102848 - 0.0989338 * exp(-0.337467 * distance()) * pow(distance() , 0.0295951))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.0216029 * distance() + 2.38492) * (0.0388699 - exp(-(-0.344152 * distance() + 0.471429) * (enclose() + 2.96845 * distance() + 5.61446) - (0.00133499 * distance() + 0.0637611) * (enclose() + 3.51023 * distance() + 2.82072) * (enclose() + 3.51023 * distance() + 2.82072))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.34))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0549254 * (1 - exp(-1.51441 * (enclose() + 0.312948))) * pow(width() , -0.00332194 * enclose() + 0.0581968) + 0.5 * (0.0252167 * exp(-0.380815 * enclose()) + 0.0263193 * exp(-1.81603 * enclose())) * pow(width() , 0.058175 * enclose() + 0.0934844)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.34))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0549254 * (1 - exp(-1.51441 * (enclose() + 0.312948))) * pow(width() , -0.00332194 * enclose() + 0.0581968) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.34))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.34))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,li,m2,m3 |
| // |
| CAPACITANCE NEARBODY m2 INSIDE OF li m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.25837 - 2.31522 * distance()) + 0.00409536 / pow(distance() , 1.07345)) * 3.56265 * pow((width1() + width2()) / 2 , 0.0309421) * (0.231379 * (thickness1() + thickness2()) / 2 + 0.0355852) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.97))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.97))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,li,m2,m3 |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 m3 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.146082 * (1 - exp(-1.50953 * (distance() + 0.0220041))) * pow(width() , -0.00043963 * distance() + 0.0823421) * (0.890176 * thickness() + -0.0364504) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0386906 * (1 - exp(-1.50756 * (distance() + 0.0146468))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.151927 * pow(width() , 0.121374) * (1.60856 * thickness() + -0.309982) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (4.93171e-06 * distance() + 0.11529) * (0.627154 - exp(-(-0.0315269 * distance() + 2.83665) * (enclose() + -0.0322285 * distance() + 0.575263) - (0.160525 * distance() + -0.733311) * (enclose() + -0.328147 * distance() + 1.33558) * (enclose() + -0.328147 * distance() + 1.33558))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.146082 * (1 - exp(-1.50953 * (distance() + 0.0220041))) * pow(width() , -0.00043963 * distance() + 0.0823421) * (0.890176 * thickness() + -0.0364504) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0576623 * (0.627154 - exp(-2.61596 * (enclose() + 0.349663) - 0.390364 * (enclose() + -0.961449) * (enclose() + -0.961449))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,li,m2,m3 |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 li INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.080784 * (1 - exp(-1.34805 * (distance() + 0.011887))) * pow(width() , 0.0018631 * distance() + 0.0509738) * (0.0688287 * thickness() + 0.237017) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.97))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.080784 * (1 - exp(-1.34805 * (distance() + 0.011887))) * pow(width() , 0.0018631 * distance() + 0.0509738) * (0.0688287 * thickness() + 0.237017) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.97))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0196046 * (1 - exp(-1.40863 * (distance() + -0.0122243))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.97))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.124202 * pow(width() , 0.0789804) * (0.0441792 * thickness() + 0.1562) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.97))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00090179 * distance() + 0.0568771) * (0.715254 - exp(-(-1.00229 * distance() + 0.261829) * (enclose() + 2.51594 * distance() + 0.591397) - (0.00093572 * distance() + 0.158116) * (enclose() + 3.84932 * distance() + 0.467411) * (enclose() + 3.84932 * distance() + 0.467411))) + 0.5 * 0.173356 * exp(-1.76063 * enclose()) * (0.0824416 - 0.123382 * exp(-0.760937 * distance()) * pow(distance() , 0.226854))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.97))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00090179 * distance() + 0.0568771) * (0.715254 - exp(-(-1.00229 * distance() + 0.261829) * (enclose() + 2.51594 * distance() + 0.591397) - (0.00093572 * distance() + 0.158116) * (enclose() + 3.84932 * distance() + 0.467411) * (enclose() + 3.84932 * distance() + 0.467411))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.97))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0210644 * (1 - exp(-1.5758 * (enclose() + 0.286682))) * pow(width() , -5.24458e-05 * enclose() + 0.061592) + 0.5 * (0.00742526 * exp(-1.58334 * enclose()) + 0.00672558 * exp(-1.59204 * enclose())) * pow(width() , 0.00496691 * enclose() + 0.0211307)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.97))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0210644 * (1 - exp(-1.5758 * (enclose() + 0.286682))) * pow(width() , -5.24458e-05 * enclose() + 0.061592) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.97))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,li,m2,m4 |
| // |
| CAPACITANCE NEARBODY m2 INSIDE OF li m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.23013 - 1.59148 * distance()) + 0.0154577 / pow(distance() , 0.956008)) * 3.45657 * pow((width1() + width2()) / 2 , 0.0605306) * (0.185768 * (thickness1() + thickness2()) / 2 + 0.0319942) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.97))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.97))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,li,m2,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 m4 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0920346 * (1 - exp(-0.734166 * (distance() + 0.0850043))) * pow(width() , 0.00627431 * distance() + 0.0233567) * (0.229971 * thickness() + 0.115086) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0169403 * (1 - exp(-0.819973 * (distance() + 0.00644836))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.103447 * pow(width() , 0.0633178) * (0.252632 * thickness() + 0.0818497) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.0002854 * distance() + 0.0515368) * (0.625487 - exp(-(0.0846649 * distance() + 0.329917) * (enclose() + -0.0679697 * distance() + 1.57447) - (0.0307863 * distance() + -0.0258914) * (enclose() + -0.200788 * distance() + 2.37712) * (enclose() + -0.200788 * distance() + 2.37712))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0920346 * (1 - exp(-0.734166 * (distance() + 0.0850043))) * pow(width() , 0.00627431 * distance() + 0.0233567) * (0.229971 * thickness() + 0.115086) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0247695 * (0.625487 - exp(-0.922571 * (enclose() + 1.09868) - 0.189613 * (enclose() + 0.971604) * (enclose() + 0.971604))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,li,m2,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 li INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.13163 * (1 - exp(-0.76912 * (distance() + 0.0827586))) * pow(width() , 0.00497629 * distance() + 0.0300838) * (0.0723368 * thickness() + 0.211434) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.97))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.13163 * (1 - exp(-0.76912 * (distance() + 0.0827586))) * pow(width() , 0.00497629 * distance() + 0.0300838) * (0.0723368 * thickness() + 0.211434) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.97))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0290347 * (1 - exp(-0.84283 * (distance() + 0.0133802))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.97))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.139959 * pow(width() , 0.0656297) * (0.0727364 * thickness() + 0.195451) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.97))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00019493 * distance() + 0.0984968) * (0.543398 - exp(-(0.0648511 * distance() + 0.960201) * (enclose() + -0.0869413 * distance() + 1.1717) - (0.0530214 * distance() + -0.17313) * (enclose() + -0.425595 * distance() + 1.89293) * (enclose() + -0.425595 * distance() + 1.89293))) + 0.5 * 0.309821 * exp(-1.3049 * enclose()) * (0.0926669 - 0.110127 * exp(-0.396242 * distance()) * pow(distance() , 0.128008))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.97))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00019493 * distance() + 0.0984968) * (0.543398 - exp(-(0.0648511 * distance() + 0.960201) * (enclose() + -0.0869413 * distance() + 1.1717) - (0.0530214 * distance() + -0.17313) * (enclose() + -0.425595 * distance() + 1.89293) * (enclose() + -0.425595 * distance() + 1.89293))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.97))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0307598 * (1 - exp(-1.14121 * (enclose() + 0.348682))) * pow(width() , -0.00107621 * enclose() + 0.0636537) + 0.5 * (0.012722 * exp(-1.01162 * enclose()) + 0.0126557 * exp(-1.10013 * enclose())) * pow(width() , 0.0116211 * enclose() + 0.0221758)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.97))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0307598 * (1 - exp(-1.14121 * (enclose() + 0.348682))) * pow(width() , -0.00107621 * enclose() + 0.0636537) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.97))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,li,m2,m5 |
| // |
| CAPACITANCE NEARBODY m2 INSIDE OF li m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.20842 - 1.42903 * distance()) + 0.0272306 / pow(distance() , 0.862731)) * 3.37984 * pow((width1() + width2()) / 2 , 0.0791708) * (0.162889 * (thickness1() + thickness2()) / 2 + 0.0304375) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.97))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.97))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,li,m2,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 m5 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.060125 * (1 - exp(-0.59446 * (distance() + 0.14773))) * pow(width() , 0.00940817 * distance() + 0.00944588) * (0.189166 * thickness() + 0.134718) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0112046 * (1 - exp(-0.687912 * (distance() + 0.029256))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0927677 * pow(width() , 0.0679236) * (0.142659 * thickness() + 0.0777227) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00042592 * distance() + 0.0272483) * (0.819977 - exp(-(0.128312 * distance() + 0.127329) * (enclose() + 0.102975 * distance() + 0.9942) - (-2.12752e-05 * distance() + 3.41561e-05) * (enclose() + -13.85 * distance() + 9.46246) * (enclose() + -13.85 * distance() + 9.46246))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.060125 * (1 - exp(-0.59446 * (distance() + 0.14773))) * pow(width() , 0.00940817 * distance() + 0.00944588) * (0.189166 * thickness() + 0.134718) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0121334 * (0.819977 - exp(-1.02551 * (enclose() + 1.71502) - -0.00011477 * (enclose() + -87.4875) * (enclose() + -87.4875))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,li,m2,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 li INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.150407 * (1 - exp(-0.642738 * (distance() + 0.139359))) * pow(width() , 0.00690324 * distance() + 0.0225065) * (0.0712735 * thickness() + 0.21227) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.97))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.150407 * (1 - exp(-0.642738 * (distance() + 0.139359))) * pow(width() , 0.00690324 * distance() + 0.0225065) * (0.0712735 * thickness() + 0.21227) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.97))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0329997 * (1 - exp(-0.717837 * (distance() + 0.0390044))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.97))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.145297 * pow(width() , 0.0705259) * (0.082153 * thickness() + 0.215544) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.97))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00181692 * distance() + 0.208139) * (0.306591 - exp(-(-0.194937 * distance() + 0.153856) * (enclose() + 5.56002 * distance() + 6.18624) - (0.0001839 * distance() + 0.0275366) * (enclose() + 5.98067 * distance() + 2.26251) * (enclose() + 5.98067 * distance() + 2.26251))) + 0.5 * 0.387842 * exp(-1.10502 * enclose()) * (0.0971243 - 0.104855 * exp(-0.289759 * distance()) * pow(distance() , 0.0870821))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.97))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00181692 * distance() + 0.208139) * (0.306591 - exp(-(-0.194937 * distance() + 0.153856) * (enclose() + 5.56002 * distance() + 6.18624) - (0.0001839 * distance() + 0.0275366) * (enclose() + 5.98067 * distance() + 2.26251) * (enclose() + 5.98067 * distance() + 2.26251))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.97))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0350839 * (1 - exp(-0.984401 * (enclose() + 0.37944))) * pow(width() , -0.00150564 * enclose() + 0.0710586) + 0.5 * (0.0123374 * exp(-0.63101 * enclose()) + 0.0199506 * exp(-1.04515 * enclose())) * pow(width() , 0.0173241 * enclose() + 0.0343192)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.97))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0350839 * (1 - exp(-0.984401 * (enclose() + 0.37944))) * pow(width() , -0.00150564 * enclose() + 0.0710586) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.97))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,li,m2,rdl |
| // |
| CAPACITANCE NEARBODY m2 INSIDE OF li rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.21762 - 1.37458 * distance()) + 0.0573655 / pow(distance() , 0.706432)) * 3.47776 * pow((width1() + width2()) / 2 , 0.108684) * (0.131383 * (thickness1() + thickness2()) / 2 + 0.0271675) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.97))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.97))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,li,m2,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 rdl INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0176158 * (1 - exp(-0.501829 * (distance() + 0.235465))) * pow(width() , 0.013248 * distance() + -0.0190154) * (0.153246 * thickness() + 0.153257) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00336095 * (1 - exp(-0.591724 * (distance() + 0.0705289))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0568282 * pow(width() , 0.0783724) * (0.0584353 * thickness() + 0.0452993) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00018216 * distance() + 0.00901195) * (0.890416 - exp(-(0.0344457 * distance() + 0.0569755) * (enclose() + 0.218909 * distance() + 1.20501) - (-0.00078149 * distance() + 0.0001719) * (enclose() + 0.855252 * distance() + 2.19913) * (enclose() + 0.855252 * distance() + 2.19913))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0176158 * (1 - exp(-0.501829 * (distance() + 0.235465))) * pow(width() , 0.013248 * distance() + -0.0190154) * (0.153246 * thickness() + 0.153257) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00386841 * (0.890416 - exp(-0.298095 * (enclose() + 2.73737) - -0.00529853 * (enclose() + 8.18589) * (enclose() + 8.18589))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,li,m2,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 li INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.179208 * (1 - exp(-0.572479 * (distance() + 0.223732))) * pow(width() , 0.00749616 * distance() + 0.0254858) * (0.0683567 * thickness() + 0.212241) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.97))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.179208 * (1 - exp(-0.572479 * (distance() + 0.223732))) * pow(width() , 0.00749616 * distance() + 0.0254858) * (0.0683567 * thickness() + 0.212241) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.97))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0387979 * (1 - exp(-0.62357 * (distance() + 0.0943568))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.97))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.159128 * pow(width() , 0.0960424) * (0.0992538 * thickness() + 0.24375) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.97))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-1.38305e-05 * distance() + 0.283786) * (0.23916 - exp(-(-0.191089 * distance() + 0.181334) * (enclose() + 5.89081 * distance() + 6.91641) - (0.00012272 * distance() + 0.0217239) * (enclose() + 6.90724 * distance() + 2.07046) * (enclose() + 6.90724 * distance() + 2.07046))) + 0.5 * 0.477028 * exp(-0.762627 * enclose()) * (0.10386 - 0.0986635 * exp(-0.222324 * distance()) * pow(distance() , 0.0399965))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.97))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-1.38305e-05 * distance() + 0.283786) * (0.23916 - exp(-(-0.191089 * distance() + 0.181334) * (enclose() + 5.89081 * distance() + 6.91641) - (0.00012272 * distance() + 0.0217239) * (enclose() + 6.90724 * distance() + 2.07046) * (enclose() + 6.90724 * distance() + 2.07046))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.97))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0416288 * (1 - exp(-0.773895 * (enclose() + 0.441676))) * pow(width() , -0.00136826 * enclose() + 0.0844706) + 0.5 * (0.0249324 * exp(-0.990318 * enclose()) + 0.0240174 * exp(-0.305335 * enclose())) * pow(width() , 0.0271496 * enclose() + 0.0776758)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.97))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0416288 * (1 - exp(-0.773895 * (enclose() + 0.441676))) * pow(width() , -0.00136826 * enclose() + 0.0844706) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.97))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.97))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,li,m3,m4 |
| // |
| CAPACITANCE NEARBODY m3 INSIDE OF li m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.44491 - 1.3161 * distance()) + 0.00950039 / pow(distance() , 1.32698)) * 3.21046 * pow((width1() + width2()) / 2 , 0.0228662) * (0.087316 * (thickness1() + thickness2()) / 2 + 0.0667631) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.75))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.75))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,li,m3,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 m4 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.174653 * (1 - exp(-1.09053 * (distance() + 0.132323))) * pow(width() , -0.0101715 * distance() + 0.25618) * (1.3047 * thickness() + -0.812813) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0554692 * (1 - exp(-1.00389 * (distance() + 0.185843))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.645228 * pow(width() , 0.349109) * (0.729233 * thickness() + -0.560049) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (0.00177607 * distance() + 1.58731) * (0.0563807 - exp(-(-0.126649 * distance() + 0.110322) * (enclose() + 4.1814 * distance() + 11.6066) - (0.00061883 * distance() + 0.0434167) * (enclose() + 3.03913 * distance() + 5.91746) * (enclose() + 3.03913 * distance() + 5.91746))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.174653 * (1 - exp(-1.09053 * (distance() + 0.132323))) * pow(width() , -0.0101715 * distance() + 0.25618) * (1.3047 * thickness() + -0.812813) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.802535 * (0.0563807 - exp(1.15617 * (enclose() + 53.4206) - 0.049605 * (enclose() + 36.3088) * (enclose() + 36.3088))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,li,m3,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 li INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.068221 * (1 - exp(-0.818267 * (distance() + 0.00870152))) * pow(width() , -8.06458e-05 * distance() + 0.068624) * (0.0203164 * thickness() + 0.264782) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.75))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.75))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.068221 * (1 - exp(-0.818267 * (distance() + 0.00870152))) * pow(width() , -8.06458e-05 * distance() + 0.068624) * (0.0203164 * thickness() + 0.264782) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.75))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.75))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0187433 * (1 - exp(-0.832182 * (distance() + -0.0186577))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.75))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.75))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.104776 * pow(width() , 0.100228) * (0.0128265 * thickness() + 0.171052) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.75))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.75))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00092829 * distance() + 0.071422) * (0.561786 - exp(-(-0.304443 * distance() + 0.220548) * (enclose() + 3.04526 * distance() + 1.82066) - (0.00016844 * distance() + 0.0412709) * (enclose() + 4.56832 * distance() + 0.604312) * (enclose() + 4.56832 * distance() + 0.604312))) + 0.5 * 0.223782 * exp(-0.960174 * enclose()) * (0.0853703 - 0.121679 * exp(-0.573485 * distance()) * pow(distance() , 0.270955))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.75))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.75))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00092829 * distance() + 0.071422) * (0.561786 - exp(-(-0.304443 * distance() + 0.220548) * (enclose() + 3.04526 * distance() + 1.82066) - (0.00016844 * distance() + 0.0412709) * (enclose() + 4.56832 * distance() + 0.604312) * (enclose() + 4.56832 * distance() + 0.604312))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.75))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.75))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0194679 * (1 - exp(-0.88297 * (enclose() + 0.366677))) * pow(width() , -0.00092116 * enclose() + 0.0734041) + 0.5 * (0.00950785 * exp(-0.887606 * enclose()) + 0.00950805 * exp(-0.888453 * enclose())) * pow(width() , -0.00226175 * enclose() + 0.0257056)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.75))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.75))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0194679 * (1 - exp(-0.88297 * (enclose() + 0.366677))) * pow(width() , -0.00092116 * enclose() + 0.0734041) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.75))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.75))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,li,m3,m5 |
| // |
| CAPACITANCE NEARBODY m3 INSIDE OF li m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.45982 - 0.92431 * distance()) + 0.0189903 / pow(distance() , 1.18865)) * 3.34117 * pow((width1() + width2()) / 2 , 0.0345773) * (0.097553 * (thickness1() + thickness2()) / 2 + 0.0418738) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.75))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.75))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,li,m3,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 m5 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.101873 * (1 - exp(-0.54258 * (distance() + 0.0572379))) * pow(width() , -0.0003954 * distance() + 0.0663595) * (0.234152 * thickness() + 0.0464602) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0246958 * (1 - exp(-0.555039 * (distance() + 0.00883511))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.120212 * pow(width() , 0.0898624) * (0.302991 * thickness() + -0.0567782) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00031865 * distance() + 0.119466) * (0.388906 - exp(-(-0.0646841 * distance() + 0.0861627) * (enclose() + 4.77865 * distance() + 7.91437) - (1.36222e-05 * distance() + 0.0188114) * (enclose() + 3.91129 * distance() + 2.56695) * (enclose() + 3.91129 * distance() + 2.56695))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.101873 * (1 - exp(-0.54258 * (distance() + 0.0572379))) * pow(width() , -0.0003954 * distance() + 0.0663595) * (0.234152 * thickness() + 0.0464602) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0581398 * (0.388906 - exp(0.560678 * (enclose() + 55.7009) - 0.0189476 * (enclose() + 41.6799) * (enclose() + 41.6799))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,li,m3,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 li INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0992114 * (1 - exp(-0.541661 * (distance() + 0.0484799))) * pow(width() , 0.00055857 * distance() + 0.0527727) * (0.0369462 * thickness() + 0.234765) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.75))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.75))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0992114 * (1 - exp(-0.541661 * (distance() + 0.0484799))) * pow(width() , 0.00055857 * distance() + 0.0527727) * (0.0369462 * thickness() + 0.234765) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.75))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.75))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0258437 * (1 - exp(-0.555619 * (distance() + -0.00316017))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.75))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.75))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.116086 * pow(width() , 0.077361) * (0.0292527 * thickness() + 0.199107) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.75))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.75))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00220207 * distance() + 0.183003) * (0.297307 - exp(-(-0.0927961 * distance() + 0.119247) * (enclose() + 5.09029 * distance() + 8.33441) - (7.10915e-05 * distance() + 0.0140673) * (enclose() + 5.51041 * distance() + 2.70003) * (enclose() + 5.51041 * distance() + 2.70003))) + 0.5 * 0.336352 * exp(-0.805156 * enclose()) * (0.0912101 - 0.113263 * exp(-0.367348 * distance()) * pow(distance() , 0.186173))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.75))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.75))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00220207 * distance() + 0.183003) * (0.297307 - exp(-(-0.0927961 * distance() + 0.119247) * (enclose() + 5.09029 * distance() + 8.33441) - (7.10915e-05 * distance() + 0.0140673) * (enclose() + 5.51041 * distance() + 2.70003) * (enclose() + 5.51041 * distance() + 2.70003))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.75))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.75))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0263919 * (1 - exp(-0.693808 * (enclose() + 0.431896))) * pow(width() , -0.00151203 * enclose() + 0.067791) + 0.5 * (0.0141103 * exp(-0.680414 * enclose()) + 0.0141106 * exp(-0.679247 * enclose())) * pow(width() , 9.84707e-05 * enclose() + 0.0184434)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.75))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.75))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0263919 * (1 - exp(-0.693808 * (enclose() + 0.431896))) * pow(width() , -0.00151203 * enclose() + 0.067791) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.75))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.75))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,li,m3,rdl |
| // |
| CAPACITANCE NEARBODY m3 INSIDE OF li rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.79048 - 0.616647 * distance()) + 0.0559253 / pow(distance() , 0.844404)) * 4.22214 * pow((width1() + width2()) / 2 , 0.083481) * (0.0685823 * (thickness1() + thickness2()) / 2 + 0.033301) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.75))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.75))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,li,m3,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 rdl INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0300727 * (1 - exp(-0.291114 * (distance() + 0.316959))) * pow(width() , 0.0122183 * distance() + -0.0531931) * (0.0954258 * thickness() + 0.149524) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00674184 * (1 - exp(-0.314544 * (distance() + 0.0684548))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0745894 * pow(width() , 0.0556873) * (0.0482073 * thickness() + 0.0510119) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-8.45277e-05 * distance() + 0.0152506) * (0.895901 - exp(-(0.0361128 * distance() + 0.0534072) * (enclose() + 0.321195 * distance() + 1.06343) - (-0.00048359 * distance() + -0.00126626) * (enclose() + 1.0916 * distance() + 3.04212) * (enclose() + 1.0916 * distance() + 3.04212))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0300727 * (1 - exp(-0.291114 * (distance() + 0.316959))) * pow(width() , 0.0122183 * distance() + -0.0531931) * (0.0954258 * thickness() + 0.149524) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00720266 * (0.895901 - exp(-0.414535 * (enclose() + 4.27538) - -0.00610216 * (enclose() + 13.9581) * (enclose() + 13.9581))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,li,m3,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 li INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.150092 * (1 - exp(-0.330185 * (distance() + 0.315661))) * pow(width() , 0.00598942 * distance() + 0.0144271) * (0.0300548 * thickness() + 0.228408) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.75))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.75))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.150092 * (1 - exp(-0.330185 * (distance() + 0.315661))) * pow(width() , 0.00598942 * distance() + 0.0144271) * (0.0300548 * thickness() + 0.228408) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.75))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.75))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0371855 * (1 - exp(-0.342446 * (distance() + 0.133802))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.75))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.75))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.13328 * pow(width() , 0.084123) * (0.0446534 * thickness() + 0.250085) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.75))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.75))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-1.45805e-05 * distance() + 0.353416) * (0.185194 - exp(-(-0.0649242 * distance() + 0.107157) * (enclose() + 6.19727 * distance() + 13.7019) - (3.11578e-05 * distance() + 0.00773367) * (enclose() + 6.90306 * distance() + 4.00682) * (enclose() + 6.90306 * distance() + 4.00682))) + 0.5 * 0.535246 * exp(-0.530668 * enclose()) * (0.10355 - 0.10345 * exp(-0.177318 * distance()) * pow(distance() , 0.0709942))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.75))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.75))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-1.45805e-05 * distance() + 0.353416) * (0.185194 - exp(-(-0.0649242 * distance() + 0.107157) * (enclose() + 6.19727 * distance() + 13.7019) - (3.11578e-05 * distance() + 0.00773367) * (enclose() + 6.90306 * distance() + 4.00682) * (enclose() + 6.90306 * distance() + 4.00682))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.75))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.75))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0376996 * (1 - exp(-0.452398 * (enclose() + 0.553385))) * pow(width() , -0.00083241 * enclose() + 0.0771348) + 0.5 * (0.0249007 * exp(-0.571092 * enclose()) + 0.024493 * exp(-0.267428 * enclose())) * pow(width() , 0.00933031 * enclose() + 0.0481701)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.75))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.75))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0376996 * (1 - exp(-0.452398 * (enclose() + 0.553385))) * pow(width() , -0.00083241 * enclose() + 0.0771348) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.75))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.75))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,li,m4,m5 |
| // |
| CAPACITANCE NEARBODY m4 INSIDE OF li m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = length() * (exp(-1.43441 - 1.10207 * distance()) + 0.0176876 / pow(distance() , 1.17964)) * 3.14909 * pow((width1() + width2()) / 2 , 0.0356572) * (0.0862255 * (thickness1() + thickness2()) / 2 + 0.0560341) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 2.985))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 2.985))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,li,m4,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 m5 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.174139 * (1 - exp(-0.854387 * (distance() + 0.131609))) * pow(width() , -0.0075085 * distance() + 0.188795) * (0.865825 * thickness() + -0.439757) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0535079 * (1 - exp(-0.797005 * (distance() + 0.162143))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.536707 * pow(width() , 0.240055) * (0.588282 * thickness() + -0.417438) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (0.0016798 * distance() + 0.34055) * (0.260324 - exp(-(-0.106339 * distance() + 0.184776) * (enclose() + 2.36407 * distance() + 4.01289) - (0.00161746 * distance() + 0.0517288) * (enclose() + 1.66757 * distance() + 3.06804) * (enclose() + 1.66757 * distance() + 3.06804))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.174139 * (1 - exp(-0.854387 * (distance() + 0.131609))) * pow(width() , -0.0075085 * distance() + 0.188795) * (0.865825 * thickness() + -0.439757) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.178674 * (0.260324 - exp(0.878614 * (enclose() + 27.6536) - 0.0679034 * (enclose() + 19.7437) * (enclose() + 19.7437))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,li,m4,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 li INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0479957 * (1 - exp(-0.653585 * (distance() + 0.0497711))) * pow(width() , 0.00175381 * distance() + 0.0550275) * (0.0237825 * thickness() + 0.256955) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.985))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.985))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0479957 * (1 - exp(-0.653585 * (distance() + 0.0497711))) * pow(width() , 0.00175381 * distance() + 0.0550275) * (0.0237825 * thickness() + 0.256955) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.985))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.985))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0129622 * (1 - exp(-0.669812 * (distance() + -0.00339524))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.985))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.985))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.093117 * pow(width() , 0.0913215) * (0.0117817 * thickness() + 0.131633) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.985))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.985))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00053571 * distance() + 0.0347756) * (0.807153 - exp(-(-0.280623 * distance() + 0.177054) * (enclose() + 2.62856 * distance() + 0.424525) - (8.69569e-05 * distance() + 0.0389257) * (enclose() + 4.25522 * distance() + -0.421687) * (enclose() + 4.25522 * distance() + -0.421687))) + 0.5 * 0.17501 * exp(-0.62581 * enclose()) * (0.0958668 - 0.10476 * exp(-0.360932 * distance()) * pow(distance() , 0.152735))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.985))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.985))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00053571 * distance() + 0.0347756) * (0.807153 - exp(-(-0.280623 * distance() + 0.177054) * (enclose() + 2.62856 * distance() + 0.424525) - (8.69569e-05 * distance() + 0.0389257) * (enclose() + 4.25522 * distance() + -0.421687) * (enclose() + 4.25522 * distance() + -0.421687))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.985))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.985))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0135141 * (1 - exp(-0.574483 * (enclose() + 0.342429))) * pow(width() , 0.00129227 * enclose() + 0.0581256) + 0.5 * (0.0085227 * exp(-0.6007 * enclose()) + 0.00852113 * exp(-0.600274 * enclose())) * pow(width() , -0.00429688 * enclose() + 0.0605328)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.985))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.985))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0135141 * (1 - exp(-0.574483 * (enclose() + 0.342429))) * pow(width() , 0.00129227 * enclose() + 0.0581256) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.985))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.985))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,li,m4,rdl |
| // |
| CAPACITANCE NEARBODY m4 INSIDE OF li rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = length() * (exp(-1.76842 - 0.531289 * distance()) + 0.0639401 / pow(distance() , 0.805935)) * 4.2731 * pow((width1() + width2()) / 2 , 0.084183) * (0.0672633 * (thickness1() + thickness2()) / 2 + 0.0316902) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 2.985))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 2.985))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,li,m4,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 rdl INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0458124 * (1 - exp(-0.201654 * (distance() + 0.450707))) * pow(width() , 0.0142775 * distance() + -0.0804687) * (0.0734183 * thickness() + 0.162634) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00990086 * (1 - exp(-0.228526 * (distance() + 0.0771744))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0810593 * pow(width() , 0.0425244) * (0.0497822 * thickness() + 0.0766523) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-2.40036e-05 * distance() + 0.0202927) * (0.918789 - exp(-(0.0431686 * distance() + 0.0748022) * (enclose() + 0.433124 * distance() + 1.05766) - (-0.00036189 * distance() + -0.00432825) * (enclose() + 1.31848 * distance() + 3.23948) * (enclose() + 1.31848 * distance() + 3.23948))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0458124 * (1 - exp(-0.201654 * (distance() + 0.450707))) * pow(width() , 0.0142775 * distance() + -0.0804687) * (0.0734183 * thickness() + 0.162634) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0100263 * (0.918789 - exp(-0.506488 * (enclose() + 5.3889) - -0.00794715 * (enclose() + 16.4243) * (enclose() + 16.4243))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,li,m4,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 li INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.128123 * (1 - exp(-0.219151 * (distance() + 0.469224))) * pow(width() , 0.00911845 * distance() + -0.0205965) * (0.0243713 * thickness() + 0.219853) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.985))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.985))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.128123 * (1 - exp(-0.219151 * (distance() + 0.469224))) * pow(width() , 0.00911845 * distance() + -0.0205965) * (0.0243713 * thickness() + 0.219853) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.985))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.985))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0298879 * (1 - exp(-0.238739 * (distance() + 0.149486))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.985))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.985))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.121167 * pow(width() , 0.0668112) * (0.0356994 * thickness() + 0.213329) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.985))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.985))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00036174 * distance() + 0.0777701) * (0.676431 - exp(-(0.0198452 * distance() + 0.223959) * (enclose() + -0.0884997 * distance() + 2.19111) - (0.00338227 * distance() + -0.0276142) * (enclose() + -0.45402 * distance() + 2.45726) * (enclose() + -0.45402 * distance() + 2.45726))) + 0.5 * 0.664536 * exp(-0.409107 * enclose()) * (0.106055 - 0.10114 * exp(-0.0766245 * distance()) * pow(distance() , 0.0301403))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.985))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.985))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00036174 * distance() + 0.0777701) * (0.676431 - exp(-(0.0198452 * distance() + 0.223959) * (enclose() + -0.0884997 * distance() + 2.19111) - (0.00338227 * distance() + -0.0276142) * (enclose() + -0.45402 * distance() + 2.45726) * (enclose() + -0.45402 * distance() + 2.45726))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.985))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.985))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0294836 * (1 - exp(-0.321404 * (enclose() + 0.554661))) * pow(width() , -0.00060789 * enclose() + 0.0672288) + 0.5 * (0.0212975 * exp(-0.270772 * enclose()) + 0.0213455 * exp(-0.344034 * enclose())) * pow(width() , 0.00257941 * enclose() + 0.0439338)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.985))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.985))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0294836 * (1 - exp(-0.321404 * (enclose() + 0.554661))) * pow(width() , -0.00060789 * enclose() + 0.0672288) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.985))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.985))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,li,m5,rdl |
| // |
| CAPACITANCE NEARBODY m5 INSIDE OF li rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = length() * (exp(-1.55137 - 0.635192 * distance()) + 0.28127 / pow(distance() , 1.19659)) * 4.62672 * pow((width1() + width2()) / 2 , 0.0378223) * (0.0266504 * (thickness1() + thickness2()) / 2 + 0.0290795) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 4.335))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 4.335))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,li,m5,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m5 rdl INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_calenclose = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_distance = MAXDISTANCE_m5 |
| max_enclose = MAXENCLOSE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0602926 * (1 - exp(-0.192758 * (distance() + 0.208965))) * pow(width() , 0.00444623 * distance() + -0.0245705) * (0.0595909 * thickness() + 0.176053) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0154301 * (1 - exp(-0.19437 * (distance() + -0.0498148))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0841323 * pow(width() , 0.0261852) * (0.0487927 * thickness() + 0.110642) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-2.95271e-05 * distance() + 0.0373549) * (0.785423 - exp(-(0.0443782 * distance() + 0.125007) * (enclose() + 0.38212 * distance() + 2.16113) - (-0.00022782 * distance() + -0.00713435) * (enclose() + 1.21888 * distance() + 4.43595) * (enclose() + 1.21888 * distance() + 4.43595))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0602926 * (1 - exp(-0.192758 * (distance() + 0.208965))) * pow(width() , 0.00444623 * distance() + -0.0245705) * (0.0595909 * thickness() + 0.176053) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0184708 * (0.785423 - exp(-0.746302 * (enclose() + 7.51081) - -0.0103238 * (enclose() + 21.5003) * (enclose() + 21.5003))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,li,m5,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m5 li INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_calenclose = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| max_enclose = MAXENCLOSE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0987623 * (1 - exp(-0.196059 * (distance() + 0.186293))) * pow(width() , 0.00103905 * distance() + 0.0356148) * (0.00831306 * thickness() + 0.256221) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.335))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.335))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0987623 * (1 - exp(-0.196059 * (distance() + 0.186293))) * pow(width() , 0.00103905 * distance() + 0.0356148) * (0.00831306 * thickness() + 0.256221) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.335))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.335))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0269235 * (1 - exp(-0.201301 * (distance() + -0.00217248))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.335))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.335))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.102068 * pow(width() , 0.053359) * (0.010973 * thickness() + 0.232594) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 4.335))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 4.335))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00032776 * distance() + 0.106187) * (0.464905 - exp(-(-0.0169363 * distance() + 0.0608294) * (enclose() + 3.63525 * distance() + 10.5076) - (2.06869e-05 * distance() + 0.00519983) * (enclose() + 3.19664 * distance() + 1.40326) * (enclose() + 3.19664 * distance() + 1.40326))) + 0.5 * 0.452391 * exp(-0.337264 * enclose()) * (0.10209 - 0.105457 * exp(-0.161024 * distance()) * pow(distance() , 0.157774))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.335))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.335))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00032776 * distance() + 0.106187) * (0.464905 - exp(-(-0.0169363 * distance() + 0.0608294) * (enclose() + 3.63525 * distance() + 10.5076) - (2.06869e-05 * distance() + 0.00519983) * (enclose() + 3.19664 * distance() + 1.40326) * (enclose() + 3.19664 * distance() + 1.40326))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 4.335))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 4.335))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0257707 * (1 - exp(-0.255646 * (enclose() + 0.546741))) * pow(width() , -0.0014192 * enclose() + 0.0649064) + 0.5 * (0.0196994 * exp(-0.262445 * enclose()) + 0.0196994 * exp(-0.263402 * enclose())) * pow(width() , -0.00045536 * enclose() + 0.0280816)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 4.335))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 4.335))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0257707 * (1 - exp(-0.255646 * (enclose() + 0.546741))) * pow(width() , -0.0014192 * enclose() + 0.0649064) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 4.335))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 4.335))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,m1,m2,m3 |
| // |
| CAPACITANCE NEARBODY m2 INSIDE OF m1 m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.18861 - 3.13885 * distance()) + 0 / pow(distance() , 0.960967)) * 3.35054 * pow((width1() + width2()) / 2 , 0.00837054) * (0.317773 * (thickness1() + thickness2()) / 2 + 0.0193324) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.27))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.27))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,m1,m2,m3 |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 m3 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.109768 * (1 - exp(-2.25013 * (distance() + -0.0120617))) * pow(width() , -0.00013994 * distance() + 0.0905137) * (1.13225 * thickness() + -0.110427) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0302652 * (1 - exp(-2.26687 * (distance() + -0.00685172))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.153208 * pow(width() , 0.146804) * (1.62245 * thickness() + -0.376446) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (4.79083e-05 * distance() + 0.0745266) * (0.748251 - exp(-(0.152266 * distance() + 2.12422) * (enclose() + -0.0306483 * distance() + 0.47151) - (0.259871 * distance() + -0.324382) * (enclose() + -0.303895 * distance() + 1.66067) * (enclose() + -0.303895 * distance() + 1.66067))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.109768 * (1 - exp(-2.25013 * (distance() + -0.0120617))) * pow(width() , -0.00013994 * distance() + 0.0905137) * (1.13225 * thickness() + -0.110427) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.037431 * (0.748251 - exp(-3.19008 * (enclose() + 0.256972) - 1.49472 * (enclose() + -0.466595) * (enclose() + -0.466595))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,m1,m2,m3 |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 m1 INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.218564 * (1 - exp(-2.34771 * (distance() + -0.00929206))) * pow(width() , 4.5621e-06 * distance() + 0.0692679) * (0.0513382 * thickness() + 0.181419) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.27))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.218564 * (1 - exp(-2.34771 * (distance() + -0.00929206))) * pow(width() , 4.5621e-06 * distance() + 0.0692679) * (0.0513382 * thickness() + 0.181419) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.27))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0399873 * (1 - exp(-2.36865 * (distance() + -0.00763075))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.27))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.158112 * pow(width() , 0.115647) * (0.0730123 * thickness() + 0.261339) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.27))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-6.87303e-05 * distance() + 0.105427) * (0.727175 - exp(-(0.0255237 * distance() + 3.81507) * (enclose() + -0.0447568 * distance() + 0.448933) - (0.369506 * distance() + -0.997065) * (enclose() + -0.260565 * distance() + 1.22242) * (enclose() + -0.260565 * distance() + 1.22242))) + 0.5 * 0.133334 * exp(-3.59393 * enclose()) * (0.0682933 - 0.138284 * exp(-1.04748 * distance()) * pow(distance() , 0.298487))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.27))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-6.87303e-05 * distance() + 0.105427) * (0.727175 - exp(-(0.0255237 * distance() + 3.81507) * (enclose() + -0.0447568 * distance() + 0.448933) - (0.369506 * distance() + -0.997065) * (enclose() + -0.260565 * distance() + 1.22242) * (enclose() + -0.260565 * distance() + 1.22242))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.27))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0435091 * (1 - exp(-3.35872 * (enclose() + 0.222934))) * pow(width() , -0.00099244 * enclose() + 0.0731205) + 0.5 * (0.0102641 * exp(-2.97997 * enclose()) + -0.00164068 * exp(-2.92274 * enclose())) * pow(width() , 0.0237168 * enclose() + -0.0105908)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.27))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0435091 * (1 - exp(-3.35872 * (enclose() + 0.222934))) * pow(width() , -0.00099244 * enclose() + 0.0731205) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.27))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,m1,m2,m4 |
| // |
| CAPACITANCE NEARBODY m2 INSIDE OF m1 m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.28574 - 2.18421 * distance()) + 0.00712792 / pow(distance() , 1.02995)) * 3.62074 * pow((width1() + width2()) / 2 , 0.0499977) * (0.247644 * (thickness1() + thickness2()) / 2 + 0.0189669) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.27))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.27))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,m1,m2,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 m4 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0596061 * (1 - exp(-1.24425 * (distance() + 0.0386975))) * pow(width() , 0.00317952 * distance() + 0.0493903) * (0.344611 * thickness() + 0.0811805) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0112786 * (1 - exp(-1.33635 * (distance() + -0.00067692))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.088161 * pow(width() , 0.0828081) * (0.306307 * thickness() + 0.0290127) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (8.068e-05 * distance() + 0.0341844) * (0.60837 - exp(-(0.00545511 * distance() + 0.204174) * (enclose() + 0.497375 * distance() + 1.40245) - (0.111977 * distance() + 0.0179195) * (enclose() + -0.219706 * distance() + 1.8344) * (enclose() + -0.219706 * distance() + 1.8344))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0596061 * (1 - exp(-1.24425 * (distance() + 0.0386975))) * pow(width() , 0.00317952 * distance() + 0.0493903) * (0.344611 * thickness() + 0.0811805) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0173746 * (0.60837 - exp(-0.24236 * (enclose() + 4.88408) - 0.801758 * (enclose() + 0.296458) * (enclose() + 0.296458))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,m1,m2,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 m1 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.214654 * (1 - exp(-1.53403 * (distance() + 0.0452364))) * pow(width() , -0.00025559 * distance() + 0.0679215) * (0.0813796 * thickness() + 0.227876) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.27))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.214654 * (1 - exp(-1.53403 * (distance() + 0.0452364))) * pow(width() , -0.00025559 * distance() + 0.0679215) * (0.0813796 * thickness() + 0.227876) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.27))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0506085 * (1 - exp(-1.54177 * (distance() + 0.0305915))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.27))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.170871 * pow(width() , 0.102925) * (0.112915 * thickness() + 0.294224) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.27))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-9.74722e-05 * distance() + 0.124889) * (0.777597 - exp(-(-0.111253 * distance() + 2.95512) * (enclose() + 0.00793373 * distance() + 0.368442) - (0.135788 * distance() + -0.939897) * (enclose() + -0.373724 * distance() + 0.984711) * (enclose() + -0.373724 * distance() + 0.984711))) + 0.5 * 0.231566 * exp(-2.12781 * enclose()) * (0.0896649 - 0.113011 * exp(-0.427079 * distance()) * pow(distance() , 0.12583))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.27))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-9.74722e-05 * distance() + 0.124889) * (0.777597 - exp(-(-0.111253 * distance() + 2.95512) * (enclose() + 0.00793373 * distance() + 0.368442) - (0.135788 * distance() + -0.939897) * (enclose() + -0.373724 * distance() + 0.984711) * (enclose() + -0.373724 * distance() + 0.984711))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.27))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0553015 * (1 - exp(-2.37059 * (enclose() + 0.282577))) * pow(width() , -0.0019895 * enclose() + 0.0800667) + 0.5 * (0.00656696 * exp(-2.94884 * enclose()) + 0.0119466 * exp(-1.34632 * enclose())) * pow(width() , 0.0400956 * enclose() + 0.0122405)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.27))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0553015 * (1 - exp(-2.37059 * (enclose() + 0.282577))) * pow(width() , -0.0019895 * enclose() + 0.0800667) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.27))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,m1,m2,m5 |
| // |
| CAPACITANCE NEARBODY m2 INSIDE OF m1 m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.29058 - 1.98535 * distance()) + 0.0135826 / pow(distance() , 0.934225)) * 3.60437 * pow((width1() + width2()) / 2 , 0.0730995) * (0.219942 * (thickness1() + thickness2()) / 2 + 0.0195615) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.27))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.27))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,m1,m2,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 m5 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0380896 * (1 - exp(-1.08609 * (distance() + 0.0740544))) * pow(width() , 0.00480509 * distance() + 0.0458255) * (0.293663 * thickness() + 0.0963996) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00703128 * (1 - exp(-1.1814 * (distance() + 0.0171668))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0784865 * pow(width() , 0.0890737) * (0.1753 * thickness() + 0.0364571) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-9.93199e-05 * distance() + 0.015903) * (0.839422 - exp(-(0.139863 * distance() + -0.0808837) * (enclose() + -0.114551 * distance() + 1.86607) - (0.0170834 * distance() + 0.0759423) * (enclose() + -0.211766 * distance() + 1.63287) * (enclose() + -0.211766 * distance() + 1.63287))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0380896 * (1 - exp(-1.08609 * (distance() + 0.0740544))) * pow(width() , 0.00480509 * distance() + 0.0458255) * (0.293663 * thickness() + 0.0963996) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00760388 * (0.839422 - exp(-0.898157 * (enclose() + 1.06421) - 0.195526 * (enclose() + 0.150508) * (enclose() + 0.150508))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,m1,m2,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 m1 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.234221 * (1 - exp(-1.40146 * (distance() + 0.0685694))) * pow(width() , -0.00030987 * distance() + 0.070718) * (0.0831295 * thickness() + 0.222864) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.27))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.234221 * (1 - exp(-1.40146 * (distance() + 0.0685694))) * pow(width() , -0.00030987 * distance() + 0.070718) * (0.0831295 * thickness() + 0.222864) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.27))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.054104 * (1 - exp(-1.38943 * (distance() + 0.0486447))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.27))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.177805 * pow(width() , 0.107729) * (0.123768 * thickness() + 0.303783) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.27))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00038954 * distance() + 0.107928) * (0.932477 - exp(-(-0.128435 * distance() + 2.82025) * (enclose() + 0.00535424 * distance() + 0.319216) - (0.127449 * distance() + -0.873544) * (enclose() + -0.373395 * distance() + 1.01471) * (enclose() + -0.373395 * distance() + 1.01471))) + 0.5 * 0.297894 * exp(-1.69963 * enclose()) * (0.096139 - 0.105239 * exp(-0.283461 * distance()) * pow(distance() , 0.0723348))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.27))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00038954 * distance() + 0.107928) * (0.932477 - exp(-(-0.128435 * distance() + 2.82025) * (enclose() + 0.00535424 * distance() + 0.319216) - (0.127449 * distance() + -0.873544) * (enclose() + -0.373395 * distance() + 1.01471) * (enclose() + -0.373395 * distance() + 1.01471))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.27))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0595749 * (1 - exp(-2.10507 * (enclose() + 0.307056))) * pow(width() , -0.00274476 * enclose() + 0.0890533) + 0.5 * (0.010364 * exp(-2.52272 * enclose()) + 0.0144191 * exp(-0.91649 * enclose())) * pow(width() , 0.0538219 * enclose() + 0.033602)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.27))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0595749 * (1 - exp(-2.10507 * (enclose() + 0.307056))) * pow(width() , -0.00274476 * enclose() + 0.0890533) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.27))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,m1,m2,rdl |
| // |
| CAPACITANCE NEARBODY m2 INSIDE OF m1 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.3403 - 1.93117 * distance()) + 0.027845 / pow(distance() , 0.76911)) * 3.97383 * pow((width1() + width2()) / 2 , 0.106722) * (0.181327 * (thickness1() + thickness2()) / 2 + 0.0185527) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.27))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.27))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,m1,m2,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 rdl INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0106408 * (1 - exp(-0.98959 * (distance() + 0.105086))) * pow(width() , 0.00719677 * distance() + 0.0232542) * (0.255676 * thickness() + 0.105951) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00193913 * (1 - exp(-1.08963 * (distance() + 0.0319706))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0375178 * pow(width() , 0.0881514) * (0.0891297 * thickness() + 0.0267482) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00011777 * distance() + 0.00553464) * (0.718165 - exp(-(0.0219747 * distance() + 0.126996) * (enclose() + 0.0646032 * distance() + 2.22943) - (0.00262698 * distance() + -0.00446667) * (enclose() + -0.613144 * distance() + 3.35441) * (enclose() + -0.613144 * distance() + 3.35441))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0106408 * (1 - exp(-0.98959 * (distance() + 0.105086))) * pow(width() , 0.00719677 * distance() + 0.0232542) * (0.255676 * thickness() + 0.105951) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00235513 * (0.718165 - exp(-0.280819 * (enclose() + 2.68165) - 0.0139222 * (enclose() + -0.937598) * (enclose() + -0.937598))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,m1,m2,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 m1 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.255731 * (1 - exp(-1.33982 * (distance() + 0.0908847))) * pow(width() , -0.00066867 * distance() + 0.0803973) * (0.0887123 * thickness() + 0.221561) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.27))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.255731 * (1 - exp(-1.33982 * (distance() + 0.0908847))) * pow(width() , -0.00066867 * distance() + 0.0803973) * (0.0887123 * thickness() + 0.221561) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.27))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0586127 * (1 - exp(-1.29617 * (distance() + 0.0698455))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.27))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.16424 * pow(width() , 0.12832) * (0.16221 * thickness() + 0.366707) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.27))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.0243576 * distance() + 2.19314) * (0.046028 - exp(-(-0.351572 * distance() + 0.455358) * (enclose() + 2.48014 * distance() + 4.88729) - (0.00252049 * distance() + 0.0880069) * (enclose() + 2.6287 * distance() + 2.97805) * (enclose() + 2.6287 * distance() + 2.97805))) + 0.5 * 0.390405 * exp(-1.11614 * enclose()) * (0.104338 - 0.0965217 * exp(-0.181067 * distance()) * pow(distance() , 0.0109469))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.27))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.0243576 * distance() + 2.19314) * (0.046028 - exp(-(-0.351572 * distance() + 0.455358) * (enclose() + 2.48014 * distance() + 4.88729) - (0.00252049 * distance() + 0.0880069) * (enclose() + 2.6287 * distance() + 2.97805) * (enclose() + 2.6287 * distance() + 2.97805))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.27))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0648542 * (1 - exp(-1.82498 * (enclose() + 0.34096))) * pow(width() , -0.00418529 * enclose() + 0.105665) + 0.5 * (0.020071 * exp(-0.399876 * enclose()) + 0.0200121 * exp(-1.90688 * enclose())) * pow(width() , 0.0640187 * enclose() + 0.0946668)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.27))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0648542 * (1 - exp(-1.82498 * (enclose() + 0.34096))) * pow(width() , -0.00418529 * enclose() + 0.105665) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 0.27))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 0.27))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,m1,m3,m4 |
| // |
| CAPACITANCE NEARBODY m3 INSIDE OF m1 m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.44176 - 1.53576 * distance()) + 0.00441789 / pow(distance() , 1.49142)) * 3.33187 * pow((width1() + width2()) / 2 , 0.0104002) * (0.101226 * (thickness1() + thickness2()) / 2 + 0.0658614) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.05))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.05))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,m1,m3,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 m4 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.161956 * (1 - exp(-1.26262 * (distance() + 0.0940979))) * pow(width() , -0.0101966 * distance() + 0.264113) * (1.3862 * thickness() + -0.881066) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0517808 * (1 - exp(-1.16984 * (distance() + 0.148341))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.788893 * pow(width() , 0.372581) * (0.582612 * thickness() + -0.451357) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00128006 * distance() + 1.03724) * (0.0813356 - exp(-(-0.125575 * distance() + 0.0799666) * (enclose() + 3.99855 * distance() + 9.96663) - (0.00103046 * distance() + 0.0566272) * (enclose() + 2.5082 * distance() + 5.36156) * (enclose() + 2.5082 * distance() + 5.36156))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.161956 * (1 - exp(-1.26262 * (distance() + 0.0940979))) * pow(width() , -0.0101966 * distance() + 0.264113) * (1.3862 * thickness() + -0.881066) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.51222 * (0.0813356 - exp(1.17578 * (enclose() + 49.9521) - 0.0669318 * (enclose() + 30.4436) * (enclose() + 30.4436))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,m1,m3,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 m1 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0910336 * (1 - exp(-1.01496 * (distance() + -0.0198731))) * pow(width() , -0.00174753 * distance() + 0.0806172) * (0.0213082 * thickness() + 0.268385) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.05))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.05))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0910336 * (1 - exp(-1.01496 * (distance() + -0.0198731))) * pow(width() , -0.00174753 * distance() + 0.0806172) * (0.0213082 * thickness() + 0.268385) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.05))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.05))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0254151 * (1 - exp(-1.01769 * (distance() + -0.0231919))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.05))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.05))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.11275 * pow(width() , 0.113853) * (0.0169468 * thickness() + 0.214927) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.05))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.05))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00280608 * distance() + 0.327055) * (0.161004 - exp(-(-0.224718 * distance() + 0.242246) * (enclose() + 3.84624 * distance() + 5.75561) - (0.00026618 * distance() + 0.0358382) * (enclose() + 4.59382 * distance() + 2.68814) * (enclose() + 4.59382 * distance() + 2.68814))) + 0.5 * 0.188123 * exp(-1.39612 * enclose()) * (0.0790162 - 0.125878 * exp(-0.590119 * distance()) * pow(distance() , 0.29232))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.05))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.05))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00280608 * distance() + 0.327055) * (0.161004 - exp(-(-0.224718 * distance() + 0.242246) * (enclose() + 3.84624 * distance() + 5.75561) - (0.00026618 * distance() + 0.0358382) * (enclose() + 4.59382 * distance() + 2.68814) * (enclose() + 4.59382 * distance() + 2.68814))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.05))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.05))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0264377 * (1 - exp(-1.26849 * (enclose() + 0.439998))) * pow(width() , -0.00146063 * enclose() + 0.0764497) + 0.5 * (0.00705949 * exp(-1.236 * enclose()) + 0.00705929 * exp(-1.22197 * enclose())) * pow(width() , 0.00299662 * enclose() + 0.0042867)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.05))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.05))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0264377 * (1 - exp(-1.26849 * (enclose() + 0.439998))) * pow(width() , -0.00146063 * enclose() + 0.0764497) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.05))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.05))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,m1,m3,m5 |
| // |
| CAPACITANCE NEARBODY m3 INSIDE OF m1 m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.41708 - 1.07544 * distance()) + 0.0137535 / pow(distance() , 1.26502)) * 3.18966 * pow((width1() + width2()) / 2 , 0.0255685) * (0.111572 * (thickness1() + thickness2()) / 2 + 0.0394316) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.05))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.05))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,m1,m3,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 m5 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0855087 * (1 - exp(-0.648772 * (distance() + 0.0231991))) * pow(width() , -0.00108058 * distance() + 0.0742443) * (0.272475 * thickness() + 0.0251153) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0216592 * (1 - exp(-0.660925 * (distance() + -0.00478088))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.120164 * pow(width() , 0.098698) * (0.303085 * thickness() + -0.0815495) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (0.00013366 * distance() + 0.0642624) * (0.613217 - exp(-(0.0123941 * distance() + 0.162771) * (enclose() + 0.14834 * distance() + 1.54194) - (0.0148827 * distance() + 0.00350788) * (enclose() + -0.286321 * distance() + 4.5277) * (enclose() + -0.286321 * distance() + 4.5277))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0855087 * (1 - exp(-0.648772 * (distance() + 0.0231991))) * pow(width() , -0.00108058 * distance() + 0.0742443) * (0.272475 * thickness() + 0.0251153) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0327995 * (0.613217 - exp(-0.286712 * (enclose() + 3.02534) - 0.152335 * (enclose() + 1.66449) * (enclose() + 1.66449))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,m1,m3,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 m1 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.126534 * (1 - exp(-0.686278 * (distance() + 0.0234261))) * pow(width() , -0.00122151 * distance() + 0.0682853) * (0.0350725 * thickness() + 0.23971) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.05))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.05))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.126534 * (1 - exp(-0.686278 * (distance() + 0.0234261))) * pow(width() , -0.00122151 * distance() + 0.0682853) * (0.0350725 * thickness() + 0.23971) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.05))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.05))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0333253 * (1 - exp(-0.694651 * (distance() + 0.00186404))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.05))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.05))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.1293 * pow(width() , 0.0910658) * (0.034828 * thickness() + 0.231481) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.05))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.05))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00394128 * distance() + 0.682381) * (0.0982063 - exp(-(-0.0987718 * distance() + 0.116357) * (enclose() + 5.57617 * distance() + 13.4592) - (0.00013603 * distance() + 0.0167877) * (enclose() + 5.28748 * distance() + 6.09023) * (enclose() + 5.28748 * distance() + 6.09023))) + 0.5 * 0.291687 * exp(-1.10297 * enclose()) * (0.0884292 - 0.11471 * exp(-0.347241 * distance()) * pow(distance() , 0.182802))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.05))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.05))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00394128 * distance() + 0.682381) * (0.0982063 - exp(-(-0.0987718 * distance() + 0.116357) * (enclose() + 5.57617 * distance() + 13.4592) - (0.00013603 * distance() + 0.0167877) * (enclose() + 5.28748 * distance() + 6.09023) * (enclose() + 5.28748 * distance() + 6.09023))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.05))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.05))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0342627 * (1 - exp(-0.967707 * (enclose() + 0.515747))) * pow(width() , -0.0018929 * enclose() + 0.0718634) + 0.5 * (0.0103969 * exp(-0.886424 * enclose()) + 0.0121262 * exp(-0.884582 * enclose())) * pow(width() , 0.00477641 * enclose() + 0.00604713)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.05))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.05))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0342627 * (1 - exp(-0.967707 * (enclose() + 0.515747))) * pow(width() , -0.0018929 * enclose() + 0.0718634) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.05))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.05))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,m1,m3,rdl |
| // |
| CAPACITANCE NEARBODY m3 INSIDE OF m1 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.77386 - 0.719859 * distance()) + 0.0473874 / pow(distance() , 0.886846)) * 4.08243 * pow((width1() + width2()) / 2 , 0.0789455) * (0.0772138 * (thickness1() + thickness2()) / 2 + 0.031441) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.05))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.05))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,m1,m3,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 rdl INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.024156 * (1 - exp(-0.374422 * (distance() + 0.22968))) * pow(width() , 0.011052 * distance() + -0.0367893) * (0.120312 * thickness() + 0.129576) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00543786 * (1 - exp(-0.402186 * (distance() + 0.0480026))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0712605 * pow(width() , 0.0599074) * (0.0510128 * thickness() + 0.035389) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00026262 * distance() + 0.0140083) * (0.846368 - exp(-(0.0266059 * distance() + 0.0535118) * (enclose() + 0.175913 * distance() + 1.65203) - (-3.04818e-06 * distance() + 3.08613e-06) * (enclose() + -13.1697 * distance() + 10.8007) * (enclose() + -13.1697 * distance() + 10.8007))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.024156 * (1 - exp(-0.374422 * (distance() + 0.22968))) * pow(width() , 0.011052 * distance() + -0.0367893) * (0.120312 * thickness() + 0.129576) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00569105 * (0.846368 - exp(-0.319571 * (enclose() + 3.41116) - -2.73957e-05 * (enclose() + -120.896) * (enclose() + -120.896))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,m1,m3,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 m1 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.174271 * (1 - exp(-0.453609 * (distance() + 0.225101))) * pow(width() , 0.0033031 * distance() + 0.0421323) * (0.0352525 * thickness() + 0.230835) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.05))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.05))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.174271 * (1 - exp(-0.453609 * (distance() + 0.225101))) * pow(width() , 0.0033031 * distance() + 0.0421323) * (0.0352525 * thickness() + 0.230835) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.05))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.05))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0442257 * (1 - exp(-0.46016 * (distance() + 0.124138))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.05))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.05))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.134404 * pow(width() , 0.0981834) * (0.0554062 * thickness() + 0.297577) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.05))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.05))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00226006 * distance() + 0.332783) * (0.228677 - exp(-(-0.0828161 * distance() + 0.159086) * (enclose() + 3.22038 * distance() + 7.19208) - (0.00025799 * distance() + 0.0185375) * (enclose() + 3.31008 * distance() + 3.44475) * (enclose() + 3.31008 * distance() + 3.44475))) + 0.5 * 0.495047 * exp(-0.641493 * enclose()) * (0.101956 - 0.103036 * exp(-0.153571 * distance()) * pow(distance() , 0.0607049))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.05))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.05))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00226006 * distance() + 0.332783) * (0.228677 - exp(-(-0.0828161 * distance() + 0.159086) * (enclose() + 3.22038 * distance() + 7.19208) - (0.00025799 * distance() + 0.0185375) * (enclose() + 3.31008 * distance() + 3.44475) * (enclose() + 3.31008 * distance() + 3.44475))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.05))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.05))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0456118 * (1 - exp(-0.626292 * (enclose() + 0.668461))) * pow(width() , -0.00108546 * enclose() + 0.0827618) + 0.5 * (0.0238558 * exp(-0.315859 * enclose()) + 0.0188299 * exp(-0.830181 * enclose())) * pow(width() , 0.0161344 * enclose() + 0.0493266)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.05))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.05))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0456118 * (1 - exp(-0.626292 * (enclose() + 0.668461))) * pow(width() , -0.00108546 * enclose() + 0.0827618) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.05))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.05))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,m1,m4,m5 |
| // |
| CAPACITANCE NEARBODY m4 INSIDE OF m1 m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = length() * (exp(-1.43734 - 1.18514 * distance()) + 0.0128707 / pow(distance() , 1.24503)) * 3.21054 * pow((width1() + width2()) / 2 , 0.0270807) * (0.0933893 * (thickness1() + thickness2()) / 2 + 0.0571368) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 2.285))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 2.285))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,m1,m4,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 m5 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.167818 * (1 - exp(-0.912006 * (distance() + 0.106965))) * pow(width() , -0.00792729 * distance() + 0.192716) * (0.890971 * thickness() + -0.460651) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0517238 * (1 - exp(-0.852155 * (distance() + 0.142479))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.547839 * pow(width() , 0.245121) * (0.573299 * thickness() + -0.410031) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (0.00317829 * distance() + 1.12159) * (0.0777309 - exp(-(-0.0862597 * distance() + 0.0822919) * (enclose() + 4.44842 * distance() + 12.2679) - (0.00058002 * distance() + 0.0324382) * (enclose() + 2.86867 * distance() + 6.62704) * (enclose() + 2.86867 * distance() + 6.62704))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.167818 * (1 - exp(-0.912006 * (distance() + 0.106965))) * pow(width() , -0.00792729 * distance() + 0.192716) * (0.890971 * thickness() + -0.460651) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.576686 * (0.0777309 - exp(0.780305 * (enclose() + 56.7521) - 0.0382384 * (enclose() + 35.3137) * (enclose() + 35.3137))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,m1,m4,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 m1 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0572425 * (1 - exp(-0.713619 * (distance() + 0.0213086))) * pow(width() , 0.00057042 * distance() + 0.0610101) * (0.0245053 * thickness() + 0.256515) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.285))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.285))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0572425 * (1 - exp(-0.713619 * (distance() + 0.0213086))) * pow(width() , 0.00057042 * distance() + 0.0610101) * (0.0245053 * thickness() + 0.256515) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.285))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.285))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0154896 * (1 - exp(-0.727245 * (distance() + -0.0161433))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.285))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.285))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0990373 * pow(width() , 0.0921291) * (0.0138649 * thickness() + 0.14694) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.285))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.285))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00067246 * distance() + 0.0487718) * (0.682888 - exp(-(-0.248482 * distance() + 0.182812) * (enclose() + 3.25333 * distance() + 1.27684) - (9.43712e-05 * distance() + 0.0330791) * (enclose() + 4.80234 * distance() + 0.0342896) * (enclose() + 4.80234 * distance() + 0.0342896))) + 0.5 * 0.157243 * exp(-0.791894 * enclose()) * (0.0933353 - 0.1083 * exp(-0.316518 * distance()) * pow(distance() , 0.171017))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.285))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.285))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00067246 * distance() + 0.0487718) * (0.682888 - exp(-(-0.248482 * distance() + 0.182812) * (enclose() + 3.25333 * distance() + 1.27684) - (9.43712e-05 * distance() + 0.0330791) * (enclose() + 4.80234 * distance() + 0.0342896) * (enclose() + 4.80234 * distance() + 0.0342896))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.285))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.285))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0160533 * (1 - exp(-0.723991 * (enclose() + 0.528435))) * pow(width() , -0.00042575 * enclose() + 0.0676379) + 0.5 * (0.00681953 * exp(-0.738271 * enclose()) + 0.00681918 * exp(-0.738996 * enclose())) * pow(width() , -0.00087875 * enclose() + 0.0342796)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.285))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.285))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0160533 * (1 - exp(-0.723991 * (enclose() + 0.528435))) * pow(width() , -0.00042575 * enclose() + 0.0676379) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.285))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.285))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,m1,m4,rdl |
| // |
| CAPACITANCE NEARBODY m4 INSIDE OF m1 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = length() * (exp(-1.73607 - 0.570282 * distance()) + 0.0567787 / pow(distance() , 0.839826)) * 4.163 * pow((width1() + width2()) / 2 , 0.0795505) * (0.0719612 * (thickness1() + thickness2()) / 2 + 0.0316919) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 2.285))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 2.285))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,m1,m4,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 rdl INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0399315 * (1 - exp(-0.236547 * (distance() + 0.362786))) * pow(width() , 0.01306 * distance() + -0.0676614) * (0.0837453 * thickness() + 0.15612) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00876157 * (1 - exp(-0.26424 * (distance() + 0.0553765))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0785383 * pow(width() , 0.0429003) * (0.0516167 * thickness() + 0.0662084) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (6.7306e-06 * distance() + 0.0179415) * (0.909278 - exp(-(0.0439334 * distance() + 0.0681126) * (enclose() + 0.39945 * distance() + 0.99456) - (-0.00047157 * distance() + -0.0028088) * (enclose() + 1.2608 * distance() + 3.36415) * (enclose() + 1.2608 * distance() + 3.36415))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0399315 * (1 - exp(-0.236547 * (distance() + 0.362786))) * pow(width() , 0.01306 * distance() + -0.0676614) * (0.0837453 * thickness() + 0.15612) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0090044 * (0.909278 - exp(-0.507447 * (enclose() + 4.98906) - -0.0075245 * (enclose() + 15.9721) * (enclose() + 15.9721))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,m1,m4,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 m1 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.136883 * (1 - exp(-0.261531 * (distance() + 0.374913))) * pow(width() , 0.00738376 * distance() + -0.00371604) * (0.0281321 * thickness() + 0.223084) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.285))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.285))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.136883 * (1 - exp(-0.261531 * (distance() + 0.374913))) * pow(width() , 0.00738376 * distance() + -0.00371604) * (0.0281321 * thickness() + 0.223084) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.285))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.285))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0328912 * (1 - exp(-0.280059 * (distance() + 0.127691))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.285))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.285))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.124686 * pow(width() , 0.0701658) * (0.0411513 * thickness() + 0.229445) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.285))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.285))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00073867 * distance() + 0.100152) * (0.524892 - exp(-(-0.0512729 * distance() + 0.115017) * (enclose() + 3.29053 * distance() + 4.83506) - (4.10658e-05 * distance() + 0.0133019) * (enclose() + 3.36675 * distance() + 0.400648) * (enclose() + 3.36675 * distance() + 0.400648))) + 0.5 * 0.890106 * exp(-0.471201 * enclose()) * (0.10468 - 0.102478 * exp(-0.0467191 * distance()) * pow(distance() , 0.0245134))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.285))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.285))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00073867 * distance() + 0.100152) * (0.524892 - exp(-(-0.0512729 * distance() + 0.115017) * (enclose() + 3.29053 * distance() + 4.83506) - (4.10658e-05 * distance() + 0.0133019) * (enclose() + 3.36675 * distance() + 0.400648) * (enclose() + 3.36675 * distance() + 0.400648))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.285))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.285))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.032755 * (1 - exp(-0.389469 * (enclose() + 0.778517))) * pow(width() , -0.00094527 * enclose() + 0.0703524) + 0.5 * (0.019025 * exp(-0.436794 * enclose()) + 0.018772 * exp(-0.278845 * enclose())) * pow(width() , 0.00524128 * enclose() + 0.0381677)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.285))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.285))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.032755 * (1 - exp(-0.389469 * (enclose() + 0.778517))) * pow(width() , -0.00094527 * enclose() + 0.0703524) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.285))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.285))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,m1,m5,rdl |
| // |
| CAPACITANCE NEARBODY m5 INSIDE OF m1 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = length() * (exp(-1.41352 - 0.705537 * distance()) + 0.235927 / pow(distance() , 1.20248)) * 4.59827 * pow((width1() + width2()) / 2 , 0.0345199) * (0.0295776 * (thickness1() + thickness2()) / 2 + 0.0320581) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 3.635))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 3.635))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,m1,m5,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m5 rdl INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_calenclose = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_distance = MAXDISTANCE_m5 |
| max_enclose = MAXENCLOSE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0558725 * (1 - exp(-0.20968 * (distance() + 0.156922))) * pow(width() , 0.00389829 * distance() + -0.0182225) * (0.0634053 * thickness() + 0.174417) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0144443 * (1 - exp(-0.21218 * (distance() + -0.0702191))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0826102 * pow(width() , 0.0256567) * (0.0498465 * thickness() + 0.102362) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (1.85151e-05 * distance() + 0.023471) * (1.08581 - exp(-(0.0150068 * distance() + 0.0763945) * (enclose() + 1.1267 * distance() + -2.60614) - (-1.42286e-05 * distance() + -0.00039835) * (enclose() + -5.64556 * distance() + 5.72406) * (enclose() + -5.64556 * distance() + 5.72406))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0558725 * (1 - exp(-0.20968 * (distance() + 0.156922))) * pow(width() , 0.00389829 * distance() + -0.0182225) * (0.0634053 * thickness() + 0.174417) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0118651 * (1.08581 - exp(-0.28649 * (enclose() + 13.1677) - -0.00059755 * (enclose() + -73.3138) * (enclose() + -73.3138))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,m1,m5,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m5 m1 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_calenclose = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| max_enclose = MAXENCLOSE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.105079 * (1 - exp(-0.216036 * (distance() + 0.133055))) * pow(width() , 0.00030031 * distance() + 0.0446369) * (0.00850758 * thickness() + 0.260612) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.635))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.635))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.105079 * (1 - exp(-0.216036 * (distance() + 0.133055))) * pow(width() , 0.00030031 * distance() + 0.0446369) * (0.00850758 * thickness() + 0.260612) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.635))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.635))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0290997 * (1 - exp(-0.222418 * (distance() + -0.0191728))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.635))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.635))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.103248 * pow(width() , 0.0548496) * (0.0118485 * thickness() + 0.250206) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 3.635))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 3.635))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00050209 * distance() + 0.244662) * (0.2206 - exp(-(-0.01615 * distance() + 0.0410799) * (enclose() + 7.4427 * distance() + 29.0014) - (8.55173e-06 * distance() + 0.00294064) * (enclose() + 6.05681 * distance() + 8.02588) * (enclose() + 6.05681 * distance() + 8.02588))) + 0.5 * 0.445563 * exp(-0.382087 * enclose()) * (0.100121 - 0.105317 * exp(-0.143775 * distance()) * pow(distance() , 0.162229))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.635))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.635))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00050209 * distance() + 0.244662) * (0.2206 - exp(-(-0.01615 * distance() + 0.0410799) * (enclose() + 7.4427 * distance() + 29.0014) - (8.55173e-06 * distance() + 0.00294064) * (enclose() + 6.05681 * distance() + 8.02588) * (enclose() + 6.05681 * distance() + 8.02588))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.635))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.635))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.027909 * (1 - exp(-0.292737 * (enclose() + 0.836464))) * pow(width() , -0.00153321 * enclose() + 0.0662763) + 0.5 * (0.01772 * exp(-0.292064 * enclose()) + 0.0177201 * exp(-0.291866 * enclose())) * pow(width() , 0.0006957 * enclose() + 0.0205679)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 3.635))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 3.635))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.027909 * (1 - exp(-0.292737 * (enclose() + 0.836464))) * pow(width() , -0.00153321 * enclose() + 0.0662763) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 3.635))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 3.635))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,m2,m3,m4 |
| // |
| CAPACITANCE NEARBODY m3 INSIDE OF m2 m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.30182 - 1.9175 * distance()) + 0.00083933 / pow(distance() , 2.06338)) * 2.96113 * pow((width1() + width2()) / 2 , 0.00132563) * (0.127732 * (thickness1() + thickness2()) / 2 + 0.0555793) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.42))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.42))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,m2,m3,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 m4 INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.142181 * (1 - exp(-1.59209 * (distance() + 0.0518307))) * pow(width() , -0.00943504 * distance() + 0.275066) * (1.55078 * thickness() + -1.0161) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0461159 * (1 - exp(-1.48642 * (distance() + 0.0996932))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.646538 * pow(width() , 0.407634) * (0.677566 * thickness() + -0.530153) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00260384 * distance() + 0.83095) * (0.0906236 - exp(-(-0.171006 * distance() + 0.0770767) * (enclose() + 3.571 * distance() + 7.84002) - (0.00143684 * distance() + 0.0820842) * (enclose() + 2.32179 * distance() + 4.54936) * (enclose() + 2.32179 * distance() + 4.54936))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.142181 * (1 - exp(-1.59209 * (distance() + 0.0518307))) * pow(width() , -0.00943504 * distance() + 0.275066) * (1.55078 * thickness() + -1.0161) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.402456 * (0.0906236 - exp(1.63298 * (enclose() + 43.55) - 0.0964526 * (enclose() + 27.7673) * (enclose() + 27.7673))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,m2,m3,m4 |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 m2 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.14089 * (1 - exp(-1.50189 * (distance() + -0.0149809))) * pow(width() , -0.0032451 * distance() + 0.108767) * (0.021663 * thickness() + 0.279109) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.42))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.42))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.14089 * (1 - exp(-1.50189 * (distance() + -0.0149809))) * pow(width() , -0.0032451 * distance() + 0.108767) * (0.021663 * thickness() + 0.279109) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.42))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.42))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0406589 * (1 - exp(-1.46872 * (distance() + 0.00300427))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.42))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.42))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.13435 * pow(width() , 0.166936) * (0.0357574 * thickness() + 0.278545) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 0.42))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 0.42))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00055121 * distance() + 0.117401) * (0.693787 - exp(-(0.254324 * distance() + 0.817221) * (enclose() + 0.18751 * distance() + 0.594888) - (7.78531e-05 * distance() + -0.00169051) * (enclose() + 9.88427 * distance() + -10.1216) * (enclose() + 9.88427 * distance() + -10.1216))) + 0.5 * 0.163218 * exp(-2.35919 * enclose()) * (0.0716482 - 0.134335 * exp(-0.779007 * distance()) * pow(distance() , 0.331143))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.42))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.42))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00055121 * distance() + 0.117401) * (0.693787 - exp(-(0.254324 * distance() + 0.817221) * (enclose() + 0.18751 * distance() + 0.594888) - (7.78531e-05 * distance() + -0.00169051) * (enclose() + 9.88427 * distance() + -10.1216) * (enclose() + 9.88427 * distance() + -10.1216))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.42))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.42))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.042938 * (1 - exp(-2.13655 * (enclose() + 0.348198))) * pow(width() , -0.00172134 * enclose() + 0.0948646) + 0.5 * (0.0131384 * exp(-1.84008 * enclose()) + -0.00203284 * exp(-1.58193 * enclose())) * pow(width() , 0.0109842 * enclose() + -0.00910195)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 0.42))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 0.42))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.042938 * (1 - exp(-2.13655 * (enclose() + 0.348198))) * pow(width() , -0.00172134 * enclose() + 0.0948646) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 0.42))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 0.42))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,m2,m3,m5 |
| // |
| CAPACITANCE NEARBODY m3 INSIDE OF m2 m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.44364 - 1.31585 * distance()) + 0.00920821 / pow(distance() , 1.34395)) * 3.20961 * pow((width1() + width2()) / 2 , 0.0208006) * (0.132501 * (thickness1() + thickness2()) / 2 + 0.0273994) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.42))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.42))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,m2,m3,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 m5 INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0620925 * (1 - exp(-0.820721 * (distance() + 0.0094213))) * pow(width() , -0.00111216 * distance() + 0.0831446) * (0.368363 * thickness() + -0.0209376) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0178371 * (1 - exp(-0.840454 * (distance() + -0.00746835))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.117125 * pow(width() , 0.116335) * (0.311086 * thickness() + -0.115603) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00065674 * distance() + 0.0766816) * (0.461146 - exp(-(-0.157844 * distance() + 0.142649) * (enclose() + 3.88698 * distance() + 3.58431) - (0.00011611 * distance() + 0.0326315) * (enclose() + 4.15286 * distance() + 1.48604) * (enclose() + 4.15286 * distance() + 1.48604))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0620925 * (1 - exp(-0.820721 * (distance() + 0.0094213))) * pow(width() , -0.00111216 * distance() + 0.0831446) * (0.368363 * thickness() + -0.0209376) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0350571 * (0.461146 - exp(1.43579 * (enclose() + 42.4541) - 0.0337926 * (enclose() + 43.0146) * (enclose() + 43.0146))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,m2,m3,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 m2 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.183763 * (1 - exp(-1.02177 * (distance() + 0.0470928))) * pow(width() , -0.00316438 * distance() + 0.0996753) * (0.0352215 * thickness() + 0.247523) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.42))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.42))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.183763 * (1 - exp(-1.02177 * (distance() + 0.0470928))) * pow(width() , -0.00316438 * distance() + 0.0996753) * (0.0352215 * thickness() + 0.247523) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.42))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.42))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0494604 * (1 - exp(-1.00689 * (distance() + 0.0540163))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.42))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.42))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.137704 * pow(width() , 0.140762) * (0.0490157 * thickness() + 0.327286) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 0.42))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 0.42))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00270316 * distance() + 2.44586) * (0.0392355 - exp(-(-0.143975 * distance() + 0.143146) * (enclose() + 3.89651 * distance() + 11.5593) - (0.00054293 * distance() + 0.0394567) * (enclose() + 3.30601 * distance() + 6.25666) * (enclose() + 3.30601 * distance() + 6.25666))) + 0.5 * 0.248125 * exp(-1.63432 * enclose()) * (0.0850797 - 0.117266 * exp(-0.418317 * distance()) * pow(distance() , 0.188669))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.42))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.42))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00270316 * distance() + 2.44586) * (0.0392355 - exp(-(-0.143975 * distance() + 0.143146) * (enclose() + 3.89651 * distance() + 11.5593) - (0.00054293 * distance() + 0.0394567) * (enclose() + 3.30601 * distance() + 6.25666) * (enclose() + 3.30601 * distance() + 6.25666))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.42))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.42))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0519374 * (1 - exp(-1.57357 * (enclose() + 0.422982))) * pow(width() , -0.00224646 * enclose() + 0.0913388) + 0.5 * (0.0123221 * exp(-1.01991 * enclose()) + 0.00682286 * exp(-1.88008 * enclose())) * pow(width() , 0.0132236 * enclose() + -0.00139802)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 0.42))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 0.42))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0519374 * (1 - exp(-1.57357 * (enclose() + 0.422982))) * pow(width() , -0.00224646 * enclose() + 0.0913388) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 0.42))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 0.42))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,m2,m3,rdl |
| // |
| CAPACITANCE NEARBODY m3 INSIDE OF m2 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.75097 - 0.872367 * distance()) + 0.0427958 / pow(distance() , 0.938804)) * 3.78846 * pow((width1() + width2()) / 2 , 0.0817792) * (0.0878874 * (thickness1() + thickness2()) / 2 + 0.0230656) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.42))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.42))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,m2,m3,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 rdl INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0175912 * (1 - exp(-0.505139 * (distance() + 0.175695))) * pow(width() , 0.0104643 * distance() + -0.0207422) * (0.170023 * thickness() + 0.0954615) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00407296 * (1 - exp(-0.548259 * (distance() + 0.0410559))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0681349 * pow(width() , 0.0677978) * (0.0545764 * thickness() + 0.0161525) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00025837 * distance() + 0.0120765) * (0.759298 - exp(-(0.0268829 * distance() + 0.0741539) * (enclose() + -0.00368017 * distance() + 2.51341) - (0.00062665 * distance() + -0.00137893) * (enclose() + -0.420283 * distance() + 3.42953) * (enclose() + -0.420283 * distance() + 3.42953))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0175912 * (1 - exp(-0.505139 * (distance() + 0.175695))) * pow(width() , 0.0104643 * distance() + -0.0207422) * (0.170023 * thickness() + 0.0954615) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0047464 * (0.759298 - exp(-0.342983 * (enclose() + 2.47661) - 0.00488757 * (enclose() + -0.7733) * (enclose() + -0.7733))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,m2,m3,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 m2 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.228093 * (1 - exp(-0.736902 * (distance() + 0.189814))) * pow(width() , -0.00074211 * distance() + 0.0896989) * (0.0394975 * thickness() + 0.23705) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.42))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.42))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.228093 * (1 - exp(-0.736902 * (distance() + 0.189814))) * pow(width() , -0.00074211 * distance() + 0.0896989) * (0.0394975 * thickness() + 0.23705) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.42))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.42))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0594899 * (1 - exp(-0.718526 * (distance() + 0.164158))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.42))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.42))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.147908 * pow(width() , 0.141454) * (0.0659517 * thickness() + 0.372044) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 0.42))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 0.42))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00984633 * distance() + 1.15641) * (0.0897772 - exp(-(-0.135376 * distance() + 0.271063) * (enclose() + 2.33435 * distance() + 6.50069) - (0.00090555 * distance() + 0.0390511) * (enclose() + 2.3091 * distance() + 3.97906) * (enclose() + 2.3091 * distance() + 3.97906))) + 0.5 * 0.439295 * exp(-0.839878 * enclose()) * (0.101733 - 0.100481 * exp(-0.1466 * distance()) * pow(distance() , 0.035196))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.42))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.42))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00984633 * distance() + 1.15641) * (0.0897772 - exp(-(-0.135376 * distance() + 0.271063) * (enclose() + 2.33435 * distance() + 6.50069) - (0.00090555 * distance() + 0.0390511) * (enclose() + 2.3091 * distance() + 3.97906) * (enclose() + 2.3091 * distance() + 3.97906))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.42))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.42))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0629426 * (1 - exp(-1.05046 * (enclose() + 0.555067))) * pow(width() , -0.00229024 * enclose() + 0.105199) + 0.5 * (0.015824 * exp(-1.38235 * enclose()) + 0.0226326 * exp(-0.383252 * enclose())) * pow(width() , 0.029044 * enclose() + 0.0544605)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 0.42))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 0.42))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0629426 * (1 - exp(-1.05046 * (enclose() + 0.555067))) * pow(width() , -0.00229024 * enclose() + 0.105199) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 0.42))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 0.42))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,m2,m4,m5 |
| // |
| CAPACITANCE NEARBODY m4 INSIDE OF m2 m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = length() * (exp(-1.43527 - 1.29381 * distance()) + 0.00872844 / pow(distance() , 1.32305)) * 3.28644 * pow((width1() + width2()) / 2 , 0.01839) * (0.101453 * (thickness1() + thickness2()) / 2 + 0.0571629) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.655))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.655))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,m2,m4,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 m5 INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.159852 * (1 - exp(-0.990918 * (distance() + 0.0815567))) * pow(width() , -0.00823306 * distance() + 0.196962) * (0.92494 * thickness() + -0.488316) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0497466 * (1 - exp(-0.928091 * (distance() + 0.126099))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.563711 * pow(width() , 0.260784) * (0.553604 * thickness() + -0.400284) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (4.29275e-05 * distance() + 0.106224) * (0.804944 - exp(-(-0.0481338 * distance() + 2.04649) * (enclose() + -0.00590312 * distance() + 0.635113) - (0.0562165 * distance() + -0.433364) * (enclose() + -0.301434 * distance() + 1.66717) * (enclose() + -0.301434 * distance() + 1.66717))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.159852 * (1 - exp(-0.990918 * (distance() + 0.0815567))) * pow(width() , -0.00823306 * distance() + 0.196962) * (0.92494 * thickness() + -0.488316) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0533266 * (0.804944 - exp(-1.56515 * (enclose() + 0.576082) - 0.128801 * (enclose() + -1.34717) * (enclose() + -1.34717))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,m2,m4,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 m2 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0696686 * (1 - exp(-0.799546 * (distance() + -0.00472362))) * pow(width() , -0.00058653 * distance() + 0.0670479) * (0.0242642 * thickness() + 0.257474) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.655))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.655))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0696686 * (1 - exp(-0.799546 * (distance() + -0.00472362))) * pow(width() , -0.00058653 * distance() + 0.0670479) * (0.0242642 * thickness() + 0.257474) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.655))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.655))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0189211 * (1 - exp(-0.809213 * (distance() + -0.0253885))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.655))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.655))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.104134 * pow(width() , 0.0951569) * (0.0159361 * thickness() + 0.170639) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.655))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.655))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00110768 * distance() + 0.097483) * (0.410598 - exp(-(-0.18019 * distance() + 0.175406) * (enclose() + 3.87978 * distance() + 3.79559) - (0.0001494 * distance() + 0.0282253) * (enclose() + 4.72945 * distance() + 1.46602) * (enclose() + 4.72945 * distance() + 1.46602))) + 0.5 * 0.141323 * exp(-1.01819 * enclose()) * (0.0895956 - 0.11306 * exp(-0.353753 * distance()) * pow(distance() , 0.194108))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.655))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.655))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00110768 * distance() + 0.097483) * (0.410598 - exp(-(-0.18019 * distance() + 0.175406) * (enclose() + 3.87978 * distance() + 3.79559) - (0.0001494 * distance() + 0.0282253) * (enclose() + 4.72945 * distance() + 1.46602) * (enclose() + 4.72945 * distance() + 1.46602))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.655))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.655))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0195625 * (1 - exp(-0.92055 * (enclose() + 0.56512))) * pow(width() , -0.00127781 * enclose() + 0.0708591) + 0.5 * (0.00574809 * exp(-0.916777 * enclose()) + 0.00574791 * exp(-0.919222 * enclose())) * pow(width() , 0.00349667 * enclose() + 0.012812)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.655))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.655))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0195625 * (1 - exp(-0.92055 * (enclose() + 0.56512))) * pow(width() , -0.00127781 * enclose() + 0.0708591) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.655))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.655))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,m2,m4,rdl |
| // |
| CAPACITANCE NEARBODY m4 INSIDE OF m2 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = length() * (exp(-1.71439 - 0.621552 * distance()) + 0.0497441 / pow(distance() , 0.875428)) * 4.07434 * pow((width1() + width2()) / 2 , 0.0753675) * (0.0775337 * (thickness1() + thickness2()) / 2 + 0.0311715) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.655))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.655))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,m2,m4,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 rdl INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0343838 * (1 - exp(-0.281862 * (distance() + 0.287572))) * pow(width() , 0.0120572 * distance() + -0.0559473) * (0.0970916 * thickness() + 0.146323) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00762198 * (1 - exp(-0.311076 * (distance() + 0.0376173))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0758894 * pow(width() , 0.0443054) * (0.0530738 * thickness() + 0.0553511) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00019968 * distance() + 0.0170132) * (0.884719 - exp(-(0.0276167 * distance() + 0.0551769) * (enclose() + 0.308265 * distance() + 1.04159) - (-1.96141e-05 * distance() + -1.70879e-05) * (enclose() + -6.43955 * distance() + 8.62845) * (enclose() + -6.43955 * distance() + 8.62845))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0343838 * (1 - exp(-0.281862 * (distance() + 0.287572))) * pow(width() , 0.0120572 * distance() + -0.0559473) * (0.0970916 * thickness() + 0.146323) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0075082 * (0.884719 - exp(-0.331344 * (enclose() + 4.12424) - -0.000213229 * (enclose() + -55.767) * (enclose() + -55.767))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,m2,m4,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 m2 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.150057 * (1 - exp(-0.319699 * (distance() + 0.294323))) * pow(width() , 0.00569692 * distance() + 0.0129929) * (0.0313993 * thickness() + 0.224745) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.655))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.655))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.150057 * (1 - exp(-0.319699 * (distance() + 0.294323))) * pow(width() , 0.00569692 * distance() + 0.0129929) * (0.0313993 * thickness() + 0.224745) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.655))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.655))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0367663 * (1 - exp(-0.336513 * (distance() + 0.112672))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.655))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.655))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.132238 * pow(width() , 0.07556) * (0.0449514 * thickness() + 0.244567) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.655))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.655))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.0011497 * distance() + 0.11633) * (0.512738 - exp(-(-0.0564416 * distance() + 0.125447) * (enclose() + 2.76163 * distance() + 4.24678) - (0.00016264 * distance() + 0.0182525) * (enclose() + 2.60929 * distance() + 1.37562) * (enclose() + 2.60929 * distance() + 1.37562))) + 0.5 * 0.811264 * exp(-0.544869 * enclose()) * (0.103186 - 0.101756 * exp(-0.0489639 * distance()) * pow(distance() , 0.0256716))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.655))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.655))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.0011497 * distance() + 0.11633) * (0.512738 - exp(-(-0.0564416 * distance() + 0.125447) * (enclose() + 2.76163 * distance() + 4.24678) - (0.00016264 * distance() + 0.0182525) * (enclose() + 2.60929 * distance() + 1.37562) * (enclose() + 2.60929 * distance() + 1.37562))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.655))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.655))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0370766 * (1 - exp(-0.478718 * (enclose() + 0.834875))) * pow(width() , -0.00110237 * enclose() + 0.0728935) + 0.5 * (0.0168818 * exp(-0.54981 * enclose()) + 0.0178628 * exp(-0.301624 * enclose())) * pow(width() , 0.0085582 * enclose() + 0.0350652)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.655))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.655))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0370766 * (1 - exp(-0.478718 * (enclose() + 0.834875))) * pow(width() , -0.00110237 * enclose() + 0.0728935) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 1.655))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 1.655))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,m2,m5,rdl |
| // |
| CAPACITANCE NEARBODY m5 INSIDE OF m2 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = length() * (exp(-1.25327 - 0.798873 * distance()) + 0.192174 / pow(distance() , 1.19074)) * 4.60538 * pow((width1() + width2()) / 2 , 0.0316059) * (0.0334246 * (thickness1() + thickness2()) / 2 + 0.0342219) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 3.005))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 3.005))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,m2,m5,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m5 rdl INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_calenclose = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_distance = MAXDISTANCE_m5 |
| max_enclose = MAXENCLOSE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0518581 * (1 - exp(-0.229893 * (distance() + 0.112622))) * pow(width() , 0.00353059 * distance() + -0.0136228) * (0.0673077 * thickness() + 0.171017) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0134695 * (1 - exp(-0.232819 * (distance() + -0.0875791))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0811053 * pow(width() , 0.0256207) * (0.0509822 * thickness() + 0.0936573) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-4.86754e-05 * distance() + 0.0298148) * (0.834384 - exp(-(0.0184572 * distance() + 0.0787904) * (enclose() + 0.401791 * distance() + 1.06594) - (-2.00792e-05 * distance() + -0.00022903) * (enclose() + -4.68656 * distance() + 12.814) * (enclose() + -4.68656 * distance() + 12.814))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0518581 * (1 - exp(-0.229893 * (distance() + 0.112622))) * pow(width() , 0.00353059 * distance() + -0.0136228) * (0.0673077 * thickness() + 0.171017) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0145667 * (0.834384 - exp(-0.337191 * (enclose() + 6.69101) - -0.000510139 * (enclose() + -52.7978) * (enclose() + -52.7978))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,m2,m5,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m5 m2 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_calenclose = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| max_enclose = MAXENCLOSE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.111952 * (1 - exp(-0.240414 * (distance() + 0.0880717))) * pow(width() , -0.00026392 * distance() + 0.0516482) * (0.00890216 * thickness() + 0.265292) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.005))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.005))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.111952 * (1 - exp(-0.240414 * (distance() + 0.0880717))) * pow(width() , -0.00026392 * distance() + 0.0516482) * (0.00890216 * thickness() + 0.265292) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.005))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.005))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0315794 * (1 - exp(-0.247504 * (distance() + -0.0327596))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.005))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.005))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.109213 * pow(width() , 0.0568455) * (0.0123479 * thickness() + 0.258259) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 3.005))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 3.005))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-3.25082e-05 * distance() + 0.317812) * (0.182529 - exp(-(-0.0172375 * distance() + 0.0409034) * (enclose() + 7.34572 * distance() + 30.3252) - (1.28844e-05 * distance() + 0.00337687) * (enclose() + 5.71776 * distance() + 9.72701) * (enclose() + 5.71776 * distance() + 9.72701))) + 0.5 * 0.435618 * exp(-0.429389 * enclose()) * (0.0988525 - 0.105122 * exp(-0.135704 * distance()) * pow(distance() , 0.15506))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.005))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.005))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-3.25082e-05 * distance() + 0.317812) * (0.182529 - exp(-(-0.0172375 * distance() + 0.0409034) * (enclose() + 7.34572 * distance() + 30.3252) - (1.28844e-05 * distance() + 0.00337687) * (enclose() + 5.71776 * distance() + 9.72701) * (enclose() + 5.71776 * distance() + 9.72701))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.005))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.005))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0304121 * (1 - exp(-0.334292 * (enclose() + 0.961125))) * pow(width() , -0.00150941 * enclose() + 0.0665738) + 0.5 * (0.0164611 * exp(-0.322908 * enclose()) + 0.0164612 * exp(-0.322985 * enclose())) * pow(width() , 0.00175698 * enclose() + 0.0155395)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 3.005))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 3.005))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0304121 * (1 - exp(-0.334292 * (enclose() + 0.961125))) * pow(width() , -0.00150941 * enclose() + 0.0665738) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 3.005))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 3.005))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,m3,m4,m5 |
| // |
| CAPACITANCE NEARBODY m4 INSIDE OF m3 m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = length() * (exp(-1.44489 - 1.80136 * distance()) + 0.00100454 / pow(distance() , 1.90915)) * 3.47215 * pow((width1() + width2()) / 2 , 0.00173165) * (0.141019 * (thickness1() + thickness2()) / 2 + 0.0429402) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.39))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.39))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,m3,m4,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 m5 INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.128939 * (1 - exp(-1.41489 * (distance() + 0.0210296))) * pow(width() , -0.00775802 * distance() + 0.212737) * (1.10485 * thickness() + -0.635894) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.041008 * (1 - exp(-1.33931 * (distance() + 0.0682721))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.339668 * pow(width() , 0.309879) * (0.878427 * thickness() + -0.656228) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-8.65191e-07 * distance() + 0.0975226) * (0.707761 - exp(-(-0.0312263 * distance() + 2.47536) * (enclose() + -0.0286231 * distance() + 0.710844) - (0.100939 * distance() + -0.481544) * (enclose() + -0.268451 * distance() + 1.806) * (enclose() + -0.268451 * distance() + 1.806))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.128939 * (1 - exp(-1.41489 * (distance() + 0.0210296))) * pow(width() , -0.00775802 * distance() + 0.212737) * (1.10485 * thickness() + -0.635894) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.048757 * (0.707761 - exp(-2.1631 * (enclose() + 0.424613) - 0.527846 * (enclose() + -0.87851) * (enclose() + -0.87851))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,m3,m4,m5 |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 m3 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.144615 * (1 - exp(-1.40227 * (distance() + -0.0109249))) * pow(width() , -0.00329218 * distance() + 0.105704) * (0.0256455 * thickness() + 0.273627) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.39))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.39))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.144615 * (1 - exp(-1.40227 * (distance() + -0.0109249))) * pow(width() , -0.00329218 * distance() + 0.105704) * (0.0256455 * thickness() + 0.273627) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.39))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.39))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0414868 * (1 - exp(-1.37284 * (distance() + 0.00725518))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.39))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.39))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.135032 * pow(width() , 0.160239) * (0.0405944 * thickness() + 0.278907) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 0.39))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 0.39))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00109501 * distance() + 0.246437) * (0.326745 - exp(-(0.461707 * distance() + 1.05704) * (enclose() + 1.01121 * distance() + 1.43967) - (0.00032987 * distance() + -0.0276485) * (enclose() + 4.69214 * distance() + 4.20916) * (enclose() + 4.69214 * distance() + 4.20916))) + 0.5 * 0.0950395 * exp(-2.23462 * enclose()) * (0.0809156 - 0.122654 * exp(-0.458374 * distance()) * pow(distance() , 0.232816))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.39))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.39))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00109501 * distance() + 0.246437) * (0.326745 - exp(-(0.461707 * distance() + 1.05704) * (enclose() + 1.01121 * distance() + 1.43967) - (0.00032987 * distance() + -0.0276485) * (enclose() + 4.69214 * distance() + 4.20916) * (enclose() + 4.69214 * distance() + 4.20916))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.39))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.39))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.042504 * (1 - exp(-2.05717 * (enclose() + 0.371878))) * pow(width() , -0.00172335 * enclose() + 0.0940528) + 0.5 * (0.0051143 * exp(-1.81104 * enclose()) + 0.00178438 * exp(-1.72088 * enclose())) * pow(width() , 0.0140238 * enclose() + -0.012692)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 0.39))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 0.39))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.042504 * (1 - exp(-2.05717 * (enclose() + 0.371878))) * pow(width() , -0.00172335 * enclose() + 0.0940528) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 0.39))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 0.39))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,m3,m4,rdl |
| // |
| CAPACITANCE NEARBODY m4 INSIDE OF m3 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = length() * (exp(-1.6679 - 0.843377 * distance()) + 0.0363079 / pow(distance() , 0.984259)) * 3.67624 * pow((width1() + width2()) / 2 , 0.0755042) * (0.0984651 * (thickness1() + thickness2()) / 2 + 0.0205152) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.39))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.39))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,m3,m4,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 rdl INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0201486 * (1 - exp(-0.48353 * (distance() + 0.170662))) * pow(width() , 0.0106074 * distance() + -0.0261483) * (0.171495 * thickness() + 0.0933589) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00464867 * (1 - exp(-0.53357 * (distance() + 0.0242496))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0695671 * pow(width() , 0.0551392) * (0.0603792 * thickness() + 0.0176594) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00029603 * distance() + 0.0137826) * (0.761453 - exp(-(0.034123 * distance() + 0.0790598) * (enclose() + -0.0124219 * distance() + 2.31243) - (0.00048528 * distance() + -0.00162987) * (enclose() + -0.321449 * distance() + 2.9345) * (enclose() + -0.321449 * distance() + 2.9345))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0201486 * (1 - exp(-0.48353 * (distance() + 0.170662))) * pow(width() , 0.0106074 * distance() + -0.0261483) * (0.171495 * thickness() + 0.0933589) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00541115 * (0.761453 - exp(-0.42029 * (enclose() + 2.18821) - 0.00322293 * (enclose() + -0.27999) * (enclose() + -0.27999))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,m3,m4,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 m3 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.233624 * (1 - exp(-0.686124 * (distance() + 0.206317))) * pow(width() , -0.0001952 * distance() + 0.0830951) * (0.040679 * thickness() + 0.231643) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.39))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.39))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.233624 * (1 - exp(-0.686124 * (distance() + 0.206317))) * pow(width() , -0.0001952 * distance() + 0.0830951) * (0.040679 * thickness() + 0.231643) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.39))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.39))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0599725 * (1 - exp(-0.682444 * (distance() + 0.16489))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.39))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.39))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.14592 * pow(width() , 0.132736) * (0.0688337 * thickness() + 0.375485) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 0.39))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 0.39))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00712955 * distance() + 0.656549) * (0.153676 - exp(-(-0.133054 * distance() + 0.275682) * (enclose() + 2.05756 * distance() + 4.93247) - (0.00117067 * distance() + 0.0453313) * (enclose() + 1.95043 * distance() + 3.18006) * (enclose() + 1.95043 * distance() + 3.18006))) + 0.5 * 1.11769 * exp(-0.790194 * enclose()) * (0.102062 - 0.101055 * exp(-0.0239458 * distance()) * pow(distance() , 0.00911984))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.39))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.39))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00712955 * distance() + 0.656549) * (0.153676 - exp(-(-0.133054 * distance() + 0.275682) * (enclose() + 2.05756 * distance() + 4.93247) - (0.00117067 * distance() + 0.0453313) * (enclose() + 1.95043 * distance() + 3.18006) * (enclose() + 1.95043 * distance() + 3.18006))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.39))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.39))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0621372 * (1 - exp(-1.08323 * (enclose() + 0.583635))) * pow(width() , -0.0021869 * enclose() + 0.103615) + 0.5 * (0.0179739 * exp(-0.439539 * enclose()) + 0.00981634 * exp(-1.32822 * enclose())) * pow(width() , 0.0251315 * enclose() + 0.0413857)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 0.39))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 0.39))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0621372 * (1 - exp(-1.08323 * (enclose() + 0.583635))) * pow(width() , -0.0021869 * enclose() + 0.103615) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 0.39))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 0.39))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,m3,m5,rdl |
| // |
| CAPACITANCE NEARBODY m5 INSIDE OF m3 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = length() * (exp(-1.10902 - 0.974509 * distance()) + 0.095619 / pow(distance() , 1.17245)) * 4.71309 * pow((width1() + width2()) / 2 , 0.0263166) * (0.0485809 * (thickness1() + thickness2()) / 2 + 0.0436663) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.74))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.74))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,m3,m5,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m5 rdl INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_calenclose = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_distance = MAXDISTANCE_m5 |
| max_enclose = MAXENCLOSE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0417736 * (1 - exp(-0.298354 * (distance() + 0.0307391))) * pow(width() , 0.003027 * distance() + -0.00511194) * (0.0815294 * thickness() + 0.158142) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0110502 * (1 - exp(-0.301785 * (distance() + -0.117671))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0782371 * pow(width() , 0.0277063) * (0.0536988 * thickness() + 0.0685214) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00019871 * distance() + 0.0330554) * (0.672929 - exp(-(0.0230762 * distance() + 0.0795911) * (enclose() + 0.269759 * distance() + 3.01247) - (-8.35266e-06 * distance() + -7.62581e-05) * (enclose() + -6.66588 * distance() + 0.318454) * (enclose() + -6.66588 * distance() + 0.318454))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0417736 * (1 - exp(-0.298354 * (distance() + 0.0307391))) * pow(width() , 0.003027 * distance() + -0.00511194) * (0.0815294 * thickness() + 0.158142) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0151367 * (0.672929 - exp(-0.402658 * (enclose() + 6.7891) - -0.000193195 * (enclose() + -93.0039) * (enclose() + -93.0039))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,m3,m5,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m5 m3 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_calenclose = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| max_enclose = MAXENCLOSE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.136175 * (1 - exp(-0.33021 * (distance() + 0.0259438))) * pow(width() , -0.00117447 * distance() + 0.067883) * (0.00925185 * thickness() + 0.277303) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.74))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.74))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.136175 * (1 - exp(-0.33021 * (distance() + 0.0259438))) * pow(width() , -0.00117447 * distance() + 0.067883) * (0.00925185 * thickness() + 0.277303) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.74))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.74))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0402196 * (1 - exp(-0.338609 * (distance() + -0.0381607))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.74))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.74))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.116514 * pow(width() , 0.068929) * (0.0145402 * thickness() + 0.312264) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 1.74))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 1.74))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (-0.00022823 * distance() + 0.122672) * (0.633765 - exp(-(0.060916 * distance() + 0.0722003) * (enclose() + -0.1316 * distance() + 3.33876) - (-0.00261704 * distance() + 0.00861882) * (enclose() + 0.0462942 * distance() + 3.80223) * (enclose() + 0.0462942 * distance() + 3.80223))) + 0.5 * 0.397341 * exp(-0.558137 * enclose()) * (0.0966329 - 0.104809 * exp(-0.122578 * distance()) * pow(distance() , 0.143409))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.74))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.74))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (-0.00022823 * distance() + 0.122672) * (0.633765 - exp(-(0.060916 * distance() + 0.0722003) * (enclose() + -0.1316 * distance() + 3.33876) - (-0.00261704 * distance() + 0.00861882) * (enclose() + 0.0462942 * distance() + 3.80223) * (enclose() + 0.0462942 * distance() + 3.80223))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.74))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.74))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0389068 * (1 - exp(-0.484968 * (enclose() + 1.01091))) * pow(width() , -0.00119531 * enclose() + 0.0708456) + 0.5 * (0.0137028 * exp(-0.439047 * enclose()) + 0.0137029 * exp(-0.404303 * enclose())) * pow(width() , 0.0047716 * enclose() + 0.00953414)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 1.74))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 1.74))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0389068 * (1 - exp(-0.484968 * (enclose() + 1.01091))) * pow(width() , -0.00119531 * enclose() + 0.0708456) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 1.74))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 1.74))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: nearbody profile: field layers: field_base,m4,m5,rdl |
| // |
| CAPACITANCE NEARBODY m5 INSIDE OF m4 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = length() * (exp(-0.97803 - 1.23382 * distance()) + 0.0272605 / pow(distance() , 1.0499)) * 4.4854 * pow((width1() + width2()) / 2 , 0.0270294) * (0.0834603 * (thickness1() + thickness2()) / 2 + 0.0506723) * m33NB_COEF * (1 - m33RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.505))) * (1 - m33RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.505))) |
| ] |
| // |
| // model: 33 target: crossovere profile: field layers: field_base,m4,m5,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m5 rdl INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_calenclose = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_distance = MAXDISTANCE_m5 |
| max_enclose = MAXENCLOSE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0296516 * (1 - exp(-0.44111 * (distance() + 0.00127855))) * pow(width() , 0.00359529 * distance() + -0.00018007) * (0.116342 * thickness() + 0.119287) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00800314 * (1 - exp(-0.444224 * (distance() + -0.112143))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0741368 * pow(width() , 0.0358769) * (0.0589833 * thickness() + 0.0309565) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-9.18893e-05 * distance() + 0.0253484) * (0.621598 - exp(-(0.0508145 * distance() + 0.0871645) * (enclose() + -0.225057 * distance() + 3.11501) - (0.00238306 * distance() + -0.00332048) * (enclose() + -0.236313 * distance() + -3.08686) * (enclose() + -0.236313 * distance() + -3.08686))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0296516 * (1 - exp(-0.44111 * (distance() + 0.00127855))) * pow(width() , 0.00359529 * distance() + -0.00018007) * (0.116342 * thickness() + 0.119287) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.012031 * (0.621598 - exp(-0.798567 * (enclose() + -0.035788) - 0.0300424 * (enclose() + -6.39524) * (enclose() + -6.39524))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 33 target: intrinsice profile: field layers: field_base,m4,m5,rdl |
| // |
| CAPACITANCE CROSSOVER FRINGE m5 m4 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_calenclose = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| max_enclose = MAXENCLOSE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.180014 * (1 - exp(-0.581704 * (distance() + 0.131917))) * pow(width() , -0.00134877 * distance() + 0.106258) * (0.00497858 * thickness() + 0.35446) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.505))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.505))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.180014 * (1 - exp(-0.581704 * (distance() + 0.131917))) * pow(width() , -0.00134877 * distance() + 0.106258) * (0.00497858 * thickness() + 0.35446) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.505))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.505))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0670835 * (1 - exp(-0.595721 * (distance() + 0.0967958))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.505))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.505))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.137898 * pow(width() , 0.125379) * (0.0115208 * thickness() + 0.446766) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 0.505))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 0.505))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance()) && (enclose() > 0)) { |
| C = length() * (0.5 * (0.00075532 * distance() + 0.323299) * (0.383123 - exp(-(-0.0630174 * distance() + 0.130085) * (enclose() + 2.03634 * distance() + 4.67994) - (0.00077298 * distance() + 0.0405533) * (enclose() + 1.41036 * distance() + 2.96933) * (enclose() + 1.41036 * distance() + 2.96933))) + 0.5 * 0.298788 * exp(-0.854791 * enclose()) * (0.0940734 - 0.106614 * exp(-0.173491 * distance()) * pow(distance() , 0.175109))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.505))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.505))) |
| } |
| if ((distance() > 0.0) && (enclose() <= 0)) { |
| C = length() * 0.5 * (0.00075532 * distance() + 0.323299) * (0.383123 - exp(-(-0.0630174 * distance() + 0.130085) * (enclose() + 2.03634 * distance() + 4.67994) - (0.00077298 * distance() + 0.0405533) * (enclose() + 1.41036 * distance() + 2.96933) * (enclose() + 1.41036 * distance() + 2.96933))) * m33IN_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.505))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.505))) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose) && (enclose() > 0)) { |
| C = length() * (0.0653422 * (1 - exp(-0.998872 * (enclose() + 0.647316))) * pow(width() , -0.00085039 * enclose() + 0.103603) + 0.5 * (0.00832858 * exp(-0.415899 * enclose()) + 0.0158613 * exp(-0.880622 * enclose())) * pow(width() , 0.0139269 * enclose() + 0.00616231)) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 0.505))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 0.505))) |
| } |
| if ((distance() <= 0.0) && (enclose() <= 0)) { |
| C = length() * 0.0653422 * (1 - exp(-0.998872 * (enclose() + 0.647316))) * pow(width() , -0.00085039 * enclose() + 0.103603) * m33IN0_COEF * (1 - m33RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 0.505))) * (1 - m33RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 0.505))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,ply,li |
| // |
| CAPACITANCE NEARBODY ply li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_li) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0520963 * exp(-1.29197 * distance()) + 0.0107299 * exp(-0.225041 * distance())) * pow((width1() + width2()) / 2 , 0.228119) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0520963 * exp(-1.29197 * distance()) + 0.0107299 * exp(-0.225041 * distance())) * pow((width1() + width2()) / 2 , 0.228119) |
| } |
| ] |
| CAPACITANCE NEARBODY li ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_li) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0520963 * exp(-1.29197 * distance()) + 0.0107299 * exp(-0.225041 * distance())) * pow((width1() + width2()) / 2 , 0.228119) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0520963 * exp(-1.29197 * distance()) + 0.0107299 * exp(-0.225041 * distance())) * pow((width1() + width2()) / 2 , 0.228119) |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,ply,m1 |
| // |
| CAPACITANCE NEARBODY ply m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0399596 * exp(-0.633281 * distance()) + 0.00258425) * pow((width1() + width2()) / 2 , 0.308821) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0399596 * exp(-0.633281 * distance()) + 0.00258425) * pow((width1() + width2()) / 2 , 0.308821) |
| } |
| ] |
| CAPACITANCE NEARBODY m1 ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0399596 * exp(-0.633281 * distance()) + 0.00258425) * pow((width1() + width2()) / 2 , 0.308821) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0399596 * exp(-0.633281 * distance()) + 0.00258425) * pow((width1() + width2()) / 2 , 0.308821) |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,ply,m2 |
| // |
| CAPACITANCE NEARBODY ply m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.000743522 + 0.02876 * exp(-0.391883 * distance())) * pow((width1() + width2()) / 2 , 0.37543) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.000743522 + 0.02876 * exp(-0.391883 * distance())) * pow((width1() + width2()) / 2 , 0.37543) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.000743522 + 0.02876 * exp(-0.391883 * distance())) * pow((width1() + width2()) / 2 , 0.37543) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.000743522 + 0.02876 * exp(-0.391883 * distance())) * pow((width1() + width2()) / 2 , 0.37543) |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,ply,m3 |
| // |
| CAPACITANCE NEARBODY ply m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0110603 * exp(-0.248957 * distance()) + 0.0110606 * exp(-0.247589 * distance())) * pow((width1() + width2()) / 2 , 0.418208) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0110603 * exp(-0.248957 * distance()) + 0.0110606 * exp(-0.247589 * distance())) * pow((width1() + width2()) / 2 , 0.418208) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0110603 * exp(-0.248957 * distance()) + 0.0110606 * exp(-0.247589 * distance())) * pow((width1() + width2()) / 2 , 0.418208) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0110603 * exp(-0.248957 * distance()) + 0.0110606 * exp(-0.247589 * distance())) * pow((width1() + width2()) / 2 , 0.418208) |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,ply,m4 |
| // |
| CAPACITANCE NEARBODY ply m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00743655 * exp(-0.157429 * distance()) + 0.00743665 * exp(-0.157498 * distance())) * pow((width1() + width2()) / 2 , 0.461468) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00743655 * exp(-0.157429 * distance()) + 0.00743665 * exp(-0.157498 * distance())) * pow((width1() + width2()) / 2 , 0.461468) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00743655 * exp(-0.157429 * distance()) + 0.00743665 * exp(-0.157498 * distance())) * pow((width1() + width2()) / 2 , 0.461468) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00743655 * exp(-0.157429 * distance()) + 0.00743665 * exp(-0.157498 * distance())) * pow((width1() + width2()) / 2 , 0.461468) |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,ply,m5 |
| // |
| CAPACITANCE NEARBODY ply m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00574121 * exp(-0.102662 * distance()) + 0.00574124 * exp(-0.102887 * distance())) * pow((width1() + width2()) / 2 , 0.469845) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00574121 * exp(-0.102662 * distance()) + 0.00574124 * exp(-0.102887 * distance())) * pow((width1() + width2()) / 2 , 0.469845) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00574121 * exp(-0.102662 * distance()) + 0.00574124 * exp(-0.102887 * distance())) * pow((width1() + width2()) / 2 , 0.469845) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00574121 * exp(-0.102662 * distance()) + 0.00574124 * exp(-0.102887 * distance())) * pow((width1() + width2()) / 2 , 0.469845) |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,ply,rdl |
| // |
| CAPACITANCE NEARBODY ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00194421 + 0.00194066 * exp(-0.022218 * distance())) * pow((width1() + width2()) / 2 , 0.502148) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00194421 + 0.00194066 * exp(-0.022218 * distance())) * pow((width1() + width2()) / 2 , 0.502148) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00194421 + 0.00194066 * exp(-0.022218 * distance())) * pow((width1() + width2()) / 2 , 0.502148) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00194421 + 0.00194066 * exp(-0.022218 * distance())) * pow((width1() + width2()) / 2 , 0.502148) |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,li,m1 |
| // |
| CAPACITANCE NEARBODY li m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0250092 * exp(-0.286125 * distance()) + 0.0530012 * exp(-1.42061 * distance())) * pow((width1() + width2()) / 2 , 0.194492) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0250092 * exp(-0.286125 * distance()) + 0.0530012 * exp(-1.42061 * distance())) * pow((width1() + width2()) / 2 , 0.194492) |
| } |
| ] |
| CAPACITANCE NEARBODY m1 li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0250092 * exp(-0.286125 * distance()) + 0.0530012 * exp(-1.42061 * distance())) * pow((width1() + width2()) / 2 , 0.194492) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0250092 * exp(-0.286125 * distance()) + 0.0530012 * exp(-1.42061 * distance())) * pow((width1() + width2()) / 2 , 0.194492) |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,li,m2 |
| // |
| CAPACITANCE NEARBODY li m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0414659 * exp(-0.517068 * distance()) + 0.00358206) * pow((width1() + width2()) / 2 , 0.284231) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0414659 * exp(-0.517068 * distance()) + 0.00358206) * pow((width1() + width2()) / 2 , 0.284231) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0414659 * exp(-0.517068 * distance()) + 0.00358206) * pow((width1() + width2()) / 2 , 0.284231) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0414659 * exp(-0.517068 * distance()) + 0.00358206) * pow((width1() + width2()) / 2 , 0.284231) |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,li,m3 |
| // |
| CAPACITANCE NEARBODY li m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0158725 * exp(-0.269499 * distance()) + 0.0158722 * exp(-0.272938 * distance())) * pow((width1() + width2()) / 2 , 0.337242) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0158725 * exp(-0.269499 * distance()) + 0.0158722 * exp(-0.272938 * distance())) * pow((width1() + width2()) / 2 , 0.337242) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0158725 * exp(-0.269499 * distance()) + 0.0158722 * exp(-0.272938 * distance())) * pow((width1() + width2()) / 2 , 0.337242) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0158725 * exp(-0.269499 * distance()) + 0.0158722 * exp(-0.272938 * distance())) * pow((width1() + width2()) / 2 , 0.337242) |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,li,m4 |
| // |
| CAPACITANCE NEARBODY li m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0103605 * exp(-0.167337 * distance()) + 0.0103604 * exp(-0.168193 * distance())) * pow((width1() + width2()) / 2 , 0.385748) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0103605 * exp(-0.167337 * distance()) + 0.0103604 * exp(-0.168193 * distance())) * pow((width1() + width2()) / 2 , 0.385748) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0103605 * exp(-0.167337 * distance()) + 0.0103604 * exp(-0.168193 * distance())) * pow((width1() + width2()) / 2 , 0.385748) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0103605 * exp(-0.167337 * distance()) + 0.0103604 * exp(-0.168193 * distance())) * pow((width1() + width2()) / 2 , 0.385748) |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,li,m5 |
| // |
| CAPACITANCE NEARBODY li m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00791861 * exp(-0.10946 * distance()) + 0.00791863 * exp(-0.108955 * distance())) * pow((width1() + width2()) / 2 , 0.397343) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00791861 * exp(-0.10946 * distance()) + 0.00791863 * exp(-0.108955 * distance())) * pow((width1() + width2()) / 2 , 0.397343) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00791861 * exp(-0.10946 * distance()) + 0.00791863 * exp(-0.108955 * distance())) * pow((width1() + width2()) / 2 , 0.397343) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00791861 * exp(-0.10946 * distance()) + 0.00791863 * exp(-0.108955 * distance())) * pow((width1() + width2()) / 2 , 0.397343) |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,li,rdl |
| // |
| CAPACITANCE NEARBODY li rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00265438 + 0.00263562 * exp(-0.0255266 * distance())) * pow((width1() + width2()) / 2 , 0.435499) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00265438 + 0.00263562 * exp(-0.0255266 * distance())) * pow((width1() + width2()) / 2 , 0.435499) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00265438 + 0.00263562 * exp(-0.0255266 * distance())) * pow((width1() + width2()) / 2 , 0.435499) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00265438 + 0.00263562 * exp(-0.0255266 * distance())) * pow((width1() + width2()) / 2 , 0.435499) |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,m1,m2 |
| // |
| CAPACITANCE NEARBODY m1 m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0368781 * exp(-0.286461 * distance()) + 0.0586526 * exp(-1.56212 * distance())) * pow((width1() + width2()) / 2 , 0.17376) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0368781 * exp(-0.286461 * distance()) + 0.0586526 * exp(-1.56212 * distance())) * pow((width1() + width2()) / 2 , 0.17376) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0368781 * exp(-0.286461 * distance()) + 0.0586526 * exp(-1.56212 * distance())) * pow((width1() + width2()) / 2 , 0.17376) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0368781 * exp(-0.286461 * distance()) + 0.0586526 * exp(-1.56212 * distance())) * pow((width1() + width2()) / 2 , 0.17376) |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,m1,m3 |
| // |
| CAPACITANCE NEARBODY m1 m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0462926 * exp(-0.397603 * distance()) + 0.00494218) * pow((width1() + width2()) / 2 , 0.251515) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0462926 * exp(-0.397603 * distance()) + 0.00494218) * pow((width1() + width2()) / 2 , 0.251515) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0462926 * exp(-0.397603 * distance()) + 0.00494218) * pow((width1() + width2()) / 2 , 0.251515) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0462926 * exp(-0.397603 * distance()) + 0.00494218) * pow((width1() + width2()) / 2 , 0.251515) |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,m1,m4 |
| // |
| CAPACITANCE NEARBODY m1 m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0152157 * exp(-0.182752 * distance()) + 0.0152158 * exp(-0.183833 * distance())) * pow((width1() + width2()) / 2 , 0.299207) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0152157 * exp(-0.182752 * distance()) + 0.0152158 * exp(-0.183833 * distance())) * pow((width1() + width2()) / 2 , 0.299207) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0152157 * exp(-0.182752 * distance()) + 0.0152158 * exp(-0.183833 * distance())) * pow((width1() + width2()) / 2 , 0.299207) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0152157 * exp(-0.182752 * distance()) + 0.0152158 * exp(-0.183833 * distance())) * pow((width1() + width2()) / 2 , 0.299207) |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,m1,m5 |
| // |
| CAPACITANCE NEARBODY m1 m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0112838 * exp(-0.114347 * distance()) + 0.0112837 * exp(-0.115118 * distance())) * pow((width1() + width2()) / 2 , 0.305887) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0112838 * exp(-0.114347 * distance()) + 0.0112837 * exp(-0.115118 * distance())) * pow((width1() + width2()) / 2 , 0.305887) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0112838 * exp(-0.114347 * distance()) + 0.0112837 * exp(-0.115118 * distance())) * pow((width1() + width2()) / 2 , 0.305887) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0112838 * exp(-0.114347 * distance()) + 0.0112837 * exp(-0.115118 * distance())) * pow((width1() + width2()) / 2 , 0.305887) |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,m1,rdl |
| // |
| CAPACITANCE NEARBODY m1 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0036188 * exp(-0.0223288 * distance()) + 0.00361839) * pow((width1() + width2()) / 2 , 0.331433) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0036188 * exp(-0.0223288 * distance()) + 0.00361839) * pow((width1() + width2()) / 2 , 0.331433) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0036188 * exp(-0.0223288 * distance()) + 0.00361839) * pow((width1() + width2()) / 2 , 0.331433) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0036188 * exp(-0.0223288 * distance()) + 0.00361839) * pow((width1() + width2()) / 2 , 0.331433) |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,m2,m3 |
| // |
| CAPACITANCE NEARBODY m2 m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0529985 * exp(-0.977913 * distance()) + 0.0311232 * exp(-0.175083 * distance())) * pow((width1() + width2()) / 2 , 0.192205) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0529985 * exp(-0.977913 * distance()) + 0.0311232 * exp(-0.175083 * distance())) * pow((width1() + width2()) / 2 , 0.192205) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0529985 * exp(-0.977913 * distance()) + 0.0311232 * exp(-0.175083 * distance())) * pow((width1() + width2()) / 2 , 0.192205) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0529985 * exp(-0.977913 * distance()) + 0.0311232 * exp(-0.175083 * distance())) * pow((width1() + width2()) / 2 , 0.192205) |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,m2,m4 |
| // |
| CAPACITANCE NEARBODY m2 m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0201709 * exp(-0.275049 * distance()) + 0.0199855 * exp(-0.163788 * distance())) * pow((width1() + width2()) / 2 , 0.264346) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0201709 * exp(-0.275049 * distance()) + 0.0199855 * exp(-0.163788 * distance())) * pow((width1() + width2()) / 2 , 0.264346) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0201709 * exp(-0.275049 * distance()) + 0.0199855 * exp(-0.163788 * distance())) * pow((width1() + width2()) / 2 , 0.264346) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0201709 * exp(-0.275049 * distance()) + 0.0199855 * exp(-0.163788 * distance())) * pow((width1() + width2()) / 2 , 0.264346) |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,m2,m5 |
| // |
| CAPACITANCE NEARBODY m2 m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.014243 * exp(-0.128955 * distance()) + 0.014243 * exp(-0.126921 * distance())) * pow((width1() + width2()) / 2 , 0.275152) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.014243 * exp(-0.128955 * distance()) + 0.014243 * exp(-0.126921 * distance())) * pow((width1() + width2()) / 2 , 0.275152) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.014243 * exp(-0.128955 * distance()) + 0.014243 * exp(-0.126921 * distance())) * pow((width1() + width2()) / 2 , 0.275152) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.014243 * exp(-0.128955 * distance()) + 0.014243 * exp(-0.126921 * distance())) * pow((width1() + width2()) / 2 , 0.275152) |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,m2,rdl |
| // |
| CAPACITANCE NEARBODY m2 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0043615 + 0.00436224 * exp(-0.0249213 * distance())) * pow((width1() + width2()) / 2 , 0.301476) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0043615 + 0.00436224 * exp(-0.0249213 * distance())) * pow((width1() + width2()) / 2 , 0.301476) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0043615 + 0.00436224 * exp(-0.0249213 * distance())) * pow((width1() + width2()) / 2 , 0.301476) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0043615 + 0.00436224 * exp(-0.0249213 * distance())) * pow((width1() + width2()) / 2 , 0.301476) |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,m3,m4 |
| // |
| CAPACITANCE NEARBODY m3 m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0480297 * exp(-1.11212 * distance()) + 0.0425626 * exp(-0.164399 * distance())) * pow((width1() + width2()) / 2 , 0.154579) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0480297 * exp(-1.11212 * distance()) + 0.0425626 * exp(-0.164399 * distance())) * pow((width1() + width2()) / 2 , 0.154579) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0480297 * exp(-1.11212 * distance()) + 0.0425626 * exp(-0.164399 * distance())) * pow((width1() + width2()) / 2 , 0.154579) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0480297 * exp(-1.11212 * distance()) + 0.0425626 * exp(-0.164399 * distance())) * pow((width1() + width2()) / 2 , 0.154579) |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,m3,m5 |
| // |
| CAPACITANCE NEARBODY m3 m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.038676 * exp(-0.261837 * distance()) + 0.0086398) * pow((width1() + width2()) / 2 , 0.221834) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.038676 * exp(-0.261837 * distance()) + 0.0086398) * pow((width1() + width2()) / 2 , 0.221834) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.038676 * exp(-0.261837 * distance()) + 0.0086398) * pow((width1() + width2()) / 2 , 0.221834) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.038676 * exp(-0.261837 * distance()) + 0.0086398) * pow((width1() + width2()) / 2 , 0.221834) |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,m3,rdl |
| // |
| CAPACITANCE NEARBODY m3 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00610062 * exp(-0.0247979 * distance()) + 0.00610062 * exp(-0.0244834 * distance())) * pow((width1() + width2()) / 2 , 0.331468) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00610062 * exp(-0.0247979 * distance()) + 0.00610062 * exp(-0.0244834 * distance())) * pow((width1() + width2()) / 2 , 0.331468) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00610062 * exp(-0.0247979 * distance()) + 0.00610062 * exp(-0.0244834 * distance())) * pow((width1() + width2()) / 2 , 0.331468) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00610062 * exp(-0.0247979 * distance()) + 0.00610062 * exp(-0.0244834 * distance())) * pow((width1() + width2()) / 2 , 0.331468) |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,m4,m5 |
| // |
| CAPACITANCE NEARBODY m4 m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0331798 * exp(-0.0838122 * distance()) + 0.0607914 * exp(-0.729357 * distance())) * pow((width1() + width2()) / 2 , 0.147805) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0331798 * exp(-0.0838122 * distance()) + 0.0607914 * exp(-0.729357 * distance())) * pow((width1() + width2()) / 2 , 0.147805) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0331798 * exp(-0.0838122 * distance()) + 0.0607914 * exp(-0.729357 * distance())) * pow((width1() + width2()) / 2 , 0.147805) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0331798 * exp(-0.0838122 * distance()) + 0.0607914 * exp(-0.729357 * distance())) * pow((width1() + width2()) / 2 , 0.147805) |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,m4,rdl |
| // |
| CAPACITANCE NEARBODY m4 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0077478 * exp(-0.0295637 * distance()) + 0.0077478 * exp(-0.0295654 * distance())) * pow((width1() + width2()) / 2 , 0.293176) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0077478 * exp(-0.0295637 * distance()) + 0.0077478 * exp(-0.0295654 * distance())) * pow((width1() + width2()) / 2 , 0.293176) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0077478 * exp(-0.0295637 * distance()) + 0.0077478 * exp(-0.0295654 * distance())) * pow((width1() + width2()) / 2 , 0.293176) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0077478 * exp(-0.0295637 * distance()) + 0.0077478 * exp(-0.0295654 * distance())) * pow((width1() + width2()) / 2 , 0.293176) |
| } |
| ] |
| // |
| // model: 614 target: nearbody2 profile: field layers: field_base,m5,rdl |
| // |
| CAPACITANCE NEARBODY m5 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_m5 |
| max_distance = (MAXDISTANCE_m5 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0105951 + 0.0106073 * exp(-0.1098 * distance())) * pow((width1() + width2()) / 2 , 0.283218) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0105951 + 0.0106073 * exp(-0.1098 * distance())) * pow((width1() + width2()) / 2 , 0.283218) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_m5 |
| max_distance = (MAXDISTANCE_m5 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0105951 + 0.0106073 * exp(-0.1098 * distance())) * pow((width1() + width2()) / 2 , 0.283218) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0105951 + 0.0106073 * exp(-0.1098 * distance())) * pow((width1() + width2()) / 2 , 0.283218) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,ply,li |
| // |
| CAPACITANCE NEARBODY ply li INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_li) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00509327 * exp(-0.878848 * distance())) / pow(distance() , 0.436183) * pow((width1() + width2()) / 2 , -0.0250359) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00509327 * exp(-0.878848 * distance())) / pow(distance() , 0.436183) * pow((width1() + width2()) / 2 , -0.0250359) |
| } |
| ] |
| CAPACITANCE NEARBODY li ply INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_li) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00509327 * exp(-0.878848 * distance())) / pow(distance() , 0.436183) * pow((width1() + width2()) / 2 , -0.0250359) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00509327 * exp(-0.878848 * distance())) / pow(distance() , 0.436183) * pow((width1() + width2()) / 2 , -0.0250359) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,ply,m1 |
| // |
| CAPACITANCE NEARBODY ply m1 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00814916 * exp(-0.779268 * distance())) / pow(distance() , 0.0946) * pow((width1() + width2()) / 2 , 0.0577806) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00814916 * exp(-0.779268 * distance())) / pow(distance() , 0.0946) * pow((width1() + width2()) / 2 , 0.0577806) |
| } |
| ] |
| CAPACITANCE NEARBODY m1 ply INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00814916 * exp(-0.779268 * distance())) / pow(distance() , 0.0946) * pow((width1() + width2()) / 2 , 0.0577806) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00814916 * exp(-0.779268 * distance())) / pow(distance() , 0.0946) * pow((width1() + width2()) / 2 , 0.0577806) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,ply,m2 |
| // |
| CAPACITANCE NEARBODY ply m2 INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00785425 * exp(-0.550502 * distance())) / pow(distance() , 0.00531555) * pow((width1() + width2()) / 2 , 0.153644) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00785425 * exp(-0.550502 * distance())) / pow(distance() , 0.00531555) * pow((width1() + width2()) / 2 , 0.153644) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 ply INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00785425 * exp(-0.550502 * distance())) / pow(distance() , 0.00531555) * pow((width1() + width2()) / 2 , 0.153644) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00785425 * exp(-0.550502 * distance())) / pow(distance() , 0.00531555) * pow((width1() + width2()) / 2 , 0.153644) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,ply,m3 |
| // |
| CAPACITANCE NEARBODY ply m3 INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00673272 * exp(-0.381808 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.2314) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00673272 * exp(-0.381808 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.2314) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 ply INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00673272 * exp(-0.381808 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.2314) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00673272 * exp(-0.381808 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.2314) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,ply,m4 |
| // |
| CAPACITANCE NEARBODY ply m4 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00527843 * exp(-0.243641 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.343261) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00527843 * exp(-0.243641 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.343261) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 ply INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00527843 * exp(-0.243641 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.343261) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00527843 * exp(-0.243641 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.343261) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,ply,m5 |
| // |
| CAPACITANCE NEARBODY ply m5 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00410057 * exp(-0.13944 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.379218) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00410057 * exp(-0.13944 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.379218) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 ply INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00410057 * exp(-0.13944 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.379218) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00410057 * exp(-0.13944 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.379218) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,ply,rdl |
| // |
| CAPACITANCE NEARBODY ply rdl INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00156832 * exp(-0.00692386 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.471803) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00156832 * exp(-0.00692386 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.471803) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl ply INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00156832 * exp(-0.00692386 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.471803) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00156832 * exp(-0.00692386 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.471803) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,li,m1 |
| // |
| CAPACITANCE NEARBODY li m1 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0033094 * exp(-0.446479 * distance())) / pow(distance() , 0.581618) * pow((width1() + width2()) / 2 , -0.0706367) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0033094 * exp(-0.446479 * distance())) / pow(distance() , 0.581618) * pow((width1() + width2()) / 2 , -0.0706367) |
| } |
| ] |
| CAPACITANCE NEARBODY m1 li INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0033094 * exp(-0.446479 * distance())) / pow(distance() , 0.581618) * pow((width1() + width2()) / 2 , -0.0706367) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0033094 * exp(-0.446479 * distance())) / pow(distance() , 0.581618) * pow((width1() + width2()) / 2 , -0.0706367) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,li,m2 |
| // |
| CAPACITANCE NEARBODY li m2 INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00745943 * exp(-0.599984 * distance())) / pow(distance() , 0.111564) * pow((width1() + width2()) / 2 , 0.0193208) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00745943 * exp(-0.599984 * distance())) / pow(distance() , 0.111564) * pow((width1() + width2()) / 2 , 0.0193208) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 li INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00745943 * exp(-0.599984 * distance())) / pow(distance() , 0.111564) * pow((width1() + width2()) / 2 , 0.0193208) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00745943 * exp(-0.599984 * distance())) / pow(distance() , 0.111564) * pow((width1() + width2()) / 2 , 0.0193208) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,li,m3 |
| // |
| CAPACITANCE NEARBODY li m3 INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0071769 * exp(-0.409518 * distance())) / pow(distance() , 0.0449211) * pow((width1() + width2()) / 2 , 0.1047) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0071769 * exp(-0.409518 * distance())) / pow(distance() , 0.0449211) * pow((width1() + width2()) / 2 , 0.1047) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 li INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0071769 * exp(-0.409518 * distance())) / pow(distance() , 0.0449211) * pow((width1() + width2()) / 2 , 0.1047) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0071769 * exp(-0.409518 * distance())) / pow(distance() , 0.0449211) * pow((width1() + width2()) / 2 , 0.1047) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,li,m4 |
| // |
| CAPACITANCE NEARBODY li m4 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00595009 * exp(-0.2553 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.227907) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00595009 * exp(-0.2553 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.227907) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 li INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00595009 * exp(-0.2553 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.227907) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00595009 * exp(-0.2553 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.227907) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,li,m5 |
| // |
| CAPACITANCE NEARBODY li m5 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00484515 * exp(-0.156767 * distance())) / pow(distance() , 0.00987843) * pow((width1() + width2()) / 2 , 0.275046) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00484515 * exp(-0.156767 * distance())) / pow(distance() , 0.00987843) * pow((width1() + width2()) / 2 , 0.275046) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 li INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00484515 * exp(-0.156767 * distance())) / pow(distance() , 0.00987843) * pow((width1() + width2()) / 2 , 0.275046) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00484515 * exp(-0.156767 * distance())) / pow(distance() , 0.00987843) * pow((width1() + width2()) / 2 , 0.275046) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,li,rdl |
| // |
| CAPACITANCE NEARBODY li rdl INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00191102 * exp(-0.0100727 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.393283) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00191102 * exp(-0.0100727 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.393283) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl li INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00191102 * exp(-0.0100727 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.393283) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00191102 * exp(-0.0100727 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.393283) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,m1,m2 |
| // |
| CAPACITANCE NEARBODY m1 m2 INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00243925 * exp(-0.0662312 * distance())) / pow(distance() , 0.677837) * pow((width1() + width2()) / 2 , -0.110205) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00243925 * exp(-0.0662312 * distance())) / pow(distance() , 0.677837) * pow((width1() + width2()) / 2 , -0.110205) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 m1 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00243925 * exp(-0.0662312 * distance())) / pow(distance() , 0.677837) * pow((width1() + width2()) / 2 , -0.110205) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00243925 * exp(-0.0662312 * distance())) / pow(distance() , 0.677837) * pow((width1() + width2()) / 2 , -0.110205) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,m1,m3 |
| // |
| CAPACITANCE NEARBODY m1 m3 INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00624728 * exp(-0.365794 * distance())) / pow(distance() , 0.220806) * pow((width1() + width2()) / 2 , -0.0294521) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00624728 * exp(-0.365794 * distance())) / pow(distance() , 0.220806) * pow((width1() + width2()) / 2 , -0.0294521) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m1 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00624728 * exp(-0.365794 * distance())) / pow(distance() , 0.220806) * pow((width1() + width2()) / 2 , -0.0294521) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00624728 * exp(-0.365794 * distance())) / pow(distance() , 0.220806) * pow((width1() + width2()) / 2 , -0.0294521) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,m1,m4 |
| // |
| CAPACITANCE NEARBODY m1 m4 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00685781 * exp(-0.294304 * distance())) / pow(distance() , 0.0172354) * pow((width1() + width2()) / 2 , 0.10556) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00685781 * exp(-0.294304 * distance())) / pow(distance() , 0.0172354) * pow((width1() + width2()) / 2 , 0.10556) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m1 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00685781 * exp(-0.294304 * distance())) / pow(distance() , 0.0172354) * pow((width1() + width2()) / 2 , 0.10556) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00685781 * exp(-0.294304 * distance())) / pow(distance() , 0.0172354) * pow((width1() + width2()) / 2 , 0.10556) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,m1,m5 |
| // |
| CAPACITANCE NEARBODY m1 m5 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00566009 * exp(-0.163547 * distance())) / pow(distance() , 0.0453525) * pow((width1() + width2()) / 2 , 0.158899) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00566009 * exp(-0.163547 * distance())) / pow(distance() , 0.0453525) * pow((width1() + width2()) / 2 , 0.158899) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m1 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00566009 * exp(-0.163547 * distance())) / pow(distance() , 0.0453525) * pow((width1() + width2()) / 2 , 0.158899) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00566009 * exp(-0.163547 * distance())) / pow(distance() , 0.0453525) * pow((width1() + width2()) / 2 , 0.158899) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,m1,rdl |
| // |
| CAPACITANCE NEARBODY m1 rdl INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00232574 * exp(-0.0116642 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.284448) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00232574 * exp(-0.0116642 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.284448) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m1 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00232574 * exp(-0.0116642 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.284448) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00232574 * exp(-0.0116642 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.284448) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,m2,m3 |
| // |
| CAPACITANCE NEARBODY m2 m3 INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00282766 * exp(-0.0139034 * distance())) / pow(distance() , 0.657688) * pow((width1() + width2()) / 2 , -0.171344) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00282766 * exp(-0.0139034 * distance())) / pow(distance() , 0.657688) * pow((width1() + width2()) / 2 , -0.171344) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m2 INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00282766 * exp(-0.0139034 * distance())) / pow(distance() , 0.657688) * pow((width1() + width2()) / 2 , -0.171344) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00282766 * exp(-0.0139034 * distance())) / pow(distance() , 0.657688) * pow((width1() + width2()) / 2 , -0.171344) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,m2,m4 |
| // |
| CAPACITANCE NEARBODY m2 m4 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00682788 * exp(-0.303889 * distance())) / pow(distance() , 0.0904246) * pow((width1() + width2()) / 2 , 0.0065444) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00682788 * exp(-0.303889 * distance())) / pow(distance() , 0.0904246) * pow((width1() + width2()) / 2 , 0.0065444) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m2 INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00682788 * exp(-0.303889 * distance())) / pow(distance() , 0.0904246) * pow((width1() + width2()) / 2 , 0.0065444) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00682788 * exp(-0.303889 * distance())) / pow(distance() , 0.0904246) * pow((width1() + width2()) / 2 , 0.0065444) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,m2,m5 |
| // |
| CAPACITANCE NEARBODY m2 m5 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00609557 * exp(-0.166663 * distance())) / pow(distance() , 0.101053) * pow((width1() + width2()) / 2 , 0.0777035) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00609557 * exp(-0.166663 * distance())) / pow(distance() , 0.101053) * pow((width1() + width2()) / 2 , 0.0777035) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m2 INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00609557 * exp(-0.166663 * distance())) / pow(distance() , 0.101053) * pow((width1() + width2()) / 2 , 0.0777035) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00609557 * exp(-0.166663 * distance())) / pow(distance() , 0.101053) * pow((width1() + width2()) / 2 , 0.0777035) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,m2,rdl |
| // |
| CAPACITANCE NEARBODY m2 rdl INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00262988 * exp(-0.0144385 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.230199) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00262988 * exp(-0.0144385 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.230199) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m2 INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00262988 * exp(-0.0144385 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.230199) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00262988 * exp(-0.0144385 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.230199) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,m3,m4 |
| // |
| CAPACITANCE NEARBODY m3 m4 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00298212 * exp(0.0646894 * distance())) / pow(distance() , 0.884057) * pow((width1() + width2()) / 2 , -0.117869) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00298212 * exp(0.0646894 * distance())) / pow(distance() , 0.884057) * pow((width1() + width2()) / 2 , -0.117869) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m3 INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00298212 * exp(0.0646894 * distance())) / pow(distance() , 0.884057) * pow((width1() + width2()) / 2 , -0.117869) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00298212 * exp(0.0646894 * distance())) / pow(distance() , 0.884057) * pow((width1() + width2()) / 2 , -0.117869) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,m3,m5 |
| // |
| CAPACITANCE NEARBODY m3 m5 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00697393 * exp(-0.168597 * distance())) / pow(distance() , 0.39661) * pow((width1() + width2()) / 2 , -0.0660338) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00697393 * exp(-0.168597 * distance())) / pow(distance() , 0.39661) * pow((width1() + width2()) / 2 , -0.0660338) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m3 INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00697393 * exp(-0.168597 * distance())) / pow(distance() , 0.39661) * pow((width1() + width2()) / 2 , -0.0660338) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00697393 * exp(-0.168597 * distance())) / pow(distance() , 0.39661) * pow((width1() + width2()) / 2 , -0.0660338) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,m3,rdl |
| // |
| CAPACITANCE NEARBODY m3 rdl INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00351979 * exp(-0.0344817 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.123475) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00351979 * exp(-0.0344817 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.123475) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m3 INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00351979 * exp(-0.0344817 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.123475) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00351979 * exp(-0.0344817 * distance())) / pow(distance() , 0) * pow((width1() + width2()) / 2 , 0.123475) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,m4,m5 |
| // |
| CAPACITANCE NEARBODY m4 m5 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00365862 * exp(0.140836 * distance())) / pow(distance() , 1.02889) * pow((width1() + width2()) / 2 , -0.227493) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00365862 * exp(0.140836 * distance())) / pow(distance() , 1.02889) * pow((width1() + width2()) / 2 , -0.227493) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m4 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00365862 * exp(0.140836 * distance())) / pow(distance() , 1.02889) * pow((width1() + width2()) / 2 , -0.227493) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00365862 * exp(0.140836 * distance())) / pow(distance() , 1.02889) * pow((width1() + width2()) / 2 , -0.227493) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,m4,rdl |
| // |
| CAPACITANCE NEARBODY m4 rdl INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00425521 * exp(-0.0321764 * distance())) / pow(distance() , 0.0790907) * pow((width1() + width2()) / 2 , 0.0268422) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00425521 * exp(-0.0321764 * distance())) / pow(distance() , 0.0790907) * pow((width1() + width2()) / 2 , 0.0268422) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m4 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00425521 * exp(-0.0321764 * distance())) / pow(distance() , 0.0790907) * pow((width1() + width2()) / 2 , 0.0268422) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00425521 * exp(-0.0321764 * distance())) / pow(distance() , 0.0790907) * pow((width1() + width2()) / 2 , 0.0268422) |
| } |
| ] |
| // |
| // model: 114 target: nearbody2 profile: field layers: field_base,m5,rdl |
| // |
| CAPACITANCE NEARBODY m5 rdl INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_m5 |
| max_distance = (MAXDISTANCE_m5 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00652442 * exp(-0.0383599 * distance())) / pow(distance() , 0.21491) * pow((width1() + width2()) / 2 , -0.0982234) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00652442 * exp(-0.0383599 * distance())) / pow(distance() , 0.21491) * pow((width1() + width2()) / 2 , -0.0982234) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m5 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_m5 |
| max_distance = (MAXDISTANCE_m5 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00652442 * exp(-0.0383599 * distance())) / pow(distance() , 0.21491) * pow((width1() + width2()) / 2 , -0.0982234) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00652442 * exp(-0.0383599 * distance())) / pow(distance() , 0.21491) * pow((width1() + width2()) / 2 , -0.0982234) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,ply,li,m1 |
| // |
| CAPACITANCE NEARBODY ply li INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_li) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0229632 * exp(-1.76196 * distance()) + 0.0229632 * exp(-1.76196 * distance())) * pow((width1() + width2()) / 2 , 0.122913) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0229632 * exp(-1.76196 * distance()) + 0.0229632 * exp(-1.76196 * distance())) * pow((width1() + width2()) / 2 , 0.122913) |
| } |
| ] |
| CAPACITANCE NEARBODY li ply INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_li) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0229632 * exp(-1.76196 * distance()) + 0.0229632 * exp(-1.76196 * distance())) * pow((width1() + width2()) / 2 , 0.122913) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0229632 * exp(-1.76196 * distance()) + 0.0229632 * exp(-1.76196 * distance())) * pow((width1() + width2()) / 2 , 0.122913) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,ply,li,m2 |
| // |
| CAPACITANCE NEARBODY ply li INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_li) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0261836 * exp(-1.42749 * distance()) + 0.0261841 * exp(-1.4266 * distance())) * pow((width1() + width2()) / 2 , 0.137454) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0261836 * exp(-1.42749 * distance()) + 0.0261841 * exp(-1.4266 * distance())) * pow((width1() + width2()) / 2 , 0.137454) |
| } |
| ] |
| CAPACITANCE NEARBODY li ply INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_li) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0261836 * exp(-1.42749 * distance()) + 0.0261841 * exp(-1.4266 * distance())) * pow((width1() + width2()) / 2 , 0.137454) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0261836 * exp(-1.42749 * distance()) + 0.0261841 * exp(-1.4266 * distance())) * pow((width1() + width2()) / 2 , 0.137454) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,ply,li,m3 |
| // |
| CAPACITANCE NEARBODY ply li INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_li) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.000304307 * exp(-0.0961544 * distance()) + 0.0554013 * exp(-1.27144 * distance())) * pow((width1() + width2()) / 2 , 0.157758) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.000304307 * exp(-0.0961544 * distance()) + 0.0554013 * exp(-1.27144 * distance())) * pow((width1() + width2()) / 2 , 0.157758) |
| } |
| ] |
| CAPACITANCE NEARBODY li ply INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_li) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.000304307 * exp(-0.0961544 * distance()) + 0.0554013 * exp(-1.27144 * distance())) * pow((width1() + width2()) / 2 , 0.157758) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.000304307 * exp(-0.0961544 * distance()) + 0.0554013 * exp(-1.27144 * distance())) * pow((width1() + width2()) / 2 , 0.157758) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,ply,li,m4 |
| // |
| CAPACITANCE NEARBODY ply li INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_li) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0518593 * exp(-1.28531 * distance()) + 0.0066879 * exp(-0.426175 * distance())) * pow((width1() + width2()) / 2 , 0.181267) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0518593 * exp(-1.28531 * distance()) + 0.0066879 * exp(-0.426175 * distance())) * pow((width1() + width2()) / 2 , 0.181267) |
| } |
| ] |
| CAPACITANCE NEARBODY li ply INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_li) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0518593 * exp(-1.28531 * distance()) + 0.0066879 * exp(-0.426175 * distance())) * pow((width1() + width2()) / 2 , 0.181267) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0518593 * exp(-1.28531 * distance()) + 0.0066879 * exp(-0.426175 * distance())) * pow((width1() + width2()) / 2 , 0.181267) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,ply,li,m5 |
| // |
| CAPACITANCE NEARBODY ply li INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_li) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0502729 * exp(-1.30683 * distance()) + 0.0097162 * exp(-0.392445 * distance())) * pow((width1() + width2()) / 2 , 0.195402) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0502729 * exp(-1.30683 * distance()) + 0.0097162 * exp(-0.392445 * distance())) * pow((width1() + width2()) / 2 , 0.195402) |
| } |
| ] |
| CAPACITANCE NEARBODY li ply INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_li) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0502729 * exp(-1.30683 * distance()) + 0.0097162 * exp(-0.392445 * distance())) * pow((width1() + width2()) / 2 , 0.195402) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0502729 * exp(-1.30683 * distance()) + 0.0097162 * exp(-0.392445 * distance())) * pow((width1() + width2()) / 2 , 0.195402) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,ply,li,rdl |
| // |
| CAPACITANCE NEARBODY ply li INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_li) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0109056 * exp(-0.260437 * distance()) + 0.0513835 * exp(-1.30021 * distance())) * pow((width1() + width2()) / 2 , 0.221445) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0109056 * exp(-0.260437 * distance()) + 0.0513835 * exp(-1.30021 * distance())) * pow((width1() + width2()) / 2 , 0.221445) |
| } |
| ] |
| CAPACITANCE NEARBODY li ply INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_li) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0109056 * exp(-0.260437 * distance()) + 0.0513835 * exp(-1.30021 * distance())) * pow((width1() + width2()) / 2 , 0.221445) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0109056 * exp(-0.260437 * distance()) + 0.0513835 * exp(-1.30021 * distance())) * pow((width1() + width2()) / 2 , 0.221445) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,ply,m1,m2 |
| // |
| CAPACITANCE NEARBODY ply m1 INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.014885 * exp(-1.05377 * distance()) + 0.0148853 * exp(-1.05422 * distance())) * pow((width1() + width2()) / 2 , 0.216841) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.014885 * exp(-1.05377 * distance()) + 0.0148853 * exp(-1.05422 * distance())) * pow((width1() + width2()) / 2 , 0.216841) |
| } |
| ] |
| CAPACITANCE NEARBODY m1 ply INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.014885 * exp(-1.05377 * distance()) + 0.0148853 * exp(-1.05422 * distance())) * pow((width1() + width2()) / 2 , 0.216841) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.014885 * exp(-1.05377 * distance()) + 0.0148853 * exp(-1.05422 * distance())) * pow((width1() + width2()) / 2 , 0.216841) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,ply,m1,m3 |
| // |
| CAPACITANCE NEARBODY ply m1 INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0175221 * exp(-0.858364 * distance()) + 0.0175226 * exp(-0.857653 * distance())) * pow((width1() + width2()) / 2 , 0.226913) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0175221 * exp(-0.858364 * distance()) + 0.0175226 * exp(-0.857653 * distance())) * pow((width1() + width2()) / 2 , 0.226913) |
| } |
| ] |
| CAPACITANCE NEARBODY m1 ply INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0175221 * exp(-0.858364 * distance()) + 0.0175226 * exp(-0.857653 * distance())) * pow((width1() + width2()) / 2 , 0.226913) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0175221 * exp(-0.858364 * distance()) + 0.0175226 * exp(-0.857653 * distance())) * pow((width1() + width2()) / 2 , 0.226913) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,ply,m1,m4 |
| // |
| CAPACITANCE NEARBODY ply m1 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0191747 * exp(-0.723177 * distance()) + 0.0191746 * exp(-0.721942 * distance())) * pow((width1() + width2()) / 2 , 0.251729) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0191747 * exp(-0.723177 * distance()) + 0.0191746 * exp(-0.721942 * distance())) * pow((width1() + width2()) / 2 , 0.251729) |
| } |
| ] |
| CAPACITANCE NEARBODY m1 ply INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0191747 * exp(-0.723177 * distance()) + 0.0191746 * exp(-0.721942 * distance())) * pow((width1() + width2()) / 2 , 0.251729) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0191747 * exp(-0.723177 * distance()) + 0.0191746 * exp(-0.721942 * distance())) * pow((width1() + width2()) / 2 , 0.251729) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,ply,m1,m5 |
| // |
| CAPACITANCE NEARBODY ply m1 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0198809 * exp(-0.661554 * distance()) + 0.019882 * exp(-0.65747 * distance())) * pow((width1() + width2()) / 2 , 0.268098) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0198809 * exp(-0.661554 * distance()) + 0.019882 * exp(-0.65747 * distance())) * pow((width1() + width2()) / 2 , 0.268098) |
| } |
| ] |
| CAPACITANCE NEARBODY m1 ply INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0198809 * exp(-0.661554 * distance()) + 0.019882 * exp(-0.65747 * distance())) * pow((width1() + width2()) / 2 , 0.268098) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0198809 * exp(-0.661554 * distance()) + 0.019882 * exp(-0.65747 * distance())) * pow((width1() + width2()) / 2 , 0.268098) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,ply,m1,rdl |
| // |
| CAPACITANCE NEARBODY ply m1 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0417884 * exp(-0.595803 * distance()) + 0.000200383 * exp(0.450413 * distance())) * pow((width1() + width2()) / 2 , 0.300052) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0417884 * exp(-0.595803 * distance()) + 0.000200383 * exp(0.450413 * distance())) * pow((width1() + width2()) / 2 , 0.300052) |
| } |
| ] |
| CAPACITANCE NEARBODY m1 ply INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0417884 * exp(-0.595803 * distance()) + 0.000200383 * exp(0.450413 * distance())) * pow((width1() + width2()) / 2 , 0.300052) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0417884 * exp(-0.595803 * distance()) + 0.000200383 * exp(0.450413 * distance())) * pow((width1() + width2()) / 2 , 0.300052) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,ply,m2,m3 |
| // |
| CAPACITANCE NEARBODY ply m2 INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0101469 * exp(-0.715589 * distance()) + 0.0101458 * exp(-0.715435 * distance())) * pow((width1() + width2()) / 2 , 0.310175) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0101469 * exp(-0.715589 * distance()) + 0.0101458 * exp(-0.715435 * distance())) * pow((width1() + width2()) / 2 , 0.310175) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 ply INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0101469 * exp(-0.715589 * distance()) + 0.0101458 * exp(-0.715435 * distance())) * pow((width1() + width2()) / 2 , 0.310175) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0101469 * exp(-0.715589 * distance()) + 0.0101458 * exp(-0.715435 * distance())) * pow((width1() + width2()) / 2 , 0.310175) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,ply,m2,m4 |
| // |
| CAPACITANCE NEARBODY ply m2 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0125204 * exp(-0.559386 * distance()) + 0.0125185 * exp(-0.559717 * distance())) * pow((width1() + width2()) / 2 , 0.315314) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0125204 * exp(-0.559386 * distance()) + 0.0125185 * exp(-0.559717 * distance())) * pow((width1() + width2()) / 2 , 0.315314) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 ply INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0125204 * exp(-0.559386 * distance()) + 0.0125185 * exp(-0.559717 * distance())) * pow((width1() + width2()) / 2 , 0.315314) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0125204 * exp(-0.559386 * distance()) + 0.0125185 * exp(-0.559717 * distance())) * pow((width1() + width2()) / 2 , 0.315314) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,ply,m2,m5 |
| // |
| CAPACITANCE NEARBODY ply m2 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0133886 * exp(-0.492244 * distance()) + 0.0133881 * exp(-0.492204 * distance())) * pow((width1() + width2()) / 2 , 0.330306) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0133886 * exp(-0.492244 * distance()) + 0.0133881 * exp(-0.492204 * distance())) * pow((width1() + width2()) / 2 , 0.330306) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 ply INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0133886 * exp(-0.492244 * distance()) + 0.0133881 * exp(-0.492204 * distance())) * pow((width1() + width2()) / 2 , 0.330306) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0133886 * exp(-0.492244 * distance()) + 0.0133881 * exp(-0.492204 * distance())) * pow((width1() + width2()) / 2 , 0.330306) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,ply,m2,rdl |
| // |
| CAPACITANCE NEARBODY ply m2 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0145098 * exp(-0.393105 * distance()) + 0.0145098 * exp(-0.392026 * distance())) * pow((width1() + width2()) / 2 , 0.365106) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0145098 * exp(-0.393105 * distance()) + 0.0145098 * exp(-0.392026 * distance())) * pow((width1() + width2()) / 2 , 0.365106) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 ply INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0145098 * exp(-0.393105 * distance()) + 0.0145098 * exp(-0.392026 * distance())) * pow((width1() + width2()) / 2 , 0.365106) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0145098 * exp(-0.393105 * distance()) + 0.0145098 * exp(-0.392026 * distance())) * pow((width1() + width2()) / 2 , 0.365106) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,ply,m3,m4 |
| // |
| CAPACITANCE NEARBODY ply m3 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0080769 * exp(-0.4699 * distance()) + 0.0080776 * exp(-0.470118 * distance())) * pow((width1() + width2()) / 2 , 0.380723) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0080769 * exp(-0.4699 * distance()) + 0.0080776 * exp(-0.470118 * distance())) * pow((width1() + width2()) / 2 , 0.380723) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 ply INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0080769 * exp(-0.4699 * distance()) + 0.0080776 * exp(-0.470118 * distance())) * pow((width1() + width2()) / 2 , 0.380723) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0080769 * exp(-0.4699 * distance()) + 0.0080776 * exp(-0.470118 * distance())) * pow((width1() + width2()) / 2 , 0.380723) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,ply,m3,m5 |
| // |
| CAPACITANCE NEARBODY ply m3 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00944423 * exp(-0.383972 * distance()) + 0.00944434 * exp(-0.384523 * distance())) * pow((width1() + width2()) / 2 , 0.378191) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00944423 * exp(-0.383972 * distance()) + 0.00944434 * exp(-0.384523 * distance())) * pow((width1() + width2()) / 2 , 0.378191) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 ply INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00944423 * exp(-0.383972 * distance()) + 0.00944434 * exp(-0.384523 * distance())) * pow((width1() + width2()) / 2 , 0.378191) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00944423 * exp(-0.383972 * distance()) + 0.00944434 * exp(-0.384523 * distance())) * pow((width1() + width2()) / 2 , 0.378191) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,ply,m3,rdl |
| // |
| CAPACITANCE NEARBODY ply m3 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0108486 * exp(-0.270292 * distance()) + 0.010848 * exp(-0.270026 * distance())) * pow((width1() + width2()) / 2 , 0.407426) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0108486 * exp(-0.270292 * distance()) + 0.010848 * exp(-0.270026 * distance())) * pow((width1() + width2()) / 2 , 0.407426) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 ply INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0108486 * exp(-0.270292 * distance()) + 0.010848 * exp(-0.270026 * distance())) * pow((width1() + width2()) / 2 , 0.407426) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0108486 * exp(-0.270292 * distance()) + 0.010848 * exp(-0.270026 * distance())) * pow((width1() + width2()) / 2 , 0.407426) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,ply,m4,m5 |
| // |
| CAPACITANCE NEARBODY ply m4 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00505613 * exp(-0.323215 * distance()) + 0.00505595 * exp(-0.323065 * distance())) * pow((width1() + width2()) / 2 , 0.464322) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00505613 * exp(-0.323215 * distance()) + 0.00505595 * exp(-0.323065 * distance())) * pow((width1() + width2()) / 2 , 0.464322) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 ply INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00505613 * exp(-0.323215 * distance()) + 0.00505595 * exp(-0.323065 * distance())) * pow((width1() + width2()) / 2 , 0.464322) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00505613 * exp(-0.323215 * distance()) + 0.00505595 * exp(-0.323065 * distance())) * pow((width1() + width2()) / 2 , 0.464322) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,ply,m4,rdl |
| // |
| CAPACITANCE NEARBODY ply m4 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00719002 * exp(-0.181289 * distance()) + 0.00719095 * exp(-0.181258 * distance())) * pow((width1() + width2()) / 2 , 0.450965) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00719002 * exp(-0.181289 * distance()) + 0.00719095 * exp(-0.181258 * distance())) * pow((width1() + width2()) / 2 , 0.450965) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 ply INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00719002 * exp(-0.181289 * distance()) + 0.00719095 * exp(-0.181258 * distance())) * pow((width1() + width2()) / 2 , 0.450965) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00719002 * exp(-0.181289 * distance()) + 0.00719095 * exp(-0.181258 * distance())) * pow((width1() + width2()) / 2 , 0.450965) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,ply,m5,rdl |
| // |
| CAPACITANCE NEARBODY ply m5 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00543955 * exp(-0.129045 * distance()) + 0.00543956 * exp(-0.128972 * distance())) * pow((width1() + width2()) / 2 , 0.460452) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00543955 * exp(-0.129045 * distance()) + 0.00543956 * exp(-0.128972 * distance())) * pow((width1() + width2()) / 2 , 0.460452) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 ply INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.8 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_ply |
| max_distance = (MAXDISTANCE_ply + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00543955 * exp(-0.129045 * distance()) + 0.00543956 * exp(-0.128972 * distance())) * pow((width1() + width2()) / 2 , 0.460452) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00543955 * exp(-0.129045 * distance()) + 0.00543956 * exp(-0.128972 * distance())) * pow((width1() + width2()) / 2 , 0.460452) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,li,m1,m2 |
| // |
| CAPACITANCE NEARBODY li m1 INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0299904 * exp(-1.48383 * distance()) + 0.0299904 * exp(-1.52843 * distance())) * pow((width1() + width2()) / 2 , 0.113809) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0299904 * exp(-1.48383 * distance()) + 0.0299904 * exp(-1.52843 * distance())) * pow((width1() + width2()) / 2 , 0.113809) |
| } |
| ] |
| CAPACITANCE NEARBODY m1 li INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0299904 * exp(-1.48383 * distance()) + 0.0299904 * exp(-1.52843 * distance())) * pow((width1() + width2()) / 2 , 0.113809) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0299904 * exp(-1.48383 * distance()) + 0.0299904 * exp(-1.52843 * distance())) * pow((width1() + width2()) / 2 , 0.113809) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,li,m1,m3 |
| // |
| CAPACITANCE NEARBODY li m1 INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0336664 * exp(-0.937539 * distance()) + 0.0337219 * exp(-1.58839 * distance())) * pow((width1() + width2()) / 2 , 0.125174) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0336664 * exp(-0.937539 * distance()) + 0.0337219 * exp(-1.58839 * distance())) * pow((width1() + width2()) / 2 , 0.125174) |
| } |
| ] |
| CAPACITANCE NEARBODY m1 li INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0336664 * exp(-0.937539 * distance()) + 0.0337219 * exp(-1.58839 * distance())) * pow((width1() + width2()) / 2 , 0.125174) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0336664 * exp(-0.937539 * distance()) + 0.0337219 * exp(-1.58839 * distance())) * pow((width1() + width2()) / 2 , 0.125174) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,li,m1,m4 |
| // |
| CAPACITANCE NEARBODY li m1 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0358232 * exp(-0.67123 * distance()) + 0.0362516 * exp(-1.66424 * distance())) * pow((width1() + width2()) / 2 , 0.145927) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0358232 * exp(-0.67123 * distance()) + 0.0362516 * exp(-1.66424 * distance())) * pow((width1() + width2()) / 2 , 0.145927) |
| } |
| ] |
| CAPACITANCE NEARBODY m1 li INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0358232 * exp(-0.67123 * distance()) + 0.0362516 * exp(-1.66424 * distance())) * pow((width1() + width2()) / 2 , 0.145927) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0358232 * exp(-0.67123 * distance()) + 0.0362516 * exp(-1.66424 * distance())) * pow((width1() + width2()) / 2 , 0.145927) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,li,m1,m5 |
| // |
| CAPACITANCE NEARBODY li m1 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0419399 * exp(-1.58835 * distance()) + 0.0322183 * exp(-0.532739 * distance())) * pow((width1() + width2()) / 2 , 0.159704) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0419399 * exp(-1.58835 * distance()) + 0.0322183 * exp(-0.532739 * distance())) * pow((width1() + width2()) / 2 , 0.159704) |
| } |
| ] |
| CAPACITANCE NEARBODY m1 li INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0419399 * exp(-1.58835 * distance()) + 0.0322183 * exp(-0.532739 * distance())) * pow((width1() + width2()) / 2 , 0.159704) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0419399 * exp(-1.58835 * distance()) + 0.0322183 * exp(-0.532739 * distance())) * pow((width1() + width2()) / 2 , 0.159704) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,li,m1,rdl |
| // |
| CAPACITANCE NEARBODY li m1 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0264243 * exp(-0.330307 * distance()) + 0.0508836 * exp(-1.45393 * distance())) * pow((width1() + width2()) / 2 , 0.186824) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0264243 * exp(-0.330307 * distance()) + 0.0508836 * exp(-1.45393 * distance())) * pow((width1() + width2()) / 2 , 0.186824) |
| } |
| ] |
| CAPACITANCE NEARBODY m1 li INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0264243 * exp(-0.330307 * distance()) + 0.0508836 * exp(-1.45393 * distance())) * pow((width1() + width2()) / 2 , 0.186824) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0264243 * exp(-0.330307 * distance()) + 0.0508836 * exp(-1.45393 * distance())) * pow((width1() + width2()) / 2 , 0.186824) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,li,m2,m3 |
| // |
| CAPACITANCE NEARBODY li m2 INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0162522 * exp(-0.818572 * distance()) + 0.0162513 * exp(-0.820654 * distance())) * pow((width1() + width2()) / 2 , 0.219152) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0162522 * exp(-0.818572 * distance()) + 0.0162513 * exp(-0.820654 * distance())) * pow((width1() + width2()) / 2 , 0.219152) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 li INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0162522 * exp(-0.818572 * distance()) + 0.0162513 * exp(-0.820654 * distance())) * pow((width1() + width2()) / 2 , 0.219152) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0162522 * exp(-0.818572 * distance()) + 0.0162513 * exp(-0.820654 * distance())) * pow((width1() + width2()) / 2 , 0.219152) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,li,m2,m4 |
| // |
| CAPACITANCE NEARBODY li m2 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0194603 * exp(-0.637827 * distance()) + 0.0194601 * exp(-0.635931 * distance())) * pow((width1() + width2()) / 2 , 0.225244) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0194603 * exp(-0.637827 * distance()) + 0.0194601 * exp(-0.635931 * distance())) * pow((width1() + width2()) / 2 , 0.225244) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 li INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0194603 * exp(-0.637827 * distance()) + 0.0194601 * exp(-0.635931 * distance())) * pow((width1() + width2()) / 2 , 0.225244) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0194603 * exp(-0.637827 * distance()) + 0.0194601 * exp(-0.635931 * distance())) * pow((width1() + width2()) / 2 , 0.225244) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,li,m2,m5 |
| // |
| CAPACITANCE NEARBODY li m2 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0205898 * exp(-0.555685 * distance()) + 0.0205877 * exp(-0.567853 * distance())) * pow((width1() + width2()) / 2 , 0.239532) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0205898 * exp(-0.555685 * distance()) + 0.0205877 * exp(-0.567853 * distance())) * pow((width1() + width2()) / 2 , 0.239532) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 li INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0205898 * exp(-0.555685 * distance()) + 0.0205877 * exp(-0.567853 * distance())) * pow((width1() + width2()) / 2 , 0.239532) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0205898 * exp(-0.555685 * distance()) + 0.0205877 * exp(-0.567853 * distance())) * pow((width1() + width2()) / 2 , 0.239532) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,li,m2,rdl |
| // |
| CAPACITANCE NEARBODY li m2 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0441876 * exp(-0.475471 * distance()) + 0.000103789 * exp(0.58565 * distance())) * pow((width1() + width2()) / 2 , 0.273693) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0441876 * exp(-0.475471 * distance()) + 0.000103789 * exp(0.58565 * distance())) * pow((width1() + width2()) / 2 , 0.273693) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 li INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0441876 * exp(-0.475471 * distance()) + 0.000103789 * exp(0.58565 * distance())) * pow((width1() + width2()) / 2 , 0.273693) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0441876 * exp(-0.475471 * distance()) + 0.000103789 * exp(0.58565 * distance())) * pow((width1() + width2()) / 2 , 0.273693) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,li,m3,m4 |
| // |
| CAPACITANCE NEARBODY li m3 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0118411 * exp(-0.506989 * distance()) + 0.0118414 * exp(-0.505546 * distance())) * pow((width1() + width2()) / 2 , 0.295983) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0118411 * exp(-0.506989 * distance()) + 0.0118414 * exp(-0.505546 * distance())) * pow((width1() + width2()) / 2 , 0.295983) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 li INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0118411 * exp(-0.506989 * distance()) + 0.0118414 * exp(-0.505546 * distance())) * pow((width1() + width2()) / 2 , 0.295983) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0118411 * exp(-0.506989 * distance()) + 0.0118414 * exp(-0.505546 * distance())) * pow((width1() + width2()) / 2 , 0.295983) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,li,m3,m5 |
| // |
| CAPACITANCE NEARBODY li m3 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0137001 * exp(-0.413745 * distance()) + 0.0137002 * exp(-0.414769 * distance())) * pow((width1() + width2()) / 2 , 0.294508) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0137001 * exp(-0.413745 * distance()) + 0.0137002 * exp(-0.414769 * distance())) * pow((width1() + width2()) / 2 , 0.294508) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 li INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0137001 * exp(-0.413745 * distance()) + 0.0137002 * exp(-0.414769 * distance())) * pow((width1() + width2()) / 2 , 0.294508) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0137001 * exp(-0.413745 * distance()) + 0.0137002 * exp(-0.414769 * distance())) * pow((width1() + width2()) / 2 , 0.294508) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,li,m3,rdl |
| // |
| CAPACITANCE NEARBODY li m3 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0155841 * exp(-0.294492 * distance()) + 0.0155841 * exp(-0.29405 * distance())) * pow((width1() + width2()) / 2 , 0.32543) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0155841 * exp(-0.294492 * distance()) + 0.0155841 * exp(-0.29405 * distance())) * pow((width1() + width2()) / 2 , 0.32543) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 li INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0155841 * exp(-0.294492 * distance()) + 0.0155841 * exp(-0.29405 * distance())) * pow((width1() + width2()) / 2 , 0.32543) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0155841 * exp(-0.294492 * distance()) + 0.0155841 * exp(-0.29405 * distance())) * pow((width1() + width2()) / 2 , 0.32543) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,li,m4,m5 |
| // |
| CAPACITANCE NEARBODY li m4 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00711391 * exp(-0.339659 * distance()) + 0.00711414 * exp(-0.340011 * distance())) * pow((width1() + width2()) / 2 , 0.383702) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00711391 * exp(-0.339659 * distance()) + 0.00711414 * exp(-0.340011 * distance())) * pow((width1() + width2()) / 2 , 0.383702) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 li INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00711391 * exp(-0.339659 * distance()) + 0.00711414 * exp(-0.340011 * distance())) * pow((width1() + width2()) / 2 , 0.383702) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00711391 * exp(-0.339659 * distance()) + 0.00711414 * exp(-0.340011 * distance())) * pow((width1() + width2()) / 2 , 0.383702) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,li,m4,rdl |
| // |
| CAPACITANCE NEARBODY li m4 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0100199 * exp(-0.19209 * distance()) + 0.0100199 * exp(-0.192926 * distance())) * pow((width1() + width2()) / 2 , 0.373694) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0100199 * exp(-0.19209 * distance()) + 0.0100199 * exp(-0.192926 * distance())) * pow((width1() + width2()) / 2 , 0.373694) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 li INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0100199 * exp(-0.19209 * distance()) + 0.0100199 * exp(-0.192926 * distance())) * pow((width1() + width2()) / 2 , 0.373694) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0100199 * exp(-0.19209 * distance()) + 0.0100199 * exp(-0.192926 * distance())) * pow((width1() + width2()) / 2 , 0.373694) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,li,m5,rdl |
| // |
| CAPACITANCE NEARBODY li m5 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00750021 * exp(-0.137705 * distance()) + 0.00750019 * exp(-0.134927 * distance())) * pow((width1() + width2()) / 2 , 0.386075) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00750021 * exp(-0.137705 * distance()) + 0.00750019 * exp(-0.134927 * distance())) * pow((width1() + width2()) / 2 , 0.386075) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 li INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00750021 * exp(-0.137705 * distance()) + 0.00750019 * exp(-0.134927 * distance())) * pow((width1() + width2()) / 2 , 0.386075) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00750021 * exp(-0.137705 * distance()) + 0.00750019 * exp(-0.134927 * distance())) * pow((width1() + width2()) / 2 , 0.386075) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,m1,m2,m3 |
| // |
| CAPACITANCE NEARBODY m1 m2 INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.047144 * exp(-1.67724 * distance()) + 0.0297799 * exp(-0.896758 * distance())) * pow((width1() + width2()) / 2 , 0.127384) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.047144 * exp(-1.67724 * distance()) + 0.0297799 * exp(-0.896758 * distance())) * pow((width1() + width2()) / 2 , 0.127384) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 m1 INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.047144 * exp(-1.67724 * distance()) + 0.0297799 * exp(-0.896758 * distance())) * pow((width1() + width2()) / 2 , 0.127384) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.047144 * exp(-1.67724 * distance()) + 0.0297799 * exp(-0.896758 * distance())) * pow((width1() + width2()) / 2 , 0.127384) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,m1,m2,m4 |
| // |
| CAPACITANCE NEARBODY m1 m2 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0494903 * exp(-0.673621 * distance()) + 0.0370711 * exp(-1.92319 * distance())) * pow((width1() + width2()) / 2 , 0.134736) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0494903 * exp(-0.673621 * distance()) + 0.0370711 * exp(-1.92319 * distance())) * pow((width1() + width2()) / 2 , 0.134736) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 m1 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0494903 * exp(-0.673621 * distance()) + 0.0370711 * exp(-1.92319 * distance())) * pow((width1() + width2()) / 2 , 0.134736) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0494903 * exp(-0.673621 * distance()) + 0.0370711 * exp(-1.92319 * distance())) * pow((width1() + width2()) / 2 , 0.134736) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,m1,m2,m5 |
| // |
| CAPACITANCE NEARBODY m1 m2 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0434945 * exp(-1.82489 * distance()) + 0.0464604 * exp(-0.532251 * distance())) * pow((width1() + width2()) / 2 , 0.144763) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0434945 * exp(-1.82489 * distance()) + 0.0464604 * exp(-0.532251 * distance())) * pow((width1() + width2()) / 2 , 0.144763) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 m1 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0434945 * exp(-1.82489 * distance()) + 0.0464604 * exp(-0.532251 * distance())) * pow((width1() + width2()) / 2 , 0.144763) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0434945 * exp(-1.82489 * distance()) + 0.0464604 * exp(-0.532251 * distance())) * pow((width1() + width2()) / 2 , 0.144763) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,m1,m2,rdl |
| // |
| CAPACITANCE NEARBODY m1 m2 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0386287 * exp(-0.327294 * distance()) + 0.0559074 * exp(-1.60462 * distance())) * pow((width1() + width2()) / 2 , 0.167014) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0386287 * exp(-0.327294 * distance()) + 0.0559074 * exp(-1.60462 * distance())) * pow((width1() + width2()) / 2 , 0.167014) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 m1 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0386287 * exp(-0.327294 * distance()) + 0.0559074 * exp(-1.60462 * distance())) * pow((width1() + width2()) / 2 , 0.167014) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0386287 * exp(-0.327294 * distance()) + 0.0559074 * exp(-1.60462 * distance())) * pow((width1() + width2()) / 2 , 0.167014) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,m1,m3,m4 |
| // |
| CAPACITANCE NEARBODY m1 m3 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0199871 * exp(-0.579607 * distance()) + 0.0199872 * exp(-0.579648 * distance())) * pow((width1() + width2()) / 2 , 0.222902) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0199871 * exp(-0.579607 * distance()) + 0.0199872 * exp(-0.579648 * distance())) * pow((width1() + width2()) / 2 , 0.222902) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m1 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0199871 * exp(-0.579607 * distance()) + 0.0199872 * exp(-0.579648 * distance())) * pow((width1() + width2()) / 2 , 0.222902) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0199871 * exp(-0.579607 * distance()) + 0.0199872 * exp(-0.579648 * distance())) * pow((width1() + width2()) / 2 , 0.222902) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,m1,m3,m5 |
| // |
| CAPACITANCE NEARBODY m1 m3 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0225655 * exp(-0.475421 * distance()) + 0.0225659 * exp(-0.475183 * distance())) * pow((width1() + width2()) / 2 , 0.219549) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0225655 * exp(-0.475421 * distance()) + 0.0225659 * exp(-0.475183 * distance())) * pow((width1() + width2()) / 2 , 0.219549) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m1 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0225655 * exp(-0.475421 * distance()) + 0.0225659 * exp(-0.475183 * distance())) * pow((width1() + width2()) / 2 , 0.219549) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0225655 * exp(-0.475421 * distance()) + 0.0225659 * exp(-0.475183 * distance())) * pow((width1() + width2()) / 2 , 0.219549) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,m1,m3,rdl |
| // |
| CAPACITANCE NEARBODY m1 m3 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.050267 * exp(-0.361635 * distance()) + 2.29628e-05 * exp(0.867449 * distance())) * pow((width1() + width2()) / 2 , 0.242188) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.050267 * exp(-0.361635 * distance()) + 2.29628e-05 * exp(0.867449 * distance())) * pow((width1() + width2()) / 2 , 0.242188) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m1 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.050267 * exp(-0.361635 * distance()) + 2.29628e-05 * exp(0.867449 * distance())) * pow((width1() + width2()) / 2 , 0.242188) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.050267 * exp(-0.361635 * distance()) + 2.29628e-05 * exp(0.867449 * distance())) * pow((width1() + width2()) / 2 , 0.242188) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,m1,m4,m5 |
| // |
| CAPACITANCE NEARBODY m1 m4 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0107951 * exp(-0.359886 * distance()) + 0.0107949 * exp(-0.359251 * distance())) * pow((width1() + width2()) / 2 , 0.305771) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0107951 * exp(-0.359886 * distance()) + 0.0107949 * exp(-0.359251 * distance())) * pow((width1() + width2()) / 2 , 0.305771) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m1 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0107951 * exp(-0.359886 * distance()) + 0.0107949 * exp(-0.359251 * distance())) * pow((width1() + width2()) / 2 , 0.305771) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0107951 * exp(-0.359886 * distance()) + 0.0107949 * exp(-0.359251 * distance())) * pow((width1() + width2()) / 2 , 0.305771) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,m1,m4,rdl |
| // |
| CAPACITANCE NEARBODY m1 m4 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0147761 * exp(-0.207914 * distance()) + 0.0147762 * exp(-0.207931 * distance())) * pow((width1() + width2()) / 2 , 0.289612) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0147761 * exp(-0.207914 * distance()) + 0.0147762 * exp(-0.207931 * distance())) * pow((width1() + width2()) / 2 , 0.289612) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m1 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0147761 * exp(-0.207914 * distance()) + 0.0147762 * exp(-0.207931 * distance())) * pow((width1() + width2()) / 2 , 0.289612) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0147761 * exp(-0.207914 * distance()) + 0.0147762 * exp(-0.207931 * distance())) * pow((width1() + width2()) / 2 , 0.289612) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,m1,m5,rdl |
| // |
| CAPACITANCE NEARBODY m1 m5 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0107274 * exp(-0.141255 * distance()) + 0.0107276 * exp(-0.141462 * distance())) * pow((width1() + width2()) / 2 , 0.29741) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0107274 * exp(-0.141255 * distance()) + 0.0107276 * exp(-0.141462 * distance())) * pow((width1() + width2()) / 2 , 0.29741) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m1 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0107274 * exp(-0.141255 * distance()) + 0.0107276 * exp(-0.141462 * distance())) * pow((width1() + width2()) / 2 , 0.29741) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0107274 * exp(-0.141255 * distance()) + 0.0107276 * exp(-0.141462 * distance())) * pow((width1() + width2()) / 2 , 0.29741) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,m2,m3,m4 |
| // |
| CAPACITANCE NEARBODY m2 m3 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0622124 * exp(-0.915097 * distance()) + 0.00715304 * exp(-0.387763 * distance())) * pow((width1() + width2()) / 2 , 0.157532) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0622124 * exp(-0.915097 * distance()) + 0.00715304 * exp(-0.387763 * distance())) * pow((width1() + width2()) / 2 , 0.157532) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m2 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0622124 * exp(-0.915097 * distance()) + 0.00715304 * exp(-0.387763 * distance())) * pow((width1() + width2()) / 2 , 0.157532) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0622124 * exp(-0.915097 * distance()) + 0.00715304 * exp(-0.387763 * distance())) * pow((width1() + width2()) / 2 , 0.157532) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,m2,m3,m5 |
| // |
| CAPACITANCE NEARBODY m2 m3 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0377935 * exp(-0.451974 * distance()) + 0.0382763 * exp(-1.08324 * distance())) * pow((width1() + width2()) / 2 , 0.160752) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0377935 * exp(-0.451974 * distance()) + 0.0382763 * exp(-1.08324 * distance())) * pow((width1() + width2()) / 2 , 0.160752) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m2 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0377935 * exp(-0.451974 * distance()) + 0.0382763 * exp(-1.08324 * distance())) * pow((width1() + width2()) / 2 , 0.160752) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0377935 * exp(-0.451974 * distance()) + 0.0382763 * exp(-1.08324 * distance())) * pow((width1() + width2()) / 2 , 0.160752) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,m2,m3,rdl |
| // |
| CAPACITANCE NEARBODY m2 m3 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0328348 * exp(-0.218808 * distance()) + 0.0501274 * exp(-1.00559 * distance())) * pow((width1() + width2()) / 2 , 0.18416) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0328348 * exp(-0.218808 * distance()) + 0.0501274 * exp(-1.00559 * distance())) * pow((width1() + width2()) / 2 , 0.18416) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m2 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0328348 * exp(-0.218808 * distance()) + 0.0501274 * exp(-1.00559 * distance())) * pow((width1() + width2()) / 2 , 0.18416) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0328348 * exp(-0.218808 * distance()) + 0.0501274 * exp(-1.00559 * distance())) * pow((width1() + width2()) / 2 , 0.18416) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,m2,m4,m5 |
| // |
| CAPACITANCE NEARBODY m2 m4 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0147118 * exp(-0.408064 * distance()) + 0.0147118 * exp(-0.408188 * distance())) * pow((width1() + width2()) / 2 , 0.26406) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0147118 * exp(-0.408064 * distance()) + 0.0147118 * exp(-0.408188 * distance())) * pow((width1() + width2()) / 2 , 0.26406) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m2 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0147118 * exp(-0.408064 * distance()) + 0.0147118 * exp(-0.408188 * distance())) * pow((width1() + width2()) / 2 , 0.26406) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0147118 * exp(-0.408064 * distance()) + 0.0147118 * exp(-0.408188 * distance())) * pow((width1() + width2()) / 2 , 0.26406) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,m2,m4,rdl |
| // |
| CAPACITANCE NEARBODY m2 m4 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0195184 * exp(-0.240057 * distance()) + 0.0195184 * exp(-0.239642 * distance())) * pow((width1() + width2()) / 2 , 0.254792) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0195184 * exp(-0.240057 * distance()) + 0.0195184 * exp(-0.239642 * distance())) * pow((width1() + width2()) / 2 , 0.254792) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m2 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0195184 * exp(-0.240057 * distance()) + 0.0195184 * exp(-0.239642 * distance())) * pow((width1() + width2()) / 2 , 0.254792) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0195184 * exp(-0.240057 * distance()) + 0.0195184 * exp(-0.239642 * distance())) * pow((width1() + width2()) / 2 , 0.254792) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,m2,m5,rdl |
| // |
| CAPACITANCE NEARBODY m2 m5 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0135705 * exp(-0.155261 * distance()) + 0.0135698 * exp(-0.155466 * distance())) * pow((width1() + width2()) / 2 , 0.266536) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0135705 * exp(-0.155261 * distance()) + 0.0135698 * exp(-0.155466 * distance())) * pow((width1() + width2()) / 2 , 0.266536) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m2 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0135705 * exp(-0.155261 * distance()) + 0.0135698 * exp(-0.155466 * distance())) * pow((width1() + width2()) / 2 , 0.266536) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0135705 * exp(-0.155261 * distance()) + 0.0135698 * exp(-0.155466 * distance())) * pow((width1() + width2()) / 2 , 0.266536) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,m3,m4,m5 |
| // |
| CAPACITANCE NEARBODY m3 m4 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0322981 * exp(-1.34515 * distance()) + 0.0422198 * exp(-0.516309 * distance())) * pow((width1() + width2()) / 2 , 0.108912) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0322981 * exp(-1.34515 * distance()) + 0.0422198 * exp(-0.516309 * distance())) * pow((width1() + width2()) / 2 , 0.108912) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m3 INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0322981 * exp(-1.34515 * distance()) + 0.0422198 * exp(-0.516309 * distance())) * pow((width1() + width2()) / 2 , 0.108912) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0322981 * exp(-1.34515 * distance()) + 0.0422198 * exp(-0.516309 * distance())) * pow((width1() + width2()) / 2 , 0.108912) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,m3,m4,rdl |
| // |
| CAPACITANCE NEARBODY m3 m4 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0450231 * exp(-0.222134 * distance()) + 0.0439909 * exp(-1.18063 * distance())) * pow((width1() + width2()) / 2 , 0.133522) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0450231 * exp(-0.222134 * distance()) + 0.0439909 * exp(-1.18063 * distance())) * pow((width1() + width2()) / 2 , 0.133522) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m3 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0450231 * exp(-0.222134 * distance()) + 0.0439909 * exp(-1.18063 * distance())) * pow((width1() + width2()) / 2 , 0.133522) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0450231 * exp(-0.222134 * distance()) + 0.0439909 * exp(-1.18063 * distance())) * pow((width1() + width2()) / 2 , 0.133522) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,m3,m5,rdl |
| // |
| CAPACITANCE NEARBODY m3 m5 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0226736 * exp(-0.293748 * distance()) + 0.0226267 * exp(-0.174849 * distance())) * pow((width1() + width2()) / 2 , 0.192892) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0226736 * exp(-0.293748 * distance()) + 0.0226267 * exp(-0.174849 * distance())) * pow((width1() + width2()) / 2 , 0.192892) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m3 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0226736 * exp(-0.293748 * distance()) + 0.0226267 * exp(-0.174849 * distance())) * pow((width1() + width2()) / 2 , 0.192892) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0226736 * exp(-0.293748 * distance()) + 0.0226267 * exp(-0.174849 * distance())) * pow((width1() + width2()) / 2 , 0.192892) |
| } |
| ] |
| // |
| // model: 214 target: nearbody2 profile: field layers: field_base,m4,m5,rdl |
| // |
| CAPACITANCE NEARBODY m4 m5 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0340608 * exp(-0.145005 * distance()) + 0.0573252 * exp(-0.754138 * distance())) * pow((width1() + width2()) / 2 , 0.125662) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0340608 * exp(-0.145005 * distance()) + 0.0573252 * exp(-0.754138 * distance())) * pow((width1() + width2()) / 2 , 0.125662) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m4 INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0340608 * exp(-0.145005 * distance()) + 0.0573252 * exp(-0.754138 * distance())) * pow((width1() + width2()) / 2 , 0.125662) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0340608 * exp(-0.145005 * distance()) + 0.0573252 * exp(-0.754138 * distance())) * pow((width1() + width2()) / 2 , 0.125662) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,ply,li,m1 |
| // |
| CAPACITANCE NEARBODY li m1 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0550508 * exp(-1.4719 * distance()) + 0.0149531 * exp(-0.261383 * distance())) * pow((width1() + width2()) / 2 , 0.217459) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0550508 * exp(-1.4719 * distance()) + 0.0149531 * exp(-0.261383 * distance())) * pow((width1() + width2()) / 2 , 0.217459) |
| } |
| ] |
| CAPACITANCE NEARBODY m1 li INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0550508 * exp(-1.4719 * distance()) + 0.0149531 * exp(-0.261383 * distance())) * pow((width1() + width2()) / 2 , 0.217459) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0550508 * exp(-1.4719 * distance()) + 0.0149531 * exp(-0.261383 * distance())) * pow((width1() + width2()) / 2 , 0.217459) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,ply,li,m2 |
| // |
| CAPACITANCE NEARBODY li m2 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.038178 * exp(-0.544922 * distance()) + 0.000265145 * exp(0.452308 * distance())) * pow((width1() + width2()) / 2 , 0.335669) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.038178 * exp(-0.544922 * distance()) + 0.000265145 * exp(0.452308 * distance())) * pow((width1() + width2()) / 2 , 0.335669) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 li INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.038178 * exp(-0.544922 * distance()) + 0.000265145 * exp(0.452308 * distance())) * pow((width1() + width2()) / 2 , 0.335669) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.038178 * exp(-0.544922 * distance()) + 0.000265145 * exp(0.452308 * distance())) * pow((width1() + width2()) / 2 , 0.335669) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,ply,li,m3 |
| // |
| CAPACITANCE NEARBODY li m3 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0262873 * exp(-0.306586 * distance()) + 1.6986e-07 * exp(1.69907 * distance())) * pow((width1() + width2()) / 2 , 0.410922) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0262873 * exp(-0.306586 * distance()) + 1.6986e-07 * exp(1.69907 * distance())) * pow((width1() + width2()) / 2 , 0.410922) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 li INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0262873 * exp(-0.306586 * distance()) + 1.6986e-07 * exp(1.69907 * distance())) * pow((width1() + width2()) / 2 , 0.410922) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0262873 * exp(-0.306586 * distance()) + 1.6986e-07 * exp(1.69907 * distance())) * pow((width1() + width2()) / 2 , 0.410922) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,ply,li,m4 |
| // |
| CAPACITANCE NEARBODY li m4 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00837016 * exp(-0.175317 * distance()) + 0.00837017 * exp(-0.175304 * distance())) * pow((width1() + width2()) / 2 , 0.473069) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00837016 * exp(-0.175317 * distance()) + 0.00837017 * exp(-0.175304 * distance())) * pow((width1() + width2()) / 2 , 0.473069) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 li INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00837016 * exp(-0.175317 * distance()) + 0.00837017 * exp(-0.175304 * distance())) * pow((width1() + width2()) / 2 , 0.473069) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00837016 * exp(-0.175317 * distance()) + 0.00837017 * exp(-0.175304 * distance())) * pow((width1() + width2()) / 2 , 0.473069) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,ply,li,m5 |
| // |
| CAPACITANCE NEARBODY li m5 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00636023 * exp(-0.107323 * distance()) + 0.0063602 * exp(-0.10713 * distance())) * pow((width1() + width2()) / 2 , 0.489978) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00636023 * exp(-0.107323 * distance()) + 0.0063602 * exp(-0.10713 * distance())) * pow((width1() + width2()) / 2 , 0.489978) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 li INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00636023 * exp(-0.107323 * distance()) + 0.0063602 * exp(-0.10713 * distance())) * pow((width1() + width2()) / 2 , 0.489978) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00636023 * exp(-0.107323 * distance()) + 0.0063602 * exp(-0.10713 * distance())) * pow((width1() + width2()) / 2 , 0.489978) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,ply,li,rdl |
| // |
| CAPACITANCE NEARBODY li rdl INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00166942 * exp(0.11399 * distance()) + 0.00313668 * exp(-0.109782 * distance())) * pow((width1() + width2()) / 2 , 0.512734) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00166942 * exp(0.11399 * distance()) + 0.00313668 * exp(-0.109782 * distance())) * pow((width1() + width2()) / 2 , 0.512734) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl li INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00166942 * exp(0.11399 * distance()) + 0.00313668 * exp(-0.109782 * distance())) * pow((width1() + width2()) / 2 , 0.512734) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00166942 * exp(0.11399 * distance()) + 0.00313668 * exp(-0.109782 * distance())) * pow((width1() + width2()) / 2 , 0.512734) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,ply,m1,m2 |
| // |
| CAPACITANCE NEARBODY m1 m2 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0296107 * exp(-0.287065 * distance()) + 0.0618116 * exp(-1.52148 * distance())) * pow((width1() + width2()) / 2 , 0.17871) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0296107 * exp(-0.287065 * distance()) + 0.0618116 * exp(-1.52148 * distance())) * pow((width1() + width2()) / 2 , 0.17871) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 m1 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0296107 * exp(-0.287065 * distance()) + 0.0618116 * exp(-1.52148 * distance())) * pow((width1() + width2()) / 2 , 0.17871) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0296107 * exp(-0.287065 * distance()) + 0.0618116 * exp(-1.52148 * distance())) * pow((width1() + width2()) / 2 , 0.17871) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,ply,m1,m3 |
| // |
| CAPACITANCE NEARBODY m1 m3 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (9.30568e-05 * exp(0.687806 * distance()) + 0.0476562 * exp(-0.375436 * distance())) * pow((width1() + width2()) / 2 , 0.27148) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (9.30568e-05 * exp(0.687806 * distance()) + 0.0476562 * exp(-0.375436 * distance())) * pow((width1() + width2()) / 2 , 0.27148) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m1 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (9.30568e-05 * exp(0.687806 * distance()) + 0.0476562 * exp(-0.375436 * distance())) * pow((width1() + width2()) / 2 , 0.27148) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (9.30568e-05 * exp(0.687806 * distance()) + 0.0476562 * exp(-0.375436 * distance())) * pow((width1() + width2()) / 2 , 0.27148) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,ply,m1,m4 |
| // |
| CAPACITANCE NEARBODY m1 m4 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0139695 * exp(-0.188774 * distance()) + 0.0139695 * exp(-0.188774 * distance())) * pow((width1() + width2()) / 2 , 0.327613) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0139695 * exp(-0.188774 * distance()) + 0.0139695 * exp(-0.188774 * distance())) * pow((width1() + width2()) / 2 , 0.327613) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m1 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0139695 * exp(-0.188774 * distance()) + 0.0139695 * exp(-0.188774 * distance())) * pow((width1() + width2()) / 2 , 0.327613) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0139695 * exp(-0.188774 * distance()) + 0.0139695 * exp(-0.188774 * distance())) * pow((width1() + width2()) / 2 , 0.327613) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,ply,m1,m5 |
| // |
| CAPACITANCE NEARBODY m1 m5 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0103315 * exp(-0.112055 * distance()) + 0.0103315 * exp(-0.111518 * distance())) * pow((width1() + width2()) / 2 , 0.338426) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0103315 * exp(-0.112055 * distance()) + 0.0103315 * exp(-0.111518 * distance())) * pow((width1() + width2()) / 2 , 0.338426) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m1 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0103315 * exp(-0.112055 * distance()) + 0.0103315 * exp(-0.111518 * distance())) * pow((width1() + width2()) / 2 , 0.338426) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0103315 * exp(-0.112055 * distance()) + 0.0103315 * exp(-0.111518 * distance())) * pow((width1() + width2()) / 2 , 0.338426) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,ply,m1,rdl |
| // |
| CAPACITANCE NEARBODY m1 rdl INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00376578 * exp(0.0835757 * distance()) + 0.00378534 * exp(-0.15028 * distance())) * pow((width1() + width2()) / 2 , 0.348047) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00376578 * exp(0.0835757 * distance()) + 0.00378534 * exp(-0.15028 * distance())) * pow((width1() + width2()) / 2 , 0.348047) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m1 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00376578 * exp(0.0835757 * distance()) + 0.00378534 * exp(-0.15028 * distance())) * pow((width1() + width2()) / 2 , 0.348047) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00376578 * exp(0.0835757 * distance()) + 0.00378534 * exp(-0.15028 * distance())) * pow((width1() + width2()) / 2 , 0.348047) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,ply,m2,m3 |
| // |
| CAPACITANCE NEARBODY m2 m3 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0554674 * exp(-0.957979 * distance()) + 0.0265272 * exp(-0.161228 * distance())) * pow((width1() + width2()) / 2 , 0.197282) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0554674 * exp(-0.957979 * distance()) + 0.0265272 * exp(-0.161228 * distance())) * pow((width1() + width2()) / 2 , 0.197282) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m2 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0554674 * exp(-0.957979 * distance()) + 0.0265272 * exp(-0.161228 * distance())) * pow((width1() + width2()) / 2 , 0.197282) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0554674 * exp(-0.957979 * distance()) + 0.0265272 * exp(-0.161228 * distance())) * pow((width1() + width2()) / 2 , 0.197282) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,ply,m2,m4 |
| // |
| CAPACITANCE NEARBODY m2 m4 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0387027 * exp(-0.223492 * distance()) + 7.17856e-07 * exp(1.47673 * distance())) * pow((width1() + width2()) / 2 , 0.27697) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0387027 * exp(-0.223492 * distance()) + 7.17856e-07 * exp(1.47673 * distance())) * pow((width1() + width2()) / 2 , 0.27697) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m2 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0387027 * exp(-0.223492 * distance()) + 7.17856e-07 * exp(1.47673 * distance())) * pow((width1() + width2()) / 2 , 0.27697) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0387027 * exp(-0.223492 * distance()) + 7.17856e-07 * exp(1.47673 * distance())) * pow((width1() + width2()) / 2 , 0.27697) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,ply,m2,m5 |
| // |
| CAPACITANCE NEARBODY m2 m5 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0137062 * exp(-0.123298 * distance()) + 0.0137062 * exp(-0.123669 * distance())) * pow((width1() + width2()) / 2 , 0.290306) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0137062 * exp(-0.123298 * distance()) + 0.0137062 * exp(-0.123669 * distance())) * pow((width1() + width2()) / 2 , 0.290306) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m2 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0137062 * exp(-0.123298 * distance()) + 0.0137062 * exp(-0.123669 * distance())) * pow((width1() + width2()) / 2 , 0.290306) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0137062 * exp(-0.123298 * distance()) + 0.0137062 * exp(-0.123669 * distance())) * pow((width1() + width2()) / 2 , 0.290306) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,ply,m2,rdl |
| // |
| CAPACITANCE NEARBODY m2 rdl INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00479583 * exp(0.0823248 * distance()) + 0.00481063 * exp(-0.150597 * distance())) * pow((width1() + width2()) / 2 , 0.299627) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00479583 * exp(0.0823248 * distance()) + 0.00481063 * exp(-0.150597 * distance())) * pow((width1() + width2()) / 2 , 0.299627) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m2 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00479583 * exp(0.0823248 * distance()) + 0.00481063 * exp(-0.150597 * distance())) * pow((width1() + width2()) / 2 , 0.299627) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00479583 * exp(0.0823248 * distance()) + 0.00481063 * exp(-0.150597 * distance())) * pow((width1() + width2()) / 2 , 0.299627) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,ply,m3,m4 |
| // |
| CAPACITANCE NEARBODY m3 m4 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0408216 * exp(-0.150212 * distance()) + 0.049363 * exp(-1.09058 * distance())) * pow((width1() + width2()) / 2 , 0.161015) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0408216 * exp(-0.150212 * distance()) + 0.049363 * exp(-1.09058 * distance())) * pow((width1() + width2()) / 2 , 0.161015) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m3 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0408216 * exp(-0.150212 * distance()) + 0.049363 * exp(-1.09058 * distance())) * pow((width1() + width2()) / 2 , 0.161015) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0408216 * exp(-0.150212 * distance()) + 0.049363 * exp(-1.09058 * distance())) * pow((width1() + width2()) / 2 , 0.161015) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,ply,m3,m5 |
| // |
| CAPACITANCE NEARBODY m3 m5 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0470792 * exp(-0.201466 * distance()) + 0.000143951 * exp(0.624395 * distance())) * pow((width1() + width2()) / 2 , 0.232) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0470792 * exp(-0.201466 * distance()) + 0.000143951 * exp(0.624395 * distance())) * pow((width1() + width2()) / 2 , 0.232) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m3 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0470792 * exp(-0.201466 * distance()) + 0.000143951 * exp(0.624395 * distance())) * pow((width1() + width2()) / 2 , 0.232) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0470792 * exp(-0.201466 * distance()) + 0.000143951 * exp(0.624395 * distance())) * pow((width1() + width2()) / 2 , 0.232) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,ply,m3,rdl |
| // |
| CAPACITANCE NEARBODY m3 rdl INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.006943 * exp(-0.0166741 * distance()) + 0.00694299 * exp(-0.0139294 * distance())) * pow((width1() + width2()) / 2 , 0.319128) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.006943 * exp(-0.0166741 * distance()) + 0.00694299 * exp(-0.0139294 * distance())) * pow((width1() + width2()) / 2 , 0.319128) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m3 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.006943 * exp(-0.0166741 * distance()) + 0.00694299 * exp(-0.0139294 * distance())) * pow((width1() + width2()) / 2 , 0.319128) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.006943 * exp(-0.0166741 * distance()) + 0.00694299 * exp(-0.0139294 * distance())) * pow((width1() + width2()) / 2 , 0.319128) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,ply,m4,m5 |
| // |
| CAPACITANCE NEARBODY m4 m5 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0327153 * exp(-0.0666568 * distance()) + 0.0619419 * exp(-0.718428 * distance())) * pow((width1() + width2()) / 2 , 0.152271) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0327153 * exp(-0.0666568 * distance()) + 0.0619419 * exp(-0.718428 * distance())) * pow((width1() + width2()) / 2 , 0.152271) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m4 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0327153 * exp(-0.0666568 * distance()) + 0.0619419 * exp(-0.718428 * distance())) * pow((width1() + width2()) / 2 , 0.152271) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0327153 * exp(-0.0666568 * distance()) + 0.0619419 * exp(-0.718428 * distance())) * pow((width1() + width2()) / 2 , 0.152271) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,ply,m4,rdl |
| // |
| CAPACITANCE NEARBODY m4 rdl INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00905193 * exp(-0.160992 * distance()) + 0.00900924 * exp(0.0659582 * distance())) * pow((width1() + width2()) / 2 , 0.274138) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00905193 * exp(-0.160992 * distance()) + 0.00900924 * exp(0.0659582 * distance())) * pow((width1() + width2()) / 2 , 0.274138) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m4 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00905193 * exp(-0.160992 * distance()) + 0.00900924 * exp(0.0659582 * distance())) * pow((width1() + width2()) / 2 , 0.274138) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00905193 * exp(-0.160992 * distance()) + 0.00900924 * exp(0.0659582 * distance())) * pow((width1() + width2()) / 2 , 0.274138) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,ply,m5,rdl |
| // |
| CAPACITANCE NEARBODY m5 rdl INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_distance = (MAXDISTANCE_m5 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0123 * exp(-0.179246 * distance()) + 0.0121971 * exp(0.0493129 * distance())) * pow((width1() + width2()) / 2 , 0.261859) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0123 * exp(-0.179246 * distance()) + 0.0121971 * exp(0.0493129 * distance())) * pow((width1() + width2()) / 2 , 0.261859) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m5 INSIDE OF ply MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_distance = (MAXDISTANCE_m5 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0123 * exp(-0.179246 * distance()) + 0.0121971 * exp(0.0493129 * distance())) * pow((width1() + width2()) / 2 , 0.261859) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0123 * exp(-0.179246 * distance()) + 0.0121971 * exp(0.0493129 * distance())) * pow((width1() + width2()) / 2 , 0.261859) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,li,m1,m2 |
| // |
| CAPACITANCE NEARBODY m1 m2 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0204976 * exp(-0.30037 * distance()) + 0.0637943 * exp(-1.55346 * distance())) * pow((width1() + width2()) / 2 , 0.187826) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0204976 * exp(-0.30037 * distance()) + 0.0637943 * exp(-1.55346 * distance())) * pow((width1() + width2()) / 2 , 0.187826) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 m1 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0204976 * exp(-0.30037 * distance()) + 0.0637943 * exp(-1.55346 * distance())) * pow((width1() + width2()) / 2 , 0.187826) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0204976 * exp(-0.30037 * distance()) + 0.0637943 * exp(-1.55346 * distance())) * pow((width1() + width2()) / 2 , 0.187826) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,li,m1,m3 |
| // |
| CAPACITANCE NEARBODY m1 m3 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (4.90478e-05 * exp(0.767592 * distance()) + 0.0418129 * exp(-0.430637 * distance())) * pow((width1() + width2()) / 2 , 0.307366) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (4.90478e-05 * exp(0.767592 * distance()) + 0.0418129 * exp(-0.430637 * distance())) * pow((width1() + width2()) / 2 , 0.307366) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m1 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (4.90478e-05 * exp(0.767592 * distance()) + 0.0418129 * exp(-0.430637 * distance())) * pow((width1() + width2()) / 2 , 0.307366) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (4.90478e-05 * exp(0.767592 * distance()) + 0.0418129 * exp(-0.430637 * distance())) * pow((width1() + width2()) / 2 , 0.307366) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,li,m1,m4 |
| // |
| CAPACITANCE NEARBODY m1 m4 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0117516 * exp(-0.212536 * distance()) + 0.0117508 * exp(-0.218446 * distance())) * pow((width1() + width2()) / 2 , 0.383144) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0117516 * exp(-0.212536 * distance()) + 0.0117508 * exp(-0.218446 * distance())) * pow((width1() + width2()) / 2 , 0.383144) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m1 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0117516 * exp(-0.212536 * distance()) + 0.0117508 * exp(-0.218446 * distance())) * pow((width1() + width2()) / 2 , 0.383144) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0117516 * exp(-0.212536 * distance()) + 0.0117508 * exp(-0.218446 * distance())) * pow((width1() + width2()) / 2 , 0.383144) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,li,m1,m5 |
| // |
| CAPACITANCE NEARBODY m1 m5 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00847271 * exp(-0.126641 * distance()) + 0.00847271 * exp(-0.126106 * distance())) * pow((width1() + width2()) / 2 , 0.402229) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00847271 * exp(-0.126641 * distance()) + 0.00847271 * exp(-0.126106 * distance())) * pow((width1() + width2()) / 2 , 0.402229) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m1 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00847271 * exp(-0.126641 * distance()) + 0.00847271 * exp(-0.126106 * distance())) * pow((width1() + width2()) / 2 , 0.402229) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00847271 * exp(-0.126641 * distance()) + 0.00847271 * exp(-0.126106 * distance())) * pow((width1() + width2()) / 2 , 0.402229) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,li,m1,rdl |
| // |
| CAPACITANCE NEARBODY m1 rdl INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00292782 * exp(-0.147313 * distance()) + 0.00291141 * exp(0.0807268 * distance())) * pow((width1() + width2()) / 2 , 0.422134) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00292782 * exp(-0.147313 * distance()) + 0.00291141 * exp(0.0807268 * distance())) * pow((width1() + width2()) / 2 , 0.422134) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m1 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00292782 * exp(-0.147313 * distance()) + 0.00291141 * exp(0.0807268 * distance())) * pow((width1() + width2()) / 2 , 0.422134) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00292782 * exp(-0.147313 * distance()) + 0.00291141 * exp(0.0807268 * distance())) * pow((width1() + width2()) / 2 , 0.422134) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,li,m2,m3 |
| // |
| CAPACITANCE NEARBODY m2 m3 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0572768 * exp(-0.951805 * distance()) + 0.02078 * exp(-0.163899 * distance())) * pow((width1() + width2()) / 2 , 0.202347) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0572768 * exp(-0.951805 * distance()) + 0.02078 * exp(-0.163899 * distance())) * pow((width1() + width2()) / 2 , 0.202347) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m2 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0572768 * exp(-0.951805 * distance()) + 0.02078 * exp(-0.163899 * distance())) * pow((width1() + width2()) / 2 , 0.202347) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0572768 * exp(-0.951805 * distance()) + 0.02078 * exp(-0.163899 * distance())) * pow((width1() + width2()) / 2 , 0.202347) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,li,m2,m4 |
| // |
| CAPACITANCE NEARBODY m2 m4 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0183153 * exp(-0.30922 * distance()) + 0.0172205 * exp(-0.181871 * distance())) * pow((width1() + width2()) / 2 , 0.296437) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0183153 * exp(-0.30922 * distance()) + 0.0172205 * exp(-0.181871 * distance())) * pow((width1() + width2()) / 2 , 0.296437) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m2 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0183153 * exp(-0.30922 * distance()) + 0.0172205 * exp(-0.181871 * distance())) * pow((width1() + width2()) / 2 , 0.296437) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0183153 * exp(-0.30922 * distance()) + 0.0172205 * exp(-0.181871 * distance())) * pow((width1() + width2()) / 2 , 0.296437) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,li,m2,m5 |
| // |
| CAPACITANCE NEARBODY m2 m5 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0123207 * exp(-0.135976 * distance()) + 0.0123207 * exp(-0.13656 * distance())) * pow((width1() + width2()) / 2 , 0.317226) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0123207 * exp(-0.135976 * distance()) + 0.0123207 * exp(-0.13656 * distance())) * pow((width1() + width2()) / 2 , 0.317226) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m2 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0123207 * exp(-0.135976 * distance()) + 0.0123207 * exp(-0.13656 * distance())) * pow((width1() + width2()) / 2 , 0.317226) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0123207 * exp(-0.135976 * distance()) + 0.0123207 * exp(-0.13656 * distance())) * pow((width1() + width2()) / 2 , 0.317226) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,li,m2,rdl |
| // |
| CAPACITANCE NEARBODY m2 rdl INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00408845 * exp(0.0802436 * distance()) + 0.00410712 * exp(-0.148778 * distance())) * pow((width1() + width2()) / 2 , 0.33555) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00408845 * exp(0.0802436 * distance()) + 0.00410712 * exp(-0.148778 * distance())) * pow((width1() + width2()) / 2 , 0.33555) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m2 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00408845 * exp(0.0802436 * distance()) + 0.00410712 * exp(-0.148778 * distance())) * pow((width1() + width2()) / 2 , 0.33555) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00408845 * exp(0.0802436 * distance()) + 0.00410712 * exp(-0.148778 * distance())) * pow((width1() + width2()) / 2 , 0.33555) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,li,m3,m4 |
| // |
| CAPACITANCE NEARBODY m3 m4 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0389061 * exp(-0.162655 * distance()) + 0.0490938 * exp(-1.09488 * distance())) * pow((width1() + width2()) / 2 , 0.162546) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0389061 * exp(-0.162655 * distance()) + 0.0490938 * exp(-1.09488 * distance())) * pow((width1() + width2()) / 2 , 0.162546) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m3 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0389061 * exp(-0.162655 * distance()) + 0.0490938 * exp(-1.09488 * distance())) * pow((width1() + width2()) / 2 , 0.162546) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0389061 * exp(-0.162655 * distance()) + 0.0490938 * exp(-1.09488 * distance())) * pow((width1() + width2()) / 2 , 0.162546) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,li,m3,m5 |
| // |
| CAPACITANCE NEARBODY m3 m5 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0450843 * exp(-0.208772 * distance()) + 8.10486e-05 * exp(0.701288 * distance())) * pow((width1() + width2()) / 2 , 0.240233) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0450843 * exp(-0.208772 * distance()) + 8.10486e-05 * exp(0.701288 * distance())) * pow((width1() + width2()) / 2 , 0.240233) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m3 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0450843 * exp(-0.208772 * distance()) + 8.10486e-05 * exp(0.701288 * distance())) * pow((width1() + width2()) / 2 , 0.240233) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0450843 * exp(-0.208772 * distance()) + 8.10486e-05 * exp(0.701288 * distance())) * pow((width1() + width2()) / 2 , 0.240233) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,li,m3,rdl |
| // |
| CAPACITANCE NEARBODY m3 rdl INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00636143 * exp(-0.0162591 * distance()) + 0.00636143 * exp(-0.0162481 * distance())) * pow((width1() + width2()) / 2 , 0.340096) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00636143 * exp(-0.0162591 * distance()) + 0.00636143 * exp(-0.0162481 * distance())) * pow((width1() + width2()) / 2 , 0.340096) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m3 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00636143 * exp(-0.0162591 * distance()) + 0.00636143 * exp(-0.0162481 * distance())) * pow((width1() + width2()) / 2 , 0.340096) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00636143 * exp(-0.0162591 * distance()) + 0.00636143 * exp(-0.0162481 * distance())) * pow((width1() + width2()) / 2 , 0.340096) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,li,m4,m5 |
| // |
| CAPACITANCE NEARBODY m4 m5 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.031543 * exp(-0.0724957 * distance()) + 0.0617008 * exp(-0.719255 * distance())) * pow((width1() + width2()) / 2 , 0.153175) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.031543 * exp(-0.0724957 * distance()) + 0.0617008 * exp(-0.719255 * distance())) * pow((width1() + width2()) / 2 , 0.153175) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m4 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.031543 * exp(-0.0724957 * distance()) + 0.0617008 * exp(-0.719255 * distance())) * pow((width1() + width2()) / 2 , 0.153175) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.031543 * exp(-0.0724957 * distance()) + 0.0617008 * exp(-0.719255 * distance())) * pow((width1() + width2()) / 2 , 0.153175) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,li,m4,rdl |
| // |
| CAPACITANCE NEARBODY m4 rdl INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00858275 * exp(-0.16109 * distance()) + 0.00853953 * exp(0.0649833 * distance())) * pow((width1() + width2()) / 2 , 0.285577) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00858275 * exp(-0.16109 * distance()) + 0.00853953 * exp(0.0649833 * distance())) * pow((width1() + width2()) / 2 , 0.285577) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m4 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00858275 * exp(-0.16109 * distance()) + 0.00853953 * exp(0.0649833 * distance())) * pow((width1() + width2()) / 2 , 0.285577) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00858275 * exp(-0.16109 * distance()) + 0.00853953 * exp(0.0649833 * distance())) * pow((width1() + width2()) / 2 , 0.285577) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,li,m5,rdl |
| // |
| CAPACITANCE NEARBODY m5 rdl INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_distance = (MAXDISTANCE_m5 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0118362 * exp(0.0480046 * distance()) + 0.0119047 * exp(-0.179428 * distance())) * pow((width1() + width2()) / 2 , 0.268729) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0118362 * exp(0.0480046 * distance()) + 0.0119047 * exp(-0.179428 * distance())) * pow((width1() + width2()) / 2 , 0.268729) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m5 INSIDE OF li MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_distance = (MAXDISTANCE_m5 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0118362 * exp(0.0480046 * distance()) + 0.0119047 * exp(-0.179428 * distance())) * pow((width1() + width2()) / 2 , 0.268729) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0118362 * exp(0.0480046 * distance()) + 0.0119047 * exp(-0.179428 * distance())) * pow((width1() + width2()) / 2 , 0.268729) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,m1,m2,m3 |
| // |
| CAPACITANCE NEARBODY m2 m3 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0572932 * exp(-1.01756 * distance()) + 0.0111937 * exp(-0.145055 * distance())) * pow((width1() + width2()) / 2 , 0.22664) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0572932 * exp(-1.01756 * distance()) + 0.0111937 * exp(-0.145055 * distance())) * pow((width1() + width2()) / 2 , 0.22664) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m2 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0572932 * exp(-1.01756 * distance()) + 0.0111937 * exp(-0.145055 * distance())) * pow((width1() + width2()) / 2 , 0.22664) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0572932 * exp(-1.01756 * distance()) + 0.0111937 * exp(-0.145055 * distance())) * pow((width1() + width2()) / 2 , 0.22664) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,m1,m2,m4 |
| // |
| CAPACITANCE NEARBODY m2 m4 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0143451 * exp(-0.242561 * distance()) + 0.0144062 * exp(-0.345284 * distance())) * pow((width1() + width2()) / 2 , 0.360756) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0143451 * exp(-0.242561 * distance()) + 0.0144062 * exp(-0.345284 * distance())) * pow((width1() + width2()) / 2 , 0.360756) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m2 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0143451 * exp(-0.242561 * distance()) + 0.0144062 * exp(-0.345284 * distance())) * pow((width1() + width2()) / 2 , 0.360756) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0143451 * exp(-0.242561 * distance()) + 0.0144062 * exp(-0.345284 * distance())) * pow((width1() + width2()) / 2 , 0.360756) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,m1,m2,m5 |
| // |
| CAPACITANCE NEARBODY m2 m5 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00956878 * exp(-0.161499 * distance()) + 0.00956899 * exp(-0.160427 * distance())) * pow((width1() + width2()) / 2 , 0.399132) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00956878 * exp(-0.161499 * distance()) + 0.00956899 * exp(-0.160427 * distance())) * pow((width1() + width2()) / 2 , 0.399132) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m2 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00956878 * exp(-0.161499 * distance()) + 0.00956899 * exp(-0.160427 * distance())) * pow((width1() + width2()) / 2 , 0.399132) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00956878 * exp(-0.161499 * distance()) + 0.00956899 * exp(-0.160427 * distance())) * pow((width1() + width2()) / 2 , 0.399132) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,m1,m2,rdl |
| // |
| CAPACITANCE NEARBODY m2 rdl INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00199031 * exp(0.107238 * distance()) + 0.00382338 * exp(-0.105798 * distance())) * pow((width1() + width2()) / 2 , 0.435299) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00199031 * exp(0.107238 * distance()) + 0.00382338 * exp(-0.105798 * distance())) * pow((width1() + width2()) / 2 , 0.435299) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m2 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00199031 * exp(0.107238 * distance()) + 0.00382338 * exp(-0.105798 * distance())) * pow((width1() + width2()) / 2 , 0.435299) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00199031 * exp(0.107238 * distance()) + 0.00382338 * exp(-0.105798 * distance())) * pow((width1() + width2()) / 2 , 0.435299) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,m1,m3,m4 |
| // |
| CAPACITANCE NEARBODY m3 m4 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0491345 * exp(-1.09852 * distance()) + 0.0348781 * exp(-0.180644 * distance())) * pow((width1() + width2()) / 2 , 0.166633) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0491345 * exp(-1.09852 * distance()) + 0.0348781 * exp(-0.180644 * distance())) * pow((width1() + width2()) / 2 , 0.166633) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m3 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0491345 * exp(-1.09852 * distance()) + 0.0348781 * exp(-0.180644 * distance())) * pow((width1() + width2()) / 2 , 0.166633) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0491345 * exp(-1.09852 * distance()) + 0.0348781 * exp(-0.180644 * distance())) * pow((width1() + width2()) / 2 , 0.166633) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,m1,m3,m5 |
| // |
| CAPACITANCE NEARBODY m3 m5 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (2.99954e-05 * exp(0.841791 * distance()) + 0.0415739 * exp(-0.223475 * distance())) * pow((width1() + width2()) / 2 , 0.257327) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (2.99954e-05 * exp(0.841791 * distance()) + 0.0415739 * exp(-0.223475 * distance())) * pow((width1() + width2()) / 2 , 0.257327) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m3 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (2.99954e-05 * exp(0.841791 * distance()) + 0.0415739 * exp(-0.223475 * distance())) * pow((width1() + width2()) / 2 , 0.257327) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (2.99954e-05 * exp(0.841791 * distance()) + 0.0415739 * exp(-0.223475 * distance())) * pow((width1() + width2()) / 2 , 0.257327) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,m1,m3,rdl |
| // |
| CAPACITANCE NEARBODY m3 rdl INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00550951 * exp(0.069072 * distance()) + 0.00551109 * exp(-0.160462 * distance())) * pow((width1() + width2()) / 2 , 0.379443) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00550951 * exp(0.069072 * distance()) + 0.00551109 * exp(-0.160462 * distance())) * pow((width1() + width2()) / 2 , 0.379443) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m3 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00550951 * exp(0.069072 * distance()) + 0.00551109 * exp(-0.160462 * distance())) * pow((width1() + width2()) / 2 , 0.379443) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00550951 * exp(0.069072 * distance()) + 0.00551109 * exp(-0.160462 * distance())) * pow((width1() + width2()) / 2 , 0.379443) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,m1,m4,m5 |
| // |
| CAPACITANCE NEARBODY m4 m5 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.029427 * exp(-0.0808748 * distance()) + 0.0615136 * exp(-0.719213 * distance())) * pow((width1() + width2()) / 2 , 0.155071) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.029427 * exp(-0.0808748 * distance()) + 0.0615136 * exp(-0.719213 * distance())) * pow((width1() + width2()) / 2 , 0.155071) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m4 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.029427 * exp(-0.0808748 * distance()) + 0.0615136 * exp(-0.719213 * distance())) * pow((width1() + width2()) / 2 , 0.155071) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.029427 * exp(-0.0808748 * distance()) + 0.0615136 * exp(-0.719213 * distance())) * pow((width1() + width2()) / 2 , 0.155071) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,m1,m4,rdl |
| // |
| CAPACITANCE NEARBODY m4 rdl INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00778051 * exp(-0.0225817 * distance()) + 0.00778051 * exp(-0.022585 * distance())) * pow((width1() + width2()) / 2 , 0.304924) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00778051 * exp(-0.0225817 * distance()) + 0.00778051 * exp(-0.022585 * distance())) * pow((width1() + width2()) / 2 , 0.304924) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m4 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00778051 * exp(-0.0225817 * distance()) + 0.00778051 * exp(-0.022585 * distance())) * pow((width1() + width2()) / 2 , 0.304924) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00778051 * exp(-0.0225817 * distance()) + 0.00778051 * exp(-0.022585 * distance())) * pow((width1() + width2()) / 2 , 0.304924) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,m1,m5,rdl |
| // |
| CAPACITANCE NEARBODY m5 rdl INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_distance = (MAXDISTANCE_m5 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0113254 * exp(-0.18011 * distance()) + 0.0112953 * exp(0.0462207 * distance())) * pow((width1() + width2()) / 2 , 0.279624) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0113254 * exp(-0.18011 * distance()) + 0.0112953 * exp(0.0462207 * distance())) * pow((width1() + width2()) / 2 , 0.279624) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m5 INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_distance = (MAXDISTANCE_m5 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0113254 * exp(-0.18011 * distance()) + 0.0112953 * exp(0.0462207 * distance())) * pow((width1() + width2()) / 2 , 0.279624) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0113254 * exp(-0.18011 * distance()) + 0.0112953 * exp(0.0462207 * distance())) * pow((width1() + width2()) / 2 , 0.279624) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,m2,m3,m4 |
| // |
| CAPACITANCE NEARBODY m3 m4 INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0288756 * exp(-0.194753 * distance()) + 0.0494952 * exp(-1.11011 * distance())) * pow((width1() + width2()) / 2 , 0.175729) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0288756 * exp(-0.194753 * distance()) + 0.0494952 * exp(-1.11011 * distance())) * pow((width1() + width2()) / 2 , 0.175729) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m3 INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0288756 * exp(-0.194753 * distance()) + 0.0494952 * exp(-1.11011 * distance())) * pow((width1() + width2()) / 2 , 0.175729) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0288756 * exp(-0.194753 * distance()) + 0.0494952 * exp(-1.11011 * distance())) * pow((width1() + width2()) / 2 , 0.175729) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,m2,m3,m5 |
| // |
| CAPACITANCE NEARBODY m3 m5 INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0369961 * exp(-0.244274 * distance()) + 8.33239e-06 * exp(1.04346 * distance())) * pow((width1() + width2()) / 2 , 0.285883) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0369961 * exp(-0.244274 * distance()) + 8.33239e-06 * exp(1.04346 * distance())) * pow((width1() + width2()) / 2 , 0.285883) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m3 INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0369961 * exp(-0.244274 * distance()) + 8.33239e-06 * exp(1.04346 * distance())) * pow((width1() + width2()) / 2 , 0.285883) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0369961 * exp(-0.244274 * distance()) + 8.33239e-06 * exp(1.04346 * distance())) * pow((width1() + width2()) / 2 , 0.285883) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,m2,m3,rdl |
| // |
| CAPACITANCE NEARBODY m3 rdl INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0044999 * exp(0.0662382 * distance()) + 0.00452025 * exp(-0.159394 * distance())) * pow((width1() + width2()) / 2 , 0.435972) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0044999 * exp(0.0662382 * distance()) + 0.00452025 * exp(-0.159394 * distance())) * pow((width1() + width2()) / 2 , 0.435972) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m3 INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0044999 * exp(0.0662382 * distance()) + 0.00452025 * exp(-0.159394 * distance())) * pow((width1() + width2()) / 2 , 0.435972) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0044999 * exp(0.0662382 * distance()) + 0.00452025 * exp(-0.159394 * distance())) * pow((width1() + width2()) / 2 , 0.435972) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,m2,m4,m5 |
| // |
| CAPACITANCE NEARBODY m4 m5 INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0266925 * exp(-0.0881473 * distance()) + 0.0615794 * exp(-0.717721 * distance())) * pow((width1() + width2()) / 2 , 0.158047) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0266925 * exp(-0.0881473 * distance()) + 0.0615794 * exp(-0.717721 * distance())) * pow((width1() + width2()) / 2 , 0.158047) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m4 INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0266925 * exp(-0.0881473 * distance()) + 0.0615794 * exp(-0.717721 * distance())) * pow((width1() + width2()) / 2 , 0.158047) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0266925 * exp(-0.0881473 * distance()) + 0.0615794 * exp(-0.717721 * distance())) * pow((width1() + width2()) / 2 , 0.158047) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,m2,m4,rdl |
| // |
| CAPACITANCE NEARBODY m4 rdl INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0070543 * exp(-0.024796 * distance()) + 0.0070543 * exp(-0.0233626 * distance())) * pow((width1() + width2()) / 2 , 0.328244) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0070543 * exp(-0.024796 * distance()) + 0.0070543 * exp(-0.0233626 * distance())) * pow((width1() + width2()) / 2 , 0.328244) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m4 INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0070543 * exp(-0.024796 * distance()) + 0.0070543 * exp(-0.0233626 * distance())) * pow((width1() + width2()) / 2 , 0.328244) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0070543 * exp(-0.024796 * distance()) + 0.0070543 * exp(-0.0233626 * distance())) * pow((width1() + width2()) / 2 , 0.328244) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,m2,m5,rdl |
| // |
| CAPACITANCE NEARBODY m5 rdl INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_distance = (MAXDISTANCE_m5 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0106942 * exp(0.0446547 * distance()) + 0.010795 * exp(-0.180139 * distance())) * pow((width1() + width2()) / 2 , 0.291517) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0106942 * exp(0.0446547 * distance()) + 0.010795 * exp(-0.180139 * distance())) * pow((width1() + width2()) / 2 , 0.291517) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m5 INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_distance = (MAXDISTANCE_m5 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0106942 * exp(0.0446547 * distance()) + 0.010795 * exp(-0.180139 * distance())) * pow((width1() + width2()) / 2 , 0.291517) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0106942 * exp(0.0446547 * distance()) + 0.010795 * exp(-0.180139 * distance())) * pow((width1() + width2()) / 2 , 0.291517) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,m3,m4,m5 |
| // |
| CAPACITANCE NEARBODY m4 m5 INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0157919 * exp(-0.0842883 * distance()) + 0.0624268 * exp(-0.718209 * distance())) * pow((width1() + width2()) / 2 , 0.17664) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0157919 * exp(-0.0842883 * distance()) + 0.0624268 * exp(-0.718209 * distance())) * pow((width1() + width2()) / 2 , 0.17664) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m4 INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0157919 * exp(-0.0842883 * distance()) + 0.0624268 * exp(-0.718209 * distance())) * pow((width1() + width2()) / 2 , 0.17664) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0157919 * exp(-0.0842883 * distance()) + 0.0624268 * exp(-0.718209 * distance())) * pow((width1() + width2()) / 2 , 0.17664) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,m3,m4,rdl |
| // |
| CAPACITANCE NEARBODY m4 rdl INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00503324 * exp(0.0540294 * distance()) + 0.00509556 * exp(-0.160233 * distance())) * pow((width1() + width2()) / 2 , 0.420221) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00503324 * exp(0.0540294 * distance()) + 0.00509556 * exp(-0.160233 * distance())) * pow((width1() + width2()) / 2 , 0.420221) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m4 INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00503324 * exp(0.0540294 * distance()) + 0.00509556 * exp(-0.160233 * distance())) * pow((width1() + width2()) / 2 , 0.420221) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00503324 * exp(0.0540294 * distance()) + 0.00509556 * exp(-0.160233 * distance())) * pow((width1() + width2()) / 2 , 0.420221) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,m3,m5,rdl |
| // |
| CAPACITANCE NEARBODY m5 rdl INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_distance = (MAXDISTANCE_m5 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00920377 * exp(-0.0461146 * distance()) + 0.00920377 * exp(-0.0461146 * distance())) * pow((width1() + width2()) / 2 , 0.327246) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00920377 * exp(-0.0461146 * distance()) + 0.00920377 * exp(-0.0461146 * distance())) * pow((width1() + width2()) / 2 , 0.327246) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m5 INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_distance = (MAXDISTANCE_m5 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00920377 * exp(-0.0461146 * distance()) + 0.00920377 * exp(-0.0461146 * distance())) * pow((width1() + width2()) / 2 , 0.327246) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00920377 * exp(-0.0461146 * distance()) + 0.00920377 * exp(-0.0461146 * distance())) * pow((width1() + width2()) / 2 , 0.327246) |
| } |
| ] |
| // |
| // model: 314 target: nearbody2 profile: field layers: field_base,m4,m5,rdl |
| // |
| CAPACITANCE NEARBODY m5 rdl INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_distance = (MAXDISTANCE_m5 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0137844 * exp(-0.0916609 * distance()) + 0.000868537 * exp(0.232858 * distance())) * pow((width1() + width2()) / 2 , 0.389887) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0137844 * exp(-0.0916609 * distance()) + 0.000868537 * exp(0.232858 * distance())) * pow((width1() + width2()) / 2 , 0.389887) |
| } |
| ] |
| CAPACITANCE NEARBODY rdl m5 INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_distance = (MAXDISTANCE_m5 + MAXDISTANCE_rdl) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0137844 * exp(-0.0916609 * distance()) + 0.000868537 * exp(0.232858 * distance())) * pow((width1() + width2()) / 2 , 0.389887) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0137844 * exp(-0.0916609 * distance()) + 0.000868537 * exp(0.232858 * distance())) * pow((width1() + width2()) / 2 , 0.389887) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,li,m1,m2 |
| // |
| CAPACITANCE NEARBODY li m1 INSIDE OF ply m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0269859 * exp(-1.81005 * distance()) + 0.0269897 * exp(-1.81283 * distance())) * pow((width1() + width2()) / 2 , 0.101543) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0269859 * exp(-1.81005 * distance()) + 0.0269897 * exp(-1.81283 * distance())) * pow((width1() + width2()) / 2 , 0.101543) |
| } |
| ] |
| CAPACITANCE NEARBODY m1 li INSIDE OF ply m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0269859 * exp(-1.81005 * distance()) + 0.0269897 * exp(-1.81283 * distance())) * pow((width1() + width2()) / 2 , 0.101543) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0269859 * exp(-1.81005 * distance()) + 0.0269897 * exp(-1.81283 * distance())) * pow((width1() + width2()) / 2 , 0.101543) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,li,m1,m3 |
| // |
| CAPACITANCE NEARBODY li m1 INSIDE OF ply m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0302077 * exp(-1.44658 * distance()) + 0.0302077 * exp(-1.45748 * distance())) * pow((width1() + width2()) / 2 , 0.127525) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0302077 * exp(-1.44658 * distance()) + 0.0302077 * exp(-1.45748 * distance())) * pow((width1() + width2()) / 2 , 0.127525) |
| } |
| ] |
| CAPACITANCE NEARBODY m1 li INSIDE OF ply m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0302077 * exp(-1.44658 * distance()) + 0.0302077 * exp(-1.45748 * distance())) * pow((width1() + width2()) / 2 , 0.127525) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0302077 * exp(-1.44658 * distance()) + 0.0302077 * exp(-1.45748 * distance())) * pow((width1() + width2()) / 2 , 0.127525) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,li,m1,m4 |
| // |
| CAPACITANCE NEARBODY li m1 INSIDE OF ply m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0152599 * exp(-0.667122 * distance()) + 0.0492384 * exp(-1.53577 * distance())) * pow((width1() + width2()) / 2 , 0.157402) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0152599 * exp(-0.667122 * distance()) + 0.0492384 * exp(-1.53577 * distance())) * pow((width1() + width2()) / 2 , 0.157402) |
| } |
| ] |
| CAPACITANCE NEARBODY m1 li INSIDE OF ply m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0152599 * exp(-0.667122 * distance()) + 0.0492384 * exp(-1.53577 * distance())) * pow((width1() + width2()) / 2 , 0.157402) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0152599 * exp(-0.667122 * distance()) + 0.0492384 * exp(-1.53577 * distance())) * pow((width1() + width2()) / 2 , 0.157402) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,li,m1,m5 |
| // |
| CAPACITANCE NEARBODY li m1 INSIDE OF ply m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0176845 * exp(-0.553881 * distance()) + 0.0486394 * exp(-1.55852 * distance())) * pow((width1() + width2()) / 2 , 0.17466) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0176845 * exp(-0.553881 * distance()) + 0.0486394 * exp(-1.55852 * distance())) * pow((width1() + width2()) / 2 , 0.17466) |
| } |
| ] |
| CAPACITANCE NEARBODY m1 li INSIDE OF ply m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0176845 * exp(-0.553881 * distance()) + 0.0486394 * exp(-1.55852 * distance())) * pow((width1() + width2()) / 2 , 0.17466) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0176845 * exp(-0.553881 * distance()) + 0.0486394 * exp(-1.55852 * distance())) * pow((width1() + width2()) / 2 , 0.17466) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,li,m1,rdl |
| // |
| CAPACITANCE NEARBODY li m1 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0159306 * exp(-0.33881 * distance()) + 0.0530484 * exp(-1.5039 * distance())) * pow((width1() + width2()) / 2 , 0.205197) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0159306 * exp(-0.33881 * distance()) + 0.0530484 * exp(-1.5039 * distance())) * pow((width1() + width2()) / 2 , 0.205197) |
| } |
| ] |
| CAPACITANCE NEARBODY m1 li INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m1) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0159306 * exp(-0.33881 * distance()) + 0.0530484 * exp(-1.5039 * distance())) * pow((width1() + width2()) / 2 , 0.205197) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0159306 * exp(-0.33881 * distance()) + 0.0530484 * exp(-1.5039 * distance())) * pow((width1() + width2()) / 2 , 0.205197) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,li,m2,m3 |
| // |
| CAPACITANCE NEARBODY li m2 INSIDE OF ply m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0138516 * exp(-0.96526 * distance()) + 0.0138515 * exp(-0.964136 * distance())) * pow((width1() + width2()) / 2 , 0.227305) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0138516 * exp(-0.96526 * distance()) + 0.0138515 * exp(-0.964136 * distance())) * pow((width1() + width2()) / 2 , 0.227305) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 li INSIDE OF ply m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0138516 * exp(-0.96526 * distance()) + 0.0138515 * exp(-0.964136 * distance())) * pow((width1() + width2()) / 2 , 0.227305) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0138516 * exp(-0.96526 * distance()) + 0.0138515 * exp(-0.964136 * distance())) * pow((width1() + width2()) / 2 , 0.227305) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,li,m2,m4 |
| // |
| CAPACITANCE NEARBODY li m2 INSIDE OF ply m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0165735 * exp(-0.745785 * distance()) + 0.0165725 * exp(-0.74793 * distance())) * pow((width1() + width2()) / 2 , 0.254603) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0165735 * exp(-0.745785 * distance()) + 0.0165725 * exp(-0.74793 * distance())) * pow((width1() + width2()) / 2 , 0.254603) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 li INSIDE OF ply m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0165735 * exp(-0.745785 * distance()) + 0.0165725 * exp(-0.74793 * distance())) * pow((width1() + width2()) / 2 , 0.254603) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0165735 * exp(-0.745785 * distance()) + 0.0165725 * exp(-0.74793 * distance())) * pow((width1() + width2()) / 2 , 0.254603) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,li,m2,m5 |
| // |
| CAPACITANCE NEARBODY li m2 INSIDE OF ply m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0175147 * exp(-0.662482 * distance()) + 0.0175147 * exp(-0.66232 * distance())) * pow((width1() + width2()) / 2 , 0.276463) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0175147 * exp(-0.662482 * distance()) + 0.0175147 * exp(-0.66232 * distance())) * pow((width1() + width2()) / 2 , 0.276463) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 li INSIDE OF ply m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0175147 * exp(-0.662482 * distance()) + 0.0175147 * exp(-0.66232 * distance())) * pow((width1() + width2()) / 2 , 0.276463) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0175147 * exp(-0.662482 * distance()) + 0.0175147 * exp(-0.66232 * distance())) * pow((width1() + width2()) / 2 , 0.276463) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,li,m2,rdl |
| // |
| CAPACITANCE NEARBODY li m2 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0374398 * exp(-0.564052 * distance()) + 5.45e-05 * exp(0.654332 * distance())) * pow((width1() + width2()) / 2 , 0.318696) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0374398 * exp(-0.564052 * distance()) + 5.45e-05 * exp(0.654332 * distance())) * pow((width1() + width2()) / 2 , 0.318696) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 li INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0374398 * exp(-0.564052 * distance()) + 5.45e-05 * exp(0.654332 * distance())) * pow((width1() + width2()) / 2 , 0.318696) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0374398 * exp(-0.564052 * distance()) + 5.45e-05 * exp(0.654332 * distance())) * pow((width1() + width2()) / 2 , 0.318696) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,li,m3,m4 |
| // |
| CAPACITANCE NEARBODY li m3 INSIDE OF ply m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00975598 * exp(-0.582109 * distance()) + 0.00975644 * exp(-0.58241 * distance())) * pow((width1() + width2()) / 2 , 0.336628) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00975598 * exp(-0.582109 * distance()) + 0.00975644 * exp(-0.58241 * distance())) * pow((width1() + width2()) / 2 , 0.336628) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 li INSIDE OF ply m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00975598 * exp(-0.582109 * distance()) + 0.00975644 * exp(-0.58241 * distance())) * pow((width1() + width2()) / 2 , 0.336628) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00975598 * exp(-0.582109 * distance()) + 0.00975644 * exp(-0.58241 * distance())) * pow((width1() + width2()) / 2 , 0.336628) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,li,m3,m5 |
| // |
| CAPACITANCE NEARBODY li m3 INSIDE OF ply m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0112517 * exp(-0.475551 * distance()) + 0.0112524 * exp(-0.475692 * distance())) * pow((width1() + width2()) / 2 , 0.348895) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0112517 * exp(-0.475551 * distance()) + 0.0112524 * exp(-0.475692 * distance())) * pow((width1() + width2()) / 2 , 0.348895) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 li INSIDE OF ply m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0112517 * exp(-0.475551 * distance()) + 0.0112524 * exp(-0.475692 * distance())) * pow((width1() + width2()) / 2 , 0.348895) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0112517 * exp(-0.475551 * distance()) + 0.0112524 * exp(-0.475692 * distance())) * pow((width1() + width2()) / 2 , 0.348895) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,li,m3,rdl |
| // |
| CAPACITANCE NEARBODY li m3 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0126835 * exp(-0.342139 * distance()) + 0.0126835 * exp(-0.342837 * distance())) * pow((width1() + width2()) / 2 , 0.392811) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0126835 * exp(-0.342139 * distance()) + 0.0126835 * exp(-0.342837 * distance())) * pow((width1() + width2()) / 2 , 0.392811) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 li INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0126835 * exp(-0.342139 * distance()) + 0.0126835 * exp(-0.342837 * distance())) * pow((width1() + width2()) / 2 , 0.392811) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0126835 * exp(-0.342139 * distance()) + 0.0126835 * exp(-0.342837 * distance())) * pow((width1() + width2()) / 2 , 0.392811) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,li,m4,m5 |
| // |
| CAPACITANCE NEARBODY li m4 INSIDE OF ply m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00568252 * exp(-0.38549 * distance()) + 0.00568263 * exp(-0.386242 * distance())) * pow((width1() + width2()) / 2 , 0.445945) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00568252 * exp(-0.38549 * distance()) + 0.00568263 * exp(-0.386242 * distance())) * pow((width1() + width2()) / 2 , 0.445945) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 li INSIDE OF ply m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00568252 * exp(-0.38549 * distance()) + 0.00568263 * exp(-0.386242 * distance())) * pow((width1() + width2()) / 2 , 0.445945) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00568252 * exp(-0.38549 * distance()) + 0.00568263 * exp(-0.386242 * distance())) * pow((width1() + width2()) / 2 , 0.445945) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,li,m4,rdl |
| // |
| CAPACITANCE NEARBODY li m4 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00786124 * exp(-0.219578 * distance()) + 0.00786136 * exp(-0.21961 * distance())) * pow((width1() + width2()) / 2 , 0.457495) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00786124 * exp(-0.219578 * distance()) + 0.00786136 * exp(-0.21961 * distance())) * pow((width1() + width2()) / 2 , 0.457495) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 li INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00786124 * exp(-0.219578 * distance()) + 0.00786136 * exp(-0.21961 * distance())) * pow((width1() + width2()) / 2 , 0.457495) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00786124 * exp(-0.219578 * distance()) + 0.00786136 * exp(-0.21961 * distance())) * pow((width1() + width2()) / 2 , 0.457495) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,li,m5,rdl |
| // |
| CAPACITANCE NEARBODY li m5 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00575577 * exp(-0.153468 * distance()) + 0.00575573 * exp(-0.153078 * distance())) * pow((width1() + width2()) / 2 , 0.478733) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00575577 * exp(-0.153468 * distance()) + 0.00575573 * exp(-0.153078 * distance())) * pow((width1() + width2()) / 2 , 0.478733) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 li INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = (MAXDISTANCE_li + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00575577 * exp(-0.153468 * distance()) + 0.00575573 * exp(-0.153078 * distance())) * pow((width1() + width2()) / 2 , 0.478733) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00575577 * exp(-0.153468 * distance()) + 0.00575573 * exp(-0.153078 * distance())) * pow((width1() + width2()) / 2 , 0.478733) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,m1,m2,m3 |
| // |
| CAPACITANCE NEARBODY m1 m2 INSIDE OF ply m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0367632 * exp(-1.24117 * distance()) + 0.0368581 * exp(-1.66214 * distance())) * pow((width1() + width2()) / 2 , 0.11583) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0367632 * exp(-1.24117 * distance()) + 0.0368581 * exp(-1.66214 * distance())) * pow((width1() + width2()) / 2 , 0.11583) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 m1 INSIDE OF ply m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0367632 * exp(-1.24117 * distance()) + 0.0368581 * exp(-1.66214 * distance())) * pow((width1() + width2()) / 2 , 0.11583) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0367632 * exp(-1.24117 * distance()) + 0.0368581 * exp(-1.66214 * distance())) * pow((width1() + width2()) / 2 , 0.11583) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,m1,m2,m4 |
| // |
| CAPACITANCE NEARBODY m1 m2 INSIDE OF ply m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0414476 * exp(-0.750907 * distance()) + 0.0412033 * exp(-1.77094 * distance())) * pow((width1() + width2()) / 2 , 0.130815) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0414476 * exp(-0.750907 * distance()) + 0.0412033 * exp(-1.77094 * distance())) * pow((width1() + width2()) / 2 , 0.130815) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 m1 INSIDE OF ply m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0414476 * exp(-0.750907 * distance()) + 0.0412033 * exp(-1.77094 * distance())) * pow((width1() + width2()) / 2 , 0.130815) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0414476 * exp(-0.750907 * distance()) + 0.0412033 * exp(-1.77094 * distance())) * pow((width1() + width2()) / 2 , 0.130815) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,m1,m2,m5 |
| // |
| CAPACITANCE NEARBODY m1 m2 INSIDE OF ply m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0439959 * exp(-1.79586 * distance()) + 0.0418484 * exp(-0.610986 * distance())) * pow((width1() + width2()) / 2 , 0.143789) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0439959 * exp(-1.79586 * distance()) + 0.0418484 * exp(-0.610986 * distance())) * pow((width1() + width2()) / 2 , 0.143789) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 m1 INSIDE OF ply m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0439959 * exp(-1.79586 * distance()) + 0.0418484 * exp(-0.610986 * distance())) * pow((width1() + width2()) / 2 , 0.143789) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0439959 * exp(-1.79586 * distance()) + 0.0418484 * exp(-0.610986 * distance())) * pow((width1() + width2()) / 2 , 0.143789) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,m1,m2,rdl |
| // |
| CAPACITANCE NEARBODY m1 m2 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0575208 * exp(-1.58843 * distance()) + 0.0324279 * exp(-0.365589 * distance())) * pow((width1() + width2()) / 2 , 0.168696) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0575208 * exp(-1.58843 * distance()) + 0.0324279 * exp(-0.365589 * distance())) * pow((width1() + width2()) / 2 , 0.168696) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 m1 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0575208 * exp(-1.58843 * distance()) + 0.0324279 * exp(-0.365589 * distance())) * pow((width1() + width2()) / 2 , 0.168696) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0575208 * exp(-1.58843 * distance()) + 0.0324279 * exp(-0.365589 * distance())) * pow((width1() + width2()) / 2 , 0.168696) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,m1,m3,m4 |
| // |
| CAPACITANCE NEARBODY m1 m3 INSIDE OF ply m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0186012 * exp(-0.643898 * distance()) + 0.0186007 * exp(-0.641075 * distance())) * pow((width1() + width2()) / 2 , 0.224054) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0186012 * exp(-0.643898 * distance()) + 0.0186007 * exp(-0.641075 * distance())) * pow((width1() + width2()) / 2 , 0.224054) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m1 INSIDE OF ply m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0186012 * exp(-0.643898 * distance()) + 0.0186007 * exp(-0.641075 * distance())) * pow((width1() + width2()) / 2 , 0.224054) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0186012 * exp(-0.643898 * distance()) + 0.0186007 * exp(-0.641075 * distance())) * pow((width1() + width2()) / 2 , 0.224054) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,m1,m3,m5 |
| // |
| CAPACITANCE NEARBODY m1 m3 INSIDE OF ply m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0209403 * exp(-0.526917 * distance()) + 0.0209403 * exp(-0.528313 * distance())) * pow((width1() + width2()) / 2 , 0.228616) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0209403 * exp(-0.526917 * distance()) + 0.0209403 * exp(-0.528313 * distance())) * pow((width1() + width2()) / 2 , 0.228616) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m1 INSIDE OF ply m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0209403 * exp(-0.526917 * distance()) + 0.0209403 * exp(-0.528313 * distance())) * pow((width1() + width2()) / 2 , 0.228616) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0209403 * exp(-0.526917 * distance()) + 0.0209403 * exp(-0.528313 * distance())) * pow((width1() + width2()) / 2 , 0.228616) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,m1,m3,rdl |
| // |
| CAPACITANCE NEARBODY m1 m3 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0462845 * exp(-0.401093 * distance()) + 3.10092e-06 * exp(1.2028 * distance())) * pow((width1() + width2()) / 2 , 0.258811) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0462845 * exp(-0.401093 * distance()) + 3.10092e-06 * exp(1.2028 * distance())) * pow((width1() + width2()) / 2 , 0.258811) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m1 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0462845 * exp(-0.401093 * distance()) + 3.10092e-06 * exp(1.2028 * distance())) * pow((width1() + width2()) / 2 , 0.258811) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0462845 * exp(-0.401093 * distance()) + 3.10092e-06 * exp(1.2028 * distance())) * pow((width1() + width2()) / 2 , 0.258811) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,m1,m4,m5 |
| // |
| CAPACITANCE NEARBODY m1 m4 INSIDE OF ply m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00979234 * exp(-0.397459 * distance()) + 0.00979236 * exp(-0.39881 * distance())) * pow((width1() + width2()) / 2 , 0.319556) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00979234 * exp(-0.397459 * distance()) + 0.00979236 * exp(-0.39881 * distance())) * pow((width1() + width2()) / 2 , 0.319556) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m1 INSIDE OF ply m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00979234 * exp(-0.397459 * distance()) + 0.00979236 * exp(-0.39881 * distance())) * pow((width1() + width2()) / 2 , 0.319556) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00979234 * exp(-0.397459 * distance()) + 0.00979236 * exp(-0.39881 * distance())) * pow((width1() + width2()) / 2 , 0.319556) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,m1,m4,rdl |
| // |
| CAPACITANCE NEARBODY m1 m4 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0131966 * exp(-0.23124 * distance()) + 0.0131966 * exp(-0.231691 * distance())) * pow((width1() + width2()) / 2 , 0.317942) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0131966 * exp(-0.23124 * distance()) + 0.0131966 * exp(-0.231691 * distance())) * pow((width1() + width2()) / 2 , 0.317942) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m1 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0131966 * exp(-0.23124 * distance()) + 0.0131966 * exp(-0.231691 * distance())) * pow((width1() + width2()) / 2 , 0.317942) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0131966 * exp(-0.23124 * distance()) + 0.0131966 * exp(-0.231691 * distance())) * pow((width1() + width2()) / 2 , 0.317942) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,m1,m5,rdl |
| // |
| CAPACITANCE NEARBODY m1 m5 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00939807 * exp(-0.156836 * distance()) + 0.00939796 * exp(-0.155037 * distance())) * pow((width1() + width2()) / 2 , 0.332183) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00939807 * exp(-0.156836 * distance()) + 0.00939796 * exp(-0.155037 * distance())) * pow((width1() + width2()) / 2 , 0.332183) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m1 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00939807 * exp(-0.156836 * distance()) + 0.00939796 * exp(-0.155037 * distance())) * pow((width1() + width2()) / 2 , 0.332183) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00939807 * exp(-0.156836 * distance()) + 0.00939796 * exp(-0.155037 * distance())) * pow((width1() + width2()) / 2 , 0.332183) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,m2,m3,m4 |
| // |
| CAPACITANCE NEARBODY m2 m3 INSIDE OF ply m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0336441 * exp(-0.799151 * distance()) + 0.0336629 * exp(-0.997818 * distance())) * pow((width1() + width2()) / 2 , 0.151298) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0336441 * exp(-0.799151 * distance()) + 0.0336629 * exp(-0.997818 * distance())) * pow((width1() + width2()) / 2 , 0.151298) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m2 INSIDE OF ply m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0336441 * exp(-0.799151 * distance()) + 0.0336629 * exp(-0.997818 * distance())) * pow((width1() + width2()) / 2 , 0.151298) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0336441 * exp(-0.799151 * distance()) + 0.0336629 * exp(-0.997818 * distance())) * pow((width1() + width2()) / 2 , 0.151298) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,m2,m3,m5 |
| // |
| CAPACITANCE NEARBODY m2 m3 INSIDE OF ply m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.036934 * exp(-1.07478 * distance()) + 0.0367133 * exp(-0.519845 * distance())) * pow((width1() + width2()) / 2 , 0.158696) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.036934 * exp(-1.07478 * distance()) + 0.0367133 * exp(-0.519845 * distance())) * pow((width1() + width2()) / 2 , 0.158696) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m2 INSIDE OF ply m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.036934 * exp(-1.07478 * distance()) + 0.0367133 * exp(-0.519845 * distance())) * pow((width1() + width2()) / 2 , 0.158696) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.036934 * exp(-1.07478 * distance()) + 0.0367133 * exp(-0.519845 * distance())) * pow((width1() + width2()) / 2 , 0.158696) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,m2,m3,rdl |
| // |
| CAPACITANCE NEARBODY m2 m3 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0515164 * exp(-0.991401 * distance()) + 0.0284705 * exp(-0.235962 * distance())) * pow((width1() + width2()) / 2 , 0.186188) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0515164 * exp(-0.991401 * distance()) + 0.0284705 * exp(-0.235962 * distance())) * pow((width1() + width2()) / 2 , 0.186188) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m2 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0515164 * exp(-0.991401 * distance()) + 0.0284705 * exp(-0.235962 * distance())) * pow((width1() + width2()) / 2 , 0.186188) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0515164 * exp(-0.991401 * distance()) + 0.0284705 * exp(-0.235962 * distance())) * pow((width1() + width2()) / 2 , 0.186188) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,m2,m4,m5 |
| // |
| CAPACITANCE NEARBODY m2 m4 INSIDE OF ply m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0139812 * exp(-0.440847 * distance()) + 0.0139812 * exp(-0.442291 * distance())) * pow((width1() + width2()) / 2 , 0.264556) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0139812 * exp(-0.440847 * distance()) + 0.0139812 * exp(-0.442291 * distance())) * pow((width1() + width2()) / 2 , 0.264556) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m2 INSIDE OF ply m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0139812 * exp(-0.440847 * distance()) + 0.0139812 * exp(-0.442291 * distance())) * pow((width1() + width2()) / 2 , 0.264556) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0139812 * exp(-0.440847 * distance()) + 0.0139812 * exp(-0.442291 * distance())) * pow((width1() + width2()) / 2 , 0.264556) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,m2,m4,rdl |
| // |
| CAPACITANCE NEARBODY m2 m4 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0183317 * exp(-0.262499 * distance()) + 0.0183317 * exp(-0.259676 * distance())) * pow((width1() + width2()) / 2 , 0.266392) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0183317 * exp(-0.262499 * distance()) + 0.0183317 * exp(-0.259676 * distance())) * pow((width1() + width2()) / 2 , 0.266392) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m2 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0183317 * exp(-0.262499 * distance()) + 0.0183317 * exp(-0.259676 * distance())) * pow((width1() + width2()) / 2 , 0.266392) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0183317 * exp(-0.262499 * distance()) + 0.0183317 * exp(-0.259676 * distance())) * pow((width1() + width2()) / 2 , 0.266392) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,m2,m5,rdl |
| // |
| CAPACITANCE NEARBODY m2 m5 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0125301 * exp(-0.168125 * distance()) + 0.0125301 * exp(-0.168574 * distance())) * pow((width1() + width2()) / 2 , 0.283677) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0125301 * exp(-0.168125 * distance()) + 0.0125301 * exp(-0.168574 * distance())) * pow((width1() + width2()) / 2 , 0.283677) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m2 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0125301 * exp(-0.168125 * distance()) + 0.0125301 * exp(-0.168574 * distance())) * pow((width1() + width2()) / 2 , 0.283677) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0125301 * exp(-0.168125 * distance()) + 0.0125301 * exp(-0.168574 * distance())) * pow((width1() + width2()) / 2 , 0.283677) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,m3,m4,m5 |
| // |
| CAPACITANCE NEARBODY m3 m4 INSIDE OF ply m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0454349 * exp(-0.58135 * distance()) + 0.0281349 * exp(-1.39983 * distance())) * pow((width1() + width2()) / 2 , 0.102653) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0454349 * exp(-0.58135 * distance()) + 0.0281349 * exp(-1.39983 * distance())) * pow((width1() + width2()) / 2 , 0.102653) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m3 INSIDE OF ply m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0454349 * exp(-0.58135 * distance()) + 0.0281349 * exp(-1.39983 * distance())) * pow((width1() + width2()) / 2 , 0.102653) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0454349 * exp(-0.58135 * distance()) + 0.0281349 * exp(-1.39983 * distance())) * pow((width1() + width2()) / 2 , 0.102653) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,m3,m4,rdl |
| // |
| CAPACITANCE NEARBODY m3 m4 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0431026 * exp(-1.19389 * distance()) + 0.0442216 * exp(-0.241465 * distance())) * pow((width1() + width2()) / 2 , 0.133126) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0431026 * exp(-1.19389 * distance()) + 0.0442216 * exp(-0.241465 * distance())) * pow((width1() + width2()) / 2 , 0.133126) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m3 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0431026 * exp(-1.19389 * distance()) + 0.0442216 * exp(-0.241465 * distance())) * pow((width1() + width2()) / 2 , 0.133126) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0431026 * exp(-1.19389 * distance()) + 0.0442216 * exp(-0.241465 * distance())) * pow((width1() + width2()) / 2 , 0.133126) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,m3,m5,rdl |
| // |
| CAPACITANCE NEARBODY m3 m5 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0218616 * exp(-0.23497 * distance()) + 0.0218613 * exp(-0.244021 * distance())) * pow((width1() + width2()) / 2 , 0.196699) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0218616 * exp(-0.23497 * distance()) + 0.0218613 * exp(-0.244021 * distance())) * pow((width1() + width2()) / 2 , 0.196699) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m3 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0218616 * exp(-0.23497 * distance()) + 0.0218613 * exp(-0.244021 * distance())) * pow((width1() + width2()) / 2 , 0.196699) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0218616 * exp(-0.23497 * distance()) + 0.0218613 * exp(-0.244021 * distance())) * pow((width1() + width2()) / 2 , 0.196699) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,ply,m4,m5,rdl |
| // |
| CAPACITANCE NEARBODY m4 m5 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0567603 * exp(-0.756733 * distance()) + 0.0335788 * exp(-0.15662 * distance())) * pow((width1() + width2()) / 2 , 0.124939) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0567603 * exp(-0.756733 * distance()) + 0.0335788 * exp(-0.15662 * distance())) * pow((width1() + width2()) / 2 , 0.124939) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m4 INSIDE OF ply rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0567603 * exp(-0.756733 * distance()) + 0.0335788 * exp(-0.15662 * distance())) * pow((width1() + width2()) / 2 , 0.124939) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0567603 * exp(-0.756733 * distance()) + 0.0335788 * exp(-0.15662 * distance())) * pow((width1() + width2()) / 2 , 0.124939) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,li,m1,m2,m3 |
| // |
| CAPACITANCE NEARBODY m1 m2 INSIDE OF li m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.034257 * exp(-1.64971 * distance()) + 0.0342571 * exp(-1.6468 * distance())) * pow((width1() + width2()) / 2 , 0.106911) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.034257 * exp(-1.64971 * distance()) + 0.0342571 * exp(-1.6468 * distance())) * pow((width1() + width2()) / 2 , 0.106911) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 m1 INSIDE OF li m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.034257 * exp(-1.64971 * distance()) + 0.0342571 * exp(-1.6468 * distance())) * pow((width1() + width2()) / 2 , 0.106911) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.034257 * exp(-1.64971 * distance()) + 0.0342571 * exp(-1.6468 * distance())) * pow((width1() + width2()) / 2 , 0.106911) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,li,m1,m2,m4 |
| // |
| CAPACITANCE NEARBODY m1 m2 INSIDE OF li m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0486664 * exp(-1.69359 * distance()) + 0.0279599 * exp(-0.848068 * distance())) * pow((width1() + width2()) / 2 , 0.133414) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0486664 * exp(-1.69359 * distance()) + 0.0279599 * exp(-0.848068 * distance())) * pow((width1() + width2()) / 2 , 0.133414) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 m1 INSIDE OF li m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0486664 * exp(-1.69359 * distance()) + 0.0279599 * exp(-0.848068 * distance())) * pow((width1() + width2()) / 2 , 0.133414) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0486664 * exp(-1.69359 * distance()) + 0.0279599 * exp(-0.848068 * distance())) * pow((width1() + width2()) / 2 , 0.133414) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,li,m1,m2,m5 |
| // |
| CAPACITANCE NEARBODY m1 m2 INSIDE OF li m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0286316 * exp(-0.660056 * distance()) + 0.0508653 * exp(-1.71455 * distance())) * pow((width1() + width2()) / 2 , 0.149935) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0286316 * exp(-0.660056 * distance()) + 0.0508653 * exp(-1.71455 * distance())) * pow((width1() + width2()) / 2 , 0.149935) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 m1 INSIDE OF li m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0286316 * exp(-0.660056 * distance()) + 0.0508653 * exp(-1.71455 * distance())) * pow((width1() + width2()) / 2 , 0.149935) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0286316 * exp(-0.660056 * distance()) + 0.0508653 * exp(-1.71455 * distance())) * pow((width1() + width2()) / 2 , 0.149935) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,li,m1,m2,rdl |
| // |
| CAPACITANCE NEARBODY m1 m2 INSIDE OF li rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0607116 * exp(-1.59789 * distance()) + 0.0224084 * exp(-0.382672 * distance())) * pow((width1() + width2()) / 2 , 0.177905) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0607116 * exp(-1.59789 * distance()) + 0.0224084 * exp(-0.382672 * distance())) * pow((width1() + width2()) / 2 , 0.177905) |
| } |
| ] |
| CAPACITANCE NEARBODY m2 m1 INSIDE OF li rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m2) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0607116 * exp(-1.59789 * distance()) + 0.0224084 * exp(-0.382672 * distance())) * pow((width1() + width2()) / 2 , 0.177905) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0607116 * exp(-1.59789 * distance()) + 0.0224084 * exp(-0.382672 * distance())) * pow((width1() + width2()) / 2 , 0.177905) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,li,m1,m3,m4 |
| // |
| CAPACITANCE NEARBODY m1 m3 INSIDE OF li m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0165111 * exp(-0.725514 * distance()) + 0.0165111 * exp(-0.727237 * distance())) * pow((width1() + width2()) / 2 , 0.23907) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0165111 * exp(-0.725514 * distance()) + 0.0165111 * exp(-0.727237 * distance())) * pow((width1() + width2()) / 2 , 0.23907) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m1 INSIDE OF li m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0165111 * exp(-0.725514 * distance()) + 0.0165111 * exp(-0.727237 * distance())) * pow((width1() + width2()) / 2 , 0.23907) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0165111 * exp(-0.725514 * distance()) + 0.0165111 * exp(-0.727237 * distance())) * pow((width1() + width2()) / 2 , 0.23907) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,li,m1,m3,m5 |
| // |
| CAPACITANCE NEARBODY m1 m3 INSIDE OF li m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0185491 * exp(-0.596254 * distance()) + 0.0185491 * exp(-0.596484 * distance())) * pow((width1() + width2()) / 2 , 0.254292) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0185491 * exp(-0.596254 * distance()) + 0.0185491 * exp(-0.596484 * distance())) * pow((width1() + width2()) / 2 , 0.254292) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m1 INSIDE OF li m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0185491 * exp(-0.596254 * distance()) + 0.0185491 * exp(-0.596484 * distance())) * pow((width1() + width2()) / 2 , 0.254292) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0185491 * exp(-0.596254 * distance()) + 0.0185491 * exp(-0.596484 * distance())) * pow((width1() + width2()) / 2 , 0.254292) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,li,m1,m3,rdl |
| // |
| CAPACITANCE NEARBODY m1 m3 INSIDE OF li rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0407712 * exp(-0.459487 * distance()) + 5.8559e-06 * exp(1.02547 * distance())) * pow((width1() + width2()) / 2 , 0.293382) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0407712 * exp(-0.459487 * distance()) + 5.8559e-06 * exp(1.02547 * distance())) * pow((width1() + width2()) / 2 , 0.293382) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m1 INSIDE OF li rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0407712 * exp(-0.459487 * distance()) + 5.8559e-06 * exp(1.02547 * distance())) * pow((width1() + width2()) / 2 , 0.293382) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0407712 * exp(-0.459487 * distance()) + 5.8559e-06 * exp(1.02547 * distance())) * pow((width1() + width2()) / 2 , 0.293382) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,li,m1,m4,m5 |
| // |
| CAPACITANCE NEARBODY m1 m4 INSIDE OF li m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00841263 * exp(-0.444088 * distance()) + 0.00841382 * exp(-0.444263 * distance())) * pow((width1() + width2()) / 2 , 0.354423) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00841263 * exp(-0.444088 * distance()) + 0.00841382 * exp(-0.444263 * distance())) * pow((width1() + width2()) / 2 , 0.354423) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m1 INSIDE OF li m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00841263 * exp(-0.444088 * distance()) + 0.00841382 * exp(-0.444263 * distance())) * pow((width1() + width2()) / 2 , 0.354423) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00841263 * exp(-0.444088 * distance()) + 0.00841382 * exp(-0.444263 * distance())) * pow((width1() + width2()) / 2 , 0.354423) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,li,m1,m4,rdl |
| // |
| CAPACITANCE NEARBODY m1 m4 INSIDE OF li rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0111878 * exp(-0.259231 * distance()) + 0.0111873 * exp(-0.25958 * distance())) * pow((width1() + width2()) / 2 , 0.37017) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0111878 * exp(-0.259231 * distance()) + 0.0111873 * exp(-0.25958 * distance())) * pow((width1() + width2()) / 2 , 0.37017) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m1 INSIDE OF li rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0111878 * exp(-0.259231 * distance()) + 0.0111873 * exp(-0.25958 * distance())) * pow((width1() + width2()) / 2 , 0.37017) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0111878 * exp(-0.259231 * distance()) + 0.0111873 * exp(-0.25958 * distance())) * pow((width1() + width2()) / 2 , 0.37017) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,li,m1,m5,rdl |
| // |
| CAPACITANCE NEARBODY m1 m5 INSIDE OF li rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00779673 * exp(-0.172439 * distance()) + 0.00779672 * exp(-0.172152 * distance())) * pow((width1() + width2()) / 2 , 0.393095) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00779673 * exp(-0.172439 * distance()) + 0.00779672 * exp(-0.172152 * distance())) * pow((width1() + width2()) / 2 , 0.393095) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m1 INSIDE OF li rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = (MAXDISTANCE_m1 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00779673 * exp(-0.172439 * distance()) + 0.00779672 * exp(-0.172152 * distance())) * pow((width1() + width2()) / 2 , 0.393095) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00779673 * exp(-0.172439 * distance()) + 0.00779672 * exp(-0.172152 * distance())) * pow((width1() + width2()) / 2 , 0.393095) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,li,m2,m3,m4 |
| // |
| CAPACITANCE NEARBODY m2 m3 INSIDE OF li m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.032386 * exp(-0.966966 * distance()) + 0.032386 * exp(-0.966966 * distance())) * pow((width1() + width2()) / 2 , 0.146568) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.032386 * exp(-0.966966 * distance()) + 0.032386 * exp(-0.966966 * distance())) * pow((width1() + width2()) / 2 , 0.146568) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m2 INSIDE OF li m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.032386 * exp(-0.966966 * distance()) + 0.032386 * exp(-0.966966 * distance())) * pow((width1() + width2()) / 2 , 0.146568) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.032386 * exp(-0.966966 * distance()) + 0.032386 * exp(-0.966966 * distance())) * pow((width1() + width2()) / 2 , 0.146568) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,li,m2,m3,m5 |
| // |
| CAPACITANCE NEARBODY m2 m3 INSIDE OF li m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0547932 * exp(-0.937877 * distance()) + 0.0157763 * exp(-0.474725 * distance())) * pow((width1() + width2()) / 2 , 0.159197) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0547932 * exp(-0.937877 * distance()) + 0.0157763 * exp(-0.474725 * distance())) * pow((width1() + width2()) / 2 , 0.159197) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m2 INSIDE OF li m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0547932 * exp(-0.937877 * distance()) + 0.0157763 * exp(-0.474725 * distance())) * pow((width1() + width2()) / 2 , 0.159197) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0547932 * exp(-0.937877 * distance()) + 0.0157763 * exp(-0.474725 * distance())) * pow((width1() + width2()) / 2 , 0.159197) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,li,m2,m3,rdl |
| // |
| CAPACITANCE NEARBODY m2 m3 INSIDE OF li rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0542586 * exp(-0.975033 * distance()) + 0.0221133 * exp(-0.239954 * distance())) * pow((width1() + width2()) / 2 , 0.190836) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0542586 * exp(-0.975033 * distance()) + 0.0221133 * exp(-0.239954 * distance())) * pow((width1() + width2()) / 2 , 0.190836) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m2 INSIDE OF li rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0542586 * exp(-0.975033 * distance()) + 0.0221133 * exp(-0.239954 * distance())) * pow((width1() + width2()) / 2 , 0.190836) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0542586 * exp(-0.975033 * distance()) + 0.0221133 * exp(-0.239954 * distance())) * pow((width1() + width2()) / 2 , 0.190836) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,li,m2,m4,m5 |
| // |
| CAPACITANCE NEARBODY m2 m4 INSIDE OF li m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0130691 * exp(-0.479972 * distance()) + 0.0130691 * exp(-0.479784 * distance())) * pow((width1() + width2()) / 2 , 0.269646) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0130691 * exp(-0.479972 * distance()) + 0.0130691 * exp(-0.479784 * distance())) * pow((width1() + width2()) / 2 , 0.269646) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m2 INSIDE OF li m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0130691 * exp(-0.479972 * distance()) + 0.0130691 * exp(-0.479784 * distance())) * pow((width1() + width2()) / 2 , 0.269646) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0130691 * exp(-0.479972 * distance()) + 0.0130691 * exp(-0.479784 * distance())) * pow((width1() + width2()) / 2 , 0.269646) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,li,m2,m4,rdl |
| // |
| CAPACITANCE NEARBODY m2 m4 INSIDE OF li rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0169561 * exp(-0.285506 * distance()) + 0.016956 * exp(-0.285227 * distance())) * pow((width1() + width2()) / 2 , 0.283989) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0169561 * exp(-0.285506 * distance()) + 0.016956 * exp(-0.285227 * distance())) * pow((width1() + width2()) / 2 , 0.283989) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m2 INSIDE OF li rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0169561 * exp(-0.285506 * distance()) + 0.016956 * exp(-0.285227 * distance())) * pow((width1() + width2()) / 2 , 0.283989) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0169561 * exp(-0.285506 * distance()) + 0.016956 * exp(-0.285227 * distance())) * pow((width1() + width2()) / 2 , 0.283989) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,li,m2,m5,rdl |
| // |
| CAPACITANCE NEARBODY m2 m5 INSIDE OF li rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0113757 * exp(-0.182666 * distance()) + 0.0113757 * exp(-0.182247 * distance())) * pow((width1() + width2()) / 2 , 0.308173) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0113757 * exp(-0.182666 * distance()) + 0.0113757 * exp(-0.182247 * distance())) * pow((width1() + width2()) / 2 , 0.308173) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m2 INSIDE OF li rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0113757 * exp(-0.182666 * distance()) + 0.0113757 * exp(-0.182247 * distance())) * pow((width1() + width2()) / 2 , 0.308173) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0113757 * exp(-0.182666 * distance()) + 0.0113757 * exp(-0.182247 * distance())) * pow((width1() + width2()) / 2 , 0.308173) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,li,m3,m4,m5 |
| // |
| CAPACITANCE NEARBODY m3 m4 INSIDE OF li m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0235657 * exp(-1.4588 * distance()) + 0.0489118 * exp(-0.6525 * distance())) * pow((width1() + width2()) / 2 , 0.096937) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0235657 * exp(-1.4588 * distance()) + 0.0489118 * exp(-0.6525 * distance())) * pow((width1() + width2()) / 2 , 0.096937) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m3 INSIDE OF li m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0235657 * exp(-1.4588 * distance()) + 0.0489118 * exp(-0.6525 * distance())) * pow((width1() + width2()) / 2 , 0.096937) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0235657 * exp(-1.4588 * distance()) + 0.0489118 * exp(-0.6525 * distance())) * pow((width1() + width2()) / 2 , 0.096937) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,li,m3,m4,rdl |
| // |
| CAPACITANCE NEARBODY m3 m4 INSIDE OF li rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0424924 * exp(-1.20248 * distance()) + 0.0430124 * exp(-0.260271 * distance())) * pow((width1() + width2()) / 2 , 0.133387) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0424924 * exp(-1.20248 * distance()) + 0.0430124 * exp(-0.260271 * distance())) * pow((width1() + width2()) / 2 , 0.133387) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m3 INSIDE OF li rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0424924 * exp(-1.20248 * distance()) + 0.0430124 * exp(-0.260271 * distance())) * pow((width1() + width2()) / 2 , 0.133387) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0424924 * exp(-1.20248 * distance()) + 0.0430124 * exp(-0.260271 * distance())) * pow((width1() + width2()) / 2 , 0.133387) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,li,m3,m5,rdl |
| // |
| CAPACITANCE NEARBODY m3 m5 INSIDE OF li rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0210734 * exp(-0.251514 * distance()) + 0.0210727 * exp(-0.251405 * distance())) * pow((width1() + width2()) / 2 , 0.201815) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0210734 * exp(-0.251514 * distance()) + 0.0210727 * exp(-0.251405 * distance())) * pow((width1() + width2()) / 2 , 0.201815) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m3 INSIDE OF li rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0210734 * exp(-0.251514 * distance()) + 0.0210727 * exp(-0.251405 * distance())) * pow((width1() + width2()) / 2 , 0.201815) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0210734 * exp(-0.251514 * distance()) + 0.0210727 * exp(-0.251405 * distance())) * pow((width1() + width2()) / 2 , 0.201815) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,li,m4,m5,rdl |
| // |
| CAPACITANCE NEARBODY m4 m5 INSIDE OF li rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0330298 * exp(-0.167924 * distance()) + 0.0562642 * exp(-0.758824 * distance())) * pow((width1() + width2()) / 2 , 0.124535) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0330298 * exp(-0.167924 * distance()) + 0.0562642 * exp(-0.758824 * distance())) * pow((width1() + width2()) / 2 , 0.124535) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m4 INSIDE OF li rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0330298 * exp(-0.167924 * distance()) + 0.0562642 * exp(-0.758824 * distance())) * pow((width1() + width2()) / 2 , 0.124535) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0330298 * exp(-0.167924 * distance()) + 0.0562642 * exp(-0.758824 * distance())) * pow((width1() + width2()) / 2 , 0.124535) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,m1,m2,m3,m4 |
| // |
| CAPACITANCE NEARBODY m2 m3 INSIDE OF m1 m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0288224 * exp(-1.16627 * distance()) + 0.0288213 * exp(-1.16698 * distance())) * pow((width1() + width2()) / 2 , 0.149213) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0288224 * exp(-1.16627 * distance()) + 0.0288213 * exp(-1.16698 * distance())) * pow((width1() + width2()) / 2 , 0.149213) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m2 INSIDE OF m1 m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0288224 * exp(-1.16627 * distance()) + 0.0288213 * exp(-1.16698 * distance())) * pow((width1() + width2()) / 2 , 0.149213) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0288224 * exp(-1.16627 * distance()) + 0.0288213 * exp(-1.16698 * distance())) * pow((width1() + width2()) / 2 , 0.149213) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,m1,m2,m3,m5 |
| // |
| CAPACITANCE NEARBODY m2 m3 INSIDE OF m1 m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0311906 * exp(-0.835892 * distance()) + 0.0312962 * exp(-1.12488 * distance())) * pow((width1() + width2()) / 2 , 0.174117) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0311906 * exp(-0.835892 * distance()) + 0.0312962 * exp(-1.12488 * distance())) * pow((width1() + width2()) / 2 , 0.174117) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m2 INSIDE OF m1 m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0311906 * exp(-0.835892 * distance()) + 0.0312962 * exp(-1.12488 * distance())) * pow((width1() + width2()) / 2 , 0.174117) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0311906 * exp(-0.835892 * distance()) + 0.0312962 * exp(-1.12488 * distance())) * pow((width1() + width2()) / 2 , 0.174117) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,m1,m2,m3,rdl |
| // |
| CAPACITANCE NEARBODY m2 m3 INSIDE OF m1 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0331054 * exp(-0.775206 * distance()) + 0.0331057 * exp(-0.773004 * distance())) * pow((width1() + width2()) / 2 , 0.214238) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0331054 * exp(-0.775206 * distance()) + 0.0331057 * exp(-0.773004 * distance())) * pow((width1() + width2()) / 2 , 0.214238) |
| } |
| ] |
| CAPACITANCE NEARBODY m3 m2 INSIDE OF m1 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m3) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0331054 * exp(-0.775206 * distance()) + 0.0331057 * exp(-0.773004 * distance())) * pow((width1() + width2()) / 2 , 0.214238) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0331054 * exp(-0.775206 * distance()) + 0.0331057 * exp(-0.773004 * distance())) * pow((width1() + width2()) / 2 , 0.214238) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,m1,m2,m4,m5 |
| // |
| CAPACITANCE NEARBODY m2 m4 INSIDE OF m1 m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0108254 * exp(-0.560844 * distance()) + 0.0108261 * exp(-0.56073 * distance())) * pow((width1() + width2()) / 2 , 0.304908) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0108254 * exp(-0.560844 * distance()) + 0.0108261 * exp(-0.56073 * distance())) * pow((width1() + width2()) / 2 , 0.304908) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m2 INSIDE OF m1 m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0108254 * exp(-0.560844 * distance()) + 0.0108261 * exp(-0.56073 * distance())) * pow((width1() + width2()) / 2 , 0.304908) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0108254 * exp(-0.560844 * distance()) + 0.0108261 * exp(-0.56073 * distance())) * pow((width1() + width2()) / 2 , 0.304908) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,m1,m2,m4,rdl |
| // |
| CAPACITANCE NEARBODY m2 m4 INSIDE OF m1 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0138479 * exp(-0.33588 * distance()) + 0.0138483 * exp(-0.335957 * distance())) * pow((width1() + width2()) / 2 , 0.345205) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0138479 * exp(-0.33588 * distance()) + 0.0138483 * exp(-0.335957 * distance())) * pow((width1() + width2()) / 2 , 0.345205) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m2 INSIDE OF m1 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0138479 * exp(-0.33588 * distance()) + 0.0138483 * exp(-0.335957 * distance())) * pow((width1() + width2()) / 2 , 0.345205) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0138479 * exp(-0.33588 * distance()) + 0.0138483 * exp(-0.335957 * distance())) * pow((width1() + width2()) / 2 , 0.345205) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,m1,m2,m5,rdl |
| // |
| CAPACITANCE NEARBODY m2 m5 INSIDE OF m1 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00895794 * exp(-0.20932 * distance()) + 0.00895806 * exp(-0.209601 * distance())) * pow((width1() + width2()) / 2 , 0.386253) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00895794 * exp(-0.20932 * distance()) + 0.00895806 * exp(-0.209601 * distance())) * pow((width1() + width2()) / 2 , 0.386253) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m2 INSIDE OF m1 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = (MAXDISTANCE_m2 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.00895794 * exp(-0.20932 * distance()) + 0.00895806 * exp(-0.209601 * distance())) * pow((width1() + width2()) / 2 , 0.386253) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.00895794 * exp(-0.20932 * distance()) + 0.00895806 * exp(-0.209601 * distance())) * pow((width1() + width2()) / 2 , 0.386253) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,m1,m3,m4,m5 |
| // |
| CAPACITANCE NEARBODY m3 m4 INSIDE OF m1 m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0350789 * exp(-1.19171 * distance()) + 0.0350815 * exp(-0.694269 * distance())) * pow((width1() + width2()) / 2 , 0.088601) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0350789 * exp(-1.19171 * distance()) + 0.0350815 * exp(-0.694269 * distance())) * pow((width1() + width2()) / 2 , 0.088601) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m3 INSIDE OF m1 m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0350789 * exp(-1.19171 * distance()) + 0.0350815 * exp(-0.694269 * distance())) * pow((width1() + width2()) / 2 , 0.088601) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0350789 * exp(-1.19171 * distance()) + 0.0350815 * exp(-0.694269 * distance())) * pow((width1() + width2()) / 2 , 0.088601) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,m1,m3,m4,rdl |
| // |
| CAPACITANCE NEARBODY m3 m4 INSIDE OF m1 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.042051 * exp(-1.21046 * distance()) + 0.0399639 * exp(-0.290524 * distance())) * pow((width1() + width2()) / 2 , 0.135741) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.042051 * exp(-1.21046 * distance()) + 0.0399639 * exp(-0.290524 * distance())) * pow((width1() + width2()) / 2 , 0.135741) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m3 INSIDE OF m1 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.042051 * exp(-1.21046 * distance()) + 0.0399639 * exp(-0.290524 * distance())) * pow((width1() + width2()) / 2 , 0.135741) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.042051 * exp(-1.21046 * distance()) + 0.0399639 * exp(-0.290524 * distance())) * pow((width1() + width2()) / 2 , 0.135741) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,m1,m3,m5,rdl |
| // |
| CAPACITANCE NEARBODY m3 m5 INSIDE OF m1 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0196248 * exp(-0.272576 * distance()) + 0.0196248 * exp(-0.272798 * distance())) * pow((width1() + width2()) / 2 , 0.214235) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0196248 * exp(-0.272576 * distance()) + 0.0196248 * exp(-0.272798 * distance())) * pow((width1() + width2()) / 2 , 0.214235) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m3 INSIDE OF m1 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0196248 * exp(-0.272576 * distance()) + 0.0196248 * exp(-0.272798 * distance())) * pow((width1() + width2()) / 2 , 0.214235) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0196248 * exp(-0.272576 * distance()) + 0.0196248 * exp(-0.272798 * distance())) * pow((width1() + width2()) / 2 , 0.214235) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,m1,m4,m5,rdl |
| // |
| CAPACITANCE NEARBODY m4 m5 INSIDE OF m1 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0558395 * exp(-0.759116 * distance()) + 0.0316641 * exp(-0.184962 * distance())) * pow((width1() + width2()) / 2 , 0.124615) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0558395 * exp(-0.759116 * distance()) + 0.0316641 * exp(-0.184962 * distance())) * pow((width1() + width2()) / 2 , 0.124615) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m4 INSIDE OF m1 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0558395 * exp(-0.759116 * distance()) + 0.0316641 * exp(-0.184962 * distance())) * pow((width1() + width2()) / 2 , 0.124615) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0558395 * exp(-0.759116 * distance()) + 0.0316641 * exp(-0.184962 * distance())) * pow((width1() + width2()) / 2 , 0.124615) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,m2,m3,m4,m5 |
| // |
| CAPACITANCE NEARBODY m3 m4 INSIDE OF m2 m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0332435 * exp(-1.14233 * distance()) + 0.0332412 * exp(-0.8921 * distance())) * pow((width1() + width2()) / 2 , 0.0818541) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0332435 * exp(-1.14233 * distance()) + 0.0332412 * exp(-0.8921 * distance())) * pow((width1() + width2()) / 2 , 0.0818541) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m3 INSIDE OF m2 m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0332435 * exp(-1.14233 * distance()) + 0.0332412 * exp(-0.8921 * distance())) * pow((width1() + width2()) / 2 , 0.0818541) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0332435 * exp(-1.14233 * distance()) + 0.0332412 * exp(-0.8921 * distance())) * pow((width1() + width2()) / 2 , 0.0818541) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,m2,m3,m4,rdl |
| // |
| CAPACITANCE NEARBODY m3 m4 INSIDE OF m2 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0431204 * exp(-1.20705 * distance()) + 0.0337033 * exp(-0.315459 * distance())) * pow((width1() + width2()) / 2 , 0.142961) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0431204 * exp(-1.20705 * distance()) + 0.0337033 * exp(-0.315459 * distance())) * pow((width1() + width2()) / 2 , 0.142961) |
| } |
| ] |
| CAPACITANCE NEARBODY m4 m3 INSIDE OF m2 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m4) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0431204 * exp(-1.20705 * distance()) + 0.0337033 * exp(-0.315459 * distance())) * pow((width1() + width2()) / 2 , 0.142961) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0431204 * exp(-1.20705 * distance()) + 0.0337033 * exp(-0.315459 * distance())) * pow((width1() + width2()) / 2 , 0.142961) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,m2,m3,m5,rdl |
| // |
| CAPACITANCE NEARBODY m3 m5 INSIDE OF m2 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0176279 * exp(-0.298869 * distance()) + 0.017628 * exp(-0.300563 * distance())) * pow((width1() + width2()) / 2 , 0.237838) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0176279 * exp(-0.298869 * distance()) + 0.017628 * exp(-0.300563 * distance())) * pow((width1() + width2()) / 2 , 0.237838) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m3 INSIDE OF m2 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = (MAXDISTANCE_m3 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0176279 * exp(-0.298869 * distance()) + 0.017628 * exp(-0.300563 * distance())) * pow((width1() + width2()) / 2 , 0.237838) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0176279 * exp(-0.298869 * distance()) + 0.017628 * exp(-0.300563 * distance())) * pow((width1() + width2()) / 2 , 0.237838) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,m2,m4,m5,rdl |
| // |
| CAPACITANCE NEARBODY m4 m5 INSIDE OF m2 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0558944 * exp(-0.75636 * distance()) + 0.0294211 * exp(-0.201682 * distance())) * pow((width1() + width2()) / 2 , 0.125867) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0558944 * exp(-0.75636 * distance()) + 0.0294211 * exp(-0.201682 * distance())) * pow((width1() + width2()) / 2 , 0.125867) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m4 INSIDE OF m2 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0558944 * exp(-0.75636 * distance()) + 0.0294211 * exp(-0.201682 * distance())) * pow((width1() + width2()) / 2 , 0.125867) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0558944 * exp(-0.75636 * distance()) + 0.0294211 * exp(-0.201682 * distance())) * pow((width1() + width2()) / 2 , 0.125867) |
| } |
| ] |
| // |
| // model: 414 target: nearbody2 profile: field layers: field_base,m3,m4,m5,rdl |
| // |
| CAPACITANCE NEARBODY m4 m5 INSIDE OF m3 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0158546 * exp(-0.211801 * distance()) + 0.0604774 * exp(-0.734251 * distance())) * pow((width1() + width2()) / 2 , 0.140151) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0158546 * exp(-0.211801 * distance()) + 0.0604774 * exp(-0.734251 * distance())) * pow((width1() + width2()) / 2 , 0.140151) |
| } |
| ] |
| CAPACITANCE NEARBODY m5 m4 INSIDE OF m3 rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = (MAXDISTANCE_m4 + MAXDISTANCE_m5) / 2 |
| C = 0.0 |
| if (distance2() > 0.0) { |
| C = length() * (0.0158546 * exp(-0.211801 * distance()) + 0.0604774 * exp(-0.734251 * distance())) * pow((width1() + width2()) / 2 , 0.140151) * (1 - exp((-m514k1 * distance2()) / (distance() + m514k2))) |
| } |
| if (distance2() <= 0.0) { |
| C = length() * (0.0158546 * exp(-0.211801 * distance()) + 0.0604774 * exp(-0.734251 * distance())) * pow((width1() + width2()) / 2 , 0.140151) |
| } |
| ] |
| // |
| // model: 514 target: nearbody514 profile: field layers: field_base,ply,li,m1,m2,m3,m4,m5,rdl |
| // |
| VARIABLE m514k1 0.804801 |
| VARIABLE m514k2 0.852298 |
| // |
| // model: 43 target: nearbody43 profile: field layers: field_base,ply,li,m1,m2,m3,m4,m5,rdl |
| // |
| VARIABLE m43nbk1 0.142153 |
| VARIABLE m43nbk2 0.0151391 |
| VARIABLE m43nbk3 0.00628179 |
| VARIABLE m43nbk4 0.732389 |
| VARIABLE m43nbk5 0.973561 |
| VARIABLE m43nbk6 0 |
| // |
| // model: 43 target: intrinsic43 profile: field layers: field_base,ply,li,m1,m2,m3,m4,m5,rdl |
| // |
| VARIABLE m43ink1 0.989551 |
| VARIABLE m43ink2 0.165738 |
| VARIABLE m43ink3 0.430392 |
| VARIABLE m43ink4 0.477038 |
| VARIABLE m43ink5 0.0619678 |
| VARIABLE m43ink6 0.104811 |
| #endif // XCALIBRATE_EXCLUDE_PROFILE_field |
| /* |
| #ifndef XCALIBRATE_EXCLUDE_PROFILE_active |
| // |
| // model: 2 target: intrinsicp profile: active layers: active_base,li,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER PLATE li NFOM_cond MASK |
| [ |
| PROPERTY C |
| C = 0.0553503 * area() |
| ] |
| CAPACITANCE CROSSOVER PLATE li PFOM_cond MASK |
| [ |
| PROPERTY C |
| C = 0.0553503 * area() |
| ] |
| // |
| // model: 2 target: intrinsicp profile: active layers: active_base,m1,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER PLATE m1 NFOM_cond MASK |
| [ |
| PROPERTY C |
| C = 0.0336202 * area() |
| ] |
| CAPACITANCE CROSSOVER PLATE m1 PFOM_cond MASK |
| [ |
| PROPERTY C |
| C = 0.0336202 * area() |
| ] |
| // |
| // model: 2 target: intrinsicp profile: active layers: active_base,m2,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER PLATE m2 NFOM_cond MASK |
| [ |
| PROPERTY C |
| C = 0.020259 * area() |
| ] |
| CAPACITANCE CROSSOVER PLATE m2 PFOM_cond MASK |
| [ |
| PROPERTY C |
| C = 0.020259 * area() |
| ] |
| // |
| // model: 2 target: intrinsicp profile: active layers: active_base,m3,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER PLATE m3 NFOM_cond MASK |
| [ |
| PROPERTY C |
| C = 0.0140569 * area() |
| ] |
| CAPACITANCE CROSSOVER PLATE m3 PFOM_cond MASK |
| [ |
| PROPERTY C |
| C = 0.0140569 * area() |
| ] |
| // |
| // model: 2 target: intrinsicp profile: active layers: active_base,m4,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER PLATE m4 NFOM_cond MASK |
| [ |
| PROPERTY C |
| C = 0.00916452 * area() |
| ] |
| CAPACITANCE CROSSOVER PLATE m4 PFOM_cond MASK |
| [ |
| PROPERTY C |
| C = 0.00916452 * area() |
| ] |
| // |
| // model: 2 target: intrinsicp profile: active layers: active_base,m5,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER PLATE m5 NFOM_cond MASK |
| [ |
| PROPERTY C |
| C = 0.00673511 * area() |
| ] |
| CAPACITANCE CROSSOVER PLATE m5 PFOM_cond MASK |
| [ |
| PROPERTY C |
| C = 0.00673511 * area() |
| ] |
| // |
| // model: 2 target: intrinsicp profile: active layers: active_base,rdl,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER PLATE rdl NFOM_cond MASK |
| [ |
| PROPERTY C |
| C = 0.00253235 * area() |
| ] |
| CAPACITANCE CROSSOVER PLATE rdl PFOM_cond MASK |
| [ |
| PROPERTY C |
| C = 0.00253235 * area() |
| ] |
| // |
| // model: 34 target: intrinsic profile: active layers: active_base,li,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE li NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.186778 * (1 - exp(-0.844417 * (distance() + 0.178776))) * pow(width() , 0.0104324 * distance() + 0.0287272) * (0.112607 * thickness() + 0.223737) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0399853 * (1 - exp(-0.9219 * (distance() + 0.0823353))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.162203 * pow(width() , 0.119763) * (0.158232 * thickness() + 0.275435) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.625))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.625))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE li PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.186778 * (1 - exp(-0.844417 * (distance() + 0.178776))) * pow(width() , 0.0104324 * distance() + 0.0287272) * (0.112607 * thickness() + 0.223737) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0399853 * (1 - exp(-0.9219 * (distance() + 0.0823353))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.162203 * pow(width() , 0.119763) * (0.158232 * thickness() + 0.275435) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.625))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.625))) |
| } |
| ] |
| // |
| // model: 34 target: nearbody profile: active layers: active_base,li,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY li INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-1.4635 - 1.02386 * distance()) + 0.123568 / pow(distance() , 0.93004)) * 3.75363 * pow((width1() + width2()) / 2 , 0.148315) * (0.0642322 * (thickness1() + thickness2()) / 2 + 0.023979) * m34NB_COEF * (1 - m34RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.625))) * (1 - m34RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.625))) |
| ] |
| CAPACITANCE NEARBODY li INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-1.4635 - 1.02386 * distance()) + 0.123568 / pow(distance() , 0.93004)) * 3.75363 * pow((width1() + width2()) / 2 , 0.148315) * (0.0642322 * (thickness1() + thickness2()) / 2 + 0.023979) * m34NB_COEF * (1 - m34RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.625))) * (1 - m34RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.625))) |
| ] |
| // |
| // model: 34 target: intrinsic profile: active layers: active_base,m1,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.186015 * (1 - exp(-0.504169 * (distance() + 0.278125))) * pow(width() , 0.00951878 * distance() + 0.00568572) * (0.0708587 * thickness() + 0.205111) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.065))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.065))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0392271 * (1 - exp(-0.559856 * (distance() + 0.113199))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.065))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.065))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.158848 * pow(width() , 0.0947624) * (0.114231 * thickness() + 0.247357) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.065))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.065))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m1 PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.186015 * (1 - exp(-0.504169 * (distance() + 0.278125))) * pow(width() , 0.00951878 * distance() + 0.00568572) * (0.0708587 * thickness() + 0.205111) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.065))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.065))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0392271 * (1 - exp(-0.559856 * (distance() + 0.113199))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.065))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.065))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.158848 * pow(width() , 0.0947624) * (0.114231 * thickness() + 0.247357) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.065))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.065))) |
| } |
| ] |
| // |
| // model: 34 target: nearbody profile: active layers: active_base,m1,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY m1 INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.24543 - 1.33651 * distance()) + 0.074205 / pow(distance() , 0.654831)) * 3.58249 * pow((width1() + width2()) / 2 , 0.121143) * (0.121369 * (thickness1() + thickness2()) / 2 + 0.0239268) * m34NB_COEF * (1 - m34RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.065))) * (1 - m34RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.065))) |
| ] |
| CAPACITANCE NEARBODY m1 INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.24543 - 1.33651 * distance()) + 0.074205 / pow(distance() , 0.654831)) * 3.58249 * pow((width1() + width2()) / 2 , 0.121143) * (0.121369 * (thickness1() + thickness2()) / 2 + 0.0239268) * m34NB_COEF * (1 - m34RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.065))) * (1 - m34RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.065))) |
| ] |
| // |
| // model: 34 target: intrinsic profile: active layers: active_base,m2,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.171288 * (1 - exp(-0.383151 * (distance() + 0.432811))) * pow(width() , 0.00788034 * distance() + 0.0257883) * (0.0526074 * thickness() + 0.209934) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.695))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.695))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0354225 * (1 - exp(-0.417267 * (distance() + 0.185599))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.695))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.695))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.156298 * pow(width() , 0.111997) * (0.088137 * thickness() + 0.238212) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.695))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.695))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m2 PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.171288 * (1 - exp(-0.383151 * (distance() + 0.432811))) * pow(width() , 0.00788034 * distance() + 0.0257883) * (0.0526074 * thickness() + 0.209934) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.695))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.695))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0354225 * (1 - exp(-0.417267 * (distance() + 0.185599))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.695))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.695))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.156298 * pow(width() , 0.111997) * (0.088137 * thickness() + 0.238212) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.695))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.695))) |
| } |
| ] |
| // |
| // model: 34 target: nearbody profile: active layers: active_base,m2,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY m2 INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.63987 - 1.18535 * distance()) + 0.0693401 / pow(distance() , 0.623219)) * 5.37429 * pow((width1() + width2()) / 2 , 0.125673) * (0.0972142 * (thickness1() + thickness2()) / 2 + 0.0250051) * m34NB_COEF * (1 - m34RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.695))) * (1 - m34RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.695))) |
| ] |
| CAPACITANCE NEARBODY m2 INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.63987 - 1.18535 * distance()) + 0.0693401 / pow(distance() , 0.623219)) * 5.37429 * pow((width1() + width2()) / 2 , 0.125673) * (0.0972142 * (thickness1() + thickness2()) / 2 + 0.0250051) * m34NB_COEF * (1 - m34RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.695))) * (1 - m34RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.695))) |
| ] |
| // |
| // model: 34 target: intrinsic profile: active layers: active_base,m3,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.159622 * (1 - exp(-0.251708 * (distance() + 0.605776))) * pow(width() , 0.00418314 * distance() + 0.034177) * (0.0244514 * thickness() + 0.227185) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.475))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.475))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0387106 * (1 - exp(-0.252919 * (distance() + 0.292438))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.475))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.475))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.130257 * pow(width() , 0.115361) * (0.0493542 * thickness() + 0.277085) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.475))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.475))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m3 PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.159622 * (1 - exp(-0.251708 * (distance() + 0.605776))) * pow(width() , 0.00418314 * distance() + 0.034177) * (0.0244514 * thickness() + 0.227185) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.475))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.475))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0387106 * (1 - exp(-0.252919 * (distance() + 0.292438))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.475))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.475))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.130257 * pow(width() , 0.115361) * (0.0493542 * thickness() + 0.277085) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.475))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.475))) |
| } |
| ] |
| // |
| // model: 34 target: nearbody profile: active layers: active_base,m3,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY m3 INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.86507 - 0.557656 * distance()) + 0.0997201 / pow(distance() , 0.693292)) * 4.4144 * pow((width1() + width2()) / 2 , 0.107497) * (0.0522351 * (thickness1() + thickness2()) / 2 + 0.029049) * m34NB_COEF * (1 - m34RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 2.475))) * (1 - m34RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 2.475))) |
| ] |
| CAPACITANCE NEARBODY m3 INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.86507 - 0.557656 * distance()) + 0.0997201 / pow(distance() , 0.693292)) * 4.4144 * pow((width1() + width2()) / 2 , 0.107497) * (0.0522351 * (thickness1() + thickness2()) / 2 + 0.029049) * m34NB_COEF * (1 - m34RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 2.475))) * (1 - m34RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 2.475))) |
| ] |
| // |
| // model: 34 target: intrinsic profile: active layers: active_base,m4,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.153196 * (1 - exp(-0.180555 * (distance() + 0.874947))) * pow(width() , 0.00531782 * distance() + 0.0156428) * (0.0173644 * thickness() + 0.218365) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.71))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.71))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0349408 * (1 - exp(-0.185474 * (distance() + 0.375771))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.71))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.71))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.125469 * pow(width() , 0.105641) * (0.0421489 * thickness() + 0.257626) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 3.71))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 3.71))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m4 PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.153196 * (1 - exp(-0.180555 * (distance() + 0.874947))) * pow(width() , 0.00531782 * distance() + 0.0156428) * (0.0173644 * thickness() + 0.218365) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.71))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.71))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0349408 * (1 - exp(-0.185474 * (distance() + 0.375771))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.71))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.71))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.125469 * pow(width() , 0.105641) * (0.0421489 * thickness() + 0.257626) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 3.71))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 3.71))) |
| } |
| ] |
| // |
| // model: 34 target: nearbody profile: active layers: active_base,m4,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY m4 INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = length() * (exp(-1.85401 - 0.510621 * distance()) + 0.11699 / pow(distance() , 0.651606)) * 4.50073 * pow((width1() + width2()) / 2 , 0.108336) * (0.0502019 * (thickness1() + thickness2()) / 2 + 0.0265126) * m34NB_COEF * (1 - m34RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 3.71))) * (1 - m34RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 3.71))) |
| ] |
| CAPACITANCE NEARBODY m4 INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = length() * (exp(-1.85401 - 0.510621 * distance()) + 0.11699 / pow(distance() , 0.651606)) * 4.50073 * pow((width1() + width2()) / 2 , 0.108336) * (0.0502019 * (thickness1() + thickness2()) / 2 + 0.0265126) * m34NB_COEF * (1 - m34RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 3.71))) * (1 - m34RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 3.71))) |
| ] |
| // |
| // model: 34 target: intrinsic profile: active layers: active_base,m5,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m5 NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.140152 * (1 - exp(-0.138303 * (distance() + 0.955373))) * pow(width() , 0.00139053 * distance() + 0.0436377) * (0.00548445 * thickness() + 0.243633) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.06))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.06))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0363696 * (1 - exp(-0.135633 * (distance() + 0.449784))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.06))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.06))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.113561 * pow(width() , 0.103803) * (0.0171062 * thickness() + 0.28911) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 5.06))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 5.06))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m5 PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.140152 * (1 - exp(-0.138303 * (distance() + 0.955373))) * pow(width() , 0.00139053 * distance() + 0.0436377) * (0.00548445 * thickness() + 0.243633) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.06))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.06))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0363696 * (1 - exp(-0.135633 * (distance() + 0.449784))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.06))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.06))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.113561 * pow(width() , 0.103803) * (0.0171062 * thickness() + 0.28911) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 5.06))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 5.06))) |
| } |
| ] |
| // |
| // model: 34 target: nearbody profile: active layers: active_base,m5,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY m5 INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = length() * (exp(0.81222 - 1.27658 * distance()) + 2.63026 / pow(distance() , 0.900717)) * 4.46401 * pow((width1() + width2()) / 2 , 0.074867) * (0.00315414 * (thickness1() + thickness2()) / 2 + 0.00403578) * m34NB_COEF * (1 - m34RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 5.06))) * (1 - m34RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 5.06))) |
| ] |
| CAPACITANCE NEARBODY m5 INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = length() * (exp(0.81222 - 1.27658 * distance()) + 2.63026 / pow(distance() , 0.900717)) * 4.46401 * pow((width1() + width2()) / 2 , 0.074867) * (0.00315414 * (thickness1() + thickness2()) / 2 + 0.00403578) * m34NB_COEF * (1 - m34RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 5.06))) * (1 - m34RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 5.06))) |
| ] |
| // |
| // model: 34 target: intrinsic profile: active layers: active_base,rdl,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE rdl NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 40 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_rdl |
| max_radius = MAXRADIUS_rdl |
| max_distance = MAXDISTANCE_rdl |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0652981 * (1 - exp(-0.066581 * (distance() + 2.22467))) * pow(width() , 0.00090743 * distance() + 0.0178556) * (0.00588495 * thickness() + 0.391383) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 11.95))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 11.95))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0322849 * (1 - exp(-0.0519861 * (distance() + 1.64336))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 11.95))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 11.95))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.0625643 * pow(width() , 0.13374) * (0.0118598 * thickness() + 0.351256) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 11.95))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 11.95))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE rdl PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 40 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_rdl |
| max_radius = MAXRADIUS_rdl |
| max_distance = MAXDISTANCE_rdl |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0652981 * (1 - exp(-0.066581 * (distance() + 2.22467))) * pow(width() , 0.00090743 * distance() + 0.0178556) * (0.00588495 * thickness() + 0.391383) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 11.95))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 11.95))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0322849 * (1 - exp(-0.0519861 * (distance() + 1.64336))) * m34IN_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 11.95))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 11.95))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.0625643 * pow(width() , 0.13374) * (0.0118598 * thickness() + 0.351256) * m34IN0_COEF * (1 - m34RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 40 + m43ink3 * 11.95))) * (1 - m34RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 40 + m43ink6 * 11.95))) |
| } |
| ] |
| // |
| // model: 34 target: nearbody profile: active layers: active_base,rdl,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY rdl INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 40 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_rdl |
| max_radius = MAXRADIUS_rdl |
| max_distance = MAXDISTANCE_rdl |
| C = length() * (exp(-2.96282 - 0.0666622 * distance()) + 0.448735 / pow(distance() , 0.858523)) * 1.00114 * pow((width1() + width2()) / 2 , 0.223271) * (0.0162991 * (thickness1() + thickness2()) / 2 + 0.111373) * m34NB_COEF * (1 - m34RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 11.95))) * (1 - m34RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 11.95))) |
| ] |
| CAPACITANCE NEARBODY rdl INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 40 // For reference |
| max_caldistance = 40 // For reference |
| max_width = MAXWIDTH_rdl |
| max_radius = MAXRADIUS_rdl |
| max_distance = MAXDISTANCE_rdl |
| C = length() * (exp(-2.96282 - 0.0666622 * distance()) + 0.448735 / pow(distance() , 0.858523)) * 1.00114 * pow((width1() + width2()) / 2 , 0.223271) * (0.0162991 * (thickness1() + thickness2()) / 2 + 0.111373) * m34NB_COEF * (1 - m34RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 11.95))) * (1 - m34RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 11.95))) |
| ] |
| // |
| // model: 36 target: nearbody profile: active layers: active_base,li,m1,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY li INSIDE OF NFOM_cond m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-1.03936 - 2.91943 * distance()) + 0.00283409 / pow(distance() , 2.10456)) * 3.56643 * pow((width1() + width2()) / 2 , 0.0178793) * (0.169696 * (thickness1() + thickness2()) / 2 + 0.0436115) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.625))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.625))) |
| ] |
| CAPACITANCE NEARBODY li INSIDE OF PFOM_cond m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-1.03936 - 2.91943 * distance()) + 0.00283409 / pow(distance() , 2.10456)) * 3.56643 * pow((width1() + width2()) / 2 , 0.0178793) * (0.169696 * (thickness1() + thickness2()) / 2 + 0.0436115) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.625))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.625))) |
| ] |
| // |
| // model: 36 target: crossovere profile: active layers: active_base,li,m1,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE li m1 INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.190805 * (1 - exp(-2.29707 * (distance() + -0.0194546))) * pow(width() , 0.0019148 * distance() + 0.00825554) * (0.561361 * thickness() + 0.112805) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0319573 * (1 - exp(-2.35702 * (distance() + -0.0277635))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.139769 * pow(width() , 0.0142016) * (1.53174 * thickness() + 0.0725441) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.000954 * distance() + 0.0985276) * (0.643829 - exp(-(-0.0434679 * distance() + 1.17052) * (enclose() + 2.50724 * distance() + 0.450926) - (-0.198263 * distance() + -0.0145294) * (enclose() + 0.012641 * distance() + -3.3761) * (enclose() + 0.012641 * distance() + -3.3761))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.190805 * (1 - exp(-2.29707 * (distance() + -0.0194546))) * pow(width() , 0.0019148 * distance() + 0.00825554) * (0.561361 * thickness() + 0.112805) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0464018 * (0.643829 - exp(-0.909713 * (enclose() + 15.4944) - -1.20411 * (enclose() + -3.30025) * (enclose() + -3.30025))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE li m1 INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.190805 * (1 - exp(-2.29707 * (distance() + -0.0194546))) * pow(width() , 0.0019148 * distance() + 0.00825554) * (0.561361 * thickness() + 0.112805) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0319573 * (1 - exp(-2.35702 * (distance() + -0.0277635))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.139769 * pow(width() , 0.0142016) * (1.53174 * thickness() + 0.0725441) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.000954 * distance() + 0.0985276) * (0.643829 - exp(-(-0.0434679 * distance() + 1.17052) * (enclose() + 2.50724 * distance() + 0.450926) - (-0.198263 * distance() + -0.0145294) * (enclose() + 0.012641 * distance() + -3.3761) * (enclose() + 0.012641 * distance() + -3.3761))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.190805 * (1 - exp(-2.29707 * (distance() + -0.0194546))) * pow(width() , 0.0019148 * distance() + 0.00825554) * (0.561361 * thickness() + 0.112805) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0464018 * (0.643829 - exp(-0.909713 * (enclose() + 15.4944) - -1.20411 * (enclose() + -3.30025) * (enclose() + -3.30025))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: active layers: active_base,li,m1,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE li NFOM_cond INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0741257 * (1 - exp(-2.25095 * (distance() + -0.0294832))) * pow(width() , 0.00233346 * distance() + 0.00209923) * (0.174642 * thickness() + 0.216634) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.01714 * (1 - exp(-2.32484 * (distance() + -0.0401863))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.121455 * pow(width() , 0.00337868) * (0.139383 * thickness() + 0.127193) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.625))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE li PFOM_cond INSIDE OF m1 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0741257 * (1 - exp(-2.25095 * (distance() + -0.0294832))) * pow(width() , 0.00233346 * distance() + 0.00209923) * (0.174642 * thickness() + 0.216634) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.01714 * (1 - exp(-2.32484 * (distance() + -0.0401863))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.121455 * pow(width() , 0.00337868) * (0.139383 * thickness() + 0.127193) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.625))) |
| } |
| ] |
| // |
| // model: 36 target: nearbody profile: active layers: active_base,li,m2,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY li INSIDE OF NFOM_cond m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-0.814586 - 1.95551 * distance()) + 0.0102934 / pow(distance() , 1.75988)) * 2.80776 * pow((width1() + width2()) / 2 , 0.0379188) * (0.133792 * (thickness1() + thickness2()) / 2 + 0.040071) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.625))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.625))) |
| ] |
| CAPACITANCE NEARBODY li INSIDE OF PFOM_cond m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-0.814586 - 1.95551 * distance()) + 0.0102934 / pow(distance() , 1.75988)) * 2.80776 * pow((width1() + width2()) / 2 , 0.0379188) * (0.133792 * (thickness1() + thickness2()) / 2 + 0.040071) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.625))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.625))) |
| ] |
| // |
| // model: 36 target: crossovere profile: active layers: active_base,li,m2,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE li m2 INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0937431 * (1 - exp(-1.40082 * (distance() + 0.0209363))) * pow(width() , 0.00234436 * distance() + 0.0540822) * (0.329537 * thickness() + 0.174122) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0181163 * (1 - exp(-1.46567 * (distance() + -0.00794718))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.121168 * pow(width() , 0.0815171) * (0.363678 * thickness() + 0.124737) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.0020413 * distance() + 0.157133) * (0.2313 - exp(-(-0.294721 * distance() + 0.12084) * (enclose() + 5.75703 * distance() + 6.08925) - (0.00073514 * distance() + 0.0696693) * (enclose() + 4.62162 * distance() + 2.78957) * (enclose() + 4.62162 * distance() + 2.78957))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0937431 * (1 - exp(-1.40082 * (distance() + 0.0209363))) * pow(width() , 0.00234436 * distance() + 0.0540822) * (0.329537 * thickness() + 0.174122) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0724426 * (0.2313 - exp(1.64749 * (enclose() + 40.6314) - 0.0740801 * (enclose() + 30.5193) * (enclose() + 30.5193))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE li m2 INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0937431 * (1 - exp(-1.40082 * (distance() + 0.0209363))) * pow(width() , 0.00234436 * distance() + 0.0540822) * (0.329537 * thickness() + 0.174122) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0181163 * (1 - exp(-1.46567 * (distance() + -0.00794718))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.121168 * pow(width() , 0.0815171) * (0.363678 * thickness() + 0.124737) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.0020413 * distance() + 0.157133) * (0.2313 - exp(-(-0.294721 * distance() + 0.12084) * (enclose() + 5.75703 * distance() + 6.08925) - (0.00073514 * distance() + 0.0696693) * (enclose() + 4.62162 * distance() + 2.78957) * (enclose() + 4.62162 * distance() + 2.78957))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0937431 * (1 - exp(-1.40082 * (distance() + 0.0209363))) * pow(width() , 0.00234436 * distance() + 0.0540822) * (0.329537 * thickness() + 0.174122) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0724426 * (0.2313 - exp(1.64749 * (enclose() + 40.6314) - 0.0740801 * (enclose() + 30.5193) * (enclose() + 30.5193))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: active layers: active_base,li,m2,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE li NFOM_cond INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.111852 * (1 - exp(-1.37616 * (distance() + 0.00394596))) * pow(width() , 0.00512901 * distance() + -0.00243607) * (0.133565 * thickness() + 0.210676) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0244759 * (1 - exp(-1.47862 * (distance() + -0.0287602))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.144289 * pow(width() , 0.0108971) * (0.12385 * thickness() + 0.158741) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.625))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE li PFOM_cond INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.111852 * (1 - exp(-1.37616 * (distance() + 0.00394596))) * pow(width() , 0.00512901 * distance() + -0.00243607) * (0.133565 * thickness() + 0.210676) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0244759 * (1 - exp(-1.47862 * (distance() + -0.0287602))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.144289 * pow(width() , 0.0108971) * (0.12385 * thickness() + 0.158741) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.625))) |
| } |
| ] |
| // |
| // model: 36 target: nearbody profile: active layers: active_base,li,m3,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY li INSIDE OF NFOM_cond m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-1.06675 - 1.54059 * distance()) + 0.0189096 / pow(distance() , 1.48933)) * 3.42433 * pow((width1() + width2()) / 2 , 0.0638432) * (0.113753 * (thickness1() + thickness2()) / 2 + 0.0367559) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.625))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.625))) |
| ] |
| CAPACITANCE NEARBODY li INSIDE OF PFOM_cond m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-1.06675 - 1.54059 * distance()) + 0.0189096 / pow(distance() , 1.48933)) * 3.42433 * pow((width1() + width2()) / 2 , 0.0638432) * (0.113753 * (thickness1() + thickness2()) / 2 + 0.0367559) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.625))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.625))) |
| ] |
| // |
| // model: 36 target: crossovere profile: active layers: active_base,li,m3,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE li m3 INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0629167 * (1 - exp(-1.07679 * (distance() + 0.0701193))) * pow(width() , 0.00574841 * distance() + 0.0435267) * (0.258708 * thickness() + 0.182737) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0121429 * (1 - exp(-1.16663 * (distance() + 0.0123516))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.106412 * pow(width() , 0.0815955) * (0.168459 * thickness() + 0.107032) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00027193 * distance() + 0.0385322) * (0.604966 - exp(-(-0.0732729 * distance() + 0.214542) * (enclose() + 2.07664 * distance() + 1.62099) - (-0.0018337 * distance() + 0.168998) * (enclose() + 0.839323 * distance() + 0.168593) * (enclose() + 0.839323 * distance() + 0.168593))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0629167 * (1 - exp(-1.07679 * (distance() + 0.0701193))) * pow(width() , 0.00574841 * distance() + 0.0435267) * (0.258708 * thickness() + 0.182737) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0184503 * (0.604966 - exp(0.225095 * (enclose() + 14.0808) - 0.157996 * (enclose() + 5.20453) * (enclose() + 5.20453))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE li m3 INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0629167 * (1 - exp(-1.07679 * (distance() + 0.0701193))) * pow(width() , 0.00574841 * distance() + 0.0435267) * (0.258708 * thickness() + 0.182737) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0121429 * (1 - exp(-1.16663 * (distance() + 0.0123516))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.106412 * pow(width() , 0.0815955) * (0.168459 * thickness() + 0.107032) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00027193 * distance() + 0.0385322) * (0.604966 - exp(-(-0.0732729 * distance() + 0.214542) * (enclose() + 2.07664 * distance() + 1.62099) - (-0.0018337 * distance() + 0.168998) * (enclose() + 0.839323 * distance() + 0.168593) * (enclose() + 0.839323 * distance() + 0.168593))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0629167 * (1 - exp(-1.07679 * (distance() + 0.0701193))) * pow(width() , 0.00574841 * distance() + 0.0435267) * (0.258708 * thickness() + 0.182737) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0184503 * (0.604966 - exp(0.225095 * (enclose() + 14.0808) - 0.157996 * (enclose() + 5.20453) * (enclose() + 5.20453))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: active layers: active_base,li,m3,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE li NFOM_cond INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.135867 * (1 - exp(-1.06421 * (distance() + 0.0519645))) * pow(width() , 0.00872345 * distance() + -0.00846559) * (0.120886 * thickness() + 0.20914) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0289156 * (1 - exp(-1.18686 * (distance() + -0.00822099))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.155073 * pow(width() , 0.0238895) * (0.123277 * thickness() + 0.179075) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.625))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE li PFOM_cond INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.135867 * (1 - exp(-1.06421 * (distance() + 0.0519645))) * pow(width() , 0.00872345 * distance() + -0.00846559) * (0.120886 * thickness() + 0.20914) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0289156 * (1 - exp(-1.18686 * (distance() + -0.00822099))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.155073 * pow(width() , 0.0238895) * (0.123277 * thickness() + 0.179075) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.625))) |
| } |
| ] |
| // |
| // model: 36 target: nearbody profile: active layers: active_base,li,m4,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY li INSIDE OF NFOM_cond m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-1.18419 - 1.26131 * distance()) + 0.0368668 / pow(distance() , 1.26643)) * 3.49163 * pow((width1() + width2()) / 2 , 0.0931092) * (0.098632 * (thickness1() + thickness2()) / 2 + 0.0338681) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.625))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.625))) |
| ] |
| CAPACITANCE NEARBODY li INSIDE OF PFOM_cond m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-1.18419 - 1.26131 * distance()) + 0.0368668 / pow(distance() , 1.26643)) * 3.49163 * pow((width1() + width2()) / 2 , 0.0931092) * (0.098632 * (thickness1() + thickness2()) / 2 + 0.0338681) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.625))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.625))) |
| ] |
| // |
| // model: 36 target: crossovere profile: active layers: active_base,li,m4,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE li m4 INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0401139 * (1 - exp(-0.901099 * (distance() + 0.126288))) * pow(width() , 0.00936269 * distance() + 0.0358453) * (0.224843 * thickness() + 0.19074) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00781265 * (1 - exp(-1.00389 * (distance() + 0.0409946))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0879597 * pow(width() , 0.0933939) * (0.120746 * thickness() + 0.0863282) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.0006047 * distance() + 0.0237042) * (0.695881 - exp(-(0.138324 * distance() + 0.185938) * (enclose() + 0.351788 * distance() + 1.47915) - (-5.97233e-06 * distance() + -0.00015563) * (enclose() + -17.7684 * distance() + -12.512) * (enclose() + -17.7684 * distance() + -12.512))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0401139 * (1 - exp(-0.901099 * (distance() + 0.126288))) * pow(width() , 0.00936269 * distance() + 0.0358453) * (0.224843 * thickness() + 0.19074) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.010038 * (0.695881 - exp(-1.01588 * (enclose() + 3.58988) - -0.000191464 * (enclose() + -119.122) * (enclose() + -119.122))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE li m4 INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0401139 * (1 - exp(-0.901099 * (distance() + 0.126288))) * pow(width() , 0.00936269 * distance() + 0.0358453) * (0.224843 * thickness() + 0.19074) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00781265 * (1 - exp(-1.00389 * (distance() + 0.0409946))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0879597 * pow(width() , 0.0933939) * (0.120746 * thickness() + 0.0863282) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.0006047 * distance() + 0.0237042) * (0.695881 - exp(-(0.138324 * distance() + 0.185938) * (enclose() + 0.351788 * distance() + 1.47915) - (-5.97233e-06 * distance() + -0.00015563) * (enclose() + -17.7684 * distance() + -12.512) * (enclose() + -17.7684 * distance() + -12.512))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0401139 * (1 - exp(-0.901099 * (distance() + 0.126288))) * pow(width() , 0.00936269 * distance() + 0.0358453) * (0.224843 * thickness() + 0.19074) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.010038 * (0.695881 - exp(-1.01588 * (enclose() + 3.58988) - -0.000191464 * (enclose() + -119.122) * (enclose() + -119.122))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: active layers: active_base,li,m4,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE li NFOM_cond INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.15168 * (1 - exp(-0.896653 * (distance() + 0.103931))) * pow(width() , 0.0121905 * distance() + -0.0132663) * (0.116711 * thickness() + 0.215524) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0326089 * (1 - exp(-1.02577 * (distance() + 0.0185379))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.162337 * pow(width() , 0.0427418) * (0.128674 * thickness() + 0.199293) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.625))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE li PFOM_cond INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.15168 * (1 - exp(-0.896653 * (distance() + 0.103931))) * pow(width() , 0.0121905 * distance() + -0.0132663) * (0.116711 * thickness() + 0.215524) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0326089 * (1 - exp(-1.02577 * (distance() + 0.0185379))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.162337 * pow(width() , 0.0427418) * (0.128674 * thickness() + 0.199293) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.625))) |
| } |
| ] |
| // |
| // model: 36 target: nearbody profile: active layers: active_base,li,m5,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY li INSIDE OF NFOM_cond m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-1.2291 - 1.14227 * distance()) + 0.0540634 / pow(distance() , 1.15811)) * 3.50528 * pow((width1() + width2()) / 2 , 0.110512) * (0.085334 * (thickness1() + thickness2()) / 2 + 0.031357) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.625))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.625))) |
| ] |
| CAPACITANCE NEARBODY li INSIDE OF PFOM_cond m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-1.2291 - 1.14227 * distance()) + 0.0540634 / pow(distance() , 1.15811)) * 3.50528 * pow((width1() + width2()) / 2 , 0.110512) * (0.085334 * (thickness1() + thickness2()) / 2 + 0.031357) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.625))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.625))) |
| ] |
| // |
| // model: 36 target: crossovere profile: active layers: active_base,li,m5,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE li m5 INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.029361 * (1 - exp(-0.843661 * (distance() + 0.155804))) * pow(width() , 0.0110701 * distance() + 0.0324668) * (0.210294 * thickness() + 0.193064) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00570304 * (1 - exp(-0.948489 * (distance() + 0.0581488))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0759191 * pow(width() , 0.103084) * (0.0925682 * thickness() + 0.0755141) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00024218 * distance() + 0.0161108) * (0.737756 - exp(-(0.173284 * distance() + 0.0867328) * (enclose() + 0.2292 * distance() + 1.14904) - (-0.00639956 * distance() + 0.00563223) * (enclose() + 0.601116 * distance() + 4.21782) * (enclose() + 0.601116 * distance() + 4.21782))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.029361 * (1 - exp(-0.843661 * (distance() + 0.155804))) * pow(width() , 0.0110701 * distance() + 0.0324668) * (0.210294 * thickness() + 0.193064) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00732886 * (0.737756 - exp(-1.12644 * (enclose() + 2.52424) - -0.0327651 * (enclose() + 7.82452) * (enclose() + 7.82452))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE li m5 INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.029361 * (1 - exp(-0.843661 * (distance() + 0.155804))) * pow(width() , 0.0110701 * distance() + 0.0324668) * (0.210294 * thickness() + 0.193064) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00570304 * (1 - exp(-0.948489 * (distance() + 0.0581488))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0759191 * pow(width() , 0.103084) * (0.0925682 * thickness() + 0.0755141) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00024218 * distance() + 0.0161108) * (0.737756 - exp(-(0.173284 * distance() + 0.0867328) * (enclose() + 0.2292 * distance() + 1.14904) - (-0.00639956 * distance() + 0.00563223) * (enclose() + 0.601116 * distance() + 4.21782) * (enclose() + 0.601116 * distance() + 4.21782))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.029361 * (1 - exp(-0.843661 * (distance() + 0.155804))) * pow(width() , 0.0110701 * distance() + 0.0324668) * (0.210294 * thickness() + 0.193064) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00732886 * (0.737756 - exp(-1.12644 * (enclose() + 2.52424) - -0.0327651 * (enclose() + 7.82452) * (enclose() + 7.82452))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: active layers: active_base,li,m5,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE li NFOM_cond INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.161659 * (1 - exp(-0.842938 * (distance() + 0.131418))) * pow(width() , 0.0136291 * distance() + -0.0136997) * (0.108445 * thickness() + 0.216428) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0344549 * (1 - exp(-0.970808 * (distance() + 0.0348075))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.165046 * pow(width() , 0.0564761) * (0.131005 * thickness() + 0.212395) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.625))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE li PFOM_cond INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.161659 * (1 - exp(-0.842938 * (distance() + 0.131418))) * pow(width() , 0.0136291 * distance() + -0.0136997) * (0.108445 * thickness() + 0.216428) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0344549 * (1 - exp(-0.970808 * (distance() + 0.0348075))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.165046 * pow(width() , 0.0564761) * (0.131005 * thickness() + 0.212395) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.625))) |
| } |
| ] |
| // |
| // model: 36 target: nearbody profile: active layers: active_base,li,rdl,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY li INSIDE OF NFOM_cond rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-1.39495 - 1.02224 * distance()) + 0.104598 / pow(distance() , 0.974792)) * 3.66709 * pow((width1() + width2()) / 2 , 0.140556) * (0.0690504 * (thickness1() + thickness2()) / 2 + 0.0255829) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.625))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.625))) |
| ] |
| CAPACITANCE NEARBODY li INSIDE OF PFOM_cond rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = length() * (exp(-1.39495 - 1.02224 * distance()) + 0.104598 / pow(distance() , 0.974792)) * 3.66709 * pow((width1() + width2()) / 2 , 0.140556) * (0.0690504 * (thickness1() + thickness2()) / 2 + 0.0255829) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 0.625))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 0.625))) |
| ] |
| // |
| // model: 36 target: crossovere profile: active layers: active_base,li,rdl,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE li rdl INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0102407 * (1 - exp(-0.786355 * (distance() + 0.184517))) * pow(width() , 0.0145908 * distance() + 0.00188883) * (0.188731 * thickness() + 0.190727) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00196364 * (1 - exp(-0.903931 * (distance() + 0.070014))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0371272 * pow(width() , 0.100566) * (0.0641711 * thickness() + 0.0545728) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00019838 * distance() + 0.00593211) * (0.722533 - exp(-(0.0185408 * distance() + 0.119843) * (enclose() + 0.0865412 * distance() + 2.19569) - (0.00272977 * distance() + -0.00960371) * (enclose() + -0.512561 * distance() + 1.88371) * (enclose() + -0.512561 * distance() + 1.88371))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0102407 * (1 - exp(-0.786355 * (distance() + 0.184517))) * pow(width() , 0.0145908 * distance() + 0.00188883) * (0.188731 * thickness() + 0.190727) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00237091 * (0.722533 - exp(-0.231088 * (enclose() + 2.71494) - 0.00677491 * (enclose() + -1.19166) * (enclose() + -1.19166))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE li rdl INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_calenclose = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_distance = MAXDISTANCE_li |
| max_enclose = MAXENCLOSE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0102407 * (1 - exp(-0.786355 * (distance() + 0.184517))) * pow(width() , 0.0145908 * distance() + 0.00188883) * (0.188731 * thickness() + 0.190727) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00196364 * (1 - exp(-0.903931 * (distance() + 0.070014))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0371272 * pow(width() , 0.100566) * (0.0641711 * thickness() + 0.0545728) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00019838 * distance() + 0.00593211) * (0.722533 - exp(-(0.0185408 * distance() + 0.119843) * (enclose() + 0.0865412 * distance() + 2.19569) - (0.00272977 * distance() + -0.00960371) * (enclose() + -0.512561 * distance() + 1.88371) * (enclose() + -0.512561 * distance() + 1.88371))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0102407 * (1 - exp(-0.786355 * (distance() + 0.184517))) * pow(width() , 0.0145908 * distance() + 0.00188883) * (0.188731 * thickness() + 0.190727) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00237091 * (0.722533 - exp(-0.231088 * (enclose() + 2.71494) - 0.00677491 * (enclose() + -1.19166) * (enclose() + -1.19166))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: active layers: active_base,li,rdl,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE li NFOM_cond INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.178864 * (1 - exp(-0.820223 * (distance() + 0.168051))) * pow(width() , 0.0131405 * distance() + 0.00126233) * (0.108545 * thickness() + 0.217794) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0377803 * (1 - exp(-0.924582 * (distance() + 0.0654974))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.17626 * pow(width() , 0.0924353) * (0.133762 * thickness() + 0.231813) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.625))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE li PFOM_cond INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 5 // For reference |
| max_caldistance = 6 // For reference |
| max_width = MAXWIDTH_li |
| max_radius = MAXRADIUS_li |
| max_distance = MAXDISTANCE_li |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.178864 * (1 - exp(-0.820223 * (distance() + 0.168051))) * pow(width() , 0.0131405 * distance() + 0.00126233) * (0.108545 * thickness() + 0.217794) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0377803 * (1 - exp(-0.924582 * (distance() + 0.0654974))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 0.625))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.17626 * pow(width() , 0.0924353) * (0.133762 * thickness() + 0.231813) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 6 + m43ink3 * 0.625))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 6 + m43ink6 * 0.625))) |
| } |
| ] |
| // |
| // model: 36 target: nearbody profile: active layers: active_base,m1,m2,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY m1 INSIDE OF NFOM_cond m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.10294 - 2.49423 * distance()) + 0.0048487 / pow(distance() , 1.02404)) * 2.97871 * pow((width1() + width2()) / 2 , 0.0339372) * (0.225174 * (thickness1() + thickness2()) / 2 + 0.0373075) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.065))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.065))) |
| ] |
| CAPACITANCE NEARBODY m1 INSIDE OF PFOM_cond m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.10294 - 2.49423 * distance()) + 0.0048487 / pow(distance() , 1.02404)) * 2.97871 * pow((width1() + width2()) / 2 , 0.0339372) * (0.225174 * (thickness1() + thickness2()) / 2 + 0.0373075) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.065))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.065))) |
| ] |
| // |
| // model: 36 target: crossovere profile: active layers: active_base,m1,m2,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 m2 INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.168442 * (1 - exp(-1.83204 * (distance() + 0.0377258))) * pow(width() , -0.00184781 * distance() + 0.120993) * (1.57233 * thickness() + -0.248754) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0494198 * (1 - exp(-1.76581 * (distance() + 0.0432868))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.28674 * pow(width() , 0.18471) * (2.03299 * thickness() + -0.553381) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (2.31313e-05 * distance() + 0.0221176) * (4.02496 - exp(-(-0.855447 * distance() + 7.42534) * (enclose() + -0.380564 * distance() + 1.65048) - (0.145592 * distance() + -0.723353) * (enclose() + -0.378113 * distance() + 4.35742) * (enclose() + -0.378113 * distance() + 4.35742))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.168442 * (1 - exp(-1.83204 * (distance() + 0.0377258))) * pow(width() , -0.00184781 * distance() + 0.120993) * (1.57233 * thickness() + -0.248754) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0111398 * (4.02496 - exp(-1.43721 * (enclose() + -1.01347) - 0.295791 * (enclose() + 1.71063) * (enclose() + 1.71063))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m1 m2 INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.168442 * (1 - exp(-1.83204 * (distance() + 0.0377258))) * pow(width() , -0.00184781 * distance() + 0.120993) * (1.57233 * thickness() + -0.248754) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0494198 * (1 - exp(-1.76581 * (distance() + 0.0432868))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.28674 * pow(width() , 0.18471) * (2.03299 * thickness() + -0.553381) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (2.31313e-05 * distance() + 0.0221176) * (4.02496 - exp(-(-0.855447 * distance() + 7.42534) * (enclose() + -0.380564 * distance() + 1.65048) - (0.145592 * distance() + -0.723353) * (enclose() + -0.378113 * distance() + 4.35742) * (enclose() + -0.378113 * distance() + 4.35742))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.168442 * (1 - exp(-1.83204 * (distance() + 0.0377258))) * pow(width() , -0.00184781 * distance() + 0.120993) * (1.57233 * thickness() + -0.248754) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0111398 * (4.02496 - exp(-1.43721 * (enclose() + -1.01347) - 0.295791 * (enclose() + 1.71063) * (enclose() + 1.71063))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: active layers: active_base,m1,m2,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 NFOM_cond INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0622457 * (1 - exp(-1.4679 * (distance() + -0.00166723))) * pow(width() , 0.00374944 * distance() + 0.00271841) * (0.0613737 * thickness() + 0.225984) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.065))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0150049 * (1 - exp(-1.56382 * (distance() + -0.0303613))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.065))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.110651 * pow(width() , 0.015278) * (0.0344992 * thickness() + 0.125486) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.065))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m1 PFOM_cond INSIDE OF m2 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0622457 * (1 - exp(-1.4679 * (distance() + -0.00166723))) * pow(width() , 0.00374944 * distance() + 0.00271841) * (0.0613737 * thickness() + 0.225984) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.065))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0150049 * (1 - exp(-1.56382 * (distance() + -0.0303613))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.065))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.110651 * pow(width() , 0.015278) * (0.0344992 * thickness() + 0.125486) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.065))) |
| } |
| ] |
| // |
| // model: 36 target: nearbody profile: active layers: active_base,m1,m3,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY m1 INSIDE OF NFOM_cond m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.24561 - 1.74484 * distance()) + 0.010601 / pow(distance() , 1.00548)) * 3.4746 * pow((width1() + width2()) / 2 , 0.0509608) * (0.20654 * (thickness1() + thickness2()) / 2 + 0.0299493) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.065))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.065))) |
| ] |
| CAPACITANCE NEARBODY m1 INSIDE OF PFOM_cond m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.24561 - 1.74484 * distance()) + 0.010601 / pow(distance() , 1.00548)) * 3.4746 * pow((width1() + width2()) / 2 , 0.0509608) * (0.20654 * (thickness1() + thickness2()) / 2 + 0.0299493) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.065))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.065))) |
| ] |
| // |
| // model: 36 target: crossovere profile: active layers: active_base,m1,m3,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 m3 INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.133226 * (1 - exp(-0.88335 * (distance() + 0.0565399))) * pow(width() , 0.00399305 * distance() + 0.0369047) * (0.299902 * thickness() + 0.0882962) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0244522 * (1 - exp(-0.954891 * (distance() + 0.00312001))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.12057 * pow(width() , 0.0685602) * (0.449388 * thickness() + 0.0520573) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (0.00017906 * distance() + 0.0826657) * (0.546063 - exp(-(0.0311158 * distance() + 0.923169) * (enclose() + 0.010174 * distance() + 1.10274) - (0.0877303 * distance() + -0.168859) * (enclose() + -0.255671 * distance() + 1.77995) * (enclose() + -0.255671 * distance() + 1.77995))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.133226 * (1 - exp(-0.88335 * (distance() + 0.0565399))) * pow(width() , 0.00399305 * distance() + 0.0369047) * (0.299902 * thickness() + 0.0882962) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0419596 * (0.546063 - exp(-1.14098 * (enclose() + 1.17396) - 0.445253 * (enclose() + -0.009747) * (enclose() + -0.009747))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m1 m3 INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.133226 * (1 - exp(-0.88335 * (distance() + 0.0565399))) * pow(width() , 0.00399305 * distance() + 0.0369047) * (0.299902 * thickness() + 0.0882962) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0244522 * (1 - exp(-0.954891 * (distance() + 0.00312001))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.12057 * pow(width() , 0.0685602) * (0.449388 * thickness() + 0.0520573) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (0.00017906 * distance() + 0.0826657) * (0.546063 - exp(-(0.0311158 * distance() + 0.923169) * (enclose() + 0.010174 * distance() + 1.10274) - (0.0877303 * distance() + -0.168859) * (enclose() + -0.255671 * distance() + 1.77995) * (enclose() + -0.255671 * distance() + 1.77995))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.133226 * (1 - exp(-0.88335 * (distance() + 0.0565399))) * pow(width() , 0.00399305 * distance() + 0.0369047) * (0.299902 * thickness() + 0.0882962) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0419596 * (0.546063 - exp(-1.14098 * (enclose() + 1.17396) - 0.445253 * (enclose() + -0.009747) * (enclose() + -0.009747))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: active layers: active_base,m1,m3,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 NFOM_cond INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.100814 * (1 - exp(-0.842994 * (distance() + 0.0411397))) * pow(width() , 0.00757682 * distance() + -0.0144796) * (0.0748908 * thickness() + 0.202338) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.065))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.022247 * (1 - exp(-0.953395 * (distance() + -0.021067))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.065))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.131031 * pow(width() , 0.0172095) * (0.060204 * thickness() + 0.150173) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.065))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m1 PFOM_cond INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.100814 * (1 - exp(-0.842994 * (distance() + 0.0411397))) * pow(width() , 0.00757682 * distance() + -0.0144796) * (0.0748908 * thickness() + 0.202338) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.065))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.022247 * (1 - exp(-0.953395 * (distance() + -0.021067))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.065))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.131031 * pow(width() , 0.0172095) * (0.060204 * thickness() + 0.150173) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.065))) |
| } |
| ] |
| // |
| // model: 36 target: nearbody profile: active layers: active_base,m1,m4,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY m1 INSIDE OF NFOM_cond m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.22761 - 1.42076 * distance()) + 0.0242999 / pow(distance() , 0.88385)) * 3.37784 * pow((width1() + width2()) / 2 , 0.0766765) * (0.172419 * (thickness1() + thickness2()) / 2 + 0.0286715) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.065))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.065))) |
| ] |
| CAPACITANCE NEARBODY m1 INSIDE OF PFOM_cond m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.22761 - 1.42076 * distance()) + 0.0242999 / pow(distance() , 0.88385)) * 3.37784 * pow((width1() + width2()) / 2 , 0.0766765) * (0.172419 * (thickness1() + thickness2()) / 2 + 0.0286715) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.065))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.065))) |
| ] |
| // |
| // model: 36 target: crossovere profile: active layers: active_base,m1,m4,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 m4 INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0790993 * (1 - exp(-0.598208 * (distance() + 0.14043))) * pow(width() , 0.00903552 * distance() + 0.010626) * (0.201972 * thickness() + 0.127733) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0145977 * (1 - exp(-0.691552 * (distance() + 0.024959))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.100467 * pow(width() , 0.065383) * (0.186726 * thickness() + 0.086844) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00031611 * distance() + 0.0347102) * (0.832884 - exp(-(0.254349 * distance() + 0.206566) * (enclose() + 0.145188 * distance() + 0.865505) - (-0.00917022 * distance() + -0.0128373) * (enclose() + 0.56326 * distance() + 2.25785) * (enclose() + 0.56326 * distance() + 2.25785))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0790993 * (1 - exp(-0.598208 * (distance() + 0.14043))) * pow(width() , 0.00903552 * distance() + 0.010626) * (0.201972 * thickness() + 0.127733) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0162487 * (0.832884 - exp(-1.98701 * (enclose() + 1.88182) - -0.0770288 * (enclose() + 6.20067) * (enclose() + 6.20067))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m1 m4 INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0790993 * (1 - exp(-0.598208 * (distance() + 0.14043))) * pow(width() , 0.00903552 * distance() + 0.010626) * (0.201972 * thickness() + 0.127733) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0145977 * (1 - exp(-0.691552 * (distance() + 0.024959))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.100467 * pow(width() , 0.065383) * (0.186726 * thickness() + 0.086844) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00031611 * distance() + 0.0347102) * (0.832884 - exp(-(0.254349 * distance() + 0.206566) * (enclose() + 0.145188 * distance() + 0.865505) - (-0.00917022 * distance() + -0.0128373) * (enclose() + 0.56326 * distance() + 2.25785) * (enclose() + 0.56326 * distance() + 2.25785))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0790993 * (1 - exp(-0.598208 * (distance() + 0.14043))) * pow(width() , 0.00903552 * distance() + 0.010626) * (0.201972 * thickness() + 0.127733) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0162487 * (0.832884 - exp(-1.98701 * (enclose() + 1.88182) - -0.0770288 * (enclose() + 6.20067) * (enclose() + 6.20067))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: active layers: active_base,m1,m4,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 NFOM_cond INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.13279 * (1 - exp(-0.597623 * (distance() + 0.119746))) * pow(width() , 0.0115269 * distance() + -0.0289197) * (0.0729231 * thickness() + 0.198425) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.065))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.028118 * (1 - exp(-0.712347 * (distance() + 0.00643478))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.065))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.139934 * pow(width() , 0.0287577) * (0.0756186 * thickness() + 0.179003) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.065))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m1 PFOM_cond INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.13279 * (1 - exp(-0.597623 * (distance() + 0.119746))) * pow(width() , 0.0115269 * distance() + -0.0289197) * (0.0729231 * thickness() + 0.198425) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.065))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.028118 * (1 - exp(-0.712347 * (distance() + 0.00643478))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.065))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.139934 * pow(width() , 0.0287577) * (0.0756186 * thickness() + 0.179003) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.065))) |
| } |
| ] |
| // |
| // model: 36 target: nearbody profile: active layers: active_base,m1,m5,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY m1 INSIDE OF NFOM_cond m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.23785 - 1.32113 * distance()) + 0.035734 / pow(distance() , 0.814908)) * 3.39123 * pow((width1() + width2()) / 2 , 0.0912692) * (0.155414 * (thickness1() + thickness2()) / 2 + 0.0276598) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.065))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.065))) |
| ] |
| CAPACITANCE NEARBODY m1 INSIDE OF PFOM_cond m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.23785 - 1.32113 * distance()) + 0.035734 / pow(distance() , 0.814908)) * 3.39123 * pow((width1() + width2()) / 2 , 0.0912692) * (0.155414 * (thickness1() + thickness2()) / 2 + 0.0276598) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.065))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.065))) |
| ] |
| // |
| // model: 36 target: crossovere profile: active layers: active_base,m1,m5,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 m5 INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.055824 * (1 - exp(-0.513845 * (distance() + 0.19991))) * pow(width() , 0.011495 * distance() + -0.00031974) * (0.177086 * thickness() + 0.141474) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0104308 * (1 - exp(-0.609543 * (distance() + 0.0493344))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0912214 * pow(width() , 0.071726) * (0.1246 * thickness() + 0.0781588) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00015046 * distance() + 0.0229949) * (0.887615 - exp(-(0.163245 * distance() + 0.13767) * (enclose() + 0.273587 * distance() + 0.678662) - (-0.00408936 * distance() + -0.00788529) * (enclose() + 0.905145 * distance() + 2.08494) * (enclose() + 0.905145 * distance() + 2.08494))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.055824 * (1 - exp(-0.513845 * (distance() + 0.19991))) * pow(width() , 0.011495 * distance() + -0.00031974) * (0.177086 * thickness() + 0.141474) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0109708 * (0.887615 - exp(-1.28038 * (enclose() + 2.59377) - -0.0365108 * (enclose() + 8.42095) * (enclose() + 8.42095))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m1 m5 INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.055824 * (1 - exp(-0.513845 * (distance() + 0.19991))) * pow(width() , 0.011495 * distance() + -0.00031974) * (0.177086 * thickness() + 0.141474) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0104308 * (1 - exp(-0.609543 * (distance() + 0.0493344))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0912214 * pow(width() , 0.071726) * (0.1246 * thickness() + 0.0781588) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00015046 * distance() + 0.0229949) * (0.887615 - exp(-(0.163245 * distance() + 0.13767) * (enclose() + 0.273587 * distance() + 0.678662) - (-0.00408936 * distance() + -0.00788529) * (enclose() + 0.905145 * distance() + 2.08494) * (enclose() + 0.905145 * distance() + 2.08494))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.055824 * (1 - exp(-0.513845 * (distance() + 0.19991))) * pow(width() , 0.011495 * distance() + -0.00031974) * (0.177086 * thickness() + 0.141474) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0109708 * (0.887615 - exp(-1.28038 * (enclose() + 2.59377) - -0.0365108 * (enclose() + 8.42095) * (enclose() + 8.42095))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: active layers: active_base,m1,m5,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 NFOM_cond INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.149153 * (1 - exp(-0.52198 * (distance() + 0.173176))) * pow(width() , 0.0134 * distance() + -0.0349885) * (0.070629 * thickness() + 0.198323) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.065))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0310651 * (1 - exp(-0.633683 * (distance() + 0.0304598))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.065))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.145403 * pow(width() , 0.0390776) * (0.082733 * thickness() + 0.193543) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.065))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m1 PFOM_cond INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.149153 * (1 - exp(-0.52198 * (distance() + 0.173176))) * pow(width() , 0.0134 * distance() + -0.0349885) * (0.070629 * thickness() + 0.198323) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.065))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0310651 * (1 - exp(-0.633683 * (distance() + 0.0304598))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.065))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.145403 * pow(width() , 0.0390776) * (0.082733 * thickness() + 0.193543) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.065))) |
| } |
| ] |
| // |
| // model: 36 target: nearbody profile: active layers: active_base,m1,rdl,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY m1 INSIDE OF NFOM_cond rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.32078 - 1.30007 * distance()) + 0.0606255 / pow(distance() , 0.687875)) * 3.7847 * pow((width1() + width2()) / 2 , 0.115477) * (0.127464 * (thickness1() + thickness2()) / 2 + 0.0247958) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.065))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.065))) |
| ] |
| CAPACITANCE NEARBODY m1 INSIDE OF PFOM_cond rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = length() * (exp(-1.32078 - 1.30007 * distance()) + 0.0606255 / pow(distance() , 0.687875)) * 3.7847 * pow((width1() + width2()) / 2 , 0.115477) * (0.127464 * (thickness1() + thickness2()) / 2 + 0.0247958) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.065))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.065))) |
| ] |
| // |
| // model: 36 target: crossovere profile: active layers: active_base,m1,rdl,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 rdl INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0183455 * (1 - exp(-0.451257 * (distance() + 0.28132))) * pow(width() , 0.0143494 * distance() + -0.0249885) * (0.14636 * thickness() + 0.156383) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00348801 * (1 - exp(-0.53935 * (distance() + 0.0886972))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0585062 * pow(width() , 0.0811608) * (0.0567072 * thickness() + 0.0468287) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00036278 * distance() + 0.00971922) * (0.860201 - exp(-(0.023731 * distance() + 0.0664731) * (enclose() + 0.104984 * distance() + 1.68366) - (0.00113279 * distance() + -0.00570434) * (enclose() + -0.222621 * distance() + 0.860735) * (enclose() + -0.222621 * distance() + 0.860735))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0183455 * (1 - exp(-0.451257 * (distance() + 0.28132))) * pow(width() , 0.0143494 * distance() + -0.0249885) * (0.14636 * thickness() + 0.156383) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00358988 * (0.860201 - exp(-0.23259 * (enclose() + 2.41855) - 0.00222519 * (enclose() + -0.697612) * (enclose() + -0.697612))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m1 rdl INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_distance = MAXDISTANCE_m1 |
| max_enclose = MAXENCLOSE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0183455 * (1 - exp(-0.451257 * (distance() + 0.28132))) * pow(width() , 0.0143494 * distance() + -0.0249885) * (0.14636 * thickness() + 0.156383) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00348801 * (1 - exp(-0.53935 * (distance() + 0.0886972))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0585062 * pow(width() , 0.0811608) * (0.0567072 * thickness() + 0.0468287) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00036278 * distance() + 0.00971922) * (0.860201 - exp(-(0.023731 * distance() + 0.0664731) * (enclose() + 0.104984 * distance() + 1.68366) - (0.00113279 * distance() + -0.00570434) * (enclose() + -0.222621 * distance() + 0.860735) * (enclose() + -0.222621 * distance() + 0.860735))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0183455 * (1 - exp(-0.451257 * (distance() + 0.28132))) * pow(width() , 0.0143494 * distance() + -0.0249885) * (0.14636 * thickness() + 0.156383) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00358988 * (0.860201 - exp(-0.23259 * (enclose() + 2.41855) - 0.00222519 * (enclose() + -0.697612) * (enclose() + -0.697612))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: active layers: active_base,m1,rdl,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m1 NFOM_cond INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.172733 * (1 - exp(-0.4807 * (distance() + 0.255815))) * pow(width() , 0.0131032 * distance() + -0.0262521) * (0.0680031 * thickness() + 0.202105) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.065))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0360535 * (1 - exp(-0.564126 * (distance() + 0.0843601))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.065))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.151792 * pow(width() , 0.0697152) * (0.10133 * thickness() + 0.229429) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.065))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m1 PFOM_cond INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m1 |
| max_radius = MAXRADIUS_m1 |
| max_distance = MAXDISTANCE_m1 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.172733 * (1 - exp(-0.4807 * (distance() + 0.255815))) * pow(width() , 0.0131032 * distance() + -0.0262521) * (0.0680031 * thickness() + 0.202105) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.065))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0360535 * (1 - exp(-0.564126 * (distance() + 0.0843601))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.065))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.151792 * pow(width() , 0.0697152) * (0.10133 * thickness() + 0.229429) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.065))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.065))) |
| } |
| ] |
| // |
| // model: 36 target: nearbody profile: active layers: active_base,m2,m3,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY m2 INSIDE OF NFOM_cond m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.25813 - 1.9942 * distance()) + 0.00906511 / pow(distance() , 1.00621)) * 3.5682 * pow((width1() + width2()) / 2 , 0.0525381) * (0.192155 * (thickness1() + thickness2()) / 2 + 0.0371294) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.695))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.695))) |
| ] |
| CAPACITANCE NEARBODY m2 INSIDE OF PFOM_cond m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.25813 - 1.9942 * distance()) + 0.00906511 / pow(distance() , 1.00621)) * 3.5682 * pow((width1() + width2()) / 2 , 0.0525381) * (0.192155 * (thickness1() + thickness2()) / 2 + 0.0371294) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.695))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.695))) |
| ] |
| // |
| // model: 36 target: crossovere profile: active layers: active_base,m2,m3,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 m3 INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.172672 * (1 - exp(-1.27131 * (distance() + 0.053749))) * pow(width() , -0.00013381 * distance() + 0.0802095) * (0.776266 * thickness() + -0.0109998) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0431714 * (1 - exp(-1.2626 * (distance() + 0.0339807))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.139808 * pow(width() , 0.11679) * (1.74215 * thickness() + -0.297741) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (0.00157259 * distance() + 0.728352) * (0.108563 - exp(-(-0.261189 * distance() + 0.210228) * (enclose() + 3.4241 * distance() + 5.72837) - (0.00183267 * distance() + 0.0837437) * (enclose() + 2.81891 * distance() + 3.24946) * (enclose() + 2.81891 * distance() + 3.24946))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.172672 * (1 - exp(-1.27131 * (distance() + 0.053749))) * pow(width() , -0.00013381 * distance() + 0.0802095) * (0.776266 * thickness() + -0.0109998) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.36968 * (0.108563 - exp(1.6181 * (enclose() + 29.6971) - 0.0965724 * (enclose() + 22.9818) * (enclose() + 22.9818))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m2 m3 INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.172672 * (1 - exp(-1.27131 * (distance() + 0.053749))) * pow(width() , -0.00013381 * distance() + 0.0802095) * (0.776266 * thickness() + -0.0109998) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0431714 * (1 - exp(-1.2626 * (distance() + 0.0339807))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.139808 * pow(width() , 0.11679) * (1.74215 * thickness() + -0.297741) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (0.00157259 * distance() + 0.728352) * (0.108563 - exp(-(-0.261189 * distance() + 0.210228) * (enclose() + 3.4241 * distance() + 5.72837) - (0.00183267 * distance() + 0.0837437) * (enclose() + 2.81891 * distance() + 3.24946) * (enclose() + 2.81891 * distance() + 3.24946))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.172672 * (1 - exp(-1.27131 * (distance() + 0.053749))) * pow(width() , -0.00013381 * distance() + 0.0802095) * (0.776266 * thickness() + -0.0109998) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.36968 * (0.108563 - exp(1.6181 * (enclose() + 29.6971) - 0.0965724 * (enclose() + 22.9818) * (enclose() + 22.9818))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: active layers: active_base,m2,m3,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 NFOM_cond INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0542911 * (1 - exp(-1.07429 * (distance() + 0.0504635))) * pow(width() , 0.00383633 * distance() + 0.0447547) * (0.0665861 * thickness() + 0.234662) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.695))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.695))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0129526 * (1 - exp(-1.14565 * (distance() + 0.00295111))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.695))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.695))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.106851 * pow(width() , 0.0791066) * (0.0323802 * thickness() + 0.120812) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.695))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.695))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m2 PFOM_cond INSIDE OF m3 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0542911 * (1 - exp(-1.07429 * (distance() + 0.0504635))) * pow(width() , 0.00383633 * distance() + 0.0447547) * (0.0665861 * thickness() + 0.234662) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.695))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.695))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0129526 * (1 - exp(-1.14565 * (distance() + 0.00295111))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.695))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.695))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.106851 * pow(width() , 0.0791066) * (0.0323802 * thickness() + 0.120812) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.695))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.695))) |
| } |
| ] |
| // |
| // model: 36 target: nearbody profile: active layers: active_base,m2,m4,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY m2 INSIDE OF NFOM_cond m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.21592 - 1.34937 * distance()) + 0.0263213 / pow(distance() , 0.882267)) * 3.39254 * pow((width1() + width2()) / 2 , 0.0756798) * (0.156837 * (thickness1() + thickness2()) / 2 + 0.0329589) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.695))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.695))) |
| ] |
| CAPACITANCE NEARBODY m2 INSIDE OF PFOM_cond m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.21592 - 1.34937 * distance()) + 0.0263213 / pow(distance() , 0.882267)) * 3.39254 * pow((width1() + width2()) / 2 , 0.0756798) * (0.156837 * (thickness1() + thickness2()) / 2 + 0.0329589) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.695))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.695))) |
| ] |
| // |
| // model: 36 target: crossovere profile: active layers: active_base,m2,m4,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 m4 INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.11307 * (1 - exp(-0.551326 * (distance() + 0.145476))) * pow(width() , 0.00888048 * distance() + 0.00788015) * (0.195741 * thickness() + 0.129349) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0208674 * (1 - exp(-0.638246 * (distance() + 0.0234185))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.11403 * pow(width() , 0.0606655) * (0.22872 * thickness() + 0.109266) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00020665 * distance() + 0.0507095) * (0.785977 - exp(-(0.294146 * distance() + 0.277734) * (enclose() + 0.109561 * distance() + 1.15472) - (-0.0114592 * distance() + -0.0160706) * (enclose() + 0.438428 * distance() + 3.07186) * (enclose() + 0.438428 * distance() + 3.07186))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.11307 * (1 - exp(-0.551326 * (distance() + 0.145476))) * pow(width() , 0.00888048 * distance() + 0.00788015) * (0.195741 * thickness() + 0.129349) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0246315 * (0.785977 - exp(-2.33676 * (enclose() + 1.92165) - -0.096285 * (enclose() + 6.14086) * (enclose() + 6.14086))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m2 m4 INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.11307 * (1 - exp(-0.551326 * (distance() + 0.145476))) * pow(width() , 0.00888048 * distance() + 0.00788015) * (0.195741 * thickness() + 0.129349) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0208674 * (1 - exp(-0.638246 * (distance() + 0.0234185))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.11403 * pow(width() , 0.0606655) * (0.22872 * thickness() + 0.109266) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-0.00020665 * distance() + 0.0507095) * (0.785977 - exp(-(0.294146 * distance() + 0.277734) * (enclose() + 0.109561 * distance() + 1.15472) - (-0.0114592 * distance() + -0.0160706) * (enclose() + 0.438428 * distance() + 3.07186) * (enclose() + 0.438428 * distance() + 3.07186))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.11307 * (1 - exp(-0.551326 * (distance() + 0.145476))) * pow(width() , 0.00888048 * distance() + 0.00788015) * (0.195741 * thickness() + 0.129349) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0246315 * (0.785977 - exp(-2.33676 * (enclose() + 1.92165) - -0.096285 * (enclose() + 6.14086) * (enclose() + 6.14086))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: active layers: active_base,m2,m4,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 NFOM_cond INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.099228 * (1 - exp(-0.551771 * (distance() + 0.147506))) * pow(width() , 0.00876317 * distance() + 0.00970597) * (0.0652591 * thickness() + 0.207353) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.695))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.695))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0210694 * (1 - exp(-0.638841 * (distance() + 0.0255629))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.695))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.695))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.125701 * pow(width() , 0.0621381) * (0.0547098 * thickness() + 0.157179) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.695))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.695))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m2 PFOM_cond INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.099228 * (1 - exp(-0.551771 * (distance() + 0.147506))) * pow(width() , 0.00876317 * distance() + 0.00970597) * (0.0652591 * thickness() + 0.207353) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.695))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.695))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0210694 * (1 - exp(-0.638841 * (distance() + 0.0255629))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.695))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.695))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.125701 * pow(width() , 0.0621381) * (0.0547098 * thickness() + 0.157179) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.695))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.695))) |
| } |
| ] |
| // |
| // model: 36 target: nearbody profile: active layers: active_base,m2,m5,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY m2 INSIDE OF NFOM_cond m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.44629 - 1.18767 * distance()) + 0.034114 / pow(distance() , 0.80512)) * 4.27684 * pow((width1() + width2()) / 2 , 0.0920798) * (0.13451 * (thickness1() + thickness2()) / 2 + 0.0306334) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.695))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.695))) |
| ] |
| CAPACITANCE NEARBODY m2 INSIDE OF PFOM_cond m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.44629 - 1.18767 * distance()) + 0.034114 / pow(distance() , 0.80512)) * 4.27684 * pow((width1() + width2()) / 2 , 0.0920798) * (0.13451 * (thickness1() + thickness2()) / 2 + 0.0306334) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.695))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.695))) |
| ] |
| // |
| // model: 36 target: crossovere profile: active layers: active_base,m2,m5,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 m5 INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.077499 * (1 - exp(-0.417555 * (distance() + 0.236971))) * pow(width() , 0.0128718 * distance() + -0.0139524) * (0.153223 * thickness() + 0.150757) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0144473 * (1 - exp(-0.511355 * (distance() + 0.0507399))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.103029 * pow(width() , 0.0632623) * (0.125649 * thickness() + 0.102202) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (4.22785e-05 * distance() + 0.0295782) * (0.893585 - exp(-(0.181409 * distance() + 0.162829) * (enclose() + 0.305628 * distance() + 0.655913) - (-0.00404594 * distance() + -0.0129358) * (enclose() + 0.990217 * distance() + 1.94855) * (enclose() + 0.990217 * distance() + 1.94855))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.077499 * (1 - exp(-0.417555 * (distance() + 0.236971))) * pow(width() , 0.0128718 * distance() + -0.0139524) * (0.153223 * thickness() + 0.150757) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0149371 * (0.893585 - exp(-1.43269 * (enclose() + 2.79531) - -0.0412574 * (enclose() + 8.88007) * (enclose() + 8.88007))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m2 m5 INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.077499 * (1 - exp(-0.417555 * (distance() + 0.236971))) * pow(width() , 0.0128718 * distance() + -0.0139524) * (0.153223 * thickness() + 0.150757) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0144473 * (1 - exp(-0.511355 * (distance() + 0.0507399))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.103029 * pow(width() , 0.0632623) * (0.125649 * thickness() + 0.102202) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (4.22785e-05 * distance() + 0.0295782) * (0.893585 - exp(-(0.181409 * distance() + 0.162829) * (enclose() + 0.305628 * distance() + 0.655913) - (-0.00404594 * distance() + -0.0129358) * (enclose() + 0.990217 * distance() + 1.94855) * (enclose() + 0.990217 * distance() + 1.94855))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.077499 * (1 - exp(-0.417555 * (distance() + 0.236971))) * pow(width() , 0.0128718 * distance() + -0.0139524) * (0.153223 * thickness() + 0.150757) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0149371 * (0.893585 - exp(-1.43269 * (enclose() + 2.79531) - -0.0412574 * (enclose() + 8.88007) * (enclose() + 8.88007))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: active layers: active_base,m2,m5,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 NFOM_cond INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.120389 * (1 - exp(-0.430966 * (distance() + 0.234029))) * pow(width() , 0.0116973 * distance() + -0.00636931) * (0.0609068 * thickness() + 0.207671) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.695))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.695))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0250694 * (1 - exp(-0.518738 * (distance() + 0.0581174))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.695))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.695))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.134032 * pow(width() , 0.0650991) * (0.0609347 * thickness() + 0.175881) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.695))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.695))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m2 PFOM_cond INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.120389 * (1 - exp(-0.430966 * (distance() + 0.234029))) * pow(width() , 0.0116973 * distance() + -0.00636931) * (0.0609068 * thickness() + 0.207671) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.695))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.695))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0250694 * (1 - exp(-0.518738 * (distance() + 0.0581174))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.695))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.695))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.134032 * pow(width() , 0.0650991) * (0.0609347 * thickness() + 0.175881) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.695))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.695))) |
| } |
| ] |
| // |
| // model: 36 target: nearbody profile: active layers: active_base,m2,rdl,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY m2 INSIDE OF NFOM_cond rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.56304 - 1.13669 * distance()) + 0.06461 / pow(distance() , 0.659912)) * 4.88278 * pow((width1() + width2()) / 2 , 0.119507) * (0.103383 * (thickness1() + thickness2()) / 2 + 0.0260549) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.695))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.695))) |
| ] |
| CAPACITANCE NEARBODY m2 INSIDE OF PFOM_cond rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = length() * (exp(-1.56304 - 1.13669 * distance()) + 0.06461 / pow(distance() , 0.659912)) * 4.88278 * pow((width1() + width2()) / 2 , 0.119507) * (0.103383 * (thickness1() + thickness2()) / 2 + 0.0260549) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 1.695))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 1.695))) |
| ] |
| // |
| // model: 36 target: crossovere profile: active layers: active_base,m2,rdl,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 rdl INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0246442 * (1 - exp(-0.329105 * (distance() + 0.3909))) * pow(width() , 0.0169726 * distance() + -0.04848) * (0.110018 * thickness() + 0.171126) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00465514 * (1 - exp(-0.410903 * (distance() + 0.117204))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0689522 * pow(width() , 0.0753059) * (0.0489649 * thickness() + 0.057529) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (8.16647e-05 * distance() + 0.00898339) * (0.737978 - exp(-(0.0178866 * distance() + 0.140312) * (enclose() + 0.15485 * distance() + 1.99549) - (0.00735633 * distance() + -0.02031) * (enclose() + -0.126334 * distance() + 1.2348) * (enclose() + -0.126334 * distance() + 1.2348))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0246442 * (1 - exp(-0.329105 * (distance() + 0.3909))) * pow(width() , 0.0169726 * distance() + -0.04848) * (0.110018 * thickness() + 0.171126) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00477752 * (0.737978 - exp(-0.265518 * (enclose() + 3.07944) - 0.0311843 * (enclose() + 0.350462) * (enclose() + 0.350462))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m2 rdl INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_calenclose = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_distance = MAXDISTANCE_m2 |
| max_enclose = MAXENCLOSE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0246442 * (1 - exp(-0.329105 * (distance() + 0.3909))) * pow(width() , 0.0169726 * distance() + -0.04848) * (0.110018 * thickness() + 0.171126) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00465514 * (1 - exp(-0.410903 * (distance() + 0.117204))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0689522 * pow(width() , 0.0753059) * (0.0489649 * thickness() + 0.057529) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (8.16647e-05 * distance() + 0.00898339) * (0.737978 - exp(-(0.0178866 * distance() + 0.140312) * (enclose() + 0.15485 * distance() + 1.99549) - (0.00735633 * distance() + -0.02031) * (enclose() + -0.126334 * distance() + 1.2348) * (enclose() + -0.126334 * distance() + 1.2348))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0246442 * (1 - exp(-0.329105 * (distance() + 0.3909))) * pow(width() , 0.0169726 * distance() + -0.04848) * (0.110018 * thickness() + 0.171126) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00477752 * (0.737978 - exp(-0.265518 * (enclose() + 3.07944) - 0.0311843 * (enclose() + 0.350462) * (enclose() + 0.350462))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: active layers: active_base,m2,rdl,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m2 NFOM_cond INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.154506 * (1 - exp(-0.359458 * (distance() + 0.389698))) * pow(width() , 0.0126442 * distance() + -0.0114417) * (0.0517711 * thickness() + 0.208054) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.695))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.695))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0315767 * (1 - exp(-0.421775 * (distance() + 0.14145))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.695))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.695))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.147858 * pow(width() , 0.0885108) * (0.0760148 * thickness() + 0.214274) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.695))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.695))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m2 PFOM_cond INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 4.48 // For reference |
| max_caldistance = 7 // For reference |
| max_width = MAXWIDTH_m2 |
| max_radius = MAXRADIUS_m2 |
| max_distance = MAXDISTANCE_m2 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.154506 * (1 - exp(-0.359458 * (distance() + 0.389698))) * pow(width() , 0.0126442 * distance() + -0.0114417) * (0.0517711 * thickness() + 0.208054) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.695))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.695))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0315767 * (1 - exp(-0.421775 * (distance() + 0.14145))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 1.695))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 1.695))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.147858 * pow(width() , 0.0885108) * (0.0760148 * thickness() + 0.214274) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 7 + m43ink3 * 1.695))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 7 + m43ink6 * 1.695))) |
| } |
| ] |
| // |
| // model: 36 target: nearbody profile: active layers: active_base,m3,m4,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY m3 INSIDE OF NFOM_cond m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.483 - 1.16706 * distance()) + 0.0150286 / pow(distance() , 1.22893)) * 3.21517 * pow((width1() + width2()) / 2 , 0.0352711) * (0.0777968 * (thickness1() + thickness2()) / 2 + 0.0653654) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 2.475))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 2.475))) |
| ] |
| CAPACITANCE NEARBODY m3 INSIDE OF PFOM_cond m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.483 - 1.16706 * distance()) + 0.0150286 / pow(distance() , 1.22893)) * 3.21517 * pow((width1() + width2()) / 2 , 0.0352711) * (0.0777968 * (thickness1() + thickness2()) / 2 + 0.0653654) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 2.475))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 2.475))) |
| ] |
| // |
| // model: 36 target: crossovere profile: active layers: active_base,m3,m4,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 m4 INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.184246 * (1 - exp(-0.984002 * (distance() + 0.16769))) * pow(width() , -0.00988885 * distance() + 0.249781) * (1.25148 * thickness() + -0.768211) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0583424 * (1 - exp(-0.899635 * (distance() + 0.221467))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.813542 * pow(width() , 0.335885) * (0.588487 * thickness() + -0.4492) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (0.00228916 * distance() + 0.602411) * (0.153255 - exp(-(-0.137652 * distance() + 0.198934) * (enclose() + 2.62088 * distance() + 5.73703) - (0.00127064 * distance() + 0.0587767) * (enclose() + 2.03597 * distance() + 3.36286) * (enclose() + 2.03597 * distance() + 3.36286))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.184246 * (1 - exp(-0.984002 * (distance() + 0.16769))) * pow(width() , -0.00988885 * distance() + 0.249781) * (1.25148 * thickness() + -0.768211) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.312651 * (0.153255 - exp(1.17759 * (enclose() + 31.9458) - 0.0714831 * (enclose() + 23.7226) * (enclose() + 23.7226))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m3 m4 INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.184246 * (1 - exp(-0.984002 * (distance() + 0.16769))) * pow(width() , -0.00988885 * distance() + 0.249781) * (1.25148 * thickness() + -0.768211) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0583424 * (1 - exp(-0.899635 * (distance() + 0.221467))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.813542 * pow(width() , 0.335885) * (0.588487 * thickness() + -0.4492) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (0.00228916 * distance() + 0.602411) * (0.153255 - exp(-(-0.137652 * distance() + 0.198934) * (enclose() + 2.62088 * distance() + 5.73703) - (0.00127064 * distance() + 0.0587767) * (enclose() + 2.03597 * distance() + 3.36286) * (enclose() + 2.03597 * distance() + 3.36286))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.184246 * (1 - exp(-0.984002 * (distance() + 0.16769))) * pow(width() , -0.00988885 * distance() + 0.249781) * (1.25148 * thickness() + -0.768211) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.312651 * (0.153255 - exp(1.17759 * (enclose() + 31.9458) - 0.0714831 * (enclose() + 23.7226) * (enclose() + 23.7226))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: active layers: active_base,m3,m4,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 NFOM_cond INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0534656 * (1 - exp(-0.706076 * (distance() + 0.0463637))) * pow(width() , 0.0016706 * distance() + 0.0583451) * (0.0199623 * thickness() + 0.263438) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.475))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.475))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0145842 * (1 - exp(-0.725263 * (distance() + -0.0044077))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.475))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.475))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.0971832 * pow(width() , 0.0952708) * (0.0104108 * thickness() + 0.144134) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.475))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.475))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m3 PFOM_cond INSIDE OF m4 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0534656 * (1 - exp(-0.706076 * (distance() + 0.0463637))) * pow(width() , 0.0016706 * distance() + 0.0583451) * (0.0199623 * thickness() + 0.263438) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.475))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.475))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0145842 * (1 - exp(-0.725263 * (distance() + -0.0044077))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.475))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.475))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.0971832 * pow(width() , 0.0952708) * (0.0104108 * thickness() + 0.144134) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.475))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.475))) |
| } |
| ] |
| // |
| // model: 36 target: nearbody profile: active layers: active_base,m3,m5,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY m3 INSIDE OF NFOM_cond m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.56507 - 0.821347 * distance()) + 0.023416 / pow(distance() , 1.1173)) * 3.68881 * pow((width1() + width2()) / 2 , 0.0440463) * (0.0876236 * (thickness1() + thickness2()) / 2 + 0.0422096) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 2.475))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 2.475))) |
| ] |
| CAPACITANCE NEARBODY m3 INSIDE OF PFOM_cond m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.56507 - 0.821347 * distance()) + 0.023416 / pow(distance() , 1.1173)) * 3.68881 * pow((width1() + width2()) / 2 , 0.0440463) * (0.0876236 * (thickness1() + thickness2()) / 2 + 0.0422096) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 2.475))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 2.475))) |
| ] |
| // |
| // model: 36 target: crossovere profile: active layers: active_base,m3,m5,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 m5 INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.115164 * (1 - exp(-0.470871 * (distance() + 0.101049))) * pow(width() , 0.00060012 * distance() + 0.0583401) * (0.212506 * thickness() + 0.0592943) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0272785 * (1 - exp(-0.483632 * (distance() + 0.0286805))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.122351 * pow(width() , 0.085573) * (0.29784 * thickness() + -0.0349567) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (0.00026177 * distance() + 0.0956549) * (0.508292 - exp(-(-0.062152 * distance() + 0.107255) * (enclose() + 3.30988 * distance() + 4.63877) - (-8.94593e-06 * distance() + 0.0236018) * (enclose() + 2.83011 * distance() + 1.44451) * (enclose() + 2.83011 * distance() + 1.44451))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.115164 * (1 - exp(-0.470871 * (distance() + 0.101049))) * pow(width() , 0.00060012 * distance() + 0.0583401) * (0.212506 * thickness() + 0.0592943) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0491363 * (0.508292 - exp(0.514265 * (enclose() + 37.7376) - 0.0235123 * (enclose() + 29.7456) * (enclose() + 29.7456))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m3 m5 INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.115164 * (1 - exp(-0.470871 * (distance() + 0.101049))) * pow(width() , 0.00060012 * distance() + 0.0583401) * (0.212506 * thickness() + 0.0592943) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0272785 * (1 - exp(-0.483632 * (distance() + 0.0286805))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.122351 * pow(width() , 0.085573) * (0.29784 * thickness() + -0.0349567) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (0.00026177 * distance() + 0.0956549) * (0.508292 - exp(-(-0.062152 * distance() + 0.107255) * (enclose() + 3.30988 * distance() + 4.63877) - (-8.94593e-06 * distance() + 0.0236018) * (enclose() + 2.83011 * distance() + 1.44451) * (enclose() + 2.83011 * distance() + 1.44451))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.115164 * (1 - exp(-0.470871 * (distance() + 0.101049))) * pow(width() , 0.00060012 * distance() + 0.0583401) * (0.212506 * thickness() + 0.0592943) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0491363 * (0.508292 - exp(0.514265 * (enclose() + 37.7376) - 0.0235123 * (enclose() + 29.7456) * (enclose() + 29.7456))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: active layers: active_base,m3,m5,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 NFOM_cond INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0815139 * (1 - exp(-0.451305 * (distance() + 0.0969633))) * pow(width() , 0.00231873 * distance() + 0.0397574) * (0.0322333 * thickness() + 0.235649) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.475))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.475))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0209567 * (1 - exp(-0.470986 * (distance() + 0.00731639))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.475))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.475))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.106198 * pow(width() , 0.0717744) * (0.025191 * thickness() + 0.176242) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.475))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.475))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m3 PFOM_cond INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0815139 * (1 - exp(-0.451305 * (distance() + 0.0969633))) * pow(width() , 0.00231873 * distance() + 0.0397574) * (0.0322333 * thickness() + 0.235649) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.475))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.475))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0209567 * (1 - exp(-0.470986 * (distance() + 0.00731639))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.475))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.475))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.106198 * pow(width() , 0.0717744) * (0.025191 * thickness() + 0.176242) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.475))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.475))) |
| } |
| ] |
| // |
| // model: 36 target: nearbody profile: active layers: active_base,m3,rdl,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY m3 INSIDE OF NFOM_cond rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.73909 - 0.546755 * distance()) + 0.0712325 / pow(distance() , 0.803496)) * 4.00942 * pow((width1() + width2()) / 2 , 0.0895285) * (0.0619482 * (thickness1() + thickness2()) / 2 + 0.0334469) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 2.475))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 2.475))) |
| ] |
| CAPACITANCE NEARBODY m3 INSIDE OF PFOM_cond rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = length() * (exp(-1.73909 - 0.546755 * distance()) + 0.0712325 / pow(distance() , 0.803496)) * 4.00942 * pow((width1() + width2()) / 2 , 0.0895285) * (0.0619482 * (thickness1() + thickness2()) / 2 + 0.0334469) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 2.475))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 2.475))) |
| ] |
| // |
| // model: 36 target: crossovere profile: active layers: active_base,m3,rdl,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 rdl INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0363425 * (1 - exp(-0.232551 * (distance() + 0.430355))) * pow(width() , 0.0136943 * distance() + -0.0702539) * (0.0788882 * thickness() + 0.161776) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00807027 * (1 - exp(-0.254451 * (distance() + 0.0992564))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0775135 * pow(width() , 0.0536716) * (0.0497627 * thickness() + 0.0619747) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-5.03576e-05 * distance() + 0.0173465) * (0.908994 - exp(-(0.0328679 * distance() + 0.0535389) * (enclose() + 0.358304 * distance() + 0.962403) - (-0.00034829 * distance() + -0.00215746) * (enclose() + 1.22272 * distance() + 2.24391) * (enclose() + 1.22272 * distance() + 2.24391))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0363425 * (1 - exp(-0.232551 * (distance() + 0.430355))) * pow(width() , 0.0136943 * distance() + -0.0702539) * (0.0788882 * thickness() + 0.161776) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00842146 * (0.908994 - exp(-0.382218 * (enclose() + 4.54544) - -0.00564036 * (enclose() + 14.4711) * (enclose() + 14.4711))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m3 rdl INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_distance = MAXDISTANCE_m3 |
| max_enclose = MAXENCLOSE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0363425 * (1 - exp(-0.232551 * (distance() + 0.430355))) * pow(width() , 0.0136943 * distance() + -0.0702539) * (0.0788882 * thickness() + 0.161776) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.00807027 * (1 - exp(-0.254451 * (distance() + 0.0992564))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0775135 * pow(width() , 0.0536716) * (0.0497627 * thickness() + 0.0619747) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-5.03576e-05 * distance() + 0.0173465) * (0.908994 - exp(-(0.0328679 * distance() + 0.0535389) * (enclose() + 0.358304 * distance() + 0.962403) - (-0.00034829 * distance() + -0.00215746) * (enclose() + 1.22272 * distance() + 2.24391) * (enclose() + 1.22272 * distance() + 2.24391))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0363425 * (1 - exp(-0.232551 * (distance() + 0.430355))) * pow(width() , 0.0136943 * distance() + -0.0702539) * (0.0788882 * thickness() + 0.161776) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.00842146 * (0.908994 - exp(-0.382218 * (enclose() + 4.54544) - -0.00564036 * (enclose() + 14.4711) * (enclose() + 14.4711))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: active layers: active_base,m3,rdl,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m3 NFOM_cond INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.13467 * (1 - exp(-0.254931 * (distance() + 0.435973))) * pow(width() , 0.00846757 * distance() + -0.0106128) * (0.0255369 * thickness() + 0.226111) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.475))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.475))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.032554 * (1 - exp(-0.269612 * (distance() + 0.160935))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.475))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.475))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.124496 * pow(width() , 0.0767055) * (0.0395101 * thickness() + 0.23196) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.475))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.475))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m3 PFOM_cond INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m3 |
| max_radius = MAXRADIUS_m3 |
| max_distance = MAXDISTANCE_m3 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.13467 * (1 - exp(-0.254931 * (distance() + 0.435973))) * pow(width() , 0.00846757 * distance() + -0.0106128) * (0.0255369 * thickness() + 0.226111) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.475))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.475))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.032554 * (1 - exp(-0.269612 * (distance() + 0.160935))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 2.475))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 2.475))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.124496 * pow(width() , 0.0767055) * (0.0395101 * thickness() + 0.23196) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 2.475))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 2.475))) |
| } |
| ] |
| // |
| // model: 36 target: nearbody profile: active layers: active_base,m4,m5,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY m4 INSIDE OF NFOM_cond m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = length() * (exp(-1.45077 - 1.03661 * distance()) + 0.0227743 / pow(distance() , 1.12147)) * 3.14241 * pow((width1() + width2()) / 2 , 0.0440124) * (0.0804936 * (thickness1() + thickness2()) / 2 + 0.054746) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 3.71))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 3.71))) |
| ] |
| CAPACITANCE NEARBODY m4 INSIDE OF PFOM_cond m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = length() * (exp(-1.45077 - 1.03661 * distance()) + 0.0227743 / pow(distance() , 1.12147)) * 3.14241 * pow((width1() + width2()) / 2 , 0.0440124) * (0.0804936 * (thickness1() + thickness2()) / 2 + 0.054746) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 3.71))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 3.71))) |
| ] |
| // |
| // model: 36 target: crossovere profile: active layers: active_base,m4,m5,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 m5 INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.180799 * (1 - exp(-0.812816 * (distance() + 0.152121))) * pow(width() , -0.00705353 * distance() + 0.187458) * (0.845775 * thickness() + -0.425196) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0550555 * (1 - exp(-0.755043 * (distance() + 0.181554))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.524491 * pow(width() , 0.237676) * (0.603997 * thickness() + -0.425603) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (0.00180777 * distance() + 0.269479) * (0.333246 - exp(-(-0.103903 * distance() + 0.208946) * (enclose() + 2.02995 * distance() + 2.87363) - (0.00220674 * distance() + 0.0543446) * (enclose() + 1.39808 * distance() + 2.65614) * (enclose() + 1.39808 * distance() + 2.65614))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.180799 * (1 - exp(-0.812816 * (distance() + 0.152121))) * pow(width() , -0.00705353 * distance() + 0.187458) * (0.845775 * thickness() + -0.425196) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.143778 * (0.333246 - exp(0.830084 * (enclose() + 23.1731) - 0.076412 * (enclose() + 16.6369) * (enclose() + 16.6369))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m4 m5 INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.180799 * (1 - exp(-0.812816 * (distance() + 0.152121))) * pow(width() , -0.00705353 * distance() + 0.187458) * (0.845775 * thickness() + -0.425196) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0550555 * (1 - exp(-0.755043 * (distance() + 0.181554))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.524491 * pow(width() , 0.237676) * (0.603997 * thickness() + -0.425603) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (0.00180777 * distance() + 0.269479) * (0.333246 - exp(-(-0.103903 * distance() + 0.208946) * (enclose() + 2.02995 * distance() + 2.87363) - (0.00220674 * distance() + 0.0543446) * (enclose() + 1.39808 * distance() + 2.65614) * (enclose() + 1.39808 * distance() + 2.65614))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.180799 * (1 - exp(-0.812816 * (distance() + 0.152121))) * pow(width() , -0.00705353 * distance() + 0.187458) * (0.845775 * thickness() + -0.425196) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.143778 * (0.333246 - exp(0.830084 * (enclose() + 23.1731) - 0.076412 * (enclose() + 16.6369) * (enclose() + 16.6369))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: active layers: active_base,m4,m5,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 NFOM_cond INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0406163 * (1 - exp(-0.609201 * (distance() + 0.0782967))) * pow(width() , 0.00292747 * distance() + 0.0488137) * (0.0234521 * thickness() + 0.256761) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.71))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.71))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0109394 * (1 - exp(-0.626584 * (distance() + 0.00981596))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.71))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.71))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.0878119 * pow(width() , 0.0918116) * (0.0102878 * thickness() + 0.118464) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 3.71))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 3.71))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m4 PFOM_cond INSIDE OF m5 MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0406163 * (1 - exp(-0.609201 * (distance() + 0.0782967))) * pow(width() , 0.00292747 * distance() + 0.0488137) * (0.0234521 * thickness() + 0.256761) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.71))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.71))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0109394 * (1 - exp(-0.626584 * (distance() + 0.00981596))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.71))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.71))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.0878119 * pow(width() , 0.0918116) * (0.0102878 * thickness() + 0.118464) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 3.71))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 3.71))) |
| } |
| ] |
| // |
| // model: 36 target: nearbody profile: active layers: active_base,m4,rdl,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY m4 INSIDE OF NFOM_cond rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = length() * (exp(-1.71414 - 0.501057 * distance()) + 0.0785396 / pow(distance() , 0.772736)) * 4.00573 * pow((width1() + width2()) / 2 , 0.088997) * (0.0630714 * (thickness1() + thickness2()) / 2 + 0.0313523) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 3.71))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 3.71))) |
| ] |
| CAPACITANCE NEARBODY m4 INSIDE OF PFOM_cond rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = length() * (exp(-1.71414 - 0.501057 * distance()) + 0.0785396 / pow(distance() , 0.772736)) * 4.00573 * pow((width1() + width2()) / 2 , 0.088997) * (0.0630714 * (thickness1() + thickness2()) / 2 + 0.0313523) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 3.71))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 3.71))) |
| ] |
| // |
| // model: 36 target: crossovere profile: active layers: active_base,m4,rdl,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 rdl INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0522533 * (1 - exp(-0.174038 * (distance() + 0.550194))) * pow(width() , 0.015588 * distance() + -0.0938651) * (0.0648634 * thickness() + 0.166847) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0110751 * (1 - exp(-0.200084 * (distance() + 0.103133))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0828806 * pow(width() , 0.0429611) * (0.0487081 * thickness() + 0.0871709) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (8.41839e-05 * distance() + 0.0209408) * (0.919872 - exp(-(0.0413695 * distance() + 0.0796416) * (enclose() + 0.466355 * distance() + 1.15641) - (-0.00030488 * distance() + -0.00425988) * (enclose() + 1.40721 * distance() + 3.66164) * (enclose() + 1.40721 * distance() + 3.66164))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0522533 * (1 - exp(-0.174038 * (distance() + 0.550194))) * pow(width() , 0.015588 * distance() + -0.0938651) * (0.0648634 * thickness() + 0.166847) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0108913 * (0.919872 - exp(-0.493337 * (enclose() + 5.81996) - -0.00730868 * (enclose() + 17.7337) * (enclose() + 17.7337))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m4 rdl INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_calenclose = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_distance = MAXDISTANCE_m4 |
| max_enclose = MAXENCLOSE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0522533 * (1 - exp(-0.174038 * (distance() + 0.550194))) * pow(width() , 0.015588 * distance() + -0.0938651) * (0.0648634 * thickness() + 0.166847) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0110751 * (1 - exp(-0.200084 * (distance() + 0.103133))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0828806 * pow(width() , 0.0429611) * (0.0487081 * thickness() + 0.0871709) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (8.41839e-05 * distance() + 0.0209408) * (0.919872 - exp(-(0.0413695 * distance() + 0.0796416) * (enclose() + 0.466355 * distance() + 1.15641) - (-0.00030488 * distance() + -0.00425988) * (enclose() + 1.40721 * distance() + 3.66164) * (enclose() + 1.40721 * distance() + 3.66164))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0522533 * (1 - exp(-0.174038 * (distance() + 0.550194))) * pow(width() , 0.015588 * distance() + -0.0938651) * (0.0648634 * thickness() + 0.166847) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0108913 * (0.919872 - exp(-0.493337 * (enclose() + 5.81996) - -0.00730868 * (enclose() + 17.7337) * (enclose() + 17.7337))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: active layers: active_base,m4,rdl,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m4 NFOM_cond INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.121051 * (1 - exp(-0.186586 * (distance() + 0.575783))) * pow(width() , 0.0108962 * distance() + -0.0381091) * (0.021253 * thickness() + 0.215533) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.71))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.71))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0273076 * (1 - exp(-0.206615 * (distance() + 0.175718))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.71))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.71))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.117148 * pow(width() , 0.0646996) * (0.0319033 * thickness() + 0.199963) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 3.71))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 3.71))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m4 PFOM_cond INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 10.08 // For reference |
| max_caldistance = 10 // For reference |
| max_width = MAXWIDTH_m4 |
| max_radius = MAXRADIUS_m4 |
| max_distance = MAXDISTANCE_m4 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.121051 * (1 - exp(-0.186586 * (distance() + 0.575783))) * pow(width() , 0.0108962 * distance() + -0.0381091) * (0.021253 * thickness() + 0.215533) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.71))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.71))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0273076 * (1 - exp(-0.206615 * (distance() + 0.175718))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 3.71))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 3.71))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.117148 * pow(width() , 0.0646996) * (0.0319033 * thickness() + 0.199963) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 10 + m43ink3 * 3.71))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 10 + m43ink6 * 3.71))) |
| } |
| ] |
| // |
| // model: 36 target: nearbody profile: active layers: active_base,m5,rdl,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE NEARBODY m5 INSIDE OF NFOM_cond rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = length() * (exp(-1.84713 - 0.473221 * distance()) + 0.32415 / pow(distance() , 1.23305)) * 4.68497 * pow((width1() + width2()) / 2 , 0.0416763) * (0.0240876 * (thickness1() + thickness2()) / 2 + 0.0273366) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 5.06))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 5.06))) |
| ] |
| CAPACITANCE NEARBODY m5 INSIDE OF PFOM_cond rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = length() * (exp(-1.84713 - 0.473221 * distance()) + 0.32415 / pow(distance() , 1.23305)) * 4.68497 * pow((width1() + width2()) / 2 , 0.0416763) * (0.0240876 * (thickness1() + thickness2()) / 2 + 0.0273366) * m36NB_COEF * (1 - m36RS * exp((-m43nbk1 * radius_down()) / (m43nbk2 * distance() + m43nbk3 * 5.06))) * (1 - m36RS * exp((-m43nbk4 * radius_up()) / (m43nbk5 * distance() + m43nbk6 * 5.06))) |
| ] |
| // |
| // model: 36 target: crossovere profile: active layers: active_base,m5,rdl,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m5 rdl INSIDE OF NFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_calenclose = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_distance = MAXDISTANCE_m5 |
| max_enclose = MAXENCLOSE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0657568 * (1 - exp(-0.177966 * (distance() + 0.271346))) * pow(width() , 0.00511759 * distance() + -0.0322798) * (0.055435 * thickness() + 0.174924) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0164578 * (1 - exp(-0.178503 * (distance() + -0.0259147))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0856981 * pow(width() , 0.027226) * (0.0476285 * thickness() + 0.119075) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-2.45564e-05 * distance() + 0.0388668) * (0.791879 - exp(-(0.0460828 * distance() + 0.134505) * (enclose() + 0.464394 * distance() + 2.25812) - (-0.00016282 * distance() + -0.00759767) * (enclose() + 1.41825 * distance() + 4.81966) * (enclose() + 1.41825 * distance() + 4.81966))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0657568 * (1 - exp(-0.177966 * (distance() + 0.271346))) * pow(width() , 0.00511759 * distance() + -0.0322798) * (0.055435 * thickness() + 0.174924) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0192615 * (0.791879 - exp(-0.779664 * (enclose() + 8.75964) - -0.00987715 * (enclose() + 24.6752) * (enclose() + 24.6752))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m5 rdl INSIDE OF PFOM_cond MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_calenclose = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_distance = MAXDISTANCE_m5 |
| max_enclose = MAXENCLOSE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0657568 * (1 - exp(-0.177966 * (distance() + 0.271346))) * pow(width() , 0.00511759 * distance() + -0.0322798) * (0.055435 * thickness() + 0.174924) |
| } |
| if ((distance() > 0.0) && (same_net() == 1) && (enclose() >= max_enclose)) { |
| C = length() * 0.0164578 * (1 - exp(-0.178503 * (distance() + -0.0259147))) |
| } |
| if ((distance() <= 0.0) && (enclose() >= max_enclose)) { |
| C = length() * 0.0856981 * pow(width() , 0.027226) * (0.0476285 * thickness() + 0.119075) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() < distance())) { |
| C = length() * 0.5 * (-2.45564e-05 * distance() + 0.0388668) * (0.791879 - exp(-(0.0460828 * distance() + 0.134505) * (enclose() + 0.464394 * distance() + 2.25812) - (-0.00016282 * distance() + -0.00759767) * (enclose() + 1.41825 * distance() + 4.81966) * (enclose() + 1.41825 * distance() + 4.81966))) |
| } |
| if ((distance() > 0.0) && (enclose() < max_enclose) && (enclose() >= distance())) { |
| C = length() * 0.0657568 * (1 - exp(-0.177966 * (distance() + 0.271346))) * pow(width() , 0.00511759 * distance() + -0.0322798) * (0.055435 * thickness() + 0.174924) |
| } |
| if ((distance() <= 0.0) && (enclose() < max_enclose)) { |
| C = length() * 0.0192615 * (0.791879 - exp(-0.779664 * (enclose() + 8.75964) - -0.00987715 * (enclose() + 24.6752) * (enclose() + 24.6752))) |
| } |
| if (C < 0.0) { |
| C = 0 |
| } |
| ] |
| // |
| // model: 36 target: intrinsic profile: active layers: active_base,m5,rdl,NFOM_cond,PFOM_cond |
| // |
| CAPACITANCE CROSSOVER FRINGE m5 NFOM_cond INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0928574 * (1 - exp(-0.179085 * (distance() + 0.24928))) * pow(width() , 0.00195989 * distance() + 0.0242535) * (0.00801158 * thickness() + 0.251551) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.06))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.06))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0249021 * (1 - exp(-0.182813 * (distance() + 0.0179148))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.06))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.06))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.100127 * pow(width() , 0.0522893) * (0.0101177 * thickness() + 0.21796) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 5.06))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 5.06))) |
| } |
| ] |
| CAPACITANCE CROSSOVER FRINGE m5 PFOM_cond INSIDE OF rdl MASK |
| [ |
| PROPERTY C |
| max_calwidth = 12 // For reference |
| max_caldistance = 14 // For reference |
| max_width = MAXWIDTH_m5 |
| max_radius = MAXRADIUS_m5 |
| max_distance = MAXDISTANCE_m5 |
| C = 0.0 |
| if ((distance() > 0.0) && (same_net() == 0)) { |
| C = length() * 0.0928574 * (1 - exp(-0.179085 * (distance() + 0.24928))) * pow(width() , 0.00195989 * distance() + 0.0242535) * (0.00801158 * thickness() + 0.251551) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.06))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.06))) |
| } |
| if ((distance() > 0.0) && (same_net() == 1)) { |
| C = length() * 0.0249021 * (1 - exp(-0.182813 * (distance() + 0.0179148))) * m36IN_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * distance() + m43ink3 * 5.06))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * distance() + m43ink6 * 5.06))) |
| } |
| if (distance() <= 0.0) { |
| C = length() * 0.100127 * pow(width() , 0.0522893) * (0.0101177 * thickness() + 0.21796) * m36IN0_COEF * (1 - m36RS * exp((-m43ink1 * radius_down()) / (m43ink2 * 14 + m43ink3 * 5.06))) * (1 - m36RS * exp((-m43ink4 * radius_up()) / (m43ink5 * 14 + m43ink6 * 5.06))) |
| } |
| ] |
| #endif // XCALIBRATE_EXCLUDE_PROFILE_active |
| */ |
| // |
| // Completed on Thu Jan 23 20:09:24 2014 by xCalibrate v2006.3_29.23 Tue Oct 3 13:45:20 PDT 2006 |
| // |
