Reading file /root/sramtestvehicleg4/gds/user_analog_project_wrapper.gds for cell user_analog_project_wrapper
dbu=0.001
cell user_analog_project_wrapper dbu-bbox(ll;ur)=(-4000,-4000;2924000,3524000)
cell user_analog_project_wrapper dbu-bbox(left,bottom,right,top)=(-4000,-4000,2924000,3524000)
cell user_analog_project_wrapper dbu-size(width,height)=(2928000,3528000)
cell user_analog_project_wrapper micron-bbox(left,bottom,right,top)=(-4.0,-4.0,2924.0,3524.0)
cell user_analog_project_wrapper micron-size(width,height)=(2928.0,3528.0)
Done.

Magic 8.3 revision 340 - Compiled on Thu Nov 17 13:45:26 UTC 2022.
Starting magic under Tcl interpreter
Using the terminal as the console.
Using NULL graphics device.
Processing system .magicrc file
Sourcing design .magicrc for technology sky130A ...
2 Magic internal units = 1 Lambda
Input style sky130(vendor): scaleFactor=2, multiplier=2
The following types are not handled by extraction and will be treated as non-electrical types:
    ubm 
Scaled tech values by 2 / 1 to match internal grid scaling
Loading sky130A Device Generator Menu ...
Loading "/opt/checks/xor_check/erase_box.tcl" from command line.
CIF input style is now "sky130(vendor)"
Warning: Calma reading is not undoable!  I hope that's OK.
Library written using GDS-II Release 6.0
Library name: LIB
Reading "SP6TCell".
Reading "DP8TCell".
Reading "SP6TArray_2X1".
Reading "DP8TArray_2X1".
Reading "SP6TArray_2X2".
Reading "DP8TArray_2X2".
Reading "SP6TArray_4X2".
Reading "DP8TArray_4X2".
Reading "SP6TArray_4X4".
Reading "DP8TArray_4X4".
Reading "SP6TArray_8X4".
Reading "DP8TArray_8X4".
Reading "SP6TArray_8X8".
Reading "DP8TArray_8X8".
Reading "SP6TArray_16X8".
Reading "DP8TArray_16X8".
Reading "SP6TArray_16X16".
Reading "DP8TArray_16X16".
Reading "SP6TArray_32X16".
Reading "nor2_x0".
Reading "sff1_x4".
Reading "buf_x2".
Reading "inv_x0".
Reading "nand2_x0".
Reading "tie".
Reading "nsnrlatch_x1".
Reading "DP8TArray_32X16".
Reading "SP6TArray_32X32".
Reading "a4_x2".
CIF file read warning: CIF style sky130(vendor): units rescaled by factor of 5 / 1
Reading "a3_x2".
Reading "tie_diff_w4".
Reading "inv_x1".
Reading "DP8TArray_32X32".
Reading "SP6TClockWE".
Reading "SP6TWriteDriver_4M2B".
Reading "SP6TSenseAmp_4M".
Reading "SP6TColMux_4C".
Reading "SP6TPrecharge".
Reading "SP6TArray_64X32".
Reading "SP6TWLDrive_30LN100WN30LP200WP".
Reading "SP6TRowDecoderNand3".
Reading "inv_x2".
Reading "DP8TColMux_4C_bl2".
Reading "DP8TPrecharge_bl2".
Reading "DP8TClockWE".
Reading "DP8TWriteDriver_4M2B".
Reading "DP8TSenseAmp_4M".
Reading "DP8TColMux_4C_bl1".
Reading "DP8TPrecharge_bl1".
Reading "DP8TArray_64X32".
Reading "DP8TWLDrive_30LN100WN30LP200WP_wl2".
Reading "DP8TWLDrive_30LN100WN30LP200WP_wl1".
Reading "DP8TRowDecoderNand3".
Reading "SP6TColumnPeriphery_8B4M".
Reading "SP6TArray_128X32".
Reading "SP6TRowDecoderDriverPage_2PD8R".
Reading "SP6TRowPredecoders_3_4B".
Reading "SP6TNonOverlapClock_8S".
Reading "DP8TColumnPeriphery_8B4M_bl2".
Reading "DP8TColumnPeriphery_8B4M_bl1".
Reading "DP8TArray_128X32".
Reading "DP8TRowDecoderDriverPage_2PD8R_wl2".
Reading "DP8TRowDecoderDriverPage_2PD8R_wl1".
Reading "DP8TRowPredecoders_3_4B".
Reading "DP8TNonOverlapClock_8S".
Reading "SP6TRowDecoder_3_4B".
Reading "SP6TLatchedDecoder_2A2R".
Reading "SP6TClockGenerator".
Reading "SP6TColumn_128R8B4M".
Reading "DP8TRowDecoder_3_4B_wl2".
Reading "DP8TRowDecoder_3_4B_wl1".
Reading "DP8TLatchedDecoder_2A2R".
Reading "DP8TClockGenerator".
Reading "DP8TColumn_128R8B4M".
Reading "SP6TColumnBlock_128R8B4M1W".
Reading "SP6TRowPeriphery_3_4_2".
Reading "mx2_x2".
Reading "PNP_05v5_W3u40L3u40".
Reading "DP8TColumnBlock_128R8B4M1W".
Reading "DP8TRowPeriphery_3_4_2_wl2".
Reading "DP8TRowPeriphery_3_4_2_wl1".
Reading "SP6T512x8".
Reading "one_x1".
Reading "zero_x1".
Reading "CharSP6T512x8".
Reading "DP8T512x8".
Reading "Bandgap1V8".
Reading "Bandgap1V8lvt".
Reading "Bandgap3V3".
Reading "user_analog_project_wrapper_empty".
Reading "ConnectedSRAM".
Reading "ConnectedBandGap".
Reading "user_analog_project_wrapper".
Root cell box:
           width x height  (   llx,  lly  ), (   urx,  ury  )  area (units^2)

microns:  42.880 x 3520.000  (-42.880,  0.000), ( 0.000,  3520.000)  150937.594
lambda:   4288.00 x 352000.00  (-4288.00,  0.00 ), (  0.00,  352000.00)  1509376000.00
internal:   8576 x 704000  ( -8576,  0    ), (     0,  704000)  6037504000
Root cell box:
           width x height  (   llx,  lly  ), (   urx,  ury  )  area (units^2)

microns:  42.500 x 3520.000  ( 2920.000,  0.000), ( 2962.500,  3520.000)  149600.000
lambda:   4250.00 x 352000.00  ( 292000.00,  0.00 ), ( 296250.00,  352000.00)  1496000000.00
internal:   8500 x 704000  ( 584000,  0    ), ( 592500,  704000)  5984000000
Root cell box:
           width x height  (   llx,  lly  ), (   urx,  ury  )  area (units^2)

microns:  3005.380 x 37.530  (-42.880, -37.530), ( 2962.500,  0.000)  112791.906
lambda:   300538.00 x 3753.00  (-4288.00, -3753.00), ( 296250.00,  0.00 )  1127919104.00
internal: 601076 x 7506    ( -8576, -7506 ), ( 592500,  0    )  4511676456
Root cell box:
           width x height  (   llx,  lly  ), (   urx,  ury  )  area (units^2)

microns:  3005.380 x 37.210  (-42.880,  3520.000), ( 2962.500,  3557.210)  111830.188
lambda:   300538.00 x 3721.00  (-4288.00,  352000.00), ( 296250.00,  355721.00)  1118301952.00
internal: 601076 x 7442    ( -8576,  704000), ( 592500,  711442)  4473207592
   Generating output for cell xor_target

Magic 8.3 revision 340 - Compiled on Thu Nov 17 13:45:26 UTC 2022.
Starting magic under Tcl interpreter
Using the terminal as the console.
Using NULL graphics device.
Processing system .magicrc file
Sourcing design .magicrc for technology sky130A ...
2 Magic internal units = 1 Lambda
Input style sky130(vendor): scaleFactor=2, multiplier=2
The following types are not handled by extraction and will be treated as non-electrical types:
    ubm 
Scaled tech values by 2 / 1 to match internal grid scaling
Loading sky130A Device Generator Menu ...
Loading "/opt/checks/xor_check/erase_box.tcl" from command line.
CIF input style is now "sky130(vendor)"
Warning: Calma reading is not undoable!  I hope that's OK.
Library written using GDS-II Release 6.0
Library name: user_analog_project_wrapper_empty
Reading "user_analog_project_wrapper".
Root cell box:
           width x height  (   llx,  lly  ), (   urx,  ury  )  area (units^2)

microns:  42.880 x 3520.000  (-42.880,  0.000), ( 0.000,  3520.000)  150937.594
lambda:   4288.00 x 352000.00  (-4288.00,  0.00 ), (  0.00,  352000.00)  1509376000.00
internal:   8576 x 704000  ( -8576,  0    ), (     0,  704000)  6037504000
Root cell box:
           width x height  (   llx,  lly  ), (   urx,  ury  )  area (units^2)

microns:  42.500 x 3520.000  ( 2920.000,  0.000), ( 2962.500,  3520.000)  149600.000
lambda:   4250.00 x 352000.00  ( 292000.00,  0.00 ), ( 296250.00,  352000.00)  1496000000.00
internal:   8500 x 704000  ( 584000,  0    ), ( 592500,  704000)  5984000000
Root cell box:
           width x height  (   llx,  lly  ), (   urx,  ury  )  area (units^2)

microns:  3005.380 x 37.530  (-42.880, -37.530), ( 2962.500,  0.000)  112791.906
lambda:   300538.00 x 3753.00  (-4288.00, -3753.00), ( 296250.00,  0.00 )  1127919104.00
internal: 601076 x 7506    ( -8576, -7506 ), ( 592500,  0    )  4511676456
Root cell box:
           width x height  (   llx,  lly  ), (   urx,  ury  )  area (units^2)

microns:  3005.380 x 37.210  (-42.880,  3520.000), ( 2962.500,  3557.210)  111830.188
lambda:   300538.00 x 3721.00  (-4288.00,  352000.00), ( 296250.00,  355721.00)  1118301952.00
internal: 601076 x 7442    ( -8576,  704000), ( 592500,  711442)  4473207592
   Generating output for cell xor_target
Reading /mnt/uffs/user/u605_staf/design/sramtestvehicleg4/jobs/mpw_precheck/173ba021-f7fc-458a-8c19-9870b2d09d3c/outputs/user_analog_project_wrapper_erased.gds ..
Reading /mnt/uffs/user/u605_staf/design/sramtestvehicleg4/jobs/mpw_precheck/173ba021-f7fc-458a-8c19-9870b2d09d3c/outputs/user_analog_project_wrapper_empty_erased.gds ..
--- Running XOR for 69/20 ---
"input" in: xor.rb.drc:39
    Polygons (raw): 494 (flat)  494 (hierarchical)
    Elapsed: 0.010s  Memory: 524.00M
"input" in: xor.rb.drc:39
    Polygons (raw): 494 (flat)  494 (hierarchical)
    Elapsed: 0.010s  Memory: 524.00M
"^" in: xor.rb.drc:39
    Polygons (raw): 0 (flat)  0 (hierarchical)
    Elapsed: 0.000s  Memory: 524.00M
XOR differences: 0
"output" in: xor.rb.drc:43
    Polygons (raw): 0 (flat)  0 (hierarchical)
    Elapsed: 0.010s  Memory: 524.00M
--- Running XOR for 70/20 ---
"input" in: xor.rb.drc:39
    Polygons (raw): 184 (flat)  184 (hierarchical)
    Elapsed: 0.000s  Memory: 524.00M
"input" in: xor.rb.drc:39
    Polygons (raw): 184 (flat)  184 (hierarchical)
    Elapsed: 0.010s  Memory: 524.00M
"^" in: xor.rb.drc:39
    Polygons (raw): 0 (flat)  0 (hierarchical)
    Elapsed: 0.010s  Memory: 524.00M
XOR differences: 0
"output" in: xor.rb.drc:43
    Polygons (raw): 0 (flat)  0 (hierarchical)
    Elapsed: 0.000s  Memory: 524.00M
--- Running XOR for 72/20 ---
"input" in: xor.rb.drc:39
    Polygons (raw): 6 (flat)  6 (hierarchical)
    Elapsed: 0.010s  Memory: 524.00M
"input" in: xor.rb.drc:39
    Polygons (raw): 6 (flat)  6 (hierarchical)
    Elapsed: 0.000s  Memory: 524.00M
"^" in: xor.rb.drc:39
    Polygons (raw): 0 (flat)  0 (hierarchical)
    Elapsed: 0.010s  Memory: 524.00M
XOR differences: 0
"output" in: xor.rb.drc:43
    Polygons (raw): 0 (flat)  0 (hierarchical)
    Elapsed: 0.000s  Memory: 524.00M
--- Running XOR for 81/14 ---
"input" in: xor.rb.drc:39
    Polygons (raw): 1 (flat)  1 (hierarchical)
    Elapsed: 0.010s  Memory: 524.00M
"input" in: xor.rb.drc:39
    Polygons (raw): 1 (flat)  1 (hierarchical)
    Elapsed: 0.000s  Memory: 524.00M
"^" in: xor.rb.drc:39
    Polygons (raw): 0 (flat)  0 (hierarchical)
    Elapsed: 0.000s  Memory: 524.00M
XOR differences: 0
"output" in: xor.rb.drc:43
    Polygons (raw): 0 (flat)  0 (hierarchical)
    Elapsed: 0.010s  Memory: 524.00M
Writing layout file: /mnt/uffs/user/u605_staf/design/sramtestvehicleg4/jobs/mpw_precheck/173ba021-f7fc-458a-8c19-9870b2d09d3c/outputs/user_analog_project_wrapper.xor.gds ..
Total elapsed: 0.100s  Memory: 524.00M