################################################################################################
# Copyright 2022 GlobalFoundries PDK Authors
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
#     https://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
################################################################################################

#==================================
# ------- MIMCAP EXTRACTION -------
#==================================

logger.info('Starting MIMCAP EXTRACTION')

case MIM_OPTION
when 'A'

  case MIM_CAP
  when '1'

    # cap_mim1f0 capacitor
    logger.info('Extracting cap_mim1f0 device')
    extract_devices(capacitor(cap_mim1f0, 1.0e-15, MIMCap), { 'P1' => mim_virtual, 'P2' => fuse_cap })
    tolerance(cap_mim1f0, 'C', relative: 0.25)

  when '1.5'

    # cap_mim1f5 capacitor
    logger.info('Extracting cap_mim1f5 device')
    extract_devices(capacitor(cap_mim1f5, 1.5e-15, MIMCap), { 'P1' => mim_virtual, 'P2' => fuse_cap })
    tolerance(cap_mim1f5, 'C', relative: 0.25)

  when '2'
    
    # cap_mim_single_2f0 capacitor
    logger.info('Extracting cap_mim_single_2f0 device')
    extract_devices(capacitor(cap_mim_single_2f0, 2.0e-15, MIMCap), { 'P1' => mim_virtual, 'P2' => fuse_cap })
    tolerance(cap_mim_single_2f0, 'C', relative: 0.25)
  
  end

when 'B'

  case MIM_CAP
  when '1'

    # cap_mim1f0 capacitor
    logger.info('Extracting cap_mim1f0 device')
    extract_devices(capacitor(cap_mim1f0, 1.0e-15, MIMCap), { 'P1' => mimtm_virtual, 'P2' => fuse_cap })
    tolerance(cap_mim1f0, 'C', relative: 0.25)

  when '1.5'

    # cap_mim1f5 capacitor
    logger.info('Extracting cap_mim1f5 device')
    extract_devices(capacitor(cap_mim1f5, 1.5e-15, MIMCap), { 'P1' => mimtm_virtual, 'P2' => fuse_cap })
    tolerance(cap_mim1f5, 'C', relative: 0.25)

  when '2'
  
      # cap_mim_single_2f0 capacitor
      logger.info('Extracting cap_mim_single_2f0 device')
      extract_devices(capacitor(cap_mim_single_2f0, 2.0e-15, MIMCap), { 'P1' => mimtm_virtual, 'P2' => fuse_cap })
      tolerance(cap_mim_single_2f0, 'C', relative: 0.25)
  
  end
  
  case MIM_CAP_STACK

  when '2'
  
      # cap_mim2f0 capacitor
      logger.info('Extracting cap_mim2f0 device')

      extract_devices(capacitor(cap_mim2f0, 2.0e-15, MIMCap), { 'P1' => mimtm_stack1_virtual,
                                                                'P2' => fuse_cap, })
      extract_devices(capacitor(cap_mim2f0, 2.0e-15, MIMCap), { 'P1' => mimtm_stack2_virtual,  
                                                                'P2' => fuse2_cap, })
      tolerance(cap_mim2f0, 'C', relative: 0.25)
  
  when '3'
  
      # cap_mim3f0 capacitor
      logger.info('Extracting cap_mim3f0 device')
      
      extract_devices(capacitor(cap_mim3f0, 3.0e-15, MIMCap), { 'P1' => mimtm_stack1_virtual,
                                                                'P2' => fuse_cap, })
      extract_devices(capacitor(cap_mim3f0, 3.0e-15, MIMCap), { 'P1' => mimtm_stack2_virtual,  
                                                                'P2' => fuse2_cap, })
      tolerance(cap_mim3f0, 'C', relative: 0.25)
  
  end

end