Assura (tm) Physical Verification Version av4.1:Production:dfII6.1.5:IC6.1.5.500.5 Release 4.1_USR2_HF10 Copyright (c) Cadence Design Systems. All rights reserved. @(#)$CDS: assura version av4.1:Production:dfII6.1.5:IC6.1.5.500.5 09/21/2011 14:57 (xlsfrh35) $ sub-version 4.1_USR2_HF10, integ signature 2011-09-21-1424 run on sirio.dftgroup.uniroma2.it from /usr/cadence/ASSURA41/tools.lnx86/assura/bin/32bit/assura on Mon Aug 27 15:25:41 2012 Starting /usr/cadence/ASSURA41//tools/assura/bin/aveng /home/stefano/Project/TSMC_Projects/Dice/run_assura_lvs/FF_DICE.rsf -exec1 -LVS -cdslib /home/stefano/Project/TSMC_Projects/Dice/cds.lib -libdefs /home/stefano/Project/TSMC_Projects/Dice/lib.defs @(#)$CDS: aveng version av4.1:Production:dfII6.1.5:IC6.1.5.500.5 09/21/2011 14:57 (xlsfrh35) $ sub-version 4.1_USR2_HF10, integ signature 2011-09-21-1424 run on sirio.dftgroup.uniroma2.it from /usr/cadence/ASSURA41/tools.lnx86/assura/bin/32bit/aveng on Mon Aug 27 15:25:41 2012 Loading tech rule set file : /home/stefano/Project/TSMC_Projects/Dice/Assura/techRuleSets Loading tech rule set file : /home/stefano/Project/TSMC_Projects/Dice/Assura/techRuleSets Loading tech rule set file : /home/stefano/Project/TSMC_Projects/Dice/Assura/techRuleSets Loading tech rule set file : /home/stefano/Project/TSMC_Projects/Dice/Assura/techRuleSets Summary Report: FF_DICE.sum RSF : /home/stefano/Project/TSMC_Projects/Dice/run_assura_lvs/FF_DICE.rsf Library Name : DICE_LIB CDSLIB Path : "/home/stefano/Project/TSMC_Projects/Dice/cds.lib" LIBDEFS Path : "/home/stefano/Project/TSMC_Projects/Dice/lib.defs" Cell Name : FF_DICE View Name : layout Rules File : /home/stefano/Project/TSMC_Projects/Dice/Assura/./lvs_rcx/extract.rul Options : -exec1 -LVS -cdslib /home/stefano/Project/TSMC_Projects/Dice/cds.lib -libdefs /home/stefano/Project/TSMC_Projects/Dice/lib.defs Work Directory: /home/stefano/Project/TSMC_Projects/Dice/run_assura_lvs Operating Mode: Legacy Mode is Off Starting dfIIToVdb... Virtuoso Framework License (111) was checked out successfully. Total checkout time was 0.11s. *WARNING* lib.defs files and the -libdefs option are no longer supported. The file '/home/stefano/Project/TSMC_Projects/Dice/lib.defs' will be ignored. The cds.lib file '/home/stefano/Project/TSMC_Projects/Dice/cds.lib' takes precedence. @(#)$CDS: dfIIToVdb version av4.1:Production:dfII6.1.5:IC6.1.5.500.5 09/21/2011 14:59 (xlsfrh35) $ sub-version 4.1_USR2_HF10, integ signature 2011-09-21-1424 run on sirio.dftgroup.uniroma2.it from /usr/cadence/ASSURA41/tools.lnx86/assura/bin/32bit/dfIIToVdb on Mon Aug 27 15:25:41 2012 Loading tech rule set file : /home/stefano/Project/TSMC_Projects/Dice/Assura/techRuleSets Loading tech rule set file : /home/stefano/Project/TSMC_Projects/Dice/Assura/techRuleSets Loading tech rule set file : /home/stefano/Project/TSMC_Projects/Dice/Assura/techRuleSets Loading tech rule set file : /home/stefano/Project/TSMC_Projects/Dice/Assura/techRuleSets *WARNING* lib.defs files and the -libdefs option are no longer supported. The file '/home/stefano/Project/TSMC_Projects/Dice/lib.defs' will be ignored. The cds.lib file '/home/stefano/Project/TSMC_Projects/Dice/cds.lib' takes precedence. Initializing from libInit.il for library tsmcN65... -- /usr/TSMC-65N/TSMC_PDK_OA/tsmcN65//../skill/pcellCode_patch15a1.cdn -- /usr/TSMC-65N/TSMC_PDK_OA/tsmcN65//../skill/momUtil65_patch15a1.cdn -- /usr/TSMC-65N/TSMC_PDK_OA/tsmcN65//../skill/crtmom65.cxt -- /usr/TSMC-65N/TSMC_PDK_OA/tsmcN65//../skill/pcell65pta.cxt -- /usr/TSMC-65N/TSMC_PDK_OA/tsmcN65//../skill/pcell65ptb.cxt -- tsmcPdkParamTable.il -- tsmcN65_updateCDFs.il -- tsmc_esti.ile -- /usr/TSMC-65N/TSMC_PDK_OA/tsmcN65//../skill/tsmcN65_patch1.cxt -- tsmcN65.cxt -- tif_tcf_crn65lp_v1.5a.cxt -- tsmcDNA_utility.cxt -- tsmcN65Tool.cxt Loading Working place Display File '/home/stefano/Project/TSMC_Projects/Dice/display.drf' Compiling rules... WARNING Connected layer 'nplug' is being used as via in geomStamp. WARNING Connected layer 'pplug' is being used as via in geomStamp. WARNING Connected layer 'n_pplug' is being used as via in geomStamp. WARNING Connected layer 'pplug' is being used as via in geomStamp. WARNING Connected layer 'pplug' is being used as via in geomStamp. WARNING Connected layer 'pplug' is being used as via in geomStamp. WARNING LVS Run detected. Non-legacy mode has been disabled for this LVS run Checking out license for Assura_LVS 4.10 Reading the design data... *WARNING* lib.defs files and the -libdefs option are no longer supported. The file '/home/stefano/Project/TSMC_Projects/Dice/lib.defs' will be ignored. The cds.lib file '/home/stefano/Project/TSMC_Projects/Dice/cds.lib' takes precedence. Finished dfIIToVdb. Building the VDB part 2 in background mode. Building tables for LVS Preprocessing in background mode. Starting /usr/cadence/ASSURA41/tools/assura/bin/vdbToCells /home/stefano/Project/TSMC_Projects/Dice/run_assura_lvs FF_DICE Finished /usr/cadence/ASSURA41/tools/assura/bin/vdbToCells Starting Nvn PreExtraction... Starting /usr/cadence/ASSURA41/tools/assura/bin/nvn /home/stefano/Project/TSMC_Projects/Dice/run_assura_lvs/FF_DICE.rsf -preExtract -exec1 -libdefs /home/stefano/Project/TSMC_Projects/Dice/lib.defs -cdslib /home/stefano/Project/TSMC_Projects/Dice/cds.lib Checking out license for Assura_LVS 4.10 @(#)$CDS: nvn version av4.1:Production:dfII6.1.5:IC6.1.5.500.5 09/21/2011 14:59 (xlsfrh35) $ sub-version 4.1_USR2_HF10, integ signature 2011-09-21-1424 run on sirio.dftgroup.uniroma2.it at Mon Aug 27 15:25:47 2012 WARNING (AVLVSNN-10029) : 'filter' command has been converted into 'filterOptions' with the same function. 'filter' command is not supported. Use 'filterOptions' instead. Reading schematic network running dfIIToVldb -cdslib /home/stefano/Project/TSMC_Projects/Dice/cds.lib -libdefs /home/stefano/Project/TSMC_Projects/Dice/lib.defs /home/stefano/Project/TSMC_Projects/Dice/run_assura_lvs/FF_DICE.vlr /home/stefano/Project/TSMC_Projects/Dice/run_assura_lvs/FF_DICE.rsf Virtuoso Framework License (111) was checked out successfully. Total checkout time was 0.12s. *WARNING* lib.defs files and the -libdefs option are no longer supported. The file '/home/stefano/Project/TSMC_Projects/Dice/lib.defs' will be ignored. The cds.lib file '/home/stefano/Project/TSMC_Projects/Dice/cds.lib' takes precedence. *WARNING* lib.defs files and the -libdefs option are no longer supported. The file '/home/stefano/Project/TSMC_Projects/Dice/lib.defs' will be ignored. The cds.lib file '/home/stefano/Project/TSMC_Projects/Dice/cds.lib' takes precedence. @(#)$CDS: dfIIToVldb version av4.1:Production:dfII6.1.5:IC6.1.5.500.5 09/21/2011 14:59 (xlsfrh35) $ sub-version 4.1_USR2_HF10, integ signature 2011-09-21-1424 run on sirio.dftgroup.uniroma2.it from /usr/cadence/ASSURA41/tools.lnx86/assura/bin/32bit/dfIIToVldb on Mon Aug 27 15:25:48 2012 Loading tech rule set file : /home/stefano/Project/TSMC_Projects/Dice/Assura/techRuleSets Top Cell Library: "DICE_LIB" Top Cell Name: "FF_DICE" Top Cell View: "schematic" Output Data Base Name: "/home/stefano/Project/TSMC_Projects/Dice/run_assura_lvs/FF_DICE.sdb" Simulator Name: "auLvs" View List: "auLvs schematic symbol" Stop List: "auLvs" Initializing from libInit.il for library tsmcN65... -- /usr/TSMC-65N/TSMC_PDK_OA/tsmcN65//../skill/pcellCode_patch15a1.cdn -- /usr/TSMC-65N/TSMC_PDK_OA/tsmcN65//../skill/momUtil65_patch15a1.cdn -- /usr/TSMC-65N/TSMC_PDK_OA/tsmcN65//../skill/crtmom65.cxt -- /usr/TSMC-65N/TSMC_PDK_OA/tsmcN65//../skill/pcell65pta.cxt -- /usr/TSMC-65N/TSMC_PDK_OA/tsmcN65//../skill/pcell65ptb.cxt -- tsmcPdkParamTable.il -- tsmcN65_updateCDFs.il -- tsmc_esti.ile -- /usr/TSMC-65N/TSMC_PDK_OA/tsmcN65//../skill/tsmcN65_patch1.cxt -- tsmcN65.cxt -- tif_tcf_crn65lp_v1.5a.cxt -- tsmcDNA_utility.cxt -- tsmcN65Tool.cxt Loading Working place Display File '/home/stefano/Project/TSMC_Projects/Dice/display.drf' Net Listing Mode is Digital Global net vdd! found Global net gnd! found writing /home/stefano/Project/TSMC_Projects/Dice/run_assura_lvs/FF_DICE.sdb inputting /home/stefano/Project/TSMC_Projects/Dice/run_assura_lvs/FF_DICE.sdb Reading layout network inputting network ./run_assura_lvs/FF_DICE.ldb Preprocessing schematic network phase 1 Preprocessing layout network phase 1 WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'npn_mis(BJT)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'npn_mis(BJT)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'npn_mis(BJT)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'npn_s_mis(BJT)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'npn_s_mis(BJT)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'npn_s_mis(BJT)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pnp_mis(BJT)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pnp_mis(BJT)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pnp_mis(BJT)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pnp_s_mis(BJT)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pnp_s_mis(BJT)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pnp_s_mis(BJT)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'ndio(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'ndio_18(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'ndio_25(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'ndio_25od33(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'ndio_25ud18(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'ndio_33(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'ndio_esd(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'ndio_hvt(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'ndio_lpg(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'ndio_lpghvt(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'ndio_lpgna(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'ndio_lvt(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'ndio_mlvt(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'ndio_na(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'ndio_na18(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'ndio_na25(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'ndio_na25od33(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'ndio_na25ud18(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'ndio_na33(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'ndio_w(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nwdio(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nwdio_18(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nwdio_25(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nwdio_33(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pdio(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pdio_18(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pdio_25(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pdio_25od33(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pdio_25ud18(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pdio_33(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pdio_hvt(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pdio_lpg(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pdio_lpghvt(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pdio_lvt(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pdio_mlvt(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pdio_w(DIO)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'crtmom(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'crtmom_mx(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'crtmom_rf(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'lincap(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'lincap_25(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'lincap_rf(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'lincap_rf_25(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'lowcpad(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'lowcpad(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'lowcpad(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'mimcap(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'mimcap_3t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'mimcap_um_rf(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'mimcap_woum_rf(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'moscap_rf(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'moscap_rf18(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'moscap_rf18_nw(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'moscap_rf25(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'moscap_rf25_nw(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'moscap_rf33(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'moscap_rf33_nw(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'moscap_rf_hvt(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'moscap_rf_hvt_nw(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'moscap_rf_nw(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'ndio_hia_rf(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmos_rf(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmos_rf_18(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmos_rf_18_6t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmos_rf_18_nodnw(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmos_rf_25(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmos_rf_25_6t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmos_rf_25_nodnw(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmos_rf_25_nodnwod33(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmos_rf_25_nodnwud18(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmos_rf_25od33(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmos_rf_25od33_6t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmos_rf_25ud18(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmos_rf_25ud18_6t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmos_rf_33(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmos_rf_33_6t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmos_rf_33_nodnw(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmos_rf_6t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmos_rf_hvt(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmos_rf_hvt_6t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmos_rf_hvt_nodnw(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmos_rf_lvt(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmos_rf_lvt_6t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmos_rf_lvt_nodnw(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmos_rf_mlvt(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmos_rf_mlvt_6t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmos_rf_mlvt_nodnw(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmos_rf_nodnw(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmoscap(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmoscap_18(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmoscap_25(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmoscap_33(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nmoscap_lpg(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pdio_hia_rf(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_18(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_18_5t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_18_nw(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_18_nw_5t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_25(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_25_5t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_25_nw(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_25_nw_5t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_25_nwod33(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_25_nwud18(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_25od33(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_25od33_5t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_25od33_nw_5t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_25ud18(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_25ud18_5t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_25ud18_nw_5t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_33(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_33_5t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_33_nw(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_33_nw_5t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_5t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_hvt(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_hvt_5t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_hvt_nw(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_hvt_nw_5t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_lvt(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_lvt_5t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_lvt_nw(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_lvt_nw_5t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_mlvt(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_mlvt_5t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_mlvt_nw(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_mlvt_nw_5t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_nw(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmos_rf_nw_5t(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmoscap_rf(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmoscap_rf18(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pmoscap_rf25(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'probe(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'probe(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'probe(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'probe(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rm1(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rm10(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rm2(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rm3(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rm4(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rm5(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rm6(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rnod(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rnod(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rnod_m(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rnod_m(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rnodwo(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rnodwo_m(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rnpoly(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rnpoly(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rnpoly_m(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rnpoly_m(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rnpolywo(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rnpolywo_m(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rnwod(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rnwod_m(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rnwsti(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rnwsti_m(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rpod(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rpod(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rpod_m(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rpod_m(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rpodwo(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rpodwo_m(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rppoly(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rppoly(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rppoly_m(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rppoly_m(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rppoly_rf(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rppoly_rf(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rppolywo(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rppolywo_m(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'rppolywo_rf(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'sbd_rf(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'sbd_rf_nw(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'spiral_std_mu_z(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'spiral_sym_ct_mu_z(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'spiral_sym_mu_z(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'xjvar(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'xjvar_nw(Generic)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_hv25(LDD)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_hv25_mac(LDD)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_hv25(LDD)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_hv25_mac(LDD)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_18(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_18_dnw(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_18_dnw_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_18_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_25(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_25_dnw(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_25_dnw_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_25_dnwod33(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_25_dnwod33_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_25_dnwud18(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_25_dnwud18_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_25_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_25od33(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_25od33_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_25ud18(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_25ud18_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_33(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_33_dnw(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_33_dnw_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_33_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_dnw(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_dnw_1tr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_dnw_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_dnw_w(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_dnw_w_lvt(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_esd18(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_esd18_dnw(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_esd18_dnw_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_esd18_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_hvt(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_hvt_dnw(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_hvt_dnw_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_hvt_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_lpg(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_lpghvt(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_lpgna(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_lvt(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_lvt_dnw(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_lvt_dnw_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_lvt_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_mlvt(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_mlvt_dnw(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_mlvt_dnw_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_mlvt_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_na(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_na18(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_na18_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_na25(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_na25_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_na25od33(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_na25od33_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_na25ud18(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_na25ud18_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_na33(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_na33_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_na_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_timer(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_uhvt(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_uhvt_dnw(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_uhvt_dnw_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_uhvt_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_ulvt(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_ulvt_dnw(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_ulvt_dnw_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_ulvt_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_w(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_w_lvt(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nchpd_dphcsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nchpd_dpsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nchpd_hvtdphcsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nchpd_hvtdpsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nchpd_hvtsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nchpd_lpgdpsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nchpd_lpgsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nchpd_lpgtpsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nchpd_sr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nchpd_ulpdpsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nchpd_ulpsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nchpd_wisr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nchpd_wosr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nchpg_dphcsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nchpg_dpsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nchpg_hvtdphcsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nchpg_hvtdpsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nchpg_hvtsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nchpg_lpgdpsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nchpg_lpgsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nchpg_lpgtpsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nchpg_sr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nchpg_ulpdpsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nchpg_ulpsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nchpg_wisr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nchpg_wosr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_18(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_18_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_25(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_25_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_25od33(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_25od33_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_25ud18(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_25ud18_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_33(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_33_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_edc(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_hvt(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_hvt_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_lpg(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_lpghvt(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_lvt(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_lvt_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_mlvt(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_mlvt_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_timer(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_uhvt(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_uhvt_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_ulvt(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_ulvt_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_w(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pch_w_lvt(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pchpu_dphcsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pchpu_dpsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pchpu_hvtdphcsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pchpu_hvtdpsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pchpu_hvtsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pchpu_lpgdpsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pchpu_lpgsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pchpu_lpgtpsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pchpu_sr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pchpu_ulpdpsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pchpu_ulpsr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pchpu_wisr(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'pchpu_wosr(MOS)' is not found. This binding will be skipped. INFO (AVLVSNN-10113) : the following extracted device parameters specified with paramsNotPassToQRC are not to be passed to RCX/QRC: BJT devices: area Error - Can not evaluate parameter 'm' on inst 'M46' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M46' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M42' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M42' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M52' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M52' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M47' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M47' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M43' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M43' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M50' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M50' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M58' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M58' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M61' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M61' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M39' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M39' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M19' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M19' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M17' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M17' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M40' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M40' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M18' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M18' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M16' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M16' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M20' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M20' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M3' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M3' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M56' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M56' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M0' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M0' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M4' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M4' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M7' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M7' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Preprocessing schematic network phase 2 Preprocessing layout network phase 2 cpu=0.00m wall=0.02m mem=20.08mb Finished /usr/cadence/ASSURA41/tools/assura/bin/nvn Building the VDB part 3 in background mode. Finished building the VDB. VDB build times for main process: cpu: 0.53 elap: 7 pf: 0 in: 0 out: 0 virt: 0M phys: 0M Running the Task Processor, 1 cells, 18959 steps... Top Cell is 'FF_DICE layout DICE_LIB' Executing: BULK1 = geomBkgnd() Executing: BULK = geomSize(BULK1 0.005) Executing: rpolywo1 = geomAnd(POI RH) Executing: rpolywo2 = geomAnd(rpolywo1 RPO) Executing: RPDMY = geomOr(RPDMYi RPDMY1) Executing: OD = geomOr(ODI DOD) Executing: rodsrm = geomAnd(RODMY SRM) Executing: diffa1 = geomAndNot(OD rodsrm) Executing: diffa = geomAndNot(diffa1 MOMDMY21) Executing: diff = geomButtOrOver(diffa CO) Executing: drdum = geomButtOrOver(RPDMY diff) Executing: rp1 = geomAndNot(RPDMY geomButtOrOver(RPDMY diff)) Executing: p1rdum = geomButtOrOver(rp1 POI) Executing: rpolywo = geomButtOrOver(rpolywo2 p1rdum) Executing: poly1 = geomAndNot(POI rpolywo) Executing: rpoly1 = geomAnd(POI p1rdum) Executing: rpoly = geomAndNot(rpoly1 geomButtOrOver(rpoly1 RPO)) Executing: poly21 = geomAndNot(poly1 rpoly) Executing: poly22 = geomOr(poly21 DPO) Executing: poly = geomAndNot(poly22 MOMDMY0) Executing: dumpo1 = geomInside(poly diff) Executing: dumpo2 = geomAndNot(dumpo1 geomButtOrOver(dumpo1 CO)) Executing: realpo = geomAndNot(poly dumpo2) Executing: rodwo1 = geomAnd(diff RH) Executing: rodwo2 = geomAnd(rodwo1 RPO) Executing: rodwo3 = geomButtOrOver(rodwo2 drdum) Executing: rodwo = geomButtOrOver(rodwo3 ODI) Executing: mdiff1 = geomAndNot(diff rodwo) Executing: rod1 = geomAnd(diff drdum) Executing: rod2 = geomAndNot(rod1 geomButtOrOver(rod1 RPO)) Executing: rod = geomButtOrOver(rod2 ODI) Executing: mdiff = geomAndNot(mdiff1 rod) Executing: gate1 = geomAnd(realpo mdiff) Executing: nthin1 = geomAnd(mdiff NP) Executing: ydio_a = geomAnd(ESD3 OD) Executing: ydio_c = geomSize(ydio_a -0.2) Executing: ydio_d = geomAnd(ydio_c NP) Executing: ydio_e = geomAnd(ydio_d RPO) Executing: ydio_f = geomAndNot(ydio_e NW) Executing: ydio_g = geomAnd(ESD3 POI) Executing: ydio_h = geomSize(ydio_g 0.2) Executing: ydio_i = geomAndNot(ydio_f ydio_h) Executing: ydio_j = geomSize(ydio_i -0.8) Executing: ydio = geomSize(ydio_j 0.6) Executing: nthin = geomAndNot(nthin1 ydio) Executing: tndiffa = geomAndNot(nthin gate1) Executing: diffb = geomAndNot(diffa diff) Executing: ndiffb = geomAnd(diffb NP) Executing: tndiff = geomOr(tndiffa ndiffb) Executing: d_nd25hvd = geomAnd(tndiff HVD_N) Executing: M5X = geomOr(M5 DUM5) Executing: inddmy1 = geomOr(IND_STD IND_SYM) Executing: inddmy2 = geomOr(inddmy1 IND_CT) Executing: inddmy3 = geomOr(inddmy2 IND_STD_MUA) Executing: inddmy4 = geomOr(inddmy3 IND_SYM_MUA) Executing: INDDMY = geomOr(inddmy4 IND_CT_MUA) Executing: M5Y = geomAndNot(M5X INDDMY) Executing: mt5res1 = geomAnd(M5Y RMDMY5) Executing: mt5res = geomButtOrOver(mt5res1 M5) Executing: metal5 = geomAndNot(M5Y mt5res) Executing: mom5p21 = geomAnd(metal5 MOMDMY24) Executing: mom5m2 = geomAndNot(mom5p21 geomButtOrOver(mom5p21 MOMDMY25)) Executing: ydio_ass = geomCat(ydio) Executing: diff_mom = geomAnd(OD MOMDMY21) Executing: ppsub = geomAndNot(BULK NW) Executing: psub2s = geomSize(PSUB2 0.01) Executing: psubband = geomAndNot(psub2s PSUB2) Executing: psub_w5w6 = geomAndNot(ppsub psubband) Executing: rwel = geomInside(psub_w5w6 DNW) Executing: gate1_not_IO1 = geomAndNot(gate1 OD25) Executing: gate1_not_IO2 = geomAndNot(gate1_not_IO1 OD33) Executing: geomHoles(ydio) Executing: npnrg = geomAnd(DNW BJTDMY) Executing: nndiff = geomAnd(tndiff npnrg) Executing: rfdmy56 = geomOr(RFDMY5T RFDMY6T) Executing: psub_norwel = geomAndNot(psub_w5w6 rfdmy56) Executing: psub = geomOr(psub_norwel rwel) Executing: pbase1 = geomAnd(psub npnrg) Executing: cpbase1 = geomAndNot(pbase1 OD25) Executing: cnemit1a = geomAnd(nndiff cpbase1) Executing: cnemit1 = geomButtOrOver(cnemit1a RPO) Executing: M4X = geomOr(M4 DUM4) Executing: M4Y = geomAndNot(M4X INDDMY) Executing: mt4res1 = geomAnd(M4Y RMDMY4) Executing: mt4res = geomButtOrOver(mt4res1 M4) Executing: metal4 = geomAndNot(M4Y mt4res) Executing: mom4p11 = geomAnd(metal4 MOMDMY23) Executing: mom4m1 = geomAndNot(mom4p11 geomButtOrOver(mom4p11 MOMDMY25)) Executing: NWDMY = geomOr(NWDMYi NWDMY1) Executing: nxwell = geomAndNot(NW NWDMY) Executing: dio_inrf1 = geomAnd(HIADMY nxwell) Executing: dio_inrf = geomInside(dio_inrf1 RFDMY) Executing: RFDMY_hia = geomButtOrOver(RFDMY dio_inrf) Executing: RFDMY_hia_psub = geomAndNot(RFDMY_hia nxwell) Executing: rf_hia_via1 = geomSize(RFDMY_hia_psub 0.005) Executing: rf_hia_via2 = geomAndNot(rf_hia_via1 RFDMY_hia_psub) Executing: rf_hia_via = geomAnd(rf_hia_via2 psub) Executing: ncollrg = geomAnd(nxwell npnrg) Executing: ncolls = geomButtOnly(ncollrg pbase1) Executing: ncoll1 = geomOr(ncolls pbase1) Executing: PROBEM1_T1 = geomSize(PROBEM1 0.005) Executing: PROBEM1_T = geomAndNot(PROBEM1_T1 PROBEM1) Executing: PROBEM1_B = geomAnd(PROBEM1_T BULK) Executing: nplug1 = geomAnd(tndiff nxwell) Executing: nplug2 = geomButtOrOver(nplug1 CO) Executing: pthin = geomAnd(mdiff PP) Executing: tpdiffa = geomAndNot(pthin gate1) Executing: pdiffb = geomAndNot(diffb ndiffb) Executing: tpdiff = geomOr(tpdiffa pdiffb) Executing: tpdiffco = geomButtOrOver(tpdiff CO) Executing: nplug3 = geomButtOrOver(nplug1 tpdiffco) Executing: nplug = geomOr(nplug2 nplug3) Executing: mom5p11 = geomAnd(metal5 MOMDMY23) Executing: mom5m1 = geomAndNot(mom5p11 geomButtOrOver(mom5p11 MOMDMY25)) Executing: indm6a = geomSize(INDDMY 0.005) Executing: M6X = geomOr(M6 DUM6) Executing: M6Y = geomAndNot(M6X INDDMY) Executing: indm6 = geomAnd(indm6a M6Y) Executing: indm6p1 = geomAndNot(indm6 IND_MP) Executing: indm6p2 = geomAndNot(indm6p1 geomButtOrOver(indm6p1 IND_MP)) Executing: indm6p3 = geomAnd(indm6p2 IND_D4) Executing: indm6p = geomAndNot(indm6p2 IND_D4) Executing: indm6p4 = geomButtOrOver(indm6p3 indm6p) Executing: IND_D41 = geomAndNot(IND_D4 indm6p4) Executing: indm6m = geomAnd(indm6 IND_MP) Executing: IND_D42 = geomAndNot(IND_D41 indm6m) Executing: IND_D4i = geomSize(IND_D42 -0.001) Executing: indm6c1 = geomAnd(indm6 IND_D4i) Executing: indm5 = geomAnd(indm6a M5Y) Executing: indm6c2 = geomAnd(indm5 IND_D4i) Executing: indm6c4 = geomOr(indm6c1 indm6c2) Executing: indm4 = geomAnd(indm6a M4Y) Executing: indm6c3 = geomAnd(indm4 IND_D4i) Executing: indm6c = geomOr(indm6c4 indm6c3) Executing: PROBEM5_T1 = geomSize(PROBEM5 0.005) Executing: PROBEM5_T = geomAndNot(PROBEM5_T1 PROBEM5) Executing: polyCont = geomButtOrOver(CO POI) Executing: PROBEM4_T1 = geomSize(PROBEM4 0.005) Executing: PROBEM4_T = geomAndNot(PROBEM4_T1 PROBEM4) Executing: ttdiff = geomAnd(tpdiff BJTDMY) Executing: nbase1k = geomAndNot(nxwell geomButtOrOver(nxwell DNW)) Executing: nbase1 = geomAnd(nbase1k BJTDMY) Executing: cnbase1 = geomAndNot(nbase1 OD25) Executing: cemit1a = geomAnd(ttdiff cnbase1) Executing: cemit1 = geomButtOrOver(cemit1a RPO) Executing: inbase1 = geomAnd(nbase1 OD25) Executing: d_tndiff = geomAnd(tndiff DRAIN) Executing: p3Cont = geomButtOrOver(CO p3) Executing: iemit1 = geomAnd(ttdiff inbase1) Executing: MOM_field5 = geomAnd(M5 MOMDMY5) Executing: M3X = geomOr(M3 DUM3) Executing: M3Y = geomAndNot(M3X INDDMY) Executing: mt3res1 = geomAnd(M3Y RMDMY3) Executing: mt3res = geomButtOrOver(mt3res1 M3) Executing: metal3 = geomAndNot(M3Y mt3res) Executing: inemit1 = geomAnd(nndiff inbase1) Executing: M2X = geomOr(M2 DUM2) Executing: M2Y = geomAndNot(M2X INDDMY) Executing: mt2res1 = geomAnd(M2Y RMDMY2) Executing: mt2res = geomButtOrOver(mt2res1 M2) Executing: metal2 = geomAndNot(M2Y mt2res) Executing: poly_term1 = geomAnd(POI RPDMY1) Executing: poly_term2 = geomSize(poly_term1 0.005) Executing: poly_term = geomAndNot(poly_term2 poly_term1) Executing: xwell = geomOutside(NW NWDMY) Executing: ntapx = geomAnd(tndiff xwell) Executing: ntap1 = geomAndNot(ntapx BJTDMY) Executing: ntap2 = geomButtOrOver(ntap1 CO) Executing: ntap3 = geomButtOrOver(ntap1 tpdiffco) Executing: ntap = geomOr(ntap2 ntap3) Executing: PROBEM4_B = geomAnd(PROBEM4_T BULK) Executing: s_pd25hvd1 = geomAndNot(tpdiff HVD_P) Executing: gate_a = geomAndNot(gate1 SRM) Executing: gate = geomAndNot(gate_a RFDMY) Executing: gatenw = geomAnd(gate nxwell) Executing: tpgate1 = geomAnd(gatenw PP) Executing: pgate_25a = geomAnd(tpgate1 OD25) Executing: pgate_25hvd_org = geomButtOrOver(pgate_25a HVD_P) Executing: s_pd25hvd = geomButtOrOver(s_pd25hvd1 pgate_25hvd_org) Executing: poly_nw_via = geomAnd(poly_term nxwell) Executing: mom3p21 = geomAnd(metal3 MOMDMY24) Executing: mom3p2 = geomButtOrOver(mom3p21 MOMDMY25) Executing: s_tndiff1 = geomAndNot(tndiff DRAIN) Executing: gate_a_rf = geomAnd(gate_a RFDMY) Executing: poly_rf1 = geomButtOrOver(poly CO) Executing: poly_rf = geomButtOrOver(poly_rf1 DRAIN) Executing: gate_rfb = geomAnd(gate_a_rf poly_rf) Executing: gate_rf = geomAndNot(gate_rfb VAR) Executing: s_tndiff = geomButtOrOver(s_tndiff1 gate_rf) Executing: pthin1 = geomStraddle(mdiff PP) Executing: SBD_RF1 = geomAnd(SBDDMY RFDMY) Executing: SBD_RF = geomAndNot(SBD_RF1 VAR) Executing: sbd_nw = geomAnd(nxwell SBD_RF) Executing: schottky_p = geomAnd(pthin1 sbd_nw) Executing: mom3p11 = geomAnd(metal3 MOMDMY23) Executing: mom3p1 = geomButtOrOver(mom3p11 MOMDMY25) Executing: VIA6a = geomOr(RV CBD) Executing: VIA6 = geomOr(VIA6a CB) Executing: MOM_field2 = geomAnd(M2 MOMDMY2) Executing: dnwc = geomAnd(DNW nxwell) Executing: tioda = geomAndNot(diff tpdiff) Executing: tiodb = geomAndNot(tioda tndiff) Executing: PO = geomOr(POI DPO) Executing: tiod1 = geomAndNot(tiodb PO) Executing: tiod2 = geomAndNot(tiod1 RPO) Executing: tiod3 = geomAndNot(tiod2 RPDMY) Executing: tiod = geomAndNot(tiod3 NWDMY) Executing: MOM_field3 = geomAnd(M3 MOMDMY3) Executing: PROBEM5_B = geomAnd(PROBEM5_T BULK) Executing: nw_dnw = geomButtOrOver(NW rwel) Executing: n_ppsub = geomAndNot(BULK nw_dnw) Executing: n_psub = geomAndNot(n_ppsub psubband) Executing: psub_term_b = geomAndNot(BULK psub_term_a) Executing: psub_term_c = geomAnd(BULK DNW) Executing: psub_term_d = geomAndNot(BULK psub_term_c) Executing: psub_term_e = geomAnd(psub_term_b psub_term_d) Executing: psub_term = geomButtOrOver(psub_term_e DNW) Executing: hiaplug1 = geomAnd(tpdiff RFDMY_hia) Executing: hiaplug2 = geomButtOrOver(hiaplug1 CO) Executing: tndiffco = geomButtOrOver(tndiff CO) Executing: hiaplug3 = geomButtOrOver(hiaplug1 tndiffco) Executing: hiaplug4 = geomOr(hiaplug2 hiaplug3) Executing: hiaplug = geomAndNot(hiaplug4 nxwell) Executing: VIA1 = geomCat(VIA1i) Executing: mt6res1 = geomAnd(M6Y RMDMY6) Executing: mt6res = geomButtOrOver(mt6res1 M6) Executing: metal6 = geomAndNot(M6Y mt6res) Executing: APX = geomOr(AP DAP) Executing: M7Y = geomAndNot(APX INDDMY) Executing: mtAPres1 = geomAnd(M7Y RMDMYAP) Executing: mtAPres = geomButtOrOver(mtAPres1 AP) Executing: metal7 = geomAndNot(M7Y mtAPres) Executing: s_tpdiff1 = geomAndNot(tpdiff DRAIN) Executing: s_tpdiff = geomButtOrOver(s_tpdiff1 gate_rf) Executing: n_pplug1 = geomButtOrOver(mdiff CO) Executing: n_pplug2 = geomAnd(n_pplug1 PP) Executing: n_pplug3 = geomAndNot(n_pplug2 nxwell) Executing: n_pplug = geomAnd(n_pplug3 n_psub) Executing: d_tpdiff = geomAnd(tpdiff DRAIN) Executing: mom4p21 = geomAnd(metal4 MOMDMY24) Executing: mom4p2 = geomButtOrOver(mom4p21 MOMDMY25) Executing: s_nd25hvdw1 = geomAndNot(tndiff HVD_NW) Executing: gatennw = geomAndNot(gate nxwell) Executing: tngate1 = geomAnd(gatennw NP) Executing: ngate_25a = geomAnd(tngate1 OD25) Executing: ngate_25b = geomAndNot(ngate_25a NT_Ni) Executing: ngate_25c = geomAndNot(ngate_25b DNW) Executing: ngate_25hvd1 = geomButtOrOver(ngate_25c HVD_N) Executing: ngate_25hvd2 = geomAndNot(ngate_25c geomButtOrOver(ngate_25c HVD_N)) Executing: ngate_25hvdw_org = geomButtOrOver(ngate_25hvd2 HVD_NW) Executing: s_nd25hvdw = geomButtOrOver(s_nd25hvdw1 ngate_25hvdw_org) Executing: poly_psub_via = geomAnd(poly_term psub) Executing: M1X = geomOr(M1 CO) Executing: M1Y = geomOr(M1X DUM1) Executing: mt1res1 = geomAnd(M1Y RMDMY1) Executing: mt1res = geomButtOrOver(mt1res1 M1) Executing: metal1 = geomAndNot(M1Y mt1res) Executing: PROBEM3_T1 = geomSize(PROBEM3 0.005) Executing: PROBEM3_T = geomAndNot(PROBEM3_T1 PROBEM3) Executing: mom3m1 = geomAndNot(mom3p11 geomButtOrOver(mom3p11 MOMDMY25)) Executing: rf_pplug1 = geomAnd(tpdiff rfdmy56) Executing: rf_pplug2 = geomButtOrOver(rf_pplug1 CO) Executing: rf_pplug3 = geomButtOrOver(rf_pplug1 tndiffco) Executing: rf_pplug4 = geomOr(rf_pplug2 rf_pplug3) Executing: rf_pplug5 = geomAndNot(rf_pplug4 psub) Executing: rf_pplug = geomAndNot(rf_pplug5 nxwell) Executing: ncollsa = geomButtOnly(ncolls cemit1) Executing: ncollsb = geomButtOnly(ncolls iemit1) Executing: ncollall = geomOr(ncollsa ncollsb) Executing: nxwell_npn = geomAndNot(ncolls ncollall) Executing: ptap1 = geomAnd(tpdiff psub) Executing: ptap2 = geomButtOrOver(ptap1 CO) Executing: ptap3 = geomButtOrOver(ptap1 tndiffco) Executing: ptap = geomOr(ptap2 ptap3) Executing: d_pd25hvd = geomAnd(tpdiff HVD_P) Executing: PROBEM3_B = geomAnd(PROBEM3_T BULK) Executing: PROBEM2_T1 = geomSize(PROBEM2 0.005) Executing: PROBEM2_T = geomAndNot(PROBEM2_T1 PROBEM2) Executing: mom4m2 = geomAndNot(mom4p21 geomButtOrOver(mom4p21 MOMDMY25)) Executing: VIA2 = geomCat(VIA2i) Executing: VIA3 = geomCat(VIA3i) Executing: ipbase1 = geomAnd(pbase1 OD25) Executing: schottky_n = geomAnd(nthin1 sbd_nw) Executing: d_nd25hvdw = geomAnd(tndiff HVD_NW) Executing: MOM_field4 = geomAnd(M4 MOMDMY4) Executing: mom3m2 = geomAndNot(mom3p21 geomButtOrOver(mom3p21 MOMDMY25)) Executing: s_nd25hvd1 = geomAndNot(tndiff HVD_N) Executing: ngate_25hvd_org = geomAndNot(ngate_25hvd1 geomButtOrOver(ngate_25hvd1 HVD_NW)) Executing: s_nd25hvd = geomButtOrOver(s_nd25hvd1 ngate_25hvd_org) Executing: MOM_field1 = geomAnd(M1 MOMDMY1) Executing: poly2 = geomAnd(poly21 MOMDMY0) Executing: PROBEM2_B = geomAnd(PROBEM2_T BULK) Executing: collsur = geomButtOnly(psub nbase1) Executing: coll1a = geomOr(collsur nbase1) Executing: collsura = geomButtOnly(collsur cnemit1) Executing: collsurb = geomButtOnly(collsur inemit1) Executing: collsurall = geomOr(collsura collsurb) Executing: coll1b = geomAndNot(coll1a collsurall) Executing: coll1 = geomAndNot(coll1b cemit1) Executing: odCont1 = geomButtOrOver(CO OD) Executing: odCont = geomAndNot(odCont1 p3Cont) Executing: rfdmy56gr = geomSize(rfdmy56 0.005) Executing: rfdmy56band = geomAndNot(rfdmy56gr rfdmy56) Executing: rfdmy56_via = geomAnd(rfdmy56band psub) Executing: tngate2 = geomAndNot(tngate1 OD25) Executing: tngate3 = geomAndNot(tngate2 OD33) Executing: tngate4 = geomAndNot(tngate3 OD18) Executing: tngate5 = geomAndNot(tngate4 NT_Ni) Executing: tngate6 = geomAndNot(tngate5 DNW) Executing: nlvgate_org1 = geomAnd(tngate6 VTL_N) Executing: ngate1 = geomAndNot(tngate6 nlvgate_org1) Executing: nhvgate1 = geomAnd(tngate6 VTH_N) Executing: nhvgate2 = geomAndNot(nhvgate1 DCO) Executing: ngate2 = geomAndNot(ngate1 nhvgate2) Executing: tngate7 = geomAndNot(tngate6 OD1T) Executing: nuvgate_org1 = geomAnd(tngate7 VTUL_N) Executing: ngate31 = geomAndNot(ngate2 nuvgate_org1) Executing: nuhvgate_org1 = geomAnd(tngate6 UHVT_N) Executing: ngate3 = geomAndNot(ngate31 nuhvgate_org1) Executing: ngate4 = geomAndNot(ngate3 OD1T) Executing: ngate5 = geomAndNot(ngate4 ILVT) Executing: ngate_org1 = geomAndNot(ngate5 DCO) Executing: ngate_org = geomCat(ngate_org1) Executing: ngate = geomAndNot(ngate_org MAC) Executing: tdgate1a = geomAnd(tngate5 DNW) Executing: tdgate1 = geomAndNot(tdgate1a OD1T) Executing: n1lvgate_org1 = geomAnd(tdgate1 VTL_N) Executing: nrgate1 = geomAndNot(tdgate1 n1lvgate_org1) Executing: n1hvgate1 = geomAnd(tdgate1 VTH_N) Executing: n1hvgate_org1 = geomAndNot(n1hvgate1 DCO) Executing: nrgate2 = geomAndNot(nrgate1 n1hvgate_org1) Executing: n1uvgate_org1 = geomAnd(tdgate1 VTUL_N) Executing: nrgate31 = geomAndNot(nrgate2 n1uvgate_org1) Executing: n1uhvgate_org1 = geomAnd(tdgate1 UHVT_N) Executing: nrgate3 = geomAndNot(nrgate31 n1uhvgate_org1) Executing: nrgate4 = geomAndNot(nrgate3 ILVT) Executing: nrgate_org1 = geomAndNot(nrgate4 DCO) Executing: nrgate_org = geomCat(nrgate_org1) Executing: nrgate = geomAndNot(nrgate_org MAC) Executing: ngate_mac = geomAnd(ngate_org MAC) Executing: nrgate_mac = geomAnd(nrgate_org MAC) Executing: nhvgate_org = geomCat(nhvgate2) Executing: nhvgate = geomAndNot(nhvgate_org MAC) Executing: n1hvgate_org = geomCat(n1hvgate_org1) Executing: n1hvgate = geomAndNot(n1hvgate_org MAC) Executing: nhvgate_mac = geomAnd(nhvgate_org MAC) Executing: n1hvgate_mac = geomAnd(n1hvgate_org MAC) Executing: nlvgate_org = geomCat(nlvgate_org1) Executing: nlvgate = geomAndNot(nlvgate_org MAC) Executing: n1lvgate_org = geomCat(n1lvgate_org1) Executing: n1lvgate = geomAndNot(n1lvgate_org MAC) Executing: nlvgate_mac = geomAnd(nlvgate_org MAC) Executing: n1lvgate_mac = geomAnd(n1lvgate_org MAC) Executing: nuvgate_org = geomCat(nuvgate_org1) Executing: nuvgate = geomAndNot(nuvgate_org MAC) Executing: n1uvgate_org = geomCat(n1uvgate_org1) Executing: n1uvgate = geomAndNot(n1uvgate_org MAC) Executing: nuvgate_mac = geomAnd(nuvgate_org MAC) Executing: n1uvgate_mac = geomAnd(n1uvgate_org MAC) Executing: nuhvgate_org = geomCat(nuhvgate_org1) Executing: nuhvgate = geomAndNot(nuhvgate_org MAC) Executing: n1uhvgate_org = geomCat(n1uhvgate_org1) Executing: n1uhvgate = geomAndNot(n1uhvgate_org MAC) Executing: nuhvgate_mac = geomAnd(nuhvgate_org MAC) Executing: n1uhvgate_mac = geomAnd(n1uhvgate_org MAC) Executing: ngatelpg1 = geomAndNot(tngate5 nlvgate_org1) Executing: ngatelpg2 = geomAndNot(ngatelpg1 nhvgate2) Executing: ngatelpg3 = geomAndNot(ngatelpg2 nuvgate_org1) Executing: ngatelpg4 = geomAndNot(ngatelpg3 nuhvgate_org1) Executing: ngatelpg5 = geomAndNot(ngatelpg4 OD1T) Executing: ngatelpg6 = geomAndNot(ngatelpg5 ILVT) Executing: nhvgate1a = geomAnd(tngate5 VTH_N) Executing: nhvgatelpg = geomAnd(nhvgate1a DCO) Executing: ngatelpg7 = geomAndNot(ngatelpg6 nhvgatelpg) Executing: ngatelpg = geomAnd(ngatelpg7 DCO) Executing: nlgate1 = geomAnd(tngate4 NT_Ni) Executing: nlgate2 = geomAndNot(nlgate1 VTL_N) Executing: nlgate3 = geomAndNot(nlgate2 VTH_N) Executing: nlgate4 = geomAndNot(nlgate3 VTUL_N) Executing: nlgate5 = geomAndNot(nlgate4 DNW) Executing: nlgate6 = geomAndNot(nlgate5 ILVT) Executing: nlgatelpg = geomAnd(nlgate6 DCO) Executing: nlgate7 = geomAndNot(nlgate6 DCO) Executing: nlgate = geomAndNot(nlgate7 MAC) Executing: nlgate_mac = geomAnd(nlgate7 MAC) Executing: ngate_1ta = geomAnd(tngate5 OD1T) Executing: ngate_1tb = geomAndNot(ngate_1ta VTL_N) Executing: ngate_1tc = geomAndNot(ngate_1tb VTH_N) Executing: ngate_1td = geomAndNot(ngate_1tc VTUL_N) Executing: ngate_1te = geomAndNot(ngate_1td CAP1TDMY) Executing: ngate_1tf = geomAndNot(ngate_1te geomButtOrOver(ngate_1te p3)) Executing: ngate_w1t = geomAndNot(ngate_1tf DNW) Executing: ngate_1tg = geomAnd(ngate_1tc VTUL_N) Executing: ngate_1th = geomAndNot(ngate_1tg CAP1TDMY) Executing: ngate_1ti = geomAndNot(ngate_1th geomButtOrOver(ngate_1th p3)) Executing: ngate_w1t_lvt = geomAndNot(ngate_1ti DNW) Executing: ngate_dnw_w = geomAnd(ngate_1tf DNW) Executing: ngate_dnw_w_lvt = geomAnd(ngate_1ti DNW) Executing: ngate_1te_dnw = geomAnd(ngate_1te DNW) Executing: ngate_1tr = geomButtOrOver(ngate_1te_dnw p3) Executing: nilvtgate_org1 = geomAnd(ngate3 ILVT) Executing: nilvtgate_org = geomCat(nilvtgate_org1) Executing: nilvtgate = geomAndNot(nilvtgate_org MAC) Executing: n1ilvtgate_org1 = geomAnd(nrgate3 ILVT) Executing: n1ilvtgate_org = geomCat(n1ilvtgate_org1) Executing: n1ilvtgate = geomAndNot(n1ilvtgate_org MAC) Executing: nilvtgate_mac = geomAnd(nilvtgate_org MAC) Executing: n1ilvtgate_mac = geomAnd(n1ilvtgate_org MAC) Executing: gate_s1 = geomAnd(gate1 SRM) Executing: gatennw_s = geomAndNot(gate_s1 nxwell) Executing: ngate_s1 = geomAnd(gatennw_s NP) Executing: ngate_s2 = geomAndNot(ngate_s1 OD25) Executing: ngate_s3 = geomAndNot(ngate_s2 OD33) Executing: ngate_s4 = geomAndNot(ngate_s3 OD18) Executing: ngate_s5 = geomAndNot(ngate_s4 VTL_N) Executing: ngate_s611 = geomAndNot(ngate_s5 VTUL_N) Executing: ngate_s612 = geomAndNot(ngate_s611 UHVT_N) Executing: ngate_s61 = geomAndNot(ngate_s612 SRAMTIMER) Executing: ngate_s62 = geomAndNot(ngate_s61 SRM14) Executing: ngate_s63 = geomAndNot(ngate_s62 SRM12) Executing: ngate_s64 = geomAndNot(ngate_s63 SRM13) Executing: ngate_s65 = geomAndNot(ngate_s64 SRM17) Executing: ngate_s6 = geomAndNot(ngate_s65 SRM16) Executing: ngate_s_org1 = geomAndNot(ngate_s6 VTH_N) Executing: od_1 = geomSize(SRM10 0.005) Executing: LPSRM10 = geomAndNot(SRM10 od_1) Executing: ngate_s_org2 = geomAndNot(ngate_s_org1 LPSRM10) Executing: od_1 = geomSize(SRM11 0.005) Executing: LPSRM11 = geomAndNot(SRM11 od_1) Executing: ngate_s_org = geomAndNot(ngate_s_org2 LPSRM11) Executing: ngate_s = geomAndNot(ngate_s_org DCO) Executing: ngate_spg = geomAnd(ngate_s SRAMPSGT) Executing: ngate_spd = geomAndNot(ngate_s SRAMPSGT) Executing: ngate_slpg = geomAnd(ngate_s_org DCO) Executing: ngate_spglpg = geomAnd(ngate_slpg SRAMPSGT) Executing: ngate_spdlpg = geomAndNot(ngate_slpg SRAMPSGT) Executing: ngate_hvs = geomAnd(ngate_s65 VTH_N) Executing: ngate_hvspg = geomAnd(ngate_hvs SRAMPSGT) Executing: ngate_hvspd = geomAndNot(ngate_hvs SRAMPSGT) Executing: ngate_st = geomAnd(ngate_s612 SRAMTIMER) Executing: ngate_s71 = geomAndNot(ngate_s62 SRM17) Executing: ngate_s7 = geomAnd(ngate_s71 SRM12) Executing: ngate_sdp_org = geomAndNot(ngate_s7 VTH_N) Executing: ngate_sdp = geomAndNot(ngate_sdp_org DCO) Executing: ngate_spgdp = geomAnd(ngate_sdp SRAMPSGT) Executing: ngate_spddp = geomAndNot(ngate_sdp SRAMPSGT) Executing: ngate_sdplpg = geomAnd(ngate_sdp_org DCO) Executing: ngate_spglpgdp = geomAnd(ngate_sdplpg SRAMPSGT) Executing: ngate_spdlpgdp = geomAndNot(ngate_sdplpg SRAMPSGT) Executing: ngate_hvsdp = geomAnd(ngate_s7 VTH_N) Executing: ngate_hvspgdp = geomAnd(ngate_hvsdp SRAMPSGT) Executing: ngate_hvspddp = geomAndNot(ngate_hvsdp SRAMPSGT) Executing: ngate_s8 = geomAnd(ngate_s63 SRM13) Executing: ngate_sdphc = geomAndNot(ngate_s8 VTH_N) Executing: ngate_spgdphc = geomAnd(ngate_sdphc SRAMPSGT) Executing: ngate_spddphc = geomAndNot(ngate_sdphc SRAMPSGT) Executing: ngate_hvsdphc = geomAnd(ngate_s8 VTH_N) Executing: ngate_hvspgdphc = geomAnd(ngate_hvsdphc SRAMPSGT) Executing: ngate_hvspddphc = geomAndNot(ngate_hvsdphc SRAMPSGT) Executing: ngate_s9 = geomAnd(ngate_s63 SRM16) Executing: ngate_swo1 = geomAndNot(ngate_s9 VTH_N) Executing: ngate_swo2 = geomAnd(ngate_s_org2 LPSRM11) Executing: ngate_swo = geomOr(ngate_swo1 ngate_swo2) Executing: ngate_spgwo = geomAnd(ngate_swo SRAMPSGT) Executing: ngate_spdwo = geomAndNot(ngate_swo SRAMPSGT) Executing: ngate_swi1 = geomAndNot(ngate_s_org1 LPSRM11) Executing: ngate_swi = geomAnd(ngate_swi1 LPSRM10) Executing: ngate_spgwi = geomAnd(ngate_swi SRAMPSGT) Executing: ngate_spdwi = geomAndNot(ngate_swi SRAMPSGT) Executing: ngate_s10 = geomAnd(ngate_s62 SRM17) Executing: ngate_s11 = geomAndNot(ngate_s10 SRM12) Executing: ngate_sulp = geomAnd(ngate_s11 VTH_N) Executing: ngate_spgulp = geomAnd(ngate_sulp SRAMPSGT) Executing: ngate_spdulp = geomAndNot(ngate_sulp SRAMPSGT) Executing: ngate_s12 = geomAnd(ngate_s10 SRM12) Executing: ngate_sdpulp = geomAnd(ngate_s12 VTH_N) Executing: ngate_spgulpdp = geomAnd(ngate_sdpulp SRAMPSGT) Executing: ngate_spdulpdp = geomAndNot(ngate_sdpulp SRAMPSGT) Executing: ngate_s13 = geomAnd(ngate_s61 SRM14) Executing: ngate_stp_org = geomAndNot(ngate_s13 VTH_N) Executing: ngate_stplpg = geomAnd(ngate_stp_org DCO) Executing: ngate_spglpgtp = geomAnd(ngate_stplpg SRAMPSGT) Executing: ngate_spdlpgtp = geomAndNot(ngate_stplpg SRAMPSGT) Executing: ngate_18a = geomAnd(tngate1 OD18) Executing: ngate_18b = geomAndNot(ngate_18a NT_Ni) Executing: ngate_18c = geomAndNot(ngate_18b DNW) Executing: ngate_18_org1 = geomAndNot(ngate_18c VTL_N) Executing: ngate_esd18_org1 = geomButtOrOver(ngate_18_org1 RH) Executing: ngate_18_org = geomAndNot(ngate_18_org1 geomButtOrOver(ngate_18_org1 RH)) Executing: ngate_18 = geomAndNot(ngate_18_org MAC) Executing: dngate_18a = geomAnd(ngate_18b DNW) Executing: dngate_18_org1 = geomAndNot(dngate_18a VTL_N) Executing: dngate_esd18_org1 = geomButtOrOver(dngate_18_org1 RH) Executing: dngate_18_org = geomAndNot(dngate_18_org1 geomButtOrOver(dngate_18_org1 RH)) Executing: dngate_18 = geomAndNot(dngate_18_org MAC) Executing: ngate_18_mac = geomAnd(ngate_18_org MAC) Executing: dngate_18_mac = geomAnd(dngate_18_org MAC) Executing: ngate_esd18_org = geomButtOrOver(ngate_esd18_org1 RPO) Executing: ngate_esd18 = geomAndNot(ngate_esd18_org MAC) Executing: dngate_esd18_org = geomButtOrOver(dngate_esd18_org1 RPO) Executing: dngate_esd18 = geomAndNot(dngate_esd18_org MAC) Executing: ngate_esd18_mac = geomAnd(ngate_esd18_org MAC) Executing: dngate_esd18_mac = geomAnd(dngate_esd18_org MAC) Executing: ngate_25e = geomAndNot(ngate_25d geomButtOrOver(ngate_25d HVD_NW)) Executing: ngate_25_org = geomAndNot(ngate_25e VTL_N) Executing: ngate_25ud1 = geomAnd(ngate_25_org OD25_18) Executing: ngate_25z = geomAndNot(ngate_25_org ngate_25ud1) Executing: ngate_25od1 = geomAnd(ngate_25_org OD25_33) Executing: ngate_25y = geomAndNot(ngate_25z ngate_25od1) Executing: ngate_25 = geomAndNot(ngate_25y MAC) Executing: dngate_25a = geomAnd(ngate_25b DNW) Executing: dngate_25_org = geomAndNot(dngate_25a VTL_N) Executing: dngate_25ud1 = geomAnd(dngate_25_org OD25_18) Executing: dngate_25z = geomAndNot(dngate_25_org dngate_25ud1) Executing: dngate_25od1 = geomAnd(dngate_25_org OD25_33) Executing: dngate_25y = geomAndNot(dngate_25z dngate_25od1) Executing: dngate_25 = geomAndNot(dngate_25y MAC) Executing: ngate_25_mac = geomAnd(ngate_25y MAC) Executing: dngate_25_mac = geomAnd(dngate_25y MAC) Executing: ngate_25ud = geomAndNot(ngate_25ud1 MAC) Executing: dngate_25ud = geomAndNot(dngate_25ud1 MAC) Executing: ngate_25ud_mac = geomAnd(ngate_25ud1 MAC) Executing: dngate_25ud_mac = geomAnd(dngate_25ud1 MAC) Executing: ngate_25od = geomAndNot(ngate_25od1 MAC) Executing: dngate_25od = geomAndNot(dngate_25od1 MAC) Executing: ngate_25od_mac = geomAnd(ngate_25od1 MAC) Executing: dngate_25od_mac = geomAnd(dngate_25od1 MAC) Executing: ngate_25hvd = geomAndNot(ngate_25hvd_org MAC) Executing: ngate_25hvdw = geomAndNot(ngate_25hvdw_org MAC) Executing: ngate_25hvd_mac = geomAnd(ngate_25hvd_org MAC) Executing: ngate_25hvdw_mac = geomAnd(ngate_25hvdw_org MAC) Executing: ngate_33a = geomAnd(tngate1 OD33) Executing: ngate_33b = geomAndNot(ngate_33a NT_Ni) Executing: ngate_33c = geomAndNot(ngate_33b DNW) Executing: ngate_33_org = geomAndNot(ngate_33c VTL_N) Executing: ngate_33 = geomAndNot(ngate_33_org MAC) Executing: dngate_33a = geomAnd(ngate_33b DNW) Executing: dngate_33_org = geomAndNot(dngate_33a VTL_N) Executing: dngate_33 = geomAndNot(dngate_33_org MAC) Executing: ngate_33_mac = geomAnd(ngate_33_org MAC) Executing: dngate_33_mac = geomAnd(dngate_33_org MAC) Executing: ngate_25na1 = geomAnd(ngate_25a NT_Ni) Executing: ngate_25na2 = geomAndNot(ngate_25na1 VTL_N) Executing: ngate_25na_org = geomAndNot(ngate_25na2 DNW) Executing: ngate_25naud1 = geomAnd(ngate_25na_org OD25_18) Executing: ngate_25naz = geomAndNot(ngate_25na_org ngate_25naud1) Executing: ngate_25naod1 = geomAnd(ngate_25na_org OD25_33) Executing: ngate_25nay = geomAndNot(ngate_25naz ngate_25naod1) Executing: ngate_25na = geomAndNot(ngate_25nay MAC) Executing: ngate_25na_mac = geomAnd(ngate_25nay MAC) Executing: ngate_25naud = geomAndNot(ngate_25naud1 MAC) Executing: ngate_25naud_mac = geomAnd(ngate_25naud1 MAC) Executing: ngate_25naod = geomAndNot(ngate_25naod1 MAC) Executing: ngate_25naod_mac = geomAnd(ngate_25naod1 MAC) Executing: ngate_18na1 = geomAnd(ngate_18a NT_Ni) Executing: ngate_18na2 = geomAndNot(ngate_18na1 VTL_N) Executing: ngate_18na_org = geomAndNot(ngate_18na2 DNW) Executing: ngate_18na = geomAndNot(ngate_18na_org MAC) Executing: ngate_18na_mac = geomAnd(ngate_18na_org MAC) Executing: ngate_33na1 = geomAnd(ngate_33a NT_Ni) Executing: ngate_33na2 = geomAndNot(ngate_33na1 VTL_N) Executing: ngate_33na_org = geomAndNot(ngate_33na2 DNW) Executing: ngate_33na = geomAndNot(ngate_33na_org MAC) Executing: ngate_33na_mac = geomAnd(ngate_33na_org MAC) Executing: tpgate2 = geomAndNot(tpgate1 OD25) Executing: tpgate3 = geomAndNot(tpgate2 OD33) Executing: tpgate4 = geomAndNot(tpgate3 OD18) Executing: plvgate_org1 = geomAnd(tpgate4 VTL_P) Executing: pgate1 = geomAndNot(tpgate4 plvgate_org1) Executing: phvgate1 = geomAnd(tpgate4 VTH_P) Executing: phvgate2 = geomAndNot(phvgate1 DCO) Executing: pgate2 = geomAndNot(pgate1 phvgate2) Executing: tpgate5 = geomAndNot(tpgate3 OD1T) Executing: puvgate_org1 = geomAnd(tpgate5 VTUL_P) Executing: pgate31 = geomAndNot(pgate2 puvgate_org1) Executing: puhvgate_org1 = geomAnd(tpgate4 UHVT_P) Executing: pgate3 = geomAndNot(pgate31 puhvgate_org1) Executing: pgate4 = geomAndNot(pgate3 ILVT) Executing: pgate5 = geomAndNot(pgate4 OD1T) Executing: pgate6 = geomAndNot(pgate5 DCO) Executing: pgate_org = geomCat(pgate6) Executing: pgate = geomAndNot(pgate_org MAC) Executing: pgate_mac = geomAnd(pgate_org MAC) Executing: phvgate_org = geomCat(phvgate2) Executing: phvgate = geomAndNot(phvgate_org MAC) Executing: phvgate_mac = geomAnd(phvgate_org MAC) Executing: plvgate_org = geomCat(plvgate_org1) Executing: plvgate = geomAndNot(plvgate_org MAC) Executing: plvgate_mac = geomAnd(plvgate_org MAC) Executing: puhvgate_org = geomCat(puhvgate_org1) Executing: puhvgate = geomAndNot(puhvgate_org MAC) Executing: puhvgate_mac = geomAnd(puhvgate_org MAC) Executing: puvgate_org = geomCat(puvgate_org1) Executing: puvgate = geomAndNot(puvgate_org MAC) Executing: puvgate_mac = geomAnd(puvgate_org MAC) Executing: pgatelpg1 = geomAnd(pgate5 DCO) Executing: pgatelpg = geomAndNot(pgatelpg1 VTH_P) Executing: phvgatelpg = geomAnd(phvgate1 DCO) Executing: pgate_1ta = geomAnd(tpgate4 OD1T) Executing: pgate_1tb = geomAndNot(pgate_1ta VTL_P) Executing: pgate_1tc = geomAndNot(pgate_1tb VTH_P) Executing: pgate_1td = geomAndNot(pgate_1tc VTUL_P) Executing: pgate_1te = geomAndNot(pgate_1td CAP1TDMY) Executing: pgate_w1t = geomAndNot(pgate_1te geomButtOrOver(pgate_1te p3)) Executing: pgate_1tf = geomAnd(pgate_1tc VTUL_P) Executing: pgate_1tg = geomAndNot(pgate_1tf CAP1TDMY) Executing: pgate_w1t_lvt = geomAndNot(pgate_1tg geomButtOrOver(pgate_1tg p3)) Executing: pgate_1tr = geomButtOrOver(pgate_1te p3) Executing: gatenw_s = geomAnd(gate_s1 nxwell) Executing: pgate_s1 = geomAnd(gatenw_s PP) Executing: pgate_s2 = geomAndNot(pgate_s1 OD25) Executing: pgate_s3 = geomAndNot(pgate_s2 OD33) Executing: pgate_s4 = geomAndNot(pgate_s3 OD18) Executing: pgate_s5 = geomAndNot(pgate_s4 VTL_P) Executing: pgate_s611 = geomAndNot(pgate_s5 VTUL_P) Executing: pgate_s612 = geomAndNot(pgate_s611 UHVT_P) Executing: pgate_s61 = geomAndNot(pgate_s612 SRAMTIMER) Executing: pgate_s62 = geomAndNot(pgate_s61 SRM14) Executing: pgate_s63 = geomAndNot(pgate_s62 SRM12) Executing: pgate_s64 = geomAndNot(pgate_s63 SRM13) Executing: pgate_s6 = geomAndNot(pgate_s64 SRM17) Executing: pgate_s_org1 = geomAndNot(pgate_s6 VTH_P) Executing: pgate_s_org2 = geomAndNot(pgate_s_org1 LPSRM10) Executing: pgate_s_org = geomAndNot(pgate_s_org2 LPSRM11) Executing: pgate_s = geomAndNot(pgate_s_org DCO) Executing: pgate_slpg = geomAnd(pgate_s_org DCO) Executing: pgate_hvs = geomAnd(pgate_s6 VTH_P) Executing: pgate_st = geomAnd(pgate_s612 SRAMTIMER) Executing: pgate_s71 = geomAndNot(pgate_s62 SRM17) Executing: pgate_s7 = geomAnd(pgate_s71 SRM12) Executing: pgate_sdp_org = geomAndNot(pgate_s7 VTH_P) Executing: pgate_sdp = geomAndNot(pgate_sdp_org DCO) Executing: pgate_sdplpg = geomAnd(pgate_sdp_org DCO) Executing: pgate_hvsdp = geomAnd(pgate_s7 VTH_P) Executing: pgate_s8 = geomAnd(pgate_s63 SRM13) Executing: pgate_sdphc = geomAndNot(pgate_s8 VTH_P) Executing: pgate_hvsdphc = geomAnd(pgate_s8 VTH_P) Executing: pgate_s10 = geomAnd(pgate_s62 SRM17) Executing: pgate_s11 = geomAndNot(pgate_s10 SRM12) Executing: pgate_sulp = geomAnd(pgate_s11 VTH_P) Executing: pgate_s12 = geomAnd(pgate_s10 SRM12) Executing: pgate_sdpulp = geomAnd(pgate_s12 VTH_P) Executing: pgate_s13 = geomAnd(pgate_s61 SRM14) Executing: pgate_stp_org = geomAndNot(pgate_s13 VTH_P) Executing: pgate_stplpg = geomAnd(pgate_stp_org DCO) Executing: pgate_swo = geomAnd(pgate_s_org2 LPSRM11) Executing: pgate_swi1 = geomAndNot(pgate_s_org1 LPSRM11) Executing: pgate_swi = geomAnd(pgate_swi1 LPSRM10) Executing: pilvtgate_org1 = geomAnd(pgate3 ILVT) Executing: pilvtgate_org = geomCat(pilvtgate_org1) Executing: pilvtgate = geomAndNot(pilvtgate_org MAC) Executing: pilvtgate_mac = geomAnd(pilvtgate_org MAC) Executing: pgate_18a = geomAnd(tpgate1 OD18) Executing: pgate_18_org = geomAndNot(pgate_18a VTL_P) Executing: pgate_18 = geomAndNot(pgate_18_org MAC) Executing: pgate_18_mac = geomAnd(pgate_18_org MAC) Executing: pgate_25b = geomAndNot(pgate_25a geomButtOrOver(pgate_25a HVD_P)) Executing: pgate_25_org = geomAndNot(pgate_25b VTL_P) Executing: pgate_25ud1 = geomAnd(pgate_25_org OD25_18) Executing: pgate_25z = geomAndNot(pgate_25_org pgate_25ud1) Executing: pgate_25od1 = geomAnd(pgate_25_org OD25_33) Executing: pgate_25y = geomAndNot(pgate_25z pgate_25od1) Executing: pgate_25 = geomAndNot(pgate_25y MAC) Executing: pgate_25_mac = geomAnd(pgate_25y MAC) Executing: pgate_25ud = geomAndNot(pgate_25ud1 MAC) Executing: pgate_25ud_mac = geomAnd(pgate_25ud1 MAC) Executing: pgate_25od = geomAndNot(pgate_25od1 MAC) Executing: pgate_25od_mac = geomAnd(pgate_25od1 MAC) Executing: pgate_25hvd = geomAndNot(pgate_25hvd_org MAC) Executing: pgate_25hvd_mac = geomAnd(pgate_25hvd_org MAC) Executing: pgate_33a = geomAnd(tpgate1 OD33) Executing: pgate_33_org = geomAndNot(pgate_33a VTL_P) Executing: pgate_33 = geomAndNot(pgate_33_org MAC) Executing: pgate_33_mac = geomAnd(pgate_33_org MAC) Executing: pdio1a = geomAnd(tpdiff DIODMY) Executing: pdio1 = geomAndNot(pdio1a HIADMY) Executing: pdio2 = geomAnd(pdio1 nxwell) Executing: pdio3 = geomAndNot(pdio2 OD25) Executing: pdio4 = geomAndNot(pdio3 OD33) Executing: pdio5 = geomAndNot(pdio4 OD18) Executing: pdio8 = geomAndNot(pdio5 VTL_P) Executing: cpdio1 = geomAndNot(pdio8 VTH_P) Executing: cpdio2 = geomAndNot(cpdio1 ILVT) Executing: cpdio3 = geomAndNot(cpdio2 DCO) Executing: cpdio = geomAndNot(cpdio3 OD1T) Executing: cpdio4 = geomAnd(cpdio2 DCO) Executing: cpdiolpg = geomAndNot(cpdio4 OD1T) Executing: ndio1a = geomAnd(tndiff DIODMY) Executing: ndio1 = geomAndNot(ndio1a HIADMY) Executing: ndio2 = geomAnd(ndio1 psub) Executing: ndio3 = geomAndNot(ndio2 OD25) Executing: ndio4 = geomAndNot(ndio3 OD33) Executing: ndio5 = geomAndNot(ndio4 OD18) Executing: ndio6 = geomAndNot(ndio5 NT_Ni) Executing: ndio9 = geomAndNot(ndio6 VTL_N) Executing: cndio1 = geomAndNot(ndio9 VTH_N) Executing: cndio2 = geomAndNot(cndio1 ILVT) Executing: cndio3 = geomAndNot(cndio2 DCO) Executing: cndio = geomAndNot(cndio3 OD1T) Executing: cndio4 = geomAnd(cndio2 DCO) Executing: cndiolpg = geomAndNot(cndio4 OD1T) Executing: epdio = geomAnd(cpdio3 OD1T) Executing: endio = geomAnd(cndio3 OD1T) Executing: DIONW = geomOutside(DIODMY tpdiff) Executing: nwdio1 = geomAnd(nxwell DIONW) Executing: cnwdio1 = geomAndNot(nwdio1 OD25) Executing: cnwdio2 = geomAndNot(cnwdio1 OD33) Executing: cnwdio = geomAndNot(cnwdio2 OD18) Executing: pdio6 = geomAndNot(pdio5 DCO) Executing: pdioh = geomAnd(pdio6 VTH_P) Executing: pdio7 = geomAnd(pdio5 DCO) Executing: pdiohlpg = geomAnd(pdio7 VTH_P) Executing: ndio7 = geomAndNot(ndio6 DCO) Executing: ndioh = geomAnd(ndio7 VTH_N) Executing: ndio8 = geomAnd(ndio6 DCO) Executing: ndiohlpg = geomAnd(ndio8 VTH_N) Executing: ndiol = geomAnd(ndio6 VTL_N) Executing: pdioilvt = geomAnd(cpdio1 ILVT) Executing: cndioilvt = geomAnd(cndio1 ILVT) Executing: pdiol = geomAnd(pdio5 VTL_P) Executing: ipdio_18 = geomAnd(pdio2 OD18) Executing: ndio_18a = geomAnd(ndio2 OD18) Executing: indio_18 = geomAndNot(ndio_18a NT_Ni) Executing: ipdio_25_org1 = geomAnd(pdio2 OD25) Executing: ipdio_25_org = geomAndNot(ipdio_25_org1 geomButtOrOver(ipdio_25_org1 HVD_P)) Executing: ipdio_25z = geomAndNot(ipdio_25_org OD25_18) Executing: ipdio_25 = geomAndNot(ipdio_25z OD25_33) Executing: ndio_25a = geomAnd(ndio2 OD25) Executing: ndio_25b = geomAndNot(ndio_25a geomButtOrOver(ndio_25a HVD_N)) Executing: ndio_25c = geomAndNot(ndio_25b geomButtOrOver(ndio_25b HVD_NW)) Executing: indio_25_org = geomAndNot(ndio_25c NT_Ni) Executing: indio_25z = geomAndNot(indio_25_org OD25_18) Executing: indio_25 = geomAndNot(indio_25z OD25_33) Executing: ipdio_25ud = geomAnd(ipdio_25_org OD25_18) Executing: indio_25ud = geomAnd(indio_25_org OD25_18) Executing: ipdio_25od = geomAnd(ipdio_25_org OD25_33) Executing: indio_25od = geomAnd(indio_25_org OD25_33) Executing: ipdio_33 = geomAnd(pdio2 OD33) Executing: ndio_33a = geomAnd(ndio2 OD33) Executing: indio_33 = geomAndNot(ndio_33a NT_Ni) Executing: inwdio_33 = geomAnd(nwdio1 OD33) Executing: inwdio_25 = geomAnd(nwdio1 OD25) Executing: inwdio_18 = geomAnd(nwdio1 OD18) Executing: nndio1 = geomAnd(ndio5 NT_Ni) Executing: cndion1 = geomAndNot(nndio1 VTH_N) Executing: cndion2 = geomAndNot(cndion1 DCO) Executing: cndion = geomAndNot(cndion2 VTL_N) Executing: cndion3 = geomAnd(cndion1 DCO) Executing: cndionlpg = geomAndNot(cndion3 VTL_N) Executing: ndio_18na = geomAnd(ndio_18a NT_Ni) Executing: ndio_25na_org = geomAnd(ndio_25c NT_Ni) Executing: ndio_25naz = geomAndNot(ndio_25na_org OD25_18) Executing: ndio_25na = geomAndNot(ndio_25naz OD25_33) Executing: ndio_25naud = geomAnd(ndio_25na_org OD25_18) Executing: ndio_25naod = geomAnd(ndio_25na_org OD25_33) Executing: ndio_33na = geomAnd(ndio_33a NT_Ni) Executing: cemit10_org = drc(cemit1 ((99.999 < area) < 100.001)) Executing: cemit10_orgi = geomAndNot(cemit10_org BJTDMY1) Executing: cemit10 = geomAndNot(cemit10_orgi MAC) Executing: cemit5_org = drc(cemit1 ((24.999 < area) < 25.001)) Executing: cemit5_orgi = geomAndNot(cemit5_org BJTDMY1) Executing: cemit5 = geomAndNot(cemit5_orgi MAC) Executing: cemit2_org = drc(cemit1 ((3.999 < area) < 4.001)) Executing: cemit2_orgi = geomAndNot(cemit2_org BJTDMY1) Executing: cemit2 = geomAndNot(cemit2_orgi MAC) Executing: cnemit10_org = drc(cnemit1 ((99.999 < area) < 100.001)) Executing: cnemit10_orgi = geomAndNot(cnemit10_org BJTDMY1) Executing: cnemit10 = geomAndNot(cnemit10_orgi MAC) Executing: cnemit5_org = drc(cnemit1 ((24.999 < area) < 25.001)) Executing: cnemit5_orgi = geomAndNot(cnemit5_org BJTDMY1) Executing: cnemit5 = geomAndNot(cnemit5_orgi MAC) Executing: cnemit2_org = drc(cnemit1 ((3.999 < area) < 4.001)) Executing: cnemit2_orgi = geomAndNot(cnemit2_org BJTDMY1) Executing: cnemit2 = geomAndNot(cnemit2_orgi MAC) Executing: cemit10_orgs = geomAnd(cemit10_org BJTDMY1) Executing: cemit10s = geomAndNot(cemit10_orgs MAC) Executing: cemit5_orgs = geomAnd(cemit5_org BJTDMY1) Executing: cemit5s = geomAndNot(cemit5_orgs MAC) Executing: cemit2_orgs = geomAnd(cemit2_org BJTDMY1) Executing: cemit2s = geomAndNot(cemit2_orgs MAC) Executing: cnemit10_orgs = geomAnd(cnemit10_org BJTDMY1) Executing: cnemit10s = geomAndNot(cnemit10_orgs MAC) Executing: cnemit5_orgs = geomAnd(cnemit5_org BJTDMY1) Executing: cnemit5s = geomAndNot(cnemit5_orgs MAC) Executing: cnemit2_orgs = geomAnd(cnemit2_org BJTDMY1) Executing: cnemit2s = geomAndNot(cnemit2_orgs MAC) Executing: cemit10_mac = geomAnd(cemit10_orgi MAC) Executing: cemit5_mac = geomAnd(cemit5_orgi MAC) Executing: cemit2_mac = geomAnd(cemit2_orgi MAC) Executing: cnemit10_mac = geomAnd(cnemit10_orgi MAC) Executing: cnemit5_mac = geomAnd(cnemit5_orgi MAC) Executing: cnemit2_mac = geomAnd(cnemit2_orgi MAC) Executing: cemit10s_mac = geomAnd(cemit10_orgs MAC) Executing: cemit5s_mac = geomAnd(cemit5_orgs MAC) Executing: cemit2s_mac = geomAnd(cemit2_orgs MAC) Executing: cnemit10s_mac = geomAnd(cnemit10_orgs MAC) Executing: cnemit5s_mac = geomAnd(cnemit5_orgs MAC) Executing: cnemit2s_mac = geomAnd(cnemit2_orgs MAC) Executing: mim_r1 = geomAnd(crown p3) Executing: mim_r2 = geomAnd(mim_r1 OD) Executing: mim_r3 = geomAndNot(mim_r2 geomButtOrOver(mim_r2 RPO)) Executing: mim_r = geomButtOrOver(mim_r3 blc) Executing: vargt1 = geomAnd(gatenw NP) Executing: VAR_noRF = geomAndNot(VAR geomButtOrOver(VAR RFDMY)) Executing: vargt2 = geomAnd(vargt1 VAR_noRF) Executing: vargt3 = geomAndNot(vargt2 OD18) Executing: vargt4 = geomAndNot(vargt3 OD25) Executing: vargt5 = geomAndNot(vargt4 DCO) Executing: vargt7 = geomAndNot(vargt5 OD33) Executing: vargt = geomAndNot(vargt7 OD1T) Executing: vargt6 = geomAnd(vargt4 DCO) Executing: vargtlpg = geomAndNot(vargt6 OD33) Executing: vargt_25 = geomAnd(vargt2 OD25) Executing: vargt_18 = geomAnd(vargt2 OD18) Executing: vargt_33 = geomAnd(vargt2 OD33) Executing: trwell = geomAnd(NWDMY NW) Executing: drpo = geomAnd(diff RPO) Executing: nwsti_r1 = geomAndNot(trwell drpo) Executing: nwsti_r = geomButtOrOver(nwsti_r1 NWDMYi) Executing: nwod_r1 = geomAnd(trwell drpo) Executing: nwod_r = geomButtOrOver(nwod_r1 NWDMYi) Executing: rppolywo_r1 = geomAnd(rpolywo PP) Executing: RPDMYi_noRF = geomAndNot(RPDMYi geomButtOrOver(RPDMYi RFDMY)) Executing: rppolywo_r = geomButtOrOver(rppolywo_r1 RPDMYi_noRF) Executing: rnpolywo_r1 = geomAnd(rpolywo NP) Executing: rnpolywo_r = geomButtOrOver(rnpolywo_r1 RPDMYi_noRF) Executing: rpodwo_r11 = geomAnd(rodwo PP) Executing: rpodwo_r1 = geomAnd(rpodwo_r11 NW) Executing: rpodwo_r = geomButtOrOver(rpodwo_r1 RPDMYi) Executing: rnodwo_r11 = geomAnd(rodwo NP) Executing: rnodwo_r1 = geomAndNot(rnodwo_r11 NW) Executing: rnodwo_r = geomButtOrOver(rnodwo_r1 RPDMYi) Executing: rppoly = geomAnd(rpoly PP) Executing: rppoly_edge = geomGetEdge(rppoly inside POI) Executing: l_rppoly_eg = geomGetLength(rppoly_edge ((2 <= keep) < 99999999)) Executing: l_rppoly_eg_edge_su001 = geomSize(l_rppoly_eg 0.005 edges) Executing: l_rppoly = geomButtOrCoin(rppoly l_rppoly_eg_edge_su001) Executing: rppolyl_r = geomButtOrOver(l_rppoly RPDMYi_noRF) Executing: rnpoly = geomAnd(rpoly NP) Executing: rnpoly_edge = geomGetEdge(rnpoly inside POI) Executing: l_rnpoly_eg = geomGetLength(rnpoly_edge ((2 <= keep) < 99999999)) Executing: l_rnpoly_eg_edge_su001 = geomSize(l_rnpoly_eg 0.005 edges) Executing: l_rnpoly = geomButtOrCoin(rnpoly l_rnpoly_eg_edge_su001) Executing: rnpolyl_r = geomButtOrOver(l_rnpoly RPDMYi) Executing: rpod1 = geomAnd(rod PP) Executing: rpod = geomAnd(rpod1 NW) Executing: rpod_edge = geomGetEdge(rpod inside diff) Executing: l_rpod = geomGetLength(rpod_edge ((2 <= keep) < 99999999)) Executing: l_rpod_edge_su001 = geomSize(l_rpod 0.005 edges) Executing: rpodl_r1 = geomButtOrCoin(rpod l_rpod_edge_su001) Executing: rpodl_r = geomButtOrOver(rpodl_r1 RPDMYi) Executing: rnod1 = geomAnd(rod NP) Executing: rnod = geomAndNot(rnod1 NW) Executing: rnod_edge = geomGetEdge(rnod inside diff) Executing: l_rnod = geomGetLength(rnod_edge ((2 <= keep) < 99999999)) Executing: l_rnod_edge_su001 = geomSize(l_rnod 0.005 edges) Executing: rnodl_r1 = geomButtOrCoin(rnod l_rnod_edge_su001) Executing: rnodl_r = geomButtOrOver(rnodl_r1 RPDMYi) Executing: s_rppoly = geomAndNot(rppoly l_rppoly) Executing: rppolys_r = geomButtOrOver(s_rppoly RPDMYi_noRF) Executing: s_rnpoly = geomAndNot(rnpoly l_rnpoly) Executing: rnpolys_r = geomButtOrOver(s_rnpoly RPDMYi) Executing: rpods_r1 = geomAndNot(rpod rpodl_r1) Executing: rpods_r = geomButtOrOver(rpods_r1 RPDMYi) Executing: rnods_r1 = geomAndNot(rnod rnodl_r1) Executing: rnods_r = geomButtOrOver(rnods_r1 RPDMYi) Executing: nwsti_mr = geomButtOrOver(nwsti_r1 NWDMY1) Executing: nwod_mr = geomButtOrOver(nwod_r1 NWDMY1) Executing: RPDMY1_noRF = geomAndNot(RPDMY1 geomButtOrOver(RPDMY1 RFDMY)) Executing: rppolywo_d = geomButtOrOver(rppolywo_r1 RPDMY1_noRF) Executing: rnpolywo_d = geomButtOrOver(rnpolywo_r1 RPDMY1_noRF) Executing: rppolyl_d1 = geomAndNot(l_rppoly rppolyl_r) Executing: rppolyl_d = geomButtOrOver(rppolyl_d1 RPDMY1_noRF) Executing: rnpolyl_d1 = geomAndNot(l_rnpoly rnpolyl_r) Executing: rnpolyl_d = geomButtOrOver(rnpolyl_d1 RPDMY1) Executing: rppolys_d1 = geomAndNot(s_rppoly rppolys_r) Executing: rppolys_d = geomButtOrOver(rppolys_d1 RPDMY1_noRF) Executing: rnpolys_d1 = geomAndNot(s_rnpoly rnpolys_r) Executing: rnpolys_d = geomButtOrOver(rnpolys_d1 RPDMY1) Executing: rpodwo_mr = geomButtOrOver(rpodwo_r1 RPDMY1) Executing: rnodwo_mr = geomButtOrOver(rnodwo_r1 RPDMY1) Executing: rpodl_mr = geomButtOrOver(rpodl_r1 RPDMY1) Executing: rnodl_mr = geomButtOrOver(rnodl_r1 RPDMY1) Executing: rpods_mr = geomButtOrOver(rpods_r1 RPDMY1) Executing: rnods_mr = geomButtOrOver(rnods_r1 RPDMY1) Executing: gate_rfnnw = geomAndNot(gate_rf nxwell) Executing: ngate_rf1 = geomAnd(gate_rfnnw NP) Executing: ngate_rf2 = geomAndNot(ngate_rf1 NT_Ni) Executing: OD_thk = geomOr(OD25 OD18) Executing: OD2 = geomOr(OD_thk OD33) Executing: ngate_rf3 = geomAndNot(ngate_rf2 OD2) Executing: ngate_rfmlv = geomAnd(ngate_rf3 ILVT) Executing: ngate_nthin_mlv1 = geomButtOrOver(nthin ngate_rfmlv) Executing: ngate_nthin_mlv2 = geomInside(ngate_nthin_mlv1 DNW) Executing: ngate_nthin_mlv = geomAndNot(ngate_nthin_mlv2 RFDMY6T) Executing: ngate_nthin_mlvnodnw = geomOutside(ngate_nthin_mlv1 DNW) Executing: gate_rfnw = geomAnd(gate_rf nxwell) Executing: pgate_rf1 = geomAnd(gate_rfnw PP) Executing: pgate_rf2 = geomAndNot(pgate_rf1 NT_Ni) Executing: pgate_rf3 = geomAndNot(pgate_rf2 OD2) Executing: pgate_rfmlv = geomAnd(pgate_rf3 ILVT) Executing: pgate_pthin_mlv1 = geomButtOrOver(pthin pgate_rfmlv) Executing: pgate_pthin_mlv2 = geomInside(pgate_pthin_mlv1 DNW) Executing: pgate_pthin_mlv = geomAndNot(pgate_pthin_mlv2 RFDMY5T) Executing: pgate_pthin_mlvnw1 = geomOutside(pgate_pthin_mlv1 DNW) Executing: pgate_pthin_mlvnw = geomAndNot(pgate_pthin_mlvnw1 RFDMY5T) Executing: ngate_nthin_mlv_6t = geomAnd(ngate_nthin_mlv2 RFDMY6T) Executing: pgate_pthin_mlv_5t = geomAnd(pgate_pthin_mlv2 RFDMY5T) Executing: pgate_pthin_mlvnw_5t = geomAnd(pgate_pthin_mlvnw1 RFDMY5T) Executing: ngate_rfa = geomAndNot(ngate_rf3 VTH_N) Executing: ngate_rfb = geomAndNot(ngate_rfa VTL_N) Executing: ngate_rf = geomAndNot(ngate_rfb ILVT) Executing: ngate_nthin1 = geomButtOrOver(nthin ngate_rf) Executing: ngate_nthin2 = geomInside(ngate_nthin1 DNW) Executing: ngate_nthin = geomAndNot(ngate_nthin2 RFDMY6T) Executing: ngate_nthin_nodnw = geomOutside(ngate_nthin1 DNW) Executing: ngate_rfhv = geomAnd(ngate_rf3 VTH_N) Executing: ngate_nthin_hv1 = geomButtOrOver(nthin ngate_rfhv) Executing: ngate_nthin_hv2 = geomInside(ngate_nthin_hv1 DNW) Executing: ngate_nthin_hv = geomAndNot(ngate_nthin_hv2 RFDMY6T) Executing: ngate_nthin_hvnodnw = geomOutside(ngate_nthin_hv1 DNW) Executing: ngate_rflv = geomAnd(ngate_rf3 VTL_N) Executing: ngate_nthin_lv1 = geomButtOrOver(nthin ngate_rflv) Executing: ngate_nthin_lv2 = geomInside(ngate_nthin_lv1 DNW) Executing: ngate_nthin_lv = geomAndNot(ngate_nthin_lv2 RFDMY6T) Executing: ngate_nthin_lvnodnw = geomOutside(ngate_nthin_lv1 DNW) Executing: ngate_rfio1 = geomAnd(ngate_rf2 OD2) Executing: ngate_rfio2 = geomAndNot(ngate_rfio1 VTH_N) Executing: ngate_rfio3 = geomAndNot(ngate_rfio2 VTL_N) Executing: ngate_rf_25a = geomAnd(ngate_rfio3 OD25) Executing: ngate_rf_25b = geomAndNot(ngate_rf_25a OD25_33) Executing: ngate_rf_25 = geomAndNot(ngate_rf_25b OD25_18) Executing: ngate_nthin_251 = geomButtOrOver(nthin ngate_rf_25) Executing: ngate_nthin_252 = geomInside(ngate_nthin_251 DNW) Executing: ngate_nthin_25 = geomAndNot(ngate_nthin_252 RFDMY6T) Executing: ngate_nthin_25nodnw = geomOutside(ngate_nthin_251 DNW) Executing: ngate_rf_25od = geomAnd(ngate_rf_25a OD25_33) Executing: ngate_nthin_253 = geomButtOrOver(nthin ngate_rf_25od) Executing: ngate_nthin_254 = geomInside(ngate_nthin_253 DNW) Executing: ngate_nthin_25od = geomAndNot(ngate_nthin_254 RFDMY6T) Executing: ngate_nthin_25nodnwod = geomOutside(ngate_nthin_253 DNW) Executing: ngate_rf_25ud = geomAnd(ngate_rf_25a OD25_18) Executing: ngate_nthin_255 = geomButtOrOver(nthin ngate_rf_25ud) Executing: ngate_nthin_256 = geomInside(ngate_nthin_255 DNW) Executing: ngate_nthin_25ud = geomAndNot(ngate_nthin_256 RFDMY6T) Executing: ngate_nthin_25nodnwud = geomOutside(ngate_nthin_255 DNW) Executing: ngate_rf_18 = geomAnd(ngate_rfio3 OD18) Executing: ngate_nthin_181 = geomButtOrOver(nthin ngate_rf_18) Executing: ngate_nthin_182 = geomInside(ngate_nthin_181 DNW) Executing: ngate_nthin_18 = geomAndNot(ngate_nthin_182 RFDMY6T) Executing: ngate_nthin_18nodnw = geomOutside(ngate_nthin_181 DNW) Executing: ngate_rf_33 = geomAnd(ngate_rfio3 OD33) Executing: ngate_nthin_331 = geomButtOrOver(nthin ngate_rf_33) Executing: ngate_nthin_332 = geomInside(ngate_nthin_331 DNW) Executing: ngate_nthin_33 = geomAndNot(ngate_nthin_332 RFDMY6T) Executing: ngate_nthin_33nodnw = geomOutside(ngate_nthin_331 DNW) Executing: ngate_nthin_6t = geomAnd(ngate_nthin2 RFDMY6T) Executing: ngate_nthin_hv_6t = geomAnd(ngate_nthin_hv2 RFDMY6T) Executing: ngate_nthin_lv_6t = geomAnd(ngate_nthin_lv2 RFDMY6T) Executing: ngate_nthin_25_6t = geomAnd(ngate_nthin_252 RFDMY6T) Executing: ngate_nthin_25od_6t = geomAnd(ngate_nthin_254 RFDMY6T) Executing: ngate_nthin_25ud_6t = geomAnd(ngate_nthin_256 RFDMY6T) Executing: ngate_nthin_18_6t = geomAnd(ngate_nthin_182 RFDMY6T) Executing: ngate_nthin_33_6t = geomAnd(ngate_nthin_332 RFDMY6T) Executing: pgate_rfa = geomAndNot(pgate_rf3 VTH_P) Executing: pgate_rfb = geomAndNot(pgate_rfa VTL_P) Executing: pgate_rf = geomAndNot(pgate_rfb ILVT) Executing: pgate_pthin1 = geomButtOrOver(pthin pgate_rf) Executing: pgate_pthin2 = geomInside(pgate_pthin1 DNW) Executing: pgate_pthin = geomAndNot(pgate_pthin2 RFDMY5T) Executing: pgate_pthin_nw1 = geomOutside(pgate_pthin1 DNW) Executing: pgate_pthin_nw = geomAndNot(pgate_pthin_nw1 RFDMY5T) Executing: pgate_rfhv = geomAnd(pgate_rf3 VTH_P) Executing: pgate_pthin_hv1 = geomButtOrOver(pthin pgate_rfhv) Executing: pgate_pthin_hv2 = geomInside(pgate_pthin_hv1 DNW) Executing: pgate_pthin_hv = geomAndNot(pgate_pthin_hv2 RFDMY5T) Executing: pgate_pthin_hvnw1 = geomOutside(pgate_pthin_hv1 DNW) Executing: pgate_pthin_hvnw = geomAndNot(pgate_pthin_hvnw1 RFDMY5T) Executing: pgate_rflv = geomAnd(pgate_rf3 VTL_P) Executing: pgate_pthin_lv1 = geomButtOrOver(pthin pgate_rflv) Executing: pgate_pthin_lv2 = geomInside(pgate_pthin_lv1 DNW) Executing: pgate_pthin_lv = geomAndNot(pgate_pthin_lv2 RFDMY5T) Executing: pgate_pthin_lvnw1 = geomOutside(pgate_pthin_lv1 DNW) Executing: pgate_pthin_lvnw = geomAndNot(pgate_pthin_lvnw1 RFDMY5T) Executing: pgate_rfio1 = geomAnd(pgate_rf2 OD2) Executing: pgate_rfio2 = geomAndNot(pgate_rfio1 VTH_P) Executing: pgate_rfio3 = geomAndNot(pgate_rfio2 VTL_P) Executing: pgate_rf_25a = geomAnd(pgate_rfio3 OD25) Executing: pgate_rf_25b = geomAndNot(pgate_rf_25a OD25_33) Executing: pgate_rf_25 = geomAndNot(pgate_rf_25b OD25_18) Executing: pgate_pthin_251 = geomButtOrOver(pthin pgate_rf_25) Executing: pgate_pthin_252 = geomInside(pgate_pthin_251 DNW) Executing: pgate_pthin_25 = geomAndNot(pgate_pthin_252 RFDMY5T) Executing: pgate_pthin_25nw1 = geomOutside(pgate_pthin_251 DNW) Executing: pgate_pthin_25nw = geomAndNot(pgate_pthin_25nw1 RFDMY5T) Executing: pgate_rf_25od = geomAnd(pgate_rf_25a OD25_33) Executing: pgate_pthin_253 = geomButtOrOver(pthin pgate_rf_25od) Executing: pgate_pthin_254 = geomInside(pgate_pthin_253 DNW) Executing: pgate_pthin_25od = geomAndNot(pgate_pthin_254 RFDMY5T) Executing: pgate_pthin_25nwod1 = geomOutside(pgate_pthin_253 DNW) Executing: pgate_pthin_25nwod = geomAndNot(pgate_pthin_25nwod1 RFDMY5T) Executing: pgate_rf_25ud = geomAnd(pgate_rf_25a OD25_18) Executing: pgate_pthin_255 = geomButtOrOver(pthin pgate_rf_25ud) Executing: pgate_pthin_256 = geomInside(pgate_pthin_255 DNW) Executing: pgate_pthin_25ud = geomAndNot(pgate_pthin_256 RFDMY5T) Executing: pgate_pthin_25nwud1 = geomOutside(pgate_pthin_255 DNW) Executing: pgate_pthin_25nwud = geomAndNot(pgate_pthin_25nwud1 RFDMY5T) Executing: pgate_rf_18 = geomAnd(pgate_rfio3 OD18) Executing: pgate_pthin_181 = geomButtOrOver(pthin pgate_rf_18) Executing: pgate_pthin_182 = geomInside(pgate_pthin_181 DNW) Executing: pgate_pthin_18 = geomAndNot(pgate_pthin_182 RFDMY5T) Executing: pgate_pthin_18nw1 = geomOutside(pgate_pthin_181 DNW) Executing: pgate_pthin_18nw = geomAndNot(pgate_pthin_18nw1 RFDMY5T) Executing: pgate_rf_33 = geomAnd(pgate_rfio3 OD33) Executing: pgate_pthin_331 = geomButtOrOver(pthin pgate_rf_33) Executing: pgate_pthin_332 = geomInside(pgate_pthin_331 DNW) Executing: pgate_pthin_33 = geomAndNot(pgate_pthin_332 RFDMY5T) Executing: pgate_pthin_33nw1 = geomOutside(pgate_pthin_331 DNW) Executing: pgate_pthin_33nw = geomAndNot(pgate_pthin_33nw1 RFDMY5T) Executing: pgate_pthin_5t = geomAnd(pgate_pthin2 RFDMY5T) Executing: pgate_pthin_nw_5t = geomAnd(pgate_pthin_nw1 RFDMY5T) Executing: pgate_pthin_hv_5t = geomAnd(pgate_pthin_hv2 RFDMY5T) Executing: pgate_pthin_hvnw_5t = geomAnd(pgate_pthin_hvnw1 RFDMY5T) Executing: pgate_pthin_lv_5t = geomAnd(pgate_pthin_lv2 RFDMY5T) Executing: pgate_pthin_lvnw_5t = geomAnd(pgate_pthin_lvnw1 RFDMY5T) Executing: pgate_pthin_25_5t = geomAnd(pgate_pthin_252 RFDMY5T) Executing: pgate_pthin_25nw_5t = geomAnd(pgate_pthin_25nw1 RFDMY5T) Executing: pgate_pthin_25od_5t = geomAnd(pgate_pthin_254 RFDMY5T) Executing: pgate_pthin_25nwod_5t = geomAnd(pgate_pthin_25nwod1 RFDMY5T) Executing: pgate_pthin_25ud_5t = geomAnd(pgate_pthin_256 RFDMY5T) Executing: pgate_pthin_25nwud_5t = geomAnd(pgate_pthin_25nwud1 RFDMY5T) Executing: pgate_pthin_18_5t = geomAnd(pgate_pthin_182 RFDMY5T) Executing: pgate_pthin_18nw_5t = geomAnd(pgate_pthin_18nw1 RFDMY5T) Executing: pgate_pthin_33_5t = geomAnd(pgate_pthin_332 RFDMY5T) Executing: pgate_pthin_33nw_5t = geomAnd(pgate_pthin_33nw1 RFDMY5T) Executing: VAR_RFi = geomAnd(VAR RFDMY) Executing: VAR_RF1 = geomAndNot(VAR_RFi SBDDMY) Executing: VAR_RF = geomButtOrOver(VAR_RF1 gate_a) Executing: XJ_RF = geomAndNot(VAR_RF1 VAR_RF) Executing: jvar1_rf = geomAnd(nxwell XJ_RF) Executing: jvar2_rf = geomButtOrOver(jvar1_rf tpdiff) Executing: jvar_rf1 = geomButtOrOver(jvar2_rf tndiff) Executing: jvar_rf = geomAnd(jvar_rf1 DNW) Executing: jvar3_rf = geomAnd(jvar_rf1 tpdiff) Executing: tndiff_jvar = geomAnd(tndiff jvar_rf1) Executing: jvar_rfnw = geomAndNot(jvar_rf1 DNW) Executing: var_nw_rf = geomAnd(nxwell VAR_RF) Executing: var_nw1_rf = geomAndNot(var_nw_rf OD18) Executing: var_nw2_rf = geomAndNot(var_nw1_rf OD25) Executing: var_nw3_rf1 = geomAndNot(var_nw2_rf OD33) Executing: var_nw3_rf3 = geomButtOrOver(var_nw3_rf1 VTH_P) Executing: var_nw3_rf2 = geomAndNot(var_nw3_rf1 geomButtOrOver(var_nw3_rf1 VTH_P)) Executing: var_nw3_rf = geomAnd(var_nw3_rf2 DNW) Executing: vargt2_rf = geomAnd(gate_a_rf VAR_RF) Executing: OD2a = geomOr(OD25 OD25_18) Executing: OD2b = geomOr(OD2a OD25_33) Executing: OD2c = geomOr(OD2b OD18) Executing: OD2_mos = geomOr(OD2c OD33) Executing: vargt_rf1 = geomAndNot(vargt2_rf OD2_mos) Executing: vargt_rf = geomAndNot(vargt_rf1 VTH_P) Executing: var_nw3_rf_nw = geomAndNot(var_nw3_rf2 DNW) Executing: var_nw3_rf_hvt = geomAnd(var_nw3_rf3 DNW) Executing: vargt_rf_hvt = geomAnd(vargt_rf1 VTH_P) Executing: var_nw3_rf_hvt_nw = geomAndNot(var_nw3_rf3 DNW) Executing: var_nw_rf25a = geomAnd(var_nw_rf OD25) Executing: var_nw_rf25 = geomAnd(var_nw_rf25a DNW) Executing: vargt_rf25 = geomAnd(vargt2_rf OD25) Executing: var_nw_rf25_nw = geomAndNot(var_nw_rf25a DNW) Executing: var_nw_rf18a = geomAnd(var_nw_rf OD18) Executing: var_nw_rf18 = geomAnd(var_nw_rf18a DNW) Executing: vargt_rf18 = geomAnd(vargt2_rf OD18) Executing: var_nw_rf18_nw = geomAndNot(var_nw_rf18a DNW) Executing: var_nw_rf33a = geomAnd(var_nw_rf OD33) Executing: var_nw_rf33 = geomAnd(var_nw_rf33a DNW) Executing: vargt_rf33 = geomAnd(vargt2_rf OD33) Executing: var_nw_rf33_nw = geomAndNot(var_nw_rf33a DNW) Executing: sbd_rfnw_org1 = geomButtOrOver(sbd_nw schottky_n) Executing: sbd_rfnw_org = geomButtOrOver(sbd_rfnw_org1 schottky_p) Executing: sbd_rfdnw = geomButtOrOver(sbd_rfnw_org DNW) Executing: sbd_rfnw = geomAndNot(sbd_rfnw_org geomButtOrOver(sbd_rfnw_org DNW)) Executing: rppolyl_rf1 = geomAndNot(rppolyl_d1 rppolyl_d) Executing: rppolyl_rf = geomAnd(rppolyl_rf1 RFDMY) Executing: rppolys_rf1 = geomAndNot(rppolys_d1 rppolyl_d) Executing: rppolys_rf = geomAnd(rppolys_rf1 RFDMY) Executing: rppolywo_rf = geomAnd(rppolywo_r1 RFDMY) Executing: ndio_hia1 = geomAnd(ndio1a HIADMY) Executing: ndio_hia2 = geomAnd(ndio_hia1 psub) Executing: ndio_hia3 = geomAndNot(ndio_hia2 OD18) Executing: ndio_hia4 = geomAndNot(ndio_hia3 OD25) Executing: ndio_hia5 = geomAndNot(ndio_hia4 OD33) Executing: ndio_hia6 = geomAndNot(ndio_hia5 DCO) Executing: ndio_hia7 = geomAndNot(ndio_hia6 NT_Ni) Executing: ndio_hia8 = geomAndNot(ndio_hia7 VTH_N) Executing: ndio_hia9 = geomAndNot(ndio_hia8 VTL_N) Executing: ndio_hia10 = geomAndNot(ndio_hia9 ILVT) Executing: ndio_hia = geomAnd(ndio_hia10 RFDMY) Executing: pdio_hia1 = geomAnd(pdio1a HIADMY) Executing: pdio_hia2 = geomAnd(pdio_hia1 nxwell) Executing: pdio_hia3 = geomAndNot(pdio_hia2 OD18) Executing: pdio_hia4 = geomAndNot(pdio_hia3 OD25) Executing: pdio_hia5 = geomAndNot(pdio_hia4 OD33) Executing: pdio_hia6 = geomAndNot(pdio_hia5 DCO) Executing: pdio_hia7 = geomAndNot(pdio_hia6 VTH_P) Executing: pdio_hia8 = geomAndNot(pdio_hia7 VTL_P) Executing: pdio_hia9 = geomAndNot(pdio_hia8 ILVT) Executing: pdio_hia = geomAnd(pdio_hia9 RFDMY) Executing: pvar_rf1 = geomAndNot(VAR_RF nxwell) Executing: pvar_rf2 = geomAnd(pvar_rf1 DNW) Executing: pvar_rf3 = geomAndNot(pvar_rf2 OD33) Executing: pvar_rf4 = geomAndNot(pvar_rf3 OD18) Executing: pvar_rf = geomAndNot(pvar_rf4 OD25) Executing: pvar_rf18a = geomAnd(pvar_rf3 OD18) Executing: pvar_rf18 = geomAndNot(pvar_rf18a OD25) Executing: pvar_rf25 = geomAnd(pvar_rf4 OD25) Executing: std_ind1 = geomAnd(M6 IND_STD) Executing: std_ind21 = geomAnd(M5 IND_STD) Executing: std_ind2 = geomButtOrOver(std_ind21 IND_RAD) Executing: std_ind3 = geomOr(std_ind1 std_ind2) Executing: std_ind = geomButtOrOver(std_ind3 IND_RAD) Executing: sym_ind1 = geomAnd(M6 IND_SYM) Executing: sym_ind2 = geomAnd(M5 IND_SYM) Executing: sym_ind3 = geomOr(sym_ind1 sym_ind2) Executing: sym_ind = geomButtOrOver(sym_ind3 IND_RAD) Executing: ct_ind1 = geomAnd(M6 IND_CT) Executing: ct_ind2 = geomAnd(M5 IND_CT) Executing: ct_inda1 = geomOr(ct_ind1 ct_ind2) Executing: ct_inda = geomButtOrOver(ct_inda1 IND_NR) Executing: ct_ind3 = geomAnd(M4 IND_CT) Executing: ct_ind4 = geomOr(ct_inda ct_ind3) Executing: ct_ind = geomButtOrOver(ct_ind4 IND_RAD) Executing: lin_nw1 = geomAnd(nxwell VTDN) Executing: lin_nw2 = geomAndNot(lin_nw1 RFDMY) Executing: lin_nw3 = geomAndNot(lin_nw2 OD25) Executing: lin_nw = geomAnd(lin_nw3 DNW) Executing: lingt1 = geomAnd(vargt1 VTDN) Executing: lingt = geomAndNot(lingt1 OD25) Executing: lin_nw4 = geomAnd(lin_nw2 OD25) Executing: lin_nw_25 = geomAnd(lin_nw4 DNW) Executing: lingt_25 = geomAnd(lingt1 OD25) Executing: lin_nw5 = geomAnd(lin_nw1 RFDMY) Executing: lin_nw6 = geomAndNot(lin_nw5 OD25) Executing: lin_nw_rf = geomAnd(lin_nw6 DNW) Executing: lingt2 = geomAnd(gate_a_rf NW) Executing: lingt3 = geomAnd(lingt2 NP) Executing: lingt4 = geomAnd(lingt3 VTDN) Executing: lingt_rf = geomAndNot(lingt4 OD25) Executing: lin_nw7 = geomAnd(lin_nw5 OD25) Executing: lin_nw_rf_25 = geomAnd(lin_nw7 DNW) Executing: lingt_rf_25 = geomAnd(lingt4 OD25) Executing: nw_ntn = geomOr(NW NT_Ni) Executing: nIO = geomAndNot(OD2 nw_ntn) Executing: c_pmall1 = geomAndNot(NW NT_Ni) Executing: pCore = geomAndNot(c_pmall1 OD33) Executing: nt_n = geomCat(NT_Ni) Executing: pIO = geomAnd(c_pmall1 OD33) Executing: d_nmcore = geomOr(OD2 nw_ntn) Executing: nCore = geomAndNot(BULK d_nmcore) Executing: MOM_pin3 = geomAnd(metal3 MOMDMY22) Executing: MOM_pin4 = geomAnd(metal4 MOMDMY22) Executing: F_reg1a = drc(MOM_field1 ((0 < sep) < 0.29) opposite parallel shielded) Executing: F_reg1 = geomAndNot(geomAnd(F_reg1a MOMDMY1) M1) Executing: F_reg2a = drc(MOM_field2 ((0 < sep) < 0.29) opposite parallel shielded) Executing: F_reg2 = geomAndNot(geomAnd(F_reg2a MOMDMY2) M2) Executing: mom13_1 = geomButtOrOver(MOMDMY3 MOM_field1) Executing: mom13_2 = geomButtOrOver(mom13_1 MOM_field2) Executing: mom13_3 = geomButtOrOver(mom13_2 MOM_field3) Executing: mom13_Left4 = geomAndNot(mom13_3 geomButtOrOver(mom13_3 MOM_field4)) Executing: mom13_Left5 = geomAndNot(mom13_Left4 geomButtOrOver(mom13_Left4 MOM_field5)) Executing: mom13_reg_rf1 = geomButtOrOver(mom13_Left5 RFDMY) Executing: mom13_reg1 = geomAndNot(mom13_Left5 geomButtOrOver(mom13_Left5 RFDMY)) Executing: mom13_reg2 = geomAndNot(mom13_reg1 MOMDMY22) Executing: mom13_reg = geomAndNot(mom13_reg2 MAC) Executing: mom13_reg_rf2 = geomAndNot(mom13_reg_rf1 MOMDMY22) Executing: mom13_reg_rf = geomAndNot(mom13_reg_rf2 MAC) Executing: mom13_mx_reg1 = geomButtOrOver(MOMDMY22 mom13_Left5) Executing: mom13_mx_reg = geomAndNot(mom13_mx_reg1 MAC) Executing: mom13_mx_aux1 = geomAnd(mom13_Left5 MOMDMY22) Executing: mom13_mx_aux = geomAndNot(mom13_mx_aux1 MAC) Executing: mom14_1 = geomButtOrOver(MOMDMY4 MOM_field1) Executing: mom14_2 = geomButtOrOver(mom14_1 MOM_field2) Executing: mom14_3 = geomButtOrOver(mom14_2 MOM_field3) Executing: mom14_4 = geomButtOrOver(mom14_3 MOM_field4) Executing: mom14_Left5 = geomAndNot(mom14_4 geomButtOrOver(mom14_4 MOM_field5)) Executing: mom14_reg_rf1 = geomButtOrOver(mom14_Left5 RFDMY) Executing: mom14_reg1 = geomAndNot(mom14_Left5 geomButtOrOver(mom14_Left5 RFDMY)) Executing: mom14_reg2 = geomAndNot(mom14_reg1 MOMDMY22) Executing: mom14_reg = geomAndNot(mom14_reg2 MAC) Executing: mom14_reg_rf2 = geomAndNot(mom14_reg_rf1 MOMDMY22) Executing: mom14_reg_rf = geomAndNot(mom14_reg_rf2 MAC) Executing: mom14_mx_reg1 = geomButtOrOver(MOMDMY22 mom14_Left5) Executing: mom14_mx_reg = geomAndNot(mom14_mx_reg1 MAC) Executing: mom14_mx_aux1 = geomAnd(mom14_Left5 MOMDMY22) Executing: mom14_mx_aux = geomAndNot(mom14_mx_aux1 MAC) Executing: mom24_1 = geomAndNot(MOMDMY4 geomButtOrOver(MOMDMY4 MOM_field1)) Executing: mom24_2 = geomButtOrOver(mom24_1 MOM_field2) Executing: mom24_3 = geomButtOrOver(mom24_2 MOM_field3) Executing: mom24_4 = geomButtOrOver(mom24_3 MOM_field4) Executing: mom24_Left5 = geomAndNot(mom24_4 geomButtOrOver(mom24_4 MOM_field5)) Executing: mom24_reg_rf1 = geomButtOrOver(mom24_Left5 RFDMY) Executing: mom24_reg1 = geomAndNot(mom24_Left5 geomButtOrOver(mom24_Left5 RFDMY)) Executing: mom24_reg2 = geomAndNot(mom24_reg1 MOMDMY22) Executing: mom24_reg = geomAndNot(mom24_reg2 MAC) Executing: mom24_reg_rf2 = geomAndNot(mom24_reg_rf1 MOMDMY22) Executing: mom24_reg_rf = geomAndNot(mom24_reg_rf2 MAC) Executing: mom24_mx_reg1 = geomButtOrOver(MOMDMY22 mom24_Left5) Executing: mom24_mx_reg = geomAndNot(mom24_mx_reg1 MAC) Executing: mom24_mx_aux1 = geomAnd(mom24_Left5 MOMDMY22) Executing: mom24_mx_aux = geomAndNot(mom24_mx_aux1 MAC) Executing: sym_w1 = drc(sym_ind (width < 31) opposite parallel shielded) Executing: sym_w2 = geomGetRectangle(sym_w1) Executing: sym_w3 = geomAndNot(sym_w2 geomButtOrOver(sym_w2 indm6)) Executing: sym_w = geomAndNot(sym_w3 geomButtOrOver(sym_w3 sym_ind2)) Executing: ct_w1 = drc(ct_inda (width < 31) opposite parallel shielded) Executing: ct_w2 = geomGetRectangle(ct_w1) Executing: ct_w3 = geomAndNot(ct_w2 geomButtOrOver(ct_w2 indm6)) Executing: ct_w = geomAndNot(ct_w3 geomButtOrOver(ct_w3 ct_ind2)) Executing: std_w1 = drc(std_ind (width < 31) opposite parallel shielded) Executing: std_w2 = geomGetRectangle(std_w1) Executing: std_w = geomAndNot(std_w2 geomButtOrOver(std_w2 indm6)) Executing: mim_block = geomAnd(ctm cbm) Executing: RFDMYall = geomOr(RFDMY RFDMYUD) Executing: shield1 = geomOr(metal3 metal2) Executing: shield2 = geomAnd(shield1 ctm) Executing: shield3 = geomAnd(shield2 RFDMY) Executing: shield = geomAndNot(shield3 geomButtOrOver(shield3 CTMDMYUD)) Executing: shieldud = geomAnd(shield2 RFDMYUD) Executing: RCTM = geomButtOrOver(mim_block VIA4i) Executing: RCBM = geomButtOrOver(cbm RCTM) Executing: OCBM = geomAndNot(RCBM RCTM) Executing: ctm_via = geomAnd(RCTM VIA4i) Executing: cbm_via = geomAnd(OCBM VIA4i) Executing: tvia1 = geomAndNot(VIA4i ctm_via) Executing: VIA4 = geomAndNot(tvia1 cbm_via) Executing: VIA5 = geomCat(VIA5i) Executing: L_EG1 = geomGetEdge(ctm inside metal5) Executing: L_EG_RG1 = geomSize(L_EG1 0.005 edges) Executing: CTM_EG_RG = geomSize(RCTM 0.005 edges) Executing: L_EG_RG = geomButtOrOver(CTM_EG_RG L_EG_RG1) Executing: RCTM_RF1 = geomAnd(RCTM RFDMY) Executing: RCTM_RF2 = geomButtOrOver(RCTM_RF1 shield) Executing: RCTM_RF = geomAndNot(RCTM_RF2 RFDMYUD) Executing: RCTM_RF1P5 = geomAnd(RCTM_RF CAP1P5) Executing: RCTM_RF2P0 = geomAnd(RCTM_RF CAP2P0) Executing: RCTM_RF1P0 = geomAnd(RCTM_RF CAP1P0) Executing: RCTM_RF_woum1 = geomAndNot(RCTM_RF1 geomButtOrOver(RCTM_RF1 shield)) Executing: RCTM_RF_woum_ex = geomButtOrOver(RCTM_RF_woum1 CTMDMYUD) Executing: RCTM_RF_woum = geomAndNot(RCTM_RF_woum1 RCTM_RF_woum_ex) Executing: RCTM_RF1P5_woum = geomAnd(RCTM_RF_woum CAP1P5) Executing: RCTM_RF2P0_woum = geomAnd(RCTM_RF_woum CAP2P0) Executing: RCTM_RF1P0_woum = geomAnd(RCTM_RF_woum CAP1P0) Executing: RCTM_RFUD1 = geomAnd(RCTM RFDMYUD) Executing: RCTM_RFUD = geomButtOrOver(RCTM_RFUD1 shieldud) Executing: RCTM_RF1P5UD = geomAnd(RCTM_RFUD CAP1P5) Executing: RCTM_RF2P0UD = geomAnd(RCTM_RFUD CAP2P0) Executing: RCTM_RF1P0UD = geomAnd(RCTM_RFUD CAP1P0) Executing: RCTM_R1 = geomAndNot(RCTM RFDMYall) Executing: RCTM_R = geomAndNot(RCTM_R1 CTMDMYUD) Executing: RCTM_RUD1 = geomAndNot(RCTM RFDMYUD) Executing: RCTM_RUD = geomAnd(RCTM_RUD1 CTMDMYUD) Executing: RCTM_R_3T = geomAnd(RCTM_R1 MIM_3TDMY) Executing: RCTM_R_2T = geomAndNot(RCTM_R MIM_3TDMY) Executing: RCTM_R_2TUD = geomAndNot(RCTM_RUD MIM_3TDMY) Executing: RCTM_R1P5 = geomAnd(RCTM_R_2T CAP1P5) Executing: RCTM_R2P0 = geomAnd(RCTM_R_2T CAP2P0) Executing: RCTM_R1P0 = geomAnd(RCTM_R_2T CAP1P0) Executing: RCTM_R1P5UD = geomAnd(RCTM_R_2TUD CAP1P5) Executing: RCTM_R2P0UD = geomAnd(RCTM_R_2TUD CAP2P0) Executing: RCTM_R1P0UD = geomAnd(RCTM_R_2TUD CAP1P0) Executing: RCTM_R1P5_3T = geomAnd(RCTM_R_3T CAP1P5) Executing: RCTM_R2P0_3T = geomAnd(RCTM_R_3T CAP2P0) Executing: RCTM_R1P0_3T = geomAnd(RCTM_R_3T CAP1P0) Executing: MIM_TERM = geomSize(RCTM_R_3T 0.005) Executing: mim_psub_via = geomAnd(MIM_TERM psub) Executing: mim_nw_via = geomAnd(MIM_TERM nxwell) Executing: RF_MIM_TERM1 = geomSize(RCTM_RF_woum 0.005) Executing: RF_MIM_TERM = geomAndNot(RF_MIM_TERM1 RCTM_RF_woum) Executing: rfmim_psub_via = geomAnd(RF_MIM_TERM psub) Executing: rfmim_nw_via = geomAnd(RF_MIM_TERM nxwell) Executing: w_fac = drc(tndiff_jvar tpdiff_jvar (sep < 0.29) opposite) Executing: sbd_w = drc(schottky_p schottky_n (sep < 0.325) opposite) Executing: m5_pad = geomAnd(M5 RFPADDMY) Executing: m6_pad = geomAnd(M6 RFPADDMY) Executing: ap_pad = geomAnd(AP RFPADDMY) Executing: rfpad1 = geomAnd(ap_pad m6_pad) Executing: rfpad2 = geomAnd(rfpad1 m5_pad) Executing: rfpad3 = geomAnd(rfpad2 PP) Executing: rfpad4 = geomAnd(rfpad3 PO) Executing: rfpad5 = geomButtOrOver(rfpad4 VIA5) Executing: rfpad6 = geomButtOrOver(rfpad5 CB) Executing: rfpad = geomButtOrOver(rfpad6 CB2) Executing: ext_rfpad = geomGetBBox(rfpad) Executing: D_0a = geomAnd(rfpad RFPADDMY1) Executing: D_0b = geomAndNot(D_0a geomButtOrOver(D_0a RFPADDMY2)) Executing: rfpad_0 = geomAndNot(D_0b geomButtOrOver(D_0b RFPADDMY3)) Executing: D_15a = geomAndNot(rfpad geomButtOrOver(rfpad RFPADDMY1)) Executing: D_15b = geomAnd(D_15a RFPADDMY2) Executing: rfpad_15 = geomAndNot(D_15b geomButtOrOver(D_15b RFPADDMY3)) Executing: D_23b = geomAndNot(D_23a geomButtOrOver(D_23a RFPADDMY2)) Executing: rfpad_23 = geomAnd(D_23b RFPADDMY3) Executing: ntap_not_var = geomAndNot(ntap VAR) Executing: geomConnect((buttOrOver gate1_not_IO2 poly) (buttOrOver ntap ntap_not_var) (b... See the label report in "FF_DICE.erc" file for details. Executing: geomStamp(nxwell tndiff by nplug multStamp) Executing: geomStamp(rwel tpdiff by pplug multStamp) Executing: geomStamp(n_psub tpdiff by n_pplug multStamp) Executing: geomStamp(psub_term tpdiff by pplug multStamp) Executing: geomStamp(psub tpdiff by pplug multStamp) Executing: geomStamp(RFDMY6T tpdiff by rf_pplug multStamp) Executing: geomStamp(RFDMY5T tpdiff by rf_pplug multStamp) Executing: geomStamp(RFDMY_hia tpdiff by hiaplug multStamp) Executing: geomStamp(coll1 tpdiff by pplug multStamp) Executing: geomStamp(poly_term psub by poly_psub_via multStamp) Executing: geomStamp(PROBEM5_T psub by PROBEM5_B multStamp) Executing: geomStamp(PROBEM2_T psub by PROBEM2_B multStamp) Executing: geomStamp(RFDMY_hia_psub psub by rf_hia_via multStamp) Executing: geomStamp(PROBEM3_T psub by PROBEM3_B multStamp) Executing: geomStamp(PROBEM1_T psub by PROBEM1_B multStamp) Executing: geomStamp(rfdmy56 psub by rfdmy56_via multStamp) Executing: geomStamp(PROBEM4_T psub by PROBEM4_B multStamp) Executing: geomStamp(DNW nxwell by dnwc multStamp) Executing: extractMOS("nch_timer" ngate_st (poly "G") (tndiff "S" "D") (psub "B") (spice... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_st shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_st shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_st shared) Executing: saveProperty(ngate_st "model" "nch_timer") Executing: width = geomGetEdge(pg butting sd) Executing: length = geomGetEdge(reg inside pg) Executing: psub_proximity = geomOr(WPEtype) Executing: w_NMOS = measureParameter(length (ngate_st butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_st) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_st OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_dnw" nrgate (poly "G") (tndiff "S" "D") (psub "B") (spiceMode... Executing: attachParameter(areaS ("ad" "D") ("as" "S") nrgate shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") nrgate shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") nrgate shared) Executing: attachParameter(w_NMOS "wf" nrgate) Executing: saveProperty(nrgate "model" "nch") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (nrgate butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (nrgate) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(nrgate OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_na" nlgate_mac (poly "G") (tndiff "S" "D") (psub "B") (spiceM... Executing: attachParameter(areaS ("ad" "D") ("as" "S") nlgate_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") nlgate_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") nlgate_mac shared) Executing: attachParameter(w_NMOS "wf" nlgate_mac) Executing: saveProperty(nlgate_mac "model" "nch_na_mac") Executing: w_NMOS = measureParameter(length (nlgate_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (nlgate_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(nlgate_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: extractMOS("nch_esd18_dnw" dngate_esd18 (poly "G") (tndiff "S" "D") (psub "B"... Executing: attachParameter(areaS ("ad" "D") ("as" "S") dngate_esd18 shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") dngate_esd18 shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") dngate_esd18 shared) Executing: saveProperty(dngate_esd18 "model" "nch_esd18") Executing: length = geomGetEdge(reg inside pg) Executing: psub_proximity = geomOr(WPEtype) Executing: w_NMOS = measureParameter(length (dngate_esd18 butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (dngate_esd18) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(dngate_esd18 OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nchpg_ulpdpsr" ngate_spgulpdp (poly "G") (tndiff "S" "D") (psub "... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_spgulpdp shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_spgulpdp shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_spgulpdp shared) Executing: w_NMOS = measureParameter(length (ngate_spgulpdp butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_spgulpdp) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_spgulpdp "model" "nchpg_ulpdpsr") Executing: extractMOS("nch_18" ngate_18_mac (poly "G") (tndiff "S" "D") (psub "B") (spic... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_18_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_18_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_18_mac shared) Executing: attachParameter(w_NMOS "wf" ngate_18_mac) Executing: saveProperty(ngate_18_mac "model" "nch_18_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_18_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_18_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_18_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nchpg_dpsr" ngate_spgdp (poly "G") (tndiff "S" "D") (psub "B") (s... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_spgdp shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_spgdp shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_spgdp shared) Executing: w_NMOS = measureParameter(length (ngate_spgdp butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_spgdp) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_spgdp "model" "nchpg_dpsr") Executing: extractMOS("nch_lvt" nlvgate (poly "G") (tndiff "S" "D") (psub "B") (spiceMod... Executing: attachParameter(areaS ("ad" "D") ("as" "S") nlvgate shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") nlvgate shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") nlvgate shared) Executing: attachParameter(w_NMOS "wf" nlvgate) Executing: saveProperty(nlvgate "model" "nch_lvt") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (nlvgate butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (nlvgate) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(nlvgate OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_na" nlgate (poly "G") (tndiff "S" "D") (psub "B") (spiceModel... Executing: attachParameter(areaS ("ad" "D") ("as" "S") nlgate shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") nlgate shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") nlgate shared) Executing: attachParameter(w_NMOS "wf" nlgate) Executing: saveProperty(nlgate "model" "nch_na") Executing: length = geomGetEdge(reg inside pg) Executing: psub_proximity = geomOr(WPEtype) Executing: w_NMOS = measureParameter(length (nlgate butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (nlgate) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(nlgate OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_mlvt" nilvtgate_mac (poly "G") (tndiff "S" "D") (psub "B") (s... Executing: attachParameter(areaS ("ad" "D") ("as" "S") nilvtgate_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") nilvtgate_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") nilvtgate_mac shared) Executing: attachParameter(w_NMOS "wf" nilvtgate_mac) Executing: saveProperty(nilvtgate_mac "model" "nch_mlvt_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (nilvtgate_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (nilvtgate_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(nilvtgate_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_hvt_dnw" n1hvgate_mac (poly "G") (tndiff "S" "D") (psub "B") ... Executing: attachParameter(areaS ("ad" "D") ("as" "S") n1hvgate_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") n1hvgate_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") n1hvgate_mac shared) Executing: attachParameter(w_NMOS "wf" n1hvgate_mac) Executing: saveProperty(n1hvgate_mac "model" "nch_hvt_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (n1hvgate_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (n1hvgate_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(n1hvgate_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_dnw_w" ngate_dnw_w (poly "G") (tndiff "S" "D") (psub "B") (sp... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_dnw_w shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_dnw_w shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_dnw_w shared) Executing: saveProperty(ngate_dnw_w "model" "nch_w") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_dnw_w butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_dnw_w) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_dnw_w OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_na25" ngate_25na (poly "G") (tndiff "S" "D") (psub "B") (spic... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_25na shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_25na shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_25na shared) Executing: attachParameter(w_NMOS "wf" ngate_25na) Executing: saveProperty(ngate_25na "model" "nch_na25") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_25na butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_25na) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_25na OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_25_dnwud" dngate_25ud (poly "G") (tndiff "S" "D") (psub "B") ... Executing: attachParameter(areaS ("ad" "D") ("as" "S") dngate_25ud shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") dngate_25ud shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") dngate_25ud shared) Executing: attachParameter(w_NMOS "wf" dngate_25ud) Executing: saveProperty(dngate_25ud "model" "nch_18") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (dngate_25ud butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (dngate_25ud) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(dngate_25ud OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_mlvt_dnw" n1ilvtgate_mac (poly "G") (tndiff "S" "D") (psub "B... Executing: attachParameter(areaS ("ad" "D") ("as" "S") n1ilvtgate_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") n1ilvtgate_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") n1ilvtgate_mac shared) Executing: attachParameter(w_NMOS "wf" n1ilvtgate_mac) Executing: saveProperty(n1ilvtgate_mac "model" "nch_mlvt_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (n1ilvtgate_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (n1ilvtgate_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(n1ilvtgate_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nchpg_hvtdphcsr" ngate_hvspgdphc (poly "G") (tndiff "S" "D") (psu... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_hvspgdphc shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_hvspgdphc shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_hvspgdphc shared) Executing: w_NMOS = measureParameter(length (ngate_hvspgdphc butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_hvspgdphc) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_hvspgdphc "model" "nchpg_hvtdphcsr") Executing: extractMOS("nchpd_wisr" ngate_spdwi (poly "G") (tndiff "S" "D") (psub "B") (s... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_spdwi shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_spdwi shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_spdwi shared) Executing: w_NMOS = measureParameter(length (ngate_spdwi butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_spdwi) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_spdwi "model" "nchpd_wisr") Executing: extractMOS("nch_hvt" nhvgate_mac (poly "G") (tndiff "S" "D") (psub "B") (spic... Executing: attachParameter(areaS ("ad" "D") ("as" "S") nhvgate_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") nhvgate_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") nhvgate_mac shared) Executing: attachParameter(w_NMOS "wf" nhvgate_mac) Executing: saveProperty(nhvgate_mac "model" "nch_hvt_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (nhvgate_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (nhvgate_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(nhvgate_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_lpg" ngatelpg (poly "G") (tndiff "S" "D") (psub "B") (spiceMo... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngatelpg shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngatelpg shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngatelpg shared) Executing: saveProperty(ngatelpg "model" "nch_lpg") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngatelpg butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngatelpg) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngatelpg OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nchpd_sr" ngate_spd (poly "G") (tndiff "S" "D") (psub "B") (spice... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_spd shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_spd shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_spd shared) Executing: w_NMOS = measureParameter(length (ngate_spd butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_spd) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_spd "model" "nchpd_sr") Executing: extractMOS("nch_lpghvt" nhvgatelpg (poly "G") (tndiff "S" "D") (psub "B") (sp... Executing: attachParameter(areaS ("ad" "D") ("as" "S") nhvgatelpg shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") nhvgatelpg shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") nhvgatelpg shared) Executing: saveProperty(nhvgatelpg "model" "nch_lpghvt") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (nhvgatelpg butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (nhvgatelpg) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(nhvgatelpg OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch" ngate (poly "G") (tndiff "S" "D") (psub "B") (spiceModel "nc... 20 'nch' created in cell 'FF_DICE layout DICE_LIB'. Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate shared) Executing: attachParameter(w_NMOS "wf" ngate) Executing: saveProperty(ngate "model" "nch") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_18_dnw" dngate_18 (poly "G") (tndiff "S" "D") (psub "B") (spi... Executing: attachParameter(areaS ("ad" "D") ("as" "S") dngate_18 shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") dngate_18 shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") dngate_18 shared) Executing: attachParameter(w_NMOS "wf" dngate_18) Executing: saveProperty(dngate_18 "model" "nch_18") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (dngate_18 butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (dngate_18) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(dngate_18 OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nchpg_lpgsr" ngate_spglpg (poly "G") (tndiff "S" "D") (psub "B") ... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_spglpg shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_spglpg shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_spglpg shared) Executing: w_NMOS = measureParameter(length (ngate_spglpg butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_spglpg) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_spglpg "model" "nchpg_lpgsr") Executing: extractMOS("nch_w_lvt" ngate_w1t_lvt (poly "G") (tndiff "S" "D") (psub "B") (... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_w1t_lvt shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_w1t_lvt shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_w1t_lvt shared) Executing: w_NMOS = measureParameter(length (ngate_w1t_lvt butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_w1t_lvt) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_w1t_lvt "model" "nch_w_lvt") Executing: extractMOS("nch_na18" ngate_18na (poly "G") (tndiff "S" "D") (psub "B") (spic... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_18na shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_18na shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_18na shared) Executing: attachParameter(w_NMOS "wf" ngate_18na) Executing: saveProperty(ngate_18na "model" "nch_na18") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_18na butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_18na) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_18na OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nchpd_ulpdpsr" ngate_spdulpdp (poly "G") (tndiff "S" "D") (psub "... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_spdulpdp shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_spdulpdp shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_spdulpdp shared) Executing: w_NMOS = measureParameter(length (ngate_spdulpdp butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_spdulpdp) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_spdulpdp "model" "nchpd_ulpdpsr") Executing: extractMOS("nch_ulvt" nuvgate_mac (poly "G") (tndiff "S" "D") (psub "B") (spi... Executing: attachParameter(areaS ("ad" "D") ("as" "S") nuvgate_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") nuvgate_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") nuvgate_mac shared) Executing: saveProperty(nuvgate_mac "model" "nch_ulvt_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (nuvgate_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (nuvgate_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(nuvgate_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_ulvt_dnw" n1uvgate_mac (poly "G") (tndiff "S" "D") (psub "B")... Executing: attachParameter(areaS ("ad" "D") ("as" "S") n1uvgate_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") n1uvgate_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") n1uvgate_mac shared) Executing: saveProperty(n1uvgate_mac "model" "nch_ulvt_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (n1uvgate_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (n1uvgate_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(n1uvgate_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_ulvt" nuvgate (poly "G") (tndiff "S" "D") (psub "B") (spiceMo... Executing: attachParameter(areaS ("ad" "D") ("as" "S") nuvgate shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") nuvgate shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") nuvgate shared) Executing: saveProperty(nuvgate "model" "nch_ulvt") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (nuvgate butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (nuvgate) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(nuvgate OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_lvt" nlvgate_mac (poly "G") (tndiff "S" "D") (psub "B") (spic... Executing: attachParameter(areaS ("ad" "D") ("as" "S") nlvgate_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") nlvgate_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") nlvgate_mac shared) Executing: attachParameter(w_NMOS "wf" nlvgate_mac) Executing: saveProperty(nlvgate_mac "model" "nch_lvt_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (nlvgate_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (nlvgate_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(nlvgate_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_dnw_1tr" ngate_1tr (poly "G") (tndiff "S" "D") (psub "B") (sp... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_1tr shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_1tr shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_1tr shared) Executing: w_NMOS = measureParameter(length (ngate_1tr butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_1tr) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_1tr "model" "nch_dnw_1tr") Executing: extractMOS("nch_25_dnwod" dngate_25od (poly "G") (tndiff "S" "D") (psub "B") ... Executing: attachParameter(areaS ("ad" "D") ("as" "S") dngate_25od shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") dngate_25od shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") dngate_25od shared) Executing: attachParameter(w_NMOS "wf" dngate_25od) Executing: saveProperty(dngate_25od "model" "nch_33") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (dngate_25od butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (dngate_25od) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(dngate_25od OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nchpg_ulpsr" ngate_spgulp (poly "G") (tndiff "S" "D") (psub "B") ... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_spgulp shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_spgulp shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_spgulp shared) Executing: w_NMOS = measureParameter(length (ngate_spgulp butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_spgulp) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_spgulp "model" "nchpg_ulpsr") Executing: extractMOS("nchpg_lpgtpsr" ngate_spglpgtp (poly "G") (tndiff "S" "D") (psub "... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_spglpgtp shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_spglpgtp shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_spglpgtp shared) Executing: w_NMOS = measureParameter(length (ngate_spglpgtp butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_spglpgtp) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_spglpgtp "model" "nchpg_lpgtpsr") Executing: extractMOS("nch_uhvt" nuhvgate (poly "G") (tndiff "S" "D") (psub "B") (spiceM... Executing: attachParameter(areaS ("ad" "D") ("as" "S") nuhvgate shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") nuhvgate shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") nuhvgate shared) Executing: saveProperty(nuhvgate "model" "nch_uhvt") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (nuhvgate butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (nuhvgate) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(nuhvgate OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nchpg_hvtdpsr" ngate_hvspgdp (poly "G") (tndiff "S" "D") (psub "B... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_hvspgdp shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_hvspgdp shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_hvspgdp shared) Executing: w_NMOS = measureParameter(length (ngate_hvspgdp butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_hvspgdp) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_hvspgdp "model" "nchpg_hvtdpsr") Executing: extractMOS("nch_esd18" ngate_esd18 (poly "G") (tndiff "S" "D") (psub "B") (sp... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_esd18 shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_esd18 shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_esd18 shared) Executing: saveProperty(ngate_esd18 "model" "nch_esd18") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_esd18 butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_esd18) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_esd18 OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nchpd_dphcsr" ngate_spddphc (poly "G") (tndiff "S" "D") (psub "B"... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_spddphc shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_spddphc shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_spddphc shared) Executing: w_NMOS = measureParameter(length (ngate_spddphc butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_spddphc) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_spddphc "model" "nchpd_dphcsr") Executing: extractMOS("nchpg_wisr" ngate_spgwi (poly "G") (tndiff "S" "D") (psub "B") (s... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_spgwi shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_spgwi shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_spgwi shared) Executing: w_NMOS = measureParameter(length (ngate_spgwi butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_spgwi) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_spgwi "model" "nchpg_wisr") Executing: extractMOS("nch_na25ud" ngate_25naud (poly "G") (tndiff "S" "D") (psub "B") (... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_25naud shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_25naud shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_25naud shared) Executing: attachParameter(w_NMOS "wf" ngate_25naud) Executing: saveProperty(ngate_25naud "model" "nch_na18") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_25naud butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_25naud) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_25naud OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_25od" ngate_25od_mac (poly "G") (tndiff "S" "D") (psub "B") (... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_25od_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_25od_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_25od_mac shared) Executing: attachParameter(w_NMOS "wf" ngate_25od_mac) Executing: saveProperty(ngate_25od_mac "model" "nch_33_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_25od_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_25od_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_25od_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_lpgna" nlgatelpg (poly "G") (tndiff "S" "D") (psub "B") (spic... Executing: attachParameter(areaS ("ad" "D") ("as" "S") nlgatelpg shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") nlgatelpg shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") nlgatelpg shared) Executing: saveProperty(nlgatelpg "model" "nch_lpgna") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (nlgatelpg butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (nlgatelpg) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(nlgatelpg OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_esd18" ngate_esd18_mac (poly "G") (tndiff "S" "D") (psub "B")... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_esd18_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_esd18_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_esd18_mac shared) Executing: saveProperty(ngate_esd18_mac "model" "nch_esd18_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_esd18_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_esd18_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_esd18_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nchpd_ulpsr" ngate_spdulp (poly "G") (tndiff "S" "D") (psub "B") ... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_spdulp shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_spdulp shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_spdulp shared) Executing: w_NMOS = measureParameter(length (ngate_spdulp butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_spdulp) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_spdulp "model" "nchpd_ulpsr") Executing: extractMOS("nch_ulvt_dnw" n1uvgate (poly "G") (tndiff "S" "D") (psub "B") (sp... Executing: attachParameter(areaS ("ad" "D") ("as" "S") n1uvgate shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") n1uvgate shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") n1uvgate shared) Executing: saveProperty(n1uvgate "model" "nch_ulvt") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (n1uvgate butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (n1uvgate) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(n1uvgate OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_25ud" ngate_25ud_mac (poly "G") (tndiff "S" "D") (psub "B") (... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_25ud_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_25ud_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_25ud_mac shared) Executing: attachParameter(w_NMOS "wf" ngate_25ud_mac) Executing: saveProperty(ngate_25ud_mac "model" "nch_18_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_25ud_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_25ud_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_25ud_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nchpg_sr" ngate_spg (poly "G") (tndiff "S" "D") (psub "B") (spice... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_spg shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_spg shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_spg shared) Executing: w_NMOS = measureParameter(length (ngate_spg butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_spg) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_spg "model" "nchpg_sr") Executing: extractMOS("nchpd_wosr" ngate_spdwo (poly "G") (tndiff "S" "D") (psub "B") (s... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_spdwo shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_spdwo shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_spdwo shared) Executing: w_NMOS = measureParameter(length (ngate_spdwo butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_spdwo) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_spdwo "model" "nchpd_wosr") Executing: extractMOS("nch" ngate_mac (poly "G") (tndiff "S" "D") (psub "B") (spiceModel... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_mac shared) Executing: attachParameter(w_NMOS "wf" ngate_mac) Executing: saveProperty(ngate_mac "model" "nch_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_na18" ngate_18na_mac (poly "G") (tndiff "S" "D") (psub "B") (... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_18na_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_18na_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_18na_mac shared) Executing: attachParameter(w_NMOS "wf" ngate_18na_mac) Executing: saveProperty(ngate_18na_mac "model" "nch_na18_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_18na_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_18na_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_18na_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_hvt" nhvgate (poly "G") (tndiff "S" "D") (psub "B") (spiceMod... Executing: attachParameter(areaS ("ad" "D") ("as" "S") nhvgate shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") nhvgate shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") nhvgate shared) Executing: attachParameter(w_NMOS "wf" nhvgate) Executing: saveProperty(nhvgate "model" "nch_hvt") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (nhvgate butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (nhvgate) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(nhvgate OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_na33" ngate_33na_mac (poly "G") (tndiff "S" "D") (psub "B") (... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_33na_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_33na_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_33na_mac shared) Executing: attachParameter(w_NMOS "wf" ngate_33na_mac) Executing: saveProperty(ngate_33na_mac "model" "nch_na33_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_33na_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_33na_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_33na_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_25_dnwud" dngate_25ud_mac (poly "G") (tndiff "S" "D") (psub "... Executing: attachParameter(areaS ("ad" "D") ("as" "S") dngate_25ud_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") dngate_25ud_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") dngate_25ud_mac shared) Executing: attachParameter(w_NMOS "wf" dngate_25ud_mac) Executing: saveProperty(dngate_25ud_mac "model" "nch_18_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (dngate_25ud_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (dngate_25ud_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(dngate_25ud_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nchpd_lpgdpsr" ngate_spdlpgdp (poly "G") (tndiff "S" "D") (psub "... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_spdlpgdp shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_spdlpgdp shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_spdlpgdp shared) Executing: w_NMOS = measureParameter(length (ngate_spdlpgdp butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_spdlpgdp) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_spdlpgdp "model" "nchpd_lpgdpsr") Executing: extractMOS("nch_esd18_dnw" dngate_esd18_mac (poly "G") (tndiff "S" "D") (psub... Executing: attachParameter(areaS ("ad" "D") ("as" "S") dngate_esd18_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") dngate_esd18_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") dngate_esd18_mac shared) Executing: saveProperty(dngate_esd18_mac "model" "nch_esd18_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (dngate_esd18_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (dngate_esd18_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(dngate_esd18_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_dnw" nrgate_mac (poly "G") (tndiff "S" "D") (psub "B") (spice... Executing: attachParameter(areaS ("ad" "D") ("as" "S") nrgate_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") nrgate_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") nrgate_mac shared) Executing: attachParameter(w_NMOS "wf" nrgate_mac) Executing: saveProperty(nrgate_mac "model" "nch_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (nrgate_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (nrgate_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(nrgate_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nchpd_hvtsr" ngate_hvspd (poly "G") (tndiff "S" "D") (psub "B") (... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_hvspd shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_hvspd shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_hvspd shared) Executing: w_NMOS = measureParameter(length (ngate_hvspd butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_hvspd) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_hvspd "model" "nchpd_hvtsr") Executing: extractMOS("nch_25" ngate_25_mac (poly "G") (tndiff "S" "D") (psub "B") (spic... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_25_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_25_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_25_mac shared) Executing: attachParameter(w_NMOS "wf" ngate_25_mac) Executing: saveProperty(ngate_25_mac "model" "nch_25_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_25_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_25_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_25_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_w" ngate_w1t (poly "G") (tndiff "S" "D") (psub "B") (spiceMod... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_w1t shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_w1t shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_w1t shared) Executing: saveProperty(ngate_w1t "model" "nch_w") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_w1t butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_w1t) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_w1t OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nchpg_dphcsr" ngate_spgdphc (poly "G") (tndiff "S" "D") (psub "B"... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_spgdphc shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_spgdphc shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_spgdphc shared) Executing: w_NMOS = measureParameter(length (ngate_spgdphc butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_spgdphc) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_spgdphc "model" "nchpg_dphcsr") Executing: extractMOS("nch_25_dnw" dngate_25_mac (poly "G") (tndiff "S" "D") (psub "B") ... Executing: attachParameter(areaS ("ad" "D") ("as" "S") dngate_25_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") dngate_25_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") dngate_25_mac shared) Executing: attachParameter(w_NMOS "wf" dngate_25_mac) Executing: saveProperty(dngate_25_mac "model" "nch_25_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (dngate_25_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (dngate_25_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(dngate_25_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_18_dnw" dngate_18_mac (poly "G") (tndiff "S" "D") (psub "B") ... Executing: attachParameter(areaS ("ad" "D") ("as" "S") dngate_18_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") dngate_18_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") dngate_18_mac shared) Executing: attachParameter(w_NMOS "wf" dngate_18_mac) Executing: saveProperty(dngate_18_mac "model" "nch_18_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (dngate_18_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (dngate_18_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(dngate_18_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_uhvt_dnw" n1uhvgate_mac (poly "G") (tndiff "S" "D") (psub "B"... Executing: attachParameter(areaS ("ad" "D") ("as" "S") n1uhvgate_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") n1uhvgate_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") n1uhvgate_mac shared) Executing: saveProperty(n1uhvgate_mac "model" "nch_uhvt_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (n1uhvgate_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (n1uhvgate_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(n1uhvgate_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_25_dnw" dngate_25 (poly "G") (tndiff "S" "D") (psub "B") (spi... Executing: attachParameter(areaS ("ad" "D") ("as" "S") dngate_25 shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") dngate_25 shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") dngate_25 shared) Executing: attachParameter(w_NMOS "wf" dngate_25) Executing: saveProperty(dngate_25 "model" "nch_25") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (dngate_25 butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (dngate_25) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(dngate_25 OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_lvt_dnw" n1lvgate (poly "G") (tndiff "S" "D") (psub "B") (spi... Executing: attachParameter(areaS ("ad" "D") ("as" "S") n1lvgate shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") n1lvgate shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") n1lvgate shared) Executing: attachParameter(w_NMOS "wf" n1lvgate) Executing: saveProperty(n1lvgate "model" "nch_lvt") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (n1lvgate butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (n1lvgate) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(n1lvgate OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nchpd_hvtdphcsr" ngate_hvspddphc (poly "G") (tndiff "S" "D") (psu... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_hvspddphc shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_hvspddphc shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_hvspddphc shared) Executing: w_NMOS = measureParameter(length (ngate_hvspddphc butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_hvspddphc) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_hvspddphc "model" "nchpd_hvtdphcsr") Executing: extractMOS("nch_na25od" ngate_25naod (poly "G") (tndiff "S" "D") (psub "B") (... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_25naod shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_25naod shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_25naod shared) Executing: attachParameter(w_NMOS "wf" ngate_25naod) Executing: saveProperty(ngate_25naod "model" "nch_na25od33") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_25naod butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_25naod) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_25naod OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_25od" ngate_25od (poly "G") (tndiff "S" "D") (psub "B") (spic... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_25od shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_25od shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_25od shared) Executing: attachParameter(w_NMOS "wf" ngate_25od) Executing: saveProperty(ngate_25od "model" "nch_33") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_25od butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_25od) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_25od OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_na33" ngate_33na (poly "G") (tndiff "S" "D") (psub "B") (spic... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_33na shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_33na shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_33na shared) Executing: attachParameter(w_NMOS "wf" ngate_33na) Executing: saveProperty(ngate_33na "model" "nch_na33") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_33na butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_33na) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_33na OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_uhvt" nuhvgate_mac (poly "G") (tndiff "S" "D") (psub "B") (sp... Executing: attachParameter(areaS ("ad" "D") ("as" "S") nuhvgate_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") nuhvgate_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") nuhvgate_mac shared) Executing: saveProperty(nuhvgate_mac "model" "nch_uhvt_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (nuhvgate_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (nuhvgate_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(nuhvgate_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nchpg_lpgdpsr" ngate_spglpgdp (poly "G") (tndiff "S" "D") (psub "... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_spglpgdp shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_spglpgdp shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_spglpgdp shared) Executing: w_NMOS = measureParameter(length (ngate_spglpgdp butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_spglpgdp) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_spglpgdp "model" "nchpg_lpgdpsr") Executing: extractMOS("nchpd_lpgsr" ngate_spdlpg (poly "G") (tndiff "S" "D") (psub "B") ... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_spdlpg shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_spdlpg shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_spdlpg shared) Executing: w_NMOS = measureParameter(length (ngate_spdlpg butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_spdlpg) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_spdlpg "model" "nchpd_lpgsr") Executing: extractMOS("nch_na25od" ngate_25naod_mac (poly "G") (tndiff "S" "D") (psub "B... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_25naod_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_25naod_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_25naod_mac shared) Executing: attachParameter(w_NMOS "wf" ngate_25naod_mac) Executing: saveProperty(ngate_25naod_mac "model" "nch_na25od33_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_25naod_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_25naod_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_25naod_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nchpg_wosr" ngate_spgwo (poly "G") (tndiff "S" "D") (psub "B") (s... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_spgwo shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_spgwo shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_spgwo shared) Executing: w_NMOS = measureParameter(length (ngate_spgwo butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_spgwo) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_spgwo "model" "nchpg_wosr") Executing: extractMOS("nch_33_dnw" dngate_33_mac (poly "G") (tndiff "S" "D") (psub "B") ... Executing: attachParameter(areaS ("ad" "D") ("as" "S") dngate_33_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") dngate_33_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") dngate_33_mac shared) Executing: attachParameter(w_NMOS "wf" dngate_33_mac) Executing: saveProperty(dngate_33_mac "model" "nch_33_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (dngate_33_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (dngate_33_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(dngate_33_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_na25ud" ngate_25naud_mac (poly "G") (tndiff "S" "D") (psub "B... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_25naud_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_25naud_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_25naud_mac shared) Executing: attachParameter(w_NMOS "wf" ngate_25naud_mac) Executing: saveProperty(ngate_25naud_mac "model" "nch_na18_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_25naud_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_25naud_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_25naud_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_na25" ngate_25na_mac (poly "G") (tndiff "S" "D") (psub "B") (... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_25na_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_25na_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_25na_mac shared) Executing: attachParameter(w_NMOS "wf" ngate_25na_mac) Executing: saveProperty(ngate_25na_mac "model" "nch_na25_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_25na_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_25na_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_25na_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nchpd_hvtdpsr" ngate_hvspddp (poly "G") (tndiff "S" "D") (psub "B... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_hvspddp shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_hvspddp shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_hvspddp shared) Executing: w_NMOS = measureParameter(length (ngate_hvspddp butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_hvspddp) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_hvspddp "model" "nchpd_hvtdpsr") Executing: extractMOS("nch_mlvt" nilvtgate (poly "G") (tndiff "S" "D") (psub "B") (spice... Executing: attachParameter(areaS ("ad" "D") ("as" "S") nilvtgate shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") nilvtgate shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") nilvtgate shared) Executing: attachParameter(w_NMOS "wf" nilvtgate) Executing: saveProperty(nilvtgate "model" "nch_mlvt") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (nilvtgate butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (nilvtgate) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(nilvtgate OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_25_dnwod" dngate_25od_mac (poly "G") (tndiff "S" "D") (psub "... Executing: attachParameter(areaS ("ad" "D") ("as" "S") dngate_25od_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") dngate_25od_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") dngate_25od_mac shared) Executing: attachParameter(w_NMOS "wf" dngate_25od_mac) Executing: saveProperty(dngate_25od_mac "model" "nch_33_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (dngate_25od_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (dngate_25od_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(dngate_25od_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_dnw_w_lvt" ngate_dnw_w_lvt (poly "G") (tndiff "S" "D") (psub ... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_dnw_w_lvt shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_dnw_w_lvt shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_dnw_w_lvt shared) Executing: w_NMOS = measureParameter(length (ngate_dnw_w_lvt butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_dnw_w_lvt) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_dnw_w_lvt "model" "nch_w_lvt") Executing: extractMOS("nch_18" ngate_18 (poly "G") (tndiff "S" "D") (psub "B") (spiceMod... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_18 shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_18 shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_18 shared) Executing: attachParameter(w_NMOS "wf" ngate_18) Executing: saveProperty(ngate_18 "model" "nch_18") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_18 butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_18) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_18 OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_lvt_dnw" n1lvgate_mac (poly "G") (tndiff "S" "D") (psub "B") ... Executing: attachParameter(areaS ("ad" "D") ("as" "S") n1lvgate_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") n1lvgate_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") n1lvgate_mac shared) Executing: attachParameter(w_NMOS "wf" n1lvgate_mac) Executing: saveProperty(n1lvgate_mac "model" "nch_lvt_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (n1lvgate_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (n1lvgate_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(n1lvgate_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_33" ngate_33_mac (poly "G") (tndiff "S" "D") (psub "B") (spic... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_33_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_33_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_33_mac shared) Executing: attachParameter(w_NMOS "wf" ngate_33_mac) Executing: saveProperty(ngate_33_mac "model" "nch_33_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_33_mac butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_33_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_33_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_33_dnw" dngate_33 (poly "G") (tndiff "S" "D") (psub "B") (spi... Executing: attachParameter(areaS ("ad" "D") ("as" "S") dngate_33 shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") dngate_33 shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") dngate_33 shared) Executing: attachParameter(w_NMOS "wf" dngate_33) Executing: saveProperty(dngate_33 "model" "nch_33") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (dngate_33 butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (dngate_33) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(dngate_33 OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nchpg_hvtsr" ngate_hvspg (poly "G") (tndiff "S" "D") (psub "B") (... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_hvspg shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_hvspg shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_hvspg shared) Executing: w_NMOS = measureParameter(length (ngate_hvspg butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_hvspg) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_hvspg "model" "nchpg_hvtsr") Executing: extractMOS("nchpd_dpsr" ngate_spddp (poly "G") (tndiff "S" "D") (psub "B") (s... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_spddp shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_spddp shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_spddp shared) Executing: w_NMOS = measureParameter(length (ngate_spddp butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_spddp) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_spddp "model" "nchpd_dpsr") Executing: extractMOS("nchpd_lpgtpsr" ngate_spdlpgtp (poly "G") (tndiff "S" "D") (psub "... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_spdlpgtp shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_spdlpgtp shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_spdlpgtp shared) Executing: w_NMOS = measureParameter(length (ngate_spdlpgtp butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_spdlpgtp) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: saveProperty(ngate_spdlpgtp "model" "nchpd_lpgtpsr") Executing: extractMOS("nch_25ud" ngate_25ud (poly "G") (tndiff "S" "D") (psub "B") (spic... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_25ud shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_25ud shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_25ud shared) Executing: attachParameter(w_NMOS "wf" ngate_25ud) Executing: saveProperty(ngate_25ud "model" "nch_18") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_25ud butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_25ud) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_25ud OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_uhvt_dnw" n1uhvgate (poly "G") (tndiff "S" "D") (psub "B") (s... Executing: attachParameter(areaS ("ad" "D") ("as" "S") n1uhvgate shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") n1uhvgate shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") n1uhvgate shared) Executing: saveProperty(n1uhvgate "model" "nch_uhvt") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (n1uhvgate butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (n1uhvgate) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(n1uhvgate OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_33" ngate_33 (poly "G") (tndiff "S" "D") (psub "B") (spiceMod... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_33 shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_33 shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_33 shared) Executing: attachParameter(w_NMOS "wf" ngate_33) Executing: saveProperty(ngate_33 "model" "nch_33") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_33 butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_33) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_33 OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_hvt_dnw" n1hvgate (poly "G") (tndiff "S" "D") (psub "B") (spi... Executing: attachParameter(areaS ("ad" "D") ("as" "S") n1hvgate shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") n1hvgate shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") n1hvgate shared) Executing: attachParameter(w_NMOS "wf" n1hvgate) Executing: saveProperty(n1hvgate "model" "nch_hvt") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (n1hvgate butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (n1hvgate) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(n1hvgate OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_25" ngate_25 (poly "G") (tndiff "S" "D") (psub "B") (spiceMod... Executing: attachParameter(areaS ("ad" "D") ("as" "S") ngate_25 shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") ngate_25 shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") ngate_25 shared) Executing: attachParameter(w_NMOS "wf" ngate_25) Executing: saveProperty(ngate_25 "model" "nch_25") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_25 butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (ngate_25) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_25 OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("nch_mlvt_dnw" n1ilvtgate (poly "G") (tndiff "S" "D") (psub "B") (... Executing: attachParameter(areaS ("ad" "D") ("as" "S") n1ilvtgate shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") n1ilvtgate shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") n1ilvtgate shared) Executing: attachParameter(w_NMOS "wf" n1ilvtgate) Executing: saveProperty(n1ilvtgate "model" "nch_mlvt") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (n1ilvtgate butting tndiff) 5e-07) Executing: area_NMOS = measureParameter(area (n1ilvtgate) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(n1ilvtgate OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("pch_25" pgate_25 (poly "G") (tpdiff "S" "D") (nxwell "B") (spiceM... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_25 shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_25 shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_25 shared) Executing: attachParameter(w_PMOS "wf" pgate_25) Executing: saveProperty(pgate_25 "model" "pch_25") Executing: width = geomGetEdge(pg butting sd) Executing: length = geomGetEdge(reg inside pg) Executing: psub_proximity = geomOr(WPEtype) Executing: w_PMOS = measureParameter(length (pgate_25 butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_25) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(pgate_25 OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("pch_25ud" pgate_25ud (poly "G") (tpdiff "S" "D") (nxwell "B") (sp... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_25ud shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_25ud shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_25ud shared) Executing: attachParameter(w_PMOS "wf" pgate_25ud) Executing: saveProperty(pgate_25ud "model" "pch_18") Executing: length = geomGetEdge(reg inside pg) Executing: w_PMOS = measureParameter(length (pgate_25ud butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_25ud) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(pgate_25ud OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("pchpu_ulpdpsr" pgate_sdpulp (poly "G") (tpdiff "S" "D") (nxwell "... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_sdpulp shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_sdpulp shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_sdpulp shared) Executing: w_PMOS = measureParameter(length (pgate_sdpulp butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_sdpulp) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: saveProperty(pgate_sdpulp "model" "pchpu_ulpdpsr") Executing: extractMOS("pch_lvt" plvgate (poly "G") (tpdiff "S" "D") (nxwell "B") (spiceM... Executing: attachParameter(areaS ("ad" "D") ("as" "S") plvgate shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") plvgate shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") plvgate shared) Executing: attachParameter(w_PMOS "wf" plvgate) Executing: saveProperty(plvgate "model" "pch_lvt") Executing: length = geomGetEdge(reg inside pg) Executing: w_PMOS = measureParameter(length (plvgate butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (plvgate) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(plvgate OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("pch_25od" pgate_25od (poly "G") (tpdiff "S" "D") (nxwell "B") (sp... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_25od shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_25od shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_25od shared) Executing: attachParameter(w_PMOS "wf" pgate_25od) Executing: saveProperty(pgate_25od "model" "pch_33") Executing: length = geomGetEdge(reg inside pg) Executing: w_PMOS = measureParameter(length (pgate_25od butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_25od) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(pgate_25od OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("pch_ulvt" puvgate_mac (poly "G") (tpdiff "S" "D") (nxwell "B") (s... Executing: attachParameter(areaS ("ad" "D") ("as" "S") puvgate_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") puvgate_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") puvgate_mac shared) Executing: saveProperty(puvgate_mac "model" "pch_ulvt_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_PMOS = measureParameter(length (puvgate_mac butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (puvgate_mac) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(puvgate_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("pch_lpg" pgatelpg (poly "G") (tpdiff "S" "D") (nxwell "B") (spice... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgatelpg shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgatelpg shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgatelpg shared) Executing: saveProperty(pgatelpg "model" "pch_lpg") Executing: length = geomGetEdge(reg inside pg) Executing: w_PMOS = measureParameter(length (pgatelpg butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgatelpg) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(pgatelpg OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("pch_hvt" phvgate (poly "G") (tpdiff "S" "D") (nxwell "B") (spiceM... Executing: attachParameter(areaS ("ad" "D") ("as" "S") phvgate shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") phvgate shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") phvgate shared) Executing: attachParameter(w_PMOS "wf" phvgate) Executing: saveProperty(phvgate "model" "pch_hvt") Executing: length = geomGetEdge(reg inside pg) Executing: w_PMOS = measureParameter(length (phvgate butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (phvgate) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(phvgate OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("pch" pgate_mac (poly "G") (tpdiff "S" "D") (nxwell "B") (spiceMod... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_mac shared) Executing: attachParameter(w_PMOS "wf" pgate_mac) Executing: saveProperty(pgate_mac "model" "pch_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_PMOS = measureParameter(length (pgate_mac butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_mac) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(pgate_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("pch_hvt" phvgate_mac (poly "G") (tpdiff "S" "D") (nxwell "B") (sp... Executing: attachParameter(areaS ("ad" "D") ("as" "S") phvgate_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") phvgate_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") phvgate_mac shared) Executing: attachParameter(w_PMOS "wf" phvgate_mac) Executing: saveProperty(phvgate_mac "model" "pch_hvt_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_PMOS = measureParameter(length (phvgate_mac butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (phvgate_mac) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(phvgate_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("pch_w" pgate_w1t (poly "G") (tpdiff "S" "D") (nxwell "B") (spiceM... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_w1t shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_w1t shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_w1t shared) Executing: saveProperty(pgate_w1t "model" "pch_w") Executing: length = geomGetEdge(reg inside pg) Executing: w_PMOS = measureParameter(length (pgate_w1t butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_w1t) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(pgate_w1t OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("pchpu_hvtsr" pgate_hvs (poly "G") (tpdiff "S" "D") (nxwell "B") (... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_hvs shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_hvs shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_hvs shared) Executing: w_PMOS = measureParameter(length (pgate_hvs butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_hvs) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: saveProperty(pgate_hvs "model" "pchpu_hvtsr") Executing: extractMOS("pch_uhvt" puhvgate_mac (poly "G") (tpdiff "S" "D") (nxwell "B") (... Executing: attachParameter(areaS ("ad" "D") ("as" "S") puhvgate_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") puhvgate_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") puhvgate_mac shared) Executing: saveProperty(puhvgate_mac "model" "pch_uhvt_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_PMOS = measureParameter(length (puhvgate_mac butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (puhvgate_mac) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(puhvgate_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("pch_lvt" plvgate_mac (poly "G") (tpdiff "S" "D") (nxwell "B") (sp... Executing: attachParameter(areaS ("ad" "D") ("as" "S") plvgate_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") plvgate_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") plvgate_mac shared) Executing: attachParameter(w_PMOS "wf" plvgate_mac) Executing: saveProperty(plvgate_mac "model" "pch_lvt_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_PMOS = measureParameter(length (plvgate_mac butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (plvgate_mac) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(plvgate_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("pch_33" pgate_33_mac (poly "G") (tpdiff "S" "D") (nxwell "B") (sp... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_33_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_33_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_33_mac shared) Executing: attachParameter(w_PMOS "wf" pgate_33_mac) Executing: saveProperty(pgate_33_mac "model" "pch_33_mac") Executing: length = geomGetEdge(reg inside pg) Executing: psub_proximity = geomOr(WPEtype) Executing: w_PMOS = measureParameter(length (pgate_33_mac butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_33_mac) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(pgate_33_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("pchpu_dphcsr" pgate_sdphc (poly "G") (tpdiff "S" "D") (nxwell "B"... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_sdphc shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_sdphc shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_sdphc shared) Executing: w_PMOS = measureParameter(length (pgate_sdphc butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_sdphc) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: saveProperty(pgate_sdphc "model" "pchpu_dphcsr") Executing: extractMOS("pchpu_dpsr" pgate_sdp (poly "G") (tpdiff "S" "D") (nxwell "B") (s... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_sdp shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_sdp shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_sdp shared) Executing: w_PMOS = measureParameter(length (pgate_sdp butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_sdp) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: saveProperty(pgate_sdp "model" "pchpu_dpsr") Executing: extractMOS("pchpu_sr" pgate_s (poly "G") (tpdiff "S" "D") (nxwell "B") (spice... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_s shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_s shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_s shared) Executing: w_PMOS = measureParameter(length (pgate_s butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_s) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: saveProperty(pgate_s "model" "pchpu_sr") Executing: extractMOS("pchpu_hvtdphcsr" pgate_hvsdphc (poly "G") (tpdiff "S" "D") (nxwel... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_hvsdphc shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_hvsdphc shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_hvsdphc shared) Executing: w_PMOS = measureParameter(length (pgate_hvsdphc butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_hvsdphc) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: saveProperty(pgate_hvsdphc "model" "pchpu_hvtdphcsr") Executing: extractMOS("pch_33" pgate_33 (poly "G") (tpdiff "S" "D") (nxwell "B") (spiceM... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_33 shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_33 shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_33 shared) Executing: attachParameter(w_PMOS "wf" pgate_33) Executing: saveProperty(pgate_33 "model" "pch_33") Executing: length = geomGetEdge(reg inside pg) Executing: w_PMOS = measureParameter(length (pgate_33 butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_33) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(pgate_33 OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("pch_25ud" pgate_25ud_mac (poly "G") (tpdiff "S" "D") (nxwell "B")... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_25ud_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_25ud_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_25ud_mac shared) Executing: attachParameter(w_PMOS "wf" pgate_25ud_mac) Executing: saveProperty(pgate_25ud_mac "model" "pch_18_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_PMOS = measureParameter(length (pgate_25ud_mac butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_25ud_mac) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(pgate_25ud_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("pch_w_lvt" pgate_w1t_lvt (poly "G") (tpdiff "S" "D") (nxwell "B")... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_w1t_lvt shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_w1t_lvt shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_w1t_lvt shared) Executing: w_PMOS = measureParameter(length (pgate_w1t_lvt butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_w1t_lvt) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: saveProperty(pgate_w1t_lvt "model" "pch_w_lvt") Executing: extractMOS("pch_uhvt" puhvgate (poly "G") (tpdiff "S" "D") (nxwell "B") (spic... Executing: attachParameter(areaS ("ad" "D") ("as" "S") puhvgate shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") puhvgate shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") puhvgate shared) Executing: saveProperty(puhvgate "model" "pch_uhvt") Executing: length = geomGetEdge(reg inside pg) Executing: w_PMOS = measureParameter(length (puhvgate butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (puhvgate) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(puhvgate OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("pchpu_lpgtpsr" pgate_stplpg (poly "G") (tpdiff "S" "D") (nxwell "... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_stplpg shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_stplpg shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_stplpg shared) Executing: w_PMOS = measureParameter(length (pgate_stplpg butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_stplpg) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: saveProperty(pgate_stplpg "model" "pchpu_lpgtpsr") Executing: extractMOS("pch_18" pgate_18_mac (poly "G") (tpdiff "S" "D") (nxwell "B") (sp... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_18_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_18_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_18_mac shared) Executing: attachParameter(w_PMOS "wf" pgate_18_mac) Executing: saveProperty(pgate_18_mac "model" "pch_18_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_PMOS = measureParameter(length (pgate_18_mac butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_18_mac) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(pgate_18_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("pch_mlvt" pilvtgate_mac (poly "G") (tpdiff "S" "D") (nxwell "B") ... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pilvtgate_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pilvtgate_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pilvtgate_mac shared) Executing: attachParameter(w_PMOS "wf" pilvtgate_mac) Executing: saveProperty(pilvtgate_mac "model" "pch_mlvt_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_PMOS = measureParameter(length (pilvtgate_mac butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pilvtgate_mac) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(pilvtgate_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("pch_timer" pgate_st (poly "G") (tpdiff "S" "D") (nxwell "B") (spi... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_st shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_st shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_st shared) Executing: saveProperty(pgate_st "model" "pch_timer") Executing: length = geomGetEdge(reg inside pg) Executing: w_PMOS = measureParameter(length (pgate_st butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_st) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(pgate_st OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("pch_lpghvt" phvgatelpg (poly "G") (tpdiff "S" "D") (nxwell "B") (... Executing: attachParameter(areaS ("ad" "D") ("as" "S") phvgatelpg shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") phvgatelpg shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") phvgatelpg shared) Executing: saveProperty(phvgatelpg "model" "pch_lpghvt") Executing: length = geomGetEdge(reg inside pg) Executing: w_PMOS = measureParameter(length (phvgatelpg butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (phvgatelpg) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(phvgatelpg OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("pchpu_wisr" pgate_swi (poly "G") (tpdiff "S" "D") (nxwell "B") (s... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_swi shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_swi shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_swi shared) Executing: w_PMOS = measureParameter(length (pgate_swi butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_swi) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: saveProperty(pgate_swi "model" "pchpu_wisr") Executing: extractMOS("pchpu_ulpsr" pgate_sulp (poly "G") (tpdiff "S" "D") (nxwell "B") ... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_sulp shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_sulp shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_sulp shared) Executing: w_PMOS = measureParameter(length (pgate_sulp butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_sulp) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: saveProperty(pgate_sulp "model" "pchpu_ulpsr") Executing: extractMOS("pch_ulvt" puvgate (poly "G") (tpdiff "S" "D") (nxwell "B") (spice... Executing: attachParameter(areaS ("ad" "D") ("as" "S") puvgate shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") puvgate shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") puvgate shared) Executing: saveProperty(puvgate "model" "pch_ulvt") Executing: length = geomGetEdge(reg inside pg) Executing: w_PMOS = measureParameter(length (puvgate butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (puvgate) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(puvgate OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("pchpu_lpgdpsr" pgate_sdplpg (poly "G") (tpdiff "S" "D") (nxwell "... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_sdplpg shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_sdplpg shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_sdplpg shared) Executing: w_PMOS = measureParameter(length (pgate_sdplpg butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_sdplpg) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: saveProperty(pgate_sdplpg "model" "pchpu_lpgdpsr") Executing: extractMOS("pch_mlvt" pilvtgate (poly "G") (tpdiff "S" "D") (nxwell "B") (spi... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pilvtgate shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pilvtgate shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pilvtgate shared) Executing: attachParameter(w_PMOS "wf" pilvtgate) Executing: saveProperty(pilvtgate "model" "pch_mlvt") Executing: length = geomGetEdge(reg inside pg) Executing: w_PMOS = measureParameter(length (pilvtgate butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pilvtgate) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(pilvtgate OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("pchpu_lpgsr" pgate_slpg (poly "G") (tpdiff "S" "D") (nxwell "B") ... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_slpg shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_slpg shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_slpg shared) Executing: w_PMOS = measureParameter(length (pgate_slpg butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_slpg) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: saveProperty(pgate_slpg "model" "pchpu_lpgsr") Executing: extractMOS("pchpu_wosr" pgate_swo (poly "G") (tpdiff "S" "D") (nxwell "B") (s... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_swo shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_swo shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_swo shared) Executing: w_PMOS = measureParameter(length (pgate_swo butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_swo) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: saveProperty(pgate_swo "model" "pchpu_wosr") Executing: extractMOS("pchpu_hvtdpsr" pgate_hvsdp (poly "G") (tpdiff "S" "D") (nxwell "B... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_hvsdp shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_hvsdp shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_hvsdp shared) Executing: w_PMOS = measureParameter(length (pgate_hvsdp butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_hvsdp) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: saveProperty(pgate_hvsdp "model" "pchpu_hvtdpsr") Executing: extractMOS("pch_25od" pgate_25od_mac (poly "G") (tpdiff "S" "D") (nxwell "B")... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_25od_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_25od_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_25od_mac shared) Executing: attachParameter(w_PMOS "wf" pgate_25od_mac) Executing: saveProperty(pgate_25od_mac "model" "pch_33_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_PMOS = measureParameter(length (pgate_25od_mac butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_25od_mac) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(pgate_25od_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("pch" pgate (poly "G") (tpdiff "S" "D") (nxwell "B") (spiceModel "... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate shared) Executing: attachParameter(w_PMOS "wf" pgate) Executing: saveProperty(pgate "model" "pch") Executing: length = geomGetEdge(reg inside pg) Executing: w_PMOS = measureParameter(length (pgate butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(pgate OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("pch_25" pgate_25_mac (poly "G") (tpdiff "S" "D") (nxwell "B") (sp... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_25_mac shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_25_mac shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_25_mac shared) Executing: attachParameter(w_PMOS "wf" pgate_25_mac) Executing: saveProperty(pgate_25_mac "model" "pch_25_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_PMOS = measureParameter(length (pgate_25_mac butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_25_mac) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(pgate_25_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("pch_18" pgate_18 (poly "G") (tpdiff "S" "D") (nxwell "B") (spiceM... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_18 shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_18 shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_18 shared) Executing: attachParameter(w_PMOS "wf" pgate_18) Executing: saveProperty(pgate_18 "model" "pch_18") Executing: length = geomGetEdge(reg inside pg) Executing: w_PMOS = measureParameter(length (pgate_18 butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_18) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(pgate_18 OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractMOS("pch_edc" pgate_1tr (poly "G") (tpdiff "S" "D") (nxwell "B") (spic... Executing: attachParameter(areaS ("ad" "D") ("as" "S") pgate_1tr shared) Executing: attachParameter(periS ("pd" "D") ("ps" "S") pgate_1tr shared) Executing: attachParameter(nrSD ("nrd" "D") ("nrs" "S") pgate_1tr shared) Executing: saveProperty(pgate_1tr "model" "pch_edc") Executing: length = geomGetEdge(reg inside pg) Executing: w_PMOS = measureParameter(length (pgate_1tr butting tpdiff) 5e-07) Executing: area_PMOS = measureParameter(area (pgate_1tr) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(pgate_1tr OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractLDD("nch_hv25_sdnw" ngate_25hvd (poly "G") (s_nd25hvd "S") (d_nd25hvd ... Executing: attachParameter(areaS ("as" "S") ngate_25hvd shared) Executing: attachParameter(periS ("ps" "S") ngate_25hvd shared) Executing: attachParameter(areaD ("ad" "D") ngate_25hvd shared) Executing: attachParameter(periD ("pd" "D") ngate_25hvd shared) Executing: attachParameter(nrS ("nrs" "S") ngate_25hvd shared) Executing: attachParameter(nrD ("nrd" "D") ngate_25hvd shared) Executing: attachParameter(w_NMOS "wf" ngate_25hvd) Executing: saveProperty(ngate_25hvd "model" "nch_hv25_sdnw") Executing: width = geomGetEdge(pg butting sd) Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_25hvd butting d_nd25hvd) 1e-06) Executing: area_NMOS = measureParameter(area (ngate_25hvd) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_25hvd OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractLDD("nch_hv25_snw" ngate_25hvdw (poly "G") (s_nd25hvdw "S") (d_nd25hvd... Executing: attachParameter(areaS ("as" "S") ngate_25hvdw shared) Executing: attachParameter(periS ("ps" "S") ngate_25hvdw shared) Executing: attachParameter(areaD ("ad" "D") ngate_25hvdw shared) Executing: attachParameter(periD ("pd" "D") ngate_25hvdw shared) Executing: attachParameter(nrS ("nrs" "S") ngate_25hvdw shared) Executing: attachParameter(nrD ("nrd" "D") ngate_25hvdw shared) Executing: attachParameter(w_NMOS "wf" ngate_25hvdw) Executing: saveProperty(ngate_25hvdw "model" "nch_hv25_snw") Executing: width = geomGetEdge(pg butting sd) Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_25hvdw butting d_nd25hvdw) 1e-06) Executing: area_NMOS = measureParameter(area (ngate_25hvdw) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_25hvdw OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractLDD("nch_hv25_sdnw" ngate_25hvd_mac (poly "G") (s_nd25hvd "S") (d_nd25... Executing: attachParameter(areaS ("as" "S") ngate_25hvd_mac shared) Executing: attachParameter(periS ("ps" "S") ngate_25hvd_mac shared) Executing: attachParameter(areaD ("ad" "D") ngate_25hvd_mac shared) Executing: attachParameter(periD ("pd" "D") ngate_25hvd_mac shared) Executing: attachParameter(nrS ("nrs" "S") ngate_25hvd_mac shared) Executing: attachParameter(nrD ("nrd" "D") ngate_25hvd_mac shared) Executing: attachParameter(w_NMOS "wf" ngate_25hvd_mac) Executing: saveProperty(ngate_25hvd_mac "model" "nch_hv25_sdnw_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_25hvd_mac butting d_nd25hvd) 1e-06) Executing: area_NMOS = measureParameter(area (ngate_25hvd_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_25hvd_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractLDD("nch_hv25_snw" ngate_25hvdw_mac (poly "G") (s_nd25hvdw "S") (d_nd2... Executing: attachParameter(areaS ("as" "S") ngate_25hvdw_mac shared) Executing: attachParameter(periS ("ps" "S") ngate_25hvdw_mac shared) Executing: attachParameter(areaD ("ad" "D") ngate_25hvdw_mac shared) Executing: attachParameter(periD ("pd" "D") ngate_25hvdw_mac shared) Executing: attachParameter(nrS ("nrs" "S") ngate_25hvdw_mac shared) Executing: attachParameter(nrD ("nrd" "D") ngate_25hvdw_mac shared) Executing: attachParameter(w_NMOS "wf" ngate_25hvdw_mac) Executing: saveProperty(ngate_25hvdw_mac "model" "nch_hv25_snw_mac") Executing: length = geomGetEdge(reg inside pg) Executing: w_NMOS = measureParameter(length (ngate_25hvdw_mac butting d_nd25hvdw) 1e-06) Executing: area_NMOS = measureParameter(area (ngate_25hvdw_mac) 1e-12) Executing: l_NMOS = calculateParameter((area_NMOS / w_NMOS)) Executing: nameParameter(w_NMOS "w") Executing: nameParameter(l_NMOS "l") Executing: gateL = calculateParameter((l_NMOS * 1000000.0)) Executing: gateW = calculateParameter((w_NMOS * 1000000.0)) Executing: measureSTI(ngate_25hvdw_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractLDD("pch_hv25_spw" pgate_25hvd_mac (poly "G") (s_pd25hvd "S") (d_pd25h... Executing: attachParameter(areaS ("as" "S") pgate_25hvd_mac shared) Executing: attachParameter(periS ("ps" "S") pgate_25hvd_mac shared) Executing: attachParameter(areaD ("ad" "D") pgate_25hvd_mac shared) Executing: attachParameter(periD ("pd" "D") pgate_25hvd_mac shared) Executing: attachParameter(nrS ("nrs" "S") pgate_25hvd_mac shared) Executing: attachParameter(nrD ("nrd" "D") pgate_25hvd_mac shared) Executing: attachParameter(w_PMOS "wf" pgate_25hvd_mac) Executing: saveProperty(pgate_25hvd_mac "model" "pch_hv25_spw_mac") Executing: width = geomGetEdge(pg butting sd) Executing: length = geomGetEdge(reg inside pg) Executing: w_PMOS = measureParameter(length (pgate_25hvd_mac butting d_pd25hvd) 1e-06) Executing: area_PMOS = measureParameter(area (pgate_25hvd_mac) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(pgate_25hvd_mac OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractLDD("pch_hv25_spw" pgate_25hvd (poly "G") (s_pd25hvd "S") (d_pd25hvd "... Executing: attachParameter(areaS ("as" "S") pgate_25hvd shared) Executing: attachParameter(periS ("ps" "S") pgate_25hvd shared) Executing: attachParameter(areaD ("ad" "D") pgate_25hvd shared) Executing: attachParameter(periD ("pd" "D") pgate_25hvd shared) Executing: attachParameter(nrS ("nrs" "S") pgate_25hvd shared) Executing: attachParameter(nrD ("nrd" "D") pgate_25hvd shared) Executing: attachParameter(w_PMOS "wf" pgate_25hvd) Executing: saveProperty(pgate_25hvd "model" "pch_hv25_spw") Executing: length = geomGetEdge(reg inside pg) Executing: w_PMOS = measureParameter(length (pgate_25hvd butting d_pd25hvd) 1e-06) Executing: area_PMOS = measureParameter(area (pgate_25hvd) 1e-12) Executing: l_PMOS = calculateParameter((area_PMOS / w_PMOS)) Executing: nameParameter(w_PMOS "w") Executing: nameParameter(l_PMOS "l") Executing: gateL = calculateParameter((l_PMOS * 1000000.0)) Executing: gateW = calculateParameter((w_PMOS * 1000000.0)) Executing: measureSTI(pgate_25hvd OD 60 (output invSA invSB) (calculateExp (sw / gateW / (sa + (gateL * 0.5))) (sw / gateW / (sb + (gateL * 0.5))))) Executing: SA = calculateParameter((((1 / invSA) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SA "sa") Executing: SB = calculateParameter((((1 / invSB) - (0.5 * gateL)) * 1e-06)) Executing: nameParameter(SB "sb") Executing: SCCraw = SCBraw = SCraw = measureProximity2(reg psub_proximity wped (output S... Executing: SCAeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCBeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: SCCeff = calculateParameter(((((1 / (scale * gateW)) * 1) / (scale * gateL)) ... Executing: nameParameter(SCAeff "sca") Executing: nameParameter(SCBeff "scb") Executing: nameParameter(SCCeff "scc") Executing: extractBJT("pnp10" cemit10 (coll1 "C") (cnbase1 "B") (cemit1 "E") (spiceModel... Executing: area_BJT = measureParameter(area (cemit10) 1e-12) Executing: nameParameter(area_BJT "area") Executing: saveProperty(cemit10 "model" "pnp10") Executing: extractBJT("pnp2" cemit2 (coll1 "C") (cnbase1 "B") (cemit1 "E") (spiceModel "... Executing: area_BJT = measureParameter(area (cemit2) 1e-12) Executing: nameParameter(area_BJT "area") Executing: saveProperty(cemit2 "model" "pnp2") Executing: extractBJT("npn5" cnemit5_mac (ncoll1 "C") (cpbase1 "B") (cnemit1 "E") (spice... Executing: area_BJT = measureParameter(area (cnemit5_mac) 1e-12) Executing: nameParameter(area_BJT "area") Executing: saveProperty(cnemit5_mac "model" "npn5_mis") Executing: extractBJT("pnp10" cemit10_mac (coll1 "C") (cnbase1 "B") (cemit1 "E") (spiceM... Executing: area_BJT = measureParameter(area (cemit10_mac) 1e-12) Executing: nameParameter(area_BJT "area") Executing: saveProperty(cemit10_mac "model" "pnp10_mis") Executing: extractBJT("pnp10_s" cemit10s (coll1 "C") (cnbase1 "B") (cemit1 "E") (spiceMo... Executing: area_BJT = measureParameter(area (cemit10s) 1e-12) Executing: nameParameter(area_BJT "area") Executing: saveProperty(cemit10s "model" "pnp10_s") Executing: extractBJT("npn5" cnemit5 (ncoll1 "C") (cpbase1 "B") (cnemit1 "E") (spiceMode... Executing: area_BJT = measureParameter(area (cnemit5) 1e-12) Executing: nameParameter(area_BJT "area") Executing: saveProperty(cnemit5 "model" "npn5") Executing: extractBJT("pnp10_s" cemit10s_mac (coll1 "C") (cnbase1 "B") (cemit1 "E") (spi... Executing: area_BJT = measureParameter(area (cemit10s_mac) 1e-12) Executing: nameParameter(area_BJT "area") Executing: saveProperty(cemit10s_mac "model" "pnp10_s_mis") Executing: extractBJT("npn2" cnemit2_mac (ncoll1 "C") (cpbase1 "B") (cnemit1 "E") (spice... Executing: area_BJT = measureParameter(area (cnemit2_mac) 1e-12) Executing: nameParameter(area_BJT "area") Executing: saveProperty(cnemit2_mac "model" "npn2_mis") Executing: extractBJT("npn10_s" cnemit10s (ncoll1 "C") (cpbase1 "B") (cnemit1 "E") (spic... Executing: area_BJT = measureParameter(area (cnemit10s) 1e-12) Executing: nameParameter(area_BJT "area") Executing: saveProperty(cnemit10s "model" "npn10_s") Executing: extractBJT("pnp2_s" cemit2s_mac (coll1 "C") (cnbase1 "B") (cemit1 "E") (spice... Executing: area_BJT = measureParameter(area (cemit2s_mac) 1e-12) Executing: nameParameter(area_BJT "area") Executing: saveProperty(cemit2s_mac "model" "pnp2_s_mis") Executing: extractBJT("npn2" cnemit2 (ncoll1 "C") (cpbase1 "B") (cnemit1 "E") (spiceMode... Executing: area_BJT = measureParameter(area (cnemit2) 1e-12) Executing: nameParameter(area_BJT "area") Executing: saveProperty(cnemit2 "model" "npn2") Executing: extractBJT("npn5_s" cnemit5s (ncoll1 "C") (cpbase1 "B") (cnemit1 "E") (spiceM... Executing: area_BJT = measureParameter(area (cnemit5s) 1e-12) Executing: nameParameter(area_BJT "area") Executing: saveProperty(cnemit5s "model" "npn5_s") Executing: extractBJT("npn10" cnemit10_mac (ncoll1 "C") (cpbase1 "B") (cnemit1 "E") (spi... Executing: area_BJT = measureParameter(area (cnemit10_mac) 1e-12) Executing: nameParameter(area_BJT "area") Executing: saveProperty(cnemit10_mac "model" "npn10_mis") Executing: extractBJT("npn5_s" cnemit5s_mac (ncoll1 "C") (cpbase1 "B") (cnemit1 "E") (sp... Executing: area_BJT = measureParameter(area (cnemit5s_mac) 1e-12) Executing: nameParameter(area_BJT "area") Executing: saveProperty(cnemit5s_mac "model" "npn5_s_mis") Executing: extractBJT("pnp5" cemit5_mac (coll1 "C") (cnbase1 "B") (cemit1 "E") (spiceMod... Executing: area_BJT = measureParameter(area (cemit5_mac) 1e-12) Executing: nameParameter(area_BJT "area") Executing: saveProperty(cemit5_mac "model" "pnp5_mis") Executing: extractBJT("npn2_s" cnemit2s_mac (ncoll1 "C") (cpbase1 "B") (cnemit1 "E") (sp... Executing: area_BJT = measureParameter(area (cnemit2s_mac) 1e-12) Executing: nameParameter(area_BJT "area") Executing: saveProperty(cnemit2s_mac "model" "npn2_s_mis") Executing: extractBJT("pnp5" cemit5 (coll1 "C") (cnbase1 "B") (cemit1 "E") (spiceModel "... Executing: area_BJT = measureParameter(area (cemit5) 1e-12) Executing: nameParameter(area_BJT "area") Executing: saveProperty(cemit5 "model" "pnp5") Executing: extractBJT("npn10" cnemit10 (ncoll1 "C") (cpbase1 "B") (cnemit1 "E") (spiceMo... Executing: area_BJT = measureParameter(area (cnemit10) 1e-12) Executing: nameParameter(area_BJT "area") Executing: saveProperty(cnemit10 "model" "npn10") Executing: extractBJT("npn2_s" cnemit2s (ncoll1 "C") (cpbase1 "B") (cnemit1 "E") (spiceM... Executing: area_BJT = measureParameter(area (cnemit2s) 1e-12) Executing: nameParameter(area_BJT "area") Executing: saveProperty(cnemit2s "model" "npn2_s") Executing: extractBJT("pnp5_s" cemit5s_mac (coll1 "C") (cnbase1 "B") (cemit1 "E") (spice... Executing: area_BJT = measureParameter(area (cemit5s_mac) 1e-12) Executing: nameParameter(area_BJT "area") Executing: saveProperty(cemit5s_mac "model" "pnp5_s_mis") Executing: extractBJT("npn10_s" cnemit10s_mac (ncoll1 "C") (cpbase1 "B") (cnemit1 "E") (... Executing: area_BJT = measureParameter(area (cnemit10s_mac) 1e-12) Executing: nameParameter(area_BJT "area") Executing: saveProperty(cnemit10s_mac "model" "npn10_s_mis") Executing: extractBJT("pnp2" cemit2_mac (coll1 "C") (cnbase1 "B") (cemit1 "E") (spiceMod... Executing: area_BJT = measureParameter(area (cemit2_mac) 1e-12) Executing: nameParameter(area_BJT "area") Executing: saveProperty(cemit2_mac "model" "pnp2_mis") Executing: extractBJT("pnp2_s" cemit2s (coll1 "C") (cnbase1 "B") (cemit1 "E") (spiceMode... Executing: area_BJT = measureParameter(area (cemit2s) 1e-12) Executing: nameParameter(area_BJT "area") Executing: saveProperty(cemit2s "model" "pnp2_s") Executing: extractBJT("pnp5_s" cemit5s (coll1 "C") (cnbase1 "B") (cemit1 "E") (spiceMode... Executing: area_BJT = measureParameter(area (cemit5s) 1e-12) Executing: nameParameter(area_BJT "area") Executing: saveProperty(cemit5s "model" "pnp5_s") Executing: extractDIODE("ndio_lvt" ndiol (psub "PLUS") (tndiff "MINUS") (spiceModel "ndi... Executing: area_DIO = measureParameter(area (ndiol) 1e-12) Executing: pj_DIO = measureParameter(perimeter (ndiol) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(ndiol "model" "ndio_lvt") Executing: extractDIODE("ndio_na33" ndio_33na (psub "PLUS") (tndiff "MINUS") (spiceModel... Executing: area_DIO = measureParameter(area (ndio_33na) 1e-12) Executing: pj_DIO = measureParameter(perimeter (ndio_33na) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(ndio_33na "model" "ndio_na33") Executing: extractDIODE("ndio_na25ud" ndio_25naud (psub "PLUS") (tndiff "MINUS") (spiceM... Executing: area_DIO = measureParameter(area (ndio_25naud) 1e-12) Executing: pj_DIO = measureParameter(perimeter (ndio_25naud) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(ndio_25naud "model" "ndio_na18") Executing: extractDIODE("nwdio_18" inwdio_18 (psub "PLUS") (nxwell "MINUS") (spiceModel ... Executing: area_DIO = measureParameter(area (inwdio_18) 1e-12) Executing: pj_DIO = measureParameter(perimeter (inwdio_18) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(inwdio_18 "model" "nwdio_18") Executing: extractDIODE("ndio_esd" ydio (psub "PLUS") (ydio_hole "MINUS") (spiceModel "n... Executing: area_DIO = measureParameter(area (ydio) 1e-12) Executing: pj_DIO = measureParameter(perimeter (ydio) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(ydio "model" "ndio_esd") Executing: extractDIODE("nwdio_25" inwdio_25 (psub "PLUS") (nxwell "MINUS") (spiceModel ... Executing: area_DIO = measureParameter(area (inwdio_25) 1e-12) Executing: pj_DIO = measureParameter(perimeter (inwdio_25) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(inwdio_25 "model" "nwdio_25") Executing: extractDIODE("ndio_na" cndion (psub "PLUS") (tndiff "MINUS") (spiceModel "ndi... Executing: area_DIO = measureParameter(area (cndion) 1e-12) Executing: pj_DIO = measureParameter(perimeter (cndion) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(cndion "model" "ndio_na") Executing: extractDIODE("ndio_25ud" indio_25ud (psub "PLUS") (tndiff "MINUS") (spiceMode... Executing: area_DIO = measureParameter(area (indio_25ud) 1e-12) Executing: pj_DIO = measureParameter(perimeter (indio_25ud) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(indio_25ud "model" "ndio_18") Executing: extractDIODE("pdio_mlvt" pdioilvt (tpdiff "PLUS") (nxwell "MINUS") (spiceMode... Executing: area_DIO = measureParameter(area (pdioilvt) 1e-12) Executing: pj_DIO = measureParameter(perimeter (pdioilvt) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(pdioilvt "model" "pdio_mlvt") Executing: extractDIODE("ndio_lpghvt" ndiohlpg (psub "PLUS") (tndiff "MINUS") (spiceMode... Executing: area_DIO = measureParameter(area (ndiohlpg) 1e-12) Executing: pj_DIO = measureParameter(perimeter (ndiohlpg) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(ndiohlpg "model" "ndio_lpghvt") Executing: extractDIODE("ndio_25od" indio_25od (psub "PLUS") (tndiff "MINUS") (spiceMode... Executing: area_DIO = measureParameter(area (indio_25od) 1e-12) Executing: pj_DIO = measureParameter(perimeter (indio_25od) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(indio_25od "model" "ndio_33") Executing: extractDIODE("pdio_33" ipdio_33 (tpdiff "PLUS") (nxwell "MINUS") (spiceModel ... Executing: area_DIO = measureParameter(area (ipdio_33) 1e-12) Executing: pj_DIO = measureParameter(perimeter (ipdio_33) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(ipdio_33 "model" "pdio_33") Executing: extractDIODE("pdio_25ud" ipdio_25ud (tpdiff "PLUS") (nxwell "MINUS") (spiceMo... Executing: area_DIO = measureParameter(area (ipdio_25ud) 1e-12) Executing: pj_DIO = measureParameter(perimeter (ipdio_25ud) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(ipdio_25ud "model" "pdio_18") Executing: extractDIODE("pdio_lvt" pdiol (tpdiff "PLUS") (nxwell "MINUS") (spiceModel "p... Executing: area_DIO = measureParameter(area (pdiol) 1e-12) Executing: pj_DIO = measureParameter(perimeter (pdiol) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(pdiol "model" "pdio_lvt") Executing: extractDIODE("pdio_18" ipdio_18 (tpdiff "PLUS") (nxwell "MINUS") (spiceModel ... Executing: area_DIO = measureParameter(area (ipdio_18) 1e-12) Executing: pj_DIO = measureParameter(perimeter (ipdio_18) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(ipdio_18 "model" "pdio_18") Executing: extractDIODE("ndio_18" indio_18 (psub "PLUS") (tndiff "MINUS") (spiceModel "n... Executing: area_DIO = measureParameter(area (indio_18) 1e-12) Executing: pj_DIO = measureParameter(perimeter (indio_18) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(indio_18 "model" "ndio_18") Executing: extractDIODE("ndio_25" indio_25 (psub "PLUS") (tndiff "MINUS") (spiceModel "n... Executing: area_DIO = measureParameter(area (indio_25) 1e-12) Executing: pj_DIO = measureParameter(perimeter (indio_25) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(indio_25 "model" "ndio_25") Executing: extractDIODE("nwdio_33" inwdio_33 (psub "PLUS") (nxwell "MINUS") (spiceModel ... Executing: area_DIO = measureParameter(area (inwdio_33) 1e-12) Executing: pj_DIO = measureParameter(perimeter (inwdio_33) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(inwdio_33 "model" "nwdio_33") Executing: extractDIODE("pdio" cpdio (tpdiff "PLUS") (nxwell "MINUS") (spiceModel "pdio"... Executing: area_DIO = measureParameter(area (cpdio) 1e-12) Executing: pj_DIO = measureParameter(perimeter (cpdio) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(cpdio "model" "pdio") Executing: extractDIODE("ndio_na18" ndio_18na (psub "PLUS") (tndiff "MINUS") (spiceModel... Executing: area_DIO = measureParameter(area (ndio_18na) 1e-12) Executing: pj_DIO = measureParameter(perimeter (ndio_18na) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(ndio_18na "model" "ndio_na18") Executing: extractDIODE("ndio" cndio (psub "PLUS") (tndiff "MINUS") (spiceModel "ndio") ... Executing: area_DIO = measureParameter(area (cndio) 1e-12) Executing: pj_DIO = measureParameter(perimeter (cndio) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(cndio "model" "ndio") Executing: extractDIODE("ndio_lpg" cndiolpg (psub "PLUS") (tndiff "MINUS") (spiceModel "... Executing: area_DIO = measureParameter(area (cndiolpg) 1e-12) Executing: pj_DIO = measureParameter(perimeter (cndiolpg) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(cndiolpg "model" "ndio_lpg") Executing: extractDIODE("pdio_25" ipdio_25 (tpdiff "PLUS") (nxwell "MINUS") (spiceModel ... Executing: area_DIO = measureParameter(area (ipdio_25) 1e-12) Executing: pj_DIO = measureParameter(perimeter (ipdio_25) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(ipdio_25 "model" "pdio_25") Executing: extractDIODE("ndio_mlvt" cndioilvt (psub "PLUS") (tndiff "MINUS") (spiceModel... Executing: area_DIO = measureParameter(area (cndioilvt) 1e-12) Executing: pj_DIO = measureParameter(perimeter (cndioilvt) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(cndioilvt "model" "ndio_mlvt") Executing: extractDIODE("pdio_lpg" cpdiolpg (tpdiff "PLUS") (nxwell "MINUS") (spiceModel... Executing: area_DIO = measureParameter(area (cpdiolpg) 1e-12) Executing: pj_DIO = measureParameter(perimeter (cpdiolpg) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(cpdiolpg "model" "pdio_lpg") Executing: extractDIODE("ndio_33" indio_33 (psub "PLUS") (tndiff "MINUS") (spiceModel "n... Executing: area_DIO = measureParameter(area (indio_33) 1e-12) Executing: pj_DIO = measureParameter(perimeter (indio_33) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(indio_33 "model" "ndio_33") Executing: extractDIODE("pdio_25od" ipdio_25od (tpdiff "PLUS") (nxwell "MINUS") (spiceMo... Executing: area_DIO = measureParameter(area (ipdio_25od) 1e-12) Executing: pj_DIO = measureParameter(perimeter (ipdio_25od) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(ipdio_25od "model" "pdio_33") Executing: extractDIODE("nwdio" cnwdio (psub "PLUS") (nxwell "MINUS") (spiceModel "nwdio... Executing: area_DIO = measureParameter(area (cnwdio) 1e-12) Executing: pj_DIO = measureParameter(perimeter (cnwdio) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(cnwdio "model" "nwdio") Executing: extractDIODE("pdio_w" epdio (tpdiff "PLUS") (nxwell "MINUS") (spiceModel "pdi... Executing: area_DIO = measureParameter(area (epdio) 1e-12) Executing: pj_DIO = measureParameter(perimeter (epdio) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(epdio "model" "pdio_w") Executing: extractDIODE("ndio_hvt" ndioh (psub "PLUS") (tndiff "MINUS") (spiceModel "ndi... Executing: area_DIO = measureParameter(area (ndioh) 1e-12) Executing: pj_DIO = measureParameter(perimeter (ndioh) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(ndioh "model" "ndio_hvt") Executing: extractDIODE("ndio_na25" ndio_25na (psub "PLUS") (tndiff "MINUS") (spiceModel... Executing: area_DIO = measureParameter(area (ndio_25na) 1e-12) Executing: pj_DIO = measureParameter(perimeter (ndio_25na) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(ndio_25na "model" "ndio_na25") Executing: extractDIODE("pdio_hvt" pdioh (tpdiff "PLUS") (nxwell "MINUS") (spiceModel "p... Executing: area_DIO = measureParameter(area (pdioh) 1e-12) Executing: pj_DIO = measureParameter(perimeter (pdioh) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(pdioh "model" "pdio_hvt") Executing: extractDIODE("ndio_na25od" ndio_25naod (psub "PLUS") (tndiff "MINUS") (spiceM... Executing: area_DIO = measureParameter(area (ndio_25naod) 1e-12) Executing: pj_DIO = measureParameter(perimeter (ndio_25naod) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(ndio_25naod "model" "ndio_na25od33") Executing: extractDIODE("ndio_w" endio (psub "PLUS") (tndiff "MINUS") (spiceModel "ndio_... Executing: area_DIO = measureParameter(area (endio) 1e-12) Executing: pj_DIO = measureParameter(perimeter (endio) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(endio "model" "ndio_w") Executing: extractDIODE("ndio_lpgna" cndionlpg (psub "PLUS") (tndiff "MINUS") (spiceMode... Executing: area_DIO = measureParameter(area (cndionlpg) 1e-12) Executing: pj_DIO = measureParameter(perimeter (cndionlpg) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(cndionlpg "model" "ndio_lpgna") Executing: extractDIODE("pdio_lpghvt" pdiohlpg (tpdiff "PLUS") (nxwell "MINUS") (spiceMo... Executing: area_DIO = measureParameter(area (pdiohlpg) 1e-12) Executing: pj_DIO = measureParameter(perimeter (pdiohlpg) 1e-06) Executing: nameParameter(area_DIO "area") Executing: nameParameter(pj_DIO "pj") Executing: saveProperty(pdiohlpg "model" "pdio_lpghvt") Executing: extractCAP("CM" mim_r (p3 "TOP") (crown "BOT") flagMalformed) Executing: area_CAP = measureParameter(area (mim_r) 1e-12) Executing: pj_CAP = measureParameter(perimeter (mim_r) 1e-06) Executing: cap_CAP1 = calculateParameter((area_CAP * 0)) Executing: cap_CAP2 = calculateParameter((pj_CAP * 0)) Executing: cap_CAP = calculateParameter((cap_CAP1 + cap_CAP2)) Executing: nameParameter(area_CAP "AREA") Executing: nameParameter(cap_CAP "VALUE") Executing: attachParameter(lt "lt" mim_r) Executing: attachParameter(wt "wt" mim_r) Executing: extractDevice("rnods_m" rnods_mr (tndiff "PLUS" "MINUS") (psub "BULK") physic... Executing: attachParameter(lr "l" rnods_mr) Executing: attachParameter(wr "w" rnods_mr) Executing: attachParameter(wr "wr" rnods_mr) Executing: attachParameter(lr "lr" rnods_mr) Executing: attachParameter(wr "wSim" rnods_mr) Executing: attachParameter(lr "lSim" rnods_mr) Executing: attachParameter(wr "sumW" rnods_mr) Executing: attachParameter(lr "sumL" rnods_mr) Executing: saveProperty(rnods_mr "model" "rnods_m") Executing: extractDevice("lincap" lin_nw (poly "PLUS") (tndiff "MINUS") (spiceModel "lin... Executing: attachParameter(wr "wr" lin_nw) Executing: attachParameter(lr "lr" lin_nw) Executing: attachParameter(mr "mr" lin_nw) Executing: attachParameter(gr "gr" lin_nw) Executing: saveProperty(lin_nw "model" "lincap") Executing: extractDevice("pmos_rf_18_nw_5t" pgate_pthin_18nw_5t (d_tpdiff "D") (poly_rf ... Executing: attachParameter(wr "wr" pgate_pthin_18nw_5t) Executing: attachParameter(lr "lr" pgate_pthin_18nw_5t) Executing: nr = measureParameter(figCount (pgate_pthin_18nw_5t enclosing pgate_rf_18)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_18nw_5t "model" "pmos_rf_18_nw_5t") Executing: extractDevice("nmos_rf_nodnw" ngate_nthin_nodnw (d_tndiff "D") (poly_rf "G") ... Executing: attachParameter(wr "wr" ngate_nthin_nodnw) Executing: attachParameter(lr "lr" ngate_nthin_nodnw) Executing: nr = measureParameter(figCount (ngate_nthin_nodnw enclosing ngate_rf)) Executing: nameParameter(nr "nr") Executing: saveProperty(ngate_nthin_nodnw "model" "nmos_rf") Executing: extractDevice("pmos_rf_hvt_5t" pgate_pthin_hv_5t (d_tpdiff "D") (poly_rf "G")... Executing: attachParameter(wr "wr" pgate_pthin_hv_5t) Executing: attachParameter(lr "lr" pgate_pthin_hv_5t) Executing: nr = measureParameter(figCount (pgate_pthin_hv_5t enclosing pgate_rfhv)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_hv_5t "model" "pmos_rf_hvt_5t") Executing: extractDevice("pmos_rf_18_nw" pgate_pthin_18nw (d_tpdiff "D") (poly_rf "G") (... Executing: attachParameter(wr "wr" pgate_pthin_18nw) Executing: attachParameter(lr "lr" pgate_pthin_18nw) Executing: nr = measureParameter(figCount (pgate_pthin_18nw enclosing pgate_rf_18)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_18nw "model" "pmos_rf_18_nw") Executing: extractDevice("nmos_rf_18_nodnw" ngate_nthin_18nodnw (d_tndiff "D") (poly_rf ... Executing: attachParameter(wr "wr" ngate_nthin_18nodnw) Executing: attachParameter(lr "lr" ngate_nthin_18nodnw) Executing: nr = measureParameter(figCount (ngate_nthin_18nodnw enclosing ngate_rf_18)) Executing: nameParameter(nr "nr") Executing: saveProperty(ngate_nthin_18nodnw "model" "nmos_rf_18") Executing: extractDevice("pmos_rf_18_5t" pgate_pthin_18_5t (d_tpdiff "D") (poly_rf "G") ... Executing: attachParameter(wr "wr" pgate_pthin_18_5t) Executing: attachParameter(lr "lr" pgate_pthin_18_5t) Executing: nr = measureParameter(figCount (pgate_pthin_18_5t enclosing pgate_rf_18)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_18_5t "model" "pmos_rf_18_5t") Executing: extractDevice("moscap_rf18" var_nw_rf18 (poly "PLUS") (tndiff "MINUS") (psub ... Executing: attachParameter(wr "wr" var_nw_rf18) Executing: attachParameter(lr "lr" var_nw_rf18) Executing: attachParameter(br "br" var_nw_rf18) Executing: attachParameter(gr "gr" var_nw_rf18) Executing: saveProperty(var_nw_rf18 "model" "moscap_rf18") Executing: extractDevice("nmos_rf_25ud" ngate_nthin_25ud (d_tndiff "D") (poly_rf "G") (s... Executing: attachParameter(wr "wr" ngate_nthin_25ud) Executing: attachParameter(lr "lr" ngate_nthin_25ud) Executing: nr = measureParameter(figCount (ngate_nthin_25ud enclosing ngate_rf_25ud)) Executing: nameParameter(nr "nr") Executing: saveProperty(ngate_nthin_25ud "model" "nmos_rf_18") Executing: extractDevice("nmoscap_33" vargt_33 (poly "PLUS") (tndiff "MINUS") (spiceMode... Executing: attachParameter(lr "lr" vargt_33) Executing: attachParameter(wr "wr" vargt_33) Executing: saveProperty(vargt_33 "model" "nmoscap_33") Executing: extractDevice("probe3" PROBEM3 (metal3 "TOP") (PROBEM3_T "BULK") (spiceModel ... Executing: pj = measureParameter(perimeter (PROBEM3) 1e-06) Executing: a = measureParameter(area (PROBEM3) 1e-12) Executing: nameParameter(a "a") Executing: nameParameter(pj "pj") Executing: saveProperty(PROBEM3 "model" "probe3") Executing: geomStamp(MIM_TERM psub by mim_psub_via multStamp) Executing: extractDevice("pmos_rf_25" pgate_pthin_25 (d_tpdiff "D") (poly_rf "G") (s_tpd... Executing: attachParameter(wr "wr" pgate_pthin_25) Executing: attachParameter(lr "lr" pgate_pthin_25) Executing: nr = measureParameter(figCount (pgate_pthin_25 enclosing pgate_rf_25)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_25 "model" "pmos_rf_25") Executing: extractDevice("lowcpad_d23" rfpad_23 (metal7 "APAD") (poly "AVSS") (spiceMode... Executing: attachParameter(wt "wt" rfpad_23) Executing: attachParameter(lt "lt" rfpad_23) Executing: attachParameter(lay "lay" rfpad_23) Executing: saveProperty(rfpad_23 "model" "lowcpad_d23") Executing: extractDevice("nmos_rf_lvt_nodnw" ngate_nthin_lvnodnw (d_tndiff "D") (poly_rf... Executing: attachParameter(wr "wr" ngate_nthin_lvnodnw) Executing: attachParameter(lr "lr" ngate_nthin_lvnodnw) Executing: nr = measureParameter(figCount (ngate_nthin_lvnodnw enclosing ngate_rflv)) Executing: nameParameter(nr "nr") Executing: saveProperty(ngate_nthin_lvnodnw "model" "nmos_rf_lvt") Executing: extractDevice("nmos_rf_25ud18_6t" ngate_nthin_25ud_6t (d_tndiff "D") (poly_rf... Executing: attachParameter(wr "wr" ngate_nthin_25ud_6t) Executing: attachParameter(lr "lr" ngate_nthin_25ud_6t) Executing: nr = measureParameter(figCount (ngate_nthin_25ud_6t enclosing ngate_rf_25ud)) Executing: nameParameter(nr "nr") Executing: saveProperty(ngate_nthin_25ud_6t "model" "nmos_rf_18_6t") Executing: extractDevice("rnpolyl_m" rnpolyl_d (poly "PLUS" "MINUS") (poly_term "BULK") ... Executing: attachParameter(lr "l" rnpolyl_d) Executing: attachParameter(wr "w" rnpolyl_d) Executing: attachParameter(wr "wr" rnpolyl_d) Executing: attachParameter(lr "lr" rnpolyl_d) Executing: attachParameter(wr "wSim" rnpolyl_d) Executing: attachParameter(lr "lSim" rnpolyl_d) Executing: attachParameter(wr "sumW" rnpolyl_d) Executing: attachParameter(lr "sumL" rnpolyl_d) Executing: saveProperty(rnpolyl_d "model" "rnpolyl_m") Executing: extractDevice("pmoscap_rf18" pvar_rf18 (poly "PLUS") (tpdiff "MINUS") (DNW "B... Executing: attachParameter(wr "wr" pvar_rf18) Executing: attachParameter(lr "lr" pvar_rf18) Executing: attachParameter(br "br" pvar_rf18) Executing: attachParameter(gr "gr" pvar_rf18) Executing: saveProperty(pvar_rf18 "model" "pmoscap_rf18") Executing: extractDevice("pmos_rf_mlvt_5t" pgate_pthin_mlv_5t (d_tpdiff "D") (poly_rf "G... Executing: attachParameter(wr "wr" pgate_pthin_mlv_5t) Executing: attachParameter(lr "lr" pgate_pthin_mlv_5t) Executing: nr = measureParameter(figCount (pgate_pthin_mlv_5t enclosing pgate_rfmlv)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_mlv_5t "model" "pmos_rf_mlvt_5t") Executing: extractDevice("rpods" rpods_r (tpdiff "PLUS" "MINUS") physical (spiceModel "r... Executing: attachParameter(w "w" rpods_r) Executing: attachParameter(l "l" rpods_r) Executing: attachParameter(w "wSim" rpods_r) Executing: attachParameter(l "lSim" rpods_r) Executing: attachParameter(w "sumW" rpods_r) Executing: attachParameter(l "sumL" rpods_r) Executing: saveProperty(rpods_r "model" "rpods") Executing: extractDevice("nmos_rf_mlvt_6t" ngate_nthin_mlv_6t (d_tndiff "D") (poly_rf "G... Executing: attachParameter(wr "wr" ngate_nthin_mlv_6t) Executing: attachParameter(lr "lr" ngate_nthin_mlv_6t) Executing: nr = measureParameter(figCount (ngate_nthin_mlv_6t enclosing ngate_rfmlv)) Executing: nameParameter(nr "nr") Executing: saveProperty(ngate_nthin_mlv_6t "model" "nmos_rf_mlvt_6t") Executing: extractDevice("rnodwo_m" rnodwo_mr (tndiff "PLUS" "MINUS") (psub "BULK") phys... Executing: attachParameter(lr "l" rnodwo_mr) Executing: attachParameter(wr "w" rnodwo_mr) Executing: attachParameter(wr "wr" rnodwo_mr) Executing: attachParameter(lr "lr" rnodwo_mr) Executing: attachParameter(wr "wSim" rnodwo_mr) Executing: attachParameter(lr "lSim" rnodwo_mr) Executing: attachParameter(wr "sumW" rnodwo_mr) Executing: attachParameter(lr "sumL" rnodwo_mr) Executing: saveProperty(rnodwo_mr "model" "rnodwo_m") Executing: extractDevice("nmos_rf_25" ngate_nthin_25 (d_tndiff "D") (poly_rf "G") (s_tnd... Executing: attachParameter(wr "wr" ngate_nthin_25) Executing: attachParameter(lr "lr" ngate_nthin_25) Executing: nr = measureParameter(figCount (ngate_nthin_25 enclosing ngate_rf_25)) Executing: nameParameter(nr "nr") Executing: saveProperty(ngate_nthin_25 "model" "nmos_rf_25") Executing: extractDevice("xjvar_nw" jvar_rfnw (tpdiff "PLUS") (tndiff "MINUS") (psub "BU... Executing: nr = measureParameter(figCount (jvar_rfnw enclosing jvar3_rf)) Executing: nameParameter(nr "nr") Executing: attachParameter(w "w" jvar_rfnw) Executing: attachParameter(l "l" jvar_rfnw) Executing: attachParameter(w "wr" jvar_rfnw) Executing: attachParameter(l "lr" jvar_rfnw) Executing: saveProperty(jvar_rfnw "model" "xjvar_nw") Executing: extractDevice("rpods_m" rpods_mr (tpdiff "PLUS" "MINUS") (nxwell "BULK") phys... Executing: attachParameter(lr "l" rpods_mr) Executing: attachParameter(wr "w" rpods_mr) Executing: attachParameter(wr "wr" rpods_mr) Executing: attachParameter(lr "lr" rpods_mr) Executing: attachParameter(wr "wSim" rpods_mr) Executing: attachParameter(lr "lSim" rpods_mr) Executing: attachParameter(wr "sumW" rpods_mr) Executing: attachParameter(lr "sumL" rpods_mr) Executing: saveProperty(rpods_mr "model" "rpods_m") Executing: extractDevice("rm6" mt6res (metal6 "PLUS") (metal6 "MINUS") physical (spiceMo... Executing: A = measureParameter(area (mt6res) 1e-12) Executing: w = measureParameter(length (mt6res butting metal6) 5e-07) Executing: l = calculateParameter((A / w)) Executing: nameParameter(w "w") Executing: nameParameter(l "l") Executing: nameParameter(w "sumW") Executing: nameParameter(l "sumL") Executing: nameParameter(w "wSim") Executing: nameParameter(l "lSim") Executing: saveProperty(mt6res "model" "rmt") Executing: extractDevice("pmos_rf_25_nwud" pgate_pthin_25nwud (d_tpdiff "D") (poly_rf "G... Executing: attachParameter(wr "wr" pgate_pthin_25nwud) Executing: attachParameter(lr "lr" pgate_pthin_25nwud) Executing: nr = measureParameter(figCount (pgate_pthin_25nwud enclosing pgate_rf_25ud)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_25nwud "model" "pmos_rf_18_nw") Executing: extractDevice("nmoscap_25" vargt_25 (poly "PLUS") (tndiff "MINUS") (spiceMode... Executing: attachParameter(lr "lr" vargt_25) Executing: attachParameter(wr "wr" vargt_25) Executing: saveProperty(vargt_25 "model" "nmoscap_25") Executing: extractDevice("rnpolyl" rnpolyl_r (poly "PLUS" "MINUS") physical (spiceModel ... Executing: attachParameter(w "w" rnpolyl_r) Executing: attachParameter(l "l" rnpolyl_r) Executing: attachParameter(w "wSim" rnpolyl_r) Executing: attachParameter(l "lSim" rnpolyl_r) Executing: attachParameter(w "sumW" rnpolyl_r) Executing: attachParameter(l "sumL" rnpolyl_r) Executing: saveProperty(rnpolyl_r "model" "rnpolyl") Executing: extractDevice("sbd_rf" sbd_rfdnw (schottky_p "PLUS") (schottky_n "MINUS") (ps... Executing: nf = measureParameter(figCount (sbd_rfdnw enclosing schottky_p)) Executing: nameParameter(nf "nf") Executing: attachParameter(w "w" sbd_rfdnw) Executing: attachParameter(l "l" sbd_rfdnw) Executing: saveProperty(sbd_rfdnw "model" "sbd_rf") Executing: extractDevice("rnodl" rnodl_r (tndiff "PLUS" "MINUS") physical (spiceModel "r... Executing: attachParameter(w "w" rnodl_r) Executing: attachParameter(l "l" rnodl_r) Executing: attachParameter(w "wSim" rnodl_r) Executing: attachParameter(l "lSim" rnodl_r) Executing: attachParameter(w "sumW" rnodl_r) Executing: attachParameter(l "sumL" rnodl_r) Executing: saveProperty(rnodl_r "model" "rnodl") Executing: extractDevice("nmos_rf_25_6t" ngate_nthin_25_6t (d_tndiff "D") (poly_rf "G") ... Executing: attachParameter(wr "wr" ngate_nthin_25_6t) Executing: attachParameter(lr "lr" ngate_nthin_25_6t) Executing: nr = measureParameter(figCount (ngate_nthin_25_6t enclosing ngate_rf_25)) Executing: nameParameter(nr "nr") Executing: saveProperty(ngate_nthin_25_6t "model" "nmos_rf_25_6t") Executing: extractDevice("rnpolywo" rnpolywo_r (poly "PLUS" "MINUS") physical (spiceMode... Executing: attachParameter(w "w" rnpolywo_r) Executing: attachParameter(l "l" rnpolywo_r) Executing: attachParameter(w "wSim" rnpolywo_r) Executing: attachParameter(l "lSim" rnpolywo_r) Executing: attachParameter(w "sumW" rnpolywo_r) Executing: attachParameter(l "sumL" rnpolywo_r) Executing: saveProperty(rnpolywo_r "model" "rnpolywo") Executing: extractDevice("pmos_rf" pgate_pthin (d_tpdiff "D") (poly_rf "G") (s_tpdiff "S... Executing: attachParameter(wr "wr" pgate_pthin) Executing: attachParameter(lr "lr" pgate_pthin) Executing: nr = measureParameter(figCount (pgate_pthin enclosing pgate_rf)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin "model" "pmos_rf") Executing: extractDevice("pdio_hia_rf" pdio_hia (tpdiff "PLUS") (nxwell "MINUS") (RFDMY_... Executing: attachParameter(aw "aw" pdio_hia) Executing: attachParameter(al "al" pdio_hia) Executing: attachParameter(aw "AW" pdio_hia) Executing: attachParameter(al "AL" pdio_hia) Executing: saveProperty(pdio_hia "model" "pdio_hia_rf") Executing: extractDevice("rppolywo_rf" rppolywo_rf (poly "PLUS") (poly "MINUS") (nxwell ... Executing: w = measureParameter(length (rppolywo_rf butting poly) 5e-07) Executing: A = measureParameter(area (rppolywo_rf) 1e-12) Executing: l = calculateParameter((A / w)) Executing: nameParameter(w "w") Executing: nameParameter(l "l") Executing: nameParameter(w "wSim") Executing: nameParameter(l "lSim") Executing: nameParameter(w "sumW") Executing: nameParameter(l "sumL") Executing: saveProperty(rppolywo_rf "model" "rppolywo_rf") Executing: extractDevice("nmoscap_18" vargt_18 (poly "PLUS") (tndiff "MINUS") (spiceMode... Executing: attachParameter(lr "lr" vargt_18) Executing: attachParameter(wr "wr" vargt_18) Executing: saveProperty(vargt_18 "model" "nmoscap_18") Executing: extractDevice("pmoscap_rf" pvar_rf (poly "PLUS") (tpdiff "MINUS") (DNW "BULK"... Executing: attachParameter(wr "wr" pvar_rf) Executing: attachParameter(lr "lr" pvar_rf) Executing: attachParameter(br "br" pvar_rf) Executing: attachParameter(gr "gr" pvar_rf) Executing: saveProperty(pvar_rf "model" "pmoscap_rf") Executing: extractDevice("nmos_rf_mlvt_nodnw" ngate_nthin_mlvnodnw (d_tndiff "D") (poly_... Executing: attachParameter(wr "wr" ngate_nthin_mlvnodnw) Executing: attachParameter(lr "lr" ngate_nthin_mlvnodnw) Executing: nr = measureParameter(figCount (ngate_nthin_mlvnodnw enclosing ngate_rfmlv)) Executing: nameParameter(nr "nr") Executing: saveProperty(ngate_nthin_mlvnodnw "model" "nmos_rf_mlvt") Executing: extractDevice("rnodwo" rnodwo_r (tndiff "PLUS" "MINUS") physical (spiceModel ... Executing: attachParameter(w "w" rnodwo_r) Executing: attachParameter(l "l" rnodwo_r) Executing: attachParameter(w "wSim" rnodwo_r) Executing: attachParameter(l "lSim" rnodwo_r) Executing: attachParameter(w "sumW" rnodwo_r) Executing: attachParameter(l "sumL" rnodwo_r) Executing: saveProperty(rnodwo_r "model" "rnodwo") Executing: extractDevice("pmos_rf_5t" pgate_pthin_5t (d_tpdiff "D") (poly_rf "G") (s_tpd... Executing: attachParameter(wr "wr" pgate_pthin_5t) Executing: attachParameter(lr "lr" pgate_pthin_5t) Executing: nr = measureParameter(figCount (pgate_pthin_5t enclosing pgate_rf)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_5t "model" "pmos_rf_5t") Executing: extractDevice("rppolywo" rppolywo_r (poly "PLUS" "MINUS") physical (spiceMode... Executing: attachParameter(w "w" rppolywo_r) Executing: attachParameter(l "l" rppolywo_r) Executing: attachParameter(w "wSim" rppolywo_r) Executing: attachParameter(l "lSim" rppolywo_r) Executing: attachParameter(w "sumW" rppolywo_r) Executing: attachParameter(l "sumL" rppolywo_r) Executing: saveProperty(rppolywo_r "model" "rppolywo") Executing: extractDevice("lincap_rf" lin_nw_rf (poly "PLUS") (tndiff "MINUS") (psub "BUL... Executing: attachParameter(wr "wr" lin_nw_rf) Executing: attachParameter(lr "lr" lin_nw_rf) Executing: attachParameter(br "br" lin_nw_rf) Executing: attachParameter(gr "gr" lin_nw_rf) Executing: saveProperty(lin_nw_rf "model" "lincap_rf") Executing: extractDevice("moscap_rf_hvt" var_nw3_rf_hvt (poly "PLUS") (tndiff "MINUS") (... Executing: attachParameter(wr "wr" var_nw3_rf_hvt) Executing: attachParameter(lr "lr" var_nw3_rf_hvt) Executing: attachParameter(br "br" var_nw3_rf_hvt) Executing: attachParameter(gr "gr" var_nw3_rf_hvt) Executing: saveProperty(var_nw3_rf_hvt "model" "moscap_rf_hvt") Executing: extractDevice("rnodl_m" rnodl_mr (tndiff "PLUS" "MINUS") (psub "BULK") physic... Executing: attachParameter(lr "l" rnodl_mr) Executing: attachParameter(wr "w" rnodl_mr) Executing: attachParameter(wr "wr" rnodl_mr) Executing: attachParameter(lr "lr" rnodl_mr) Executing: attachParameter(wr "wSim" rnodl_mr) Executing: attachParameter(lr "lSim" rnodl_mr) Executing: attachParameter(wr "sumW" rnodl_mr) Executing: attachParameter(lr "sumL" rnodl_mr) Executing: saveProperty(rnodl_mr "model" "rnodl_m") Executing: extractDevice("pmos_rf_33_5t" pgate_pthin_33_5t (d_tpdiff "D") (poly_rf "G") ... Executing: attachParameter(wr "wr" pgate_pthin_33_5t) Executing: attachParameter(lr "lr" pgate_pthin_33_5t) Executing: nr = measureParameter(figCount (pgate_pthin_33_5t enclosing pgate_rf_33)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_33_5t "model" "pmos_rf_33_5t") Executing: extractDevice("nmos_rf_6t" ngate_nthin_6t (d_tndiff "D") (poly_rf "G") (s_tnd... Executing: attachParameter(wr "wr" ngate_nthin_6t) Executing: attachParameter(lr "lr" ngate_nthin_6t) Executing: nr = measureParameter(figCount (ngate_nthin_6t enclosing ngate_rf)) Executing: nameParameter(nr "nr") Executing: saveProperty(ngate_nthin_6t "model" "nmos_rf_6t") Executing: extractDevice("pmos_rf_mlvt_nw" pgate_pthin_mlvnw (d_tpdiff "D") (poly_rf "G"... Executing: attachParameter(wr "wr" pgate_pthin_mlvnw) Executing: attachParameter(lr "lr" pgate_pthin_mlvnw) Executing: nr = measureParameter(figCount (pgate_pthin_mlvnw enclosing pgate_rfmlv)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_mlvnw "model" "pmos_rf_mlvt_nw") Executing: extractDevice("nmos_rf_hvt_6t" ngate_nthin_hv_6t (d_tndiff "D") (poly_rf "G")... Executing: attachParameter(wr "wr" ngate_nthin_hv_6t) Executing: attachParameter(lr "lr" ngate_nthin_hv_6t) Executing: nr = measureParameter(figCount (ngate_nthin_hv_6t enclosing ngate_rfhv)) Executing: nameParameter(nr "nr") Executing: saveProperty(ngate_nthin_hv_6t "model" "nmos_rf_hvt_6t") Executing: extractDevice("nmos_rf_18" ngate_nthin_18 (d_tndiff "D") (poly_rf "G") (s_tnd... Executing: attachParameter(wr "wr" ngate_nthin_18) Executing: attachParameter(lr "lr" ngate_nthin_18) Executing: nr = measureParameter(figCount (ngate_nthin_18 enclosing ngate_rf_18)) Executing: nameParameter(nr "nr") Executing: saveProperty(ngate_nthin_18 "model" "nmos_rf_18") Executing: extractDevice("rppolys_rf" rppolys_rf (poly "PLUS") (poly "MINUS") (nxwell "B... Executing: w = measureParameter(length (rppolys_rf butting poly) 5e-07) Executing: A = measureParameter(area (rppolys_rf) 1e-12) Executing: l = calculateParameter((A / w)) Executing: nameParameter(w "w") Executing: nameParameter(l "l") Executing: nameParameter(w "wSim") Executing: nameParameter(l "lSim") Executing: nameParameter(w "sumW") Executing: nameParameter(l "sumL") Executing: saveProperty(rppolys_rf "model" "rppolys_rf") Executing: extractDevice("nmos_rf_33_6t" ngate_nthin_33_6t (d_tndiff "D") (poly_rf "G") ... Executing: attachParameter(wr "wr" ngate_nthin_33_6t) Executing: attachParameter(lr "lr" ngate_nthin_33_6t) Executing: nr = measureParameter(figCount (ngate_nthin_33_6t enclosing ngate_rf_33)) Executing: nameParameter(nr "nr") Executing: saveProperty(ngate_nthin_33_6t "model" "nmos_rf_33_6t") Executing: extractDevice("nmos_rf_25_nodnwud" ngate_nthin_25nodnwud (d_tndiff "D") (poly... Executing: attachParameter(wr "wr" ngate_nthin_25nodnwud) Executing: attachParameter(lr "lr" ngate_nthin_25nodnwud) Executing: nr = measureParameter(figCount (ngate_nthin_25nodnwud enclosing ngate_rf_25ud)) Executing: nameParameter(nr "nr") Executing: saveProperty(ngate_nthin_25nodnwud "model" "nmos_rf_18") Executing: extractDevice("spiral_std_mu_z" std_ind (indm6p "PLUS") (indm6m "MINUS") (psu... Executing: attachParameter(w "w" std_ind) Executing: attachParameter(lay "lay" std_ind) Executing: attachParameter(rad "rad" std_ind) Executing: attachParameter(nr "nr" std_ind) Executing: attachParameter(gdis "gdis" std_ind) Executing: attachParameter(spacing "spacing" std_ind) Executing: saveProperty(std_ind "model" "spiral_std_mu_z") Executing: extractDevice("nmos_rf_mlvt" ngate_nthin_mlv (d_tndiff "D") (poly_rf "G") (s_... Executing: attachParameter(wr "wr" ngate_nthin_mlv) Executing: attachParameter(lr "lr" ngate_nthin_mlv) Executing: nr = measureParameter(figCount (ngate_nthin_mlv enclosing ngate_rfmlv)) Executing: nameParameter(nr "nr") Executing: saveProperty(ngate_nthin_mlv "model" "nmos_rf_mlvt") Executing: extractDevice("pmos_rf_18" pgate_pthin_18 (d_tpdiff "D") (poly_rf "G") (s_tpd... Executing: attachParameter(wr "wr" pgate_pthin_18) Executing: attachParameter(lr "lr" pgate_pthin_18) Executing: nr = measureParameter(figCount (pgate_pthin_18 enclosing pgate_rf_18)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_18 "model" "pmos_rf_18") Executing: extractDevice("rm3" mt3res (metal3 "PLUS") (metal3 "MINUS") physical (spiceMo... Executing: A = measureParameter(area (mt3res) 1e-12) Executing: w = measureParameter(length (mt3res butting metal3) 5e-07) Executing: l = calculateParameter((A / w)) Executing: nameParameter(w "w") Executing: nameParameter(l "l") Executing: nameParameter(w "sumW") Executing: nameParameter(l "sumL") Executing: nameParameter(w "wSim") Executing: nameParameter(l "lSim") Executing: saveProperty(mt3res "model" "rmxw") Executing: extractDevice("pmos_rf_25_5t" pgate_pthin_25_5t (d_tpdiff "D") (poly_rf "G") ... Executing: attachParameter(wr "wr" pgate_pthin_25_5t) Executing: attachParameter(lr "lr" pgate_pthin_25_5t) Executing: nr = measureParameter(figCount (pgate_pthin_25_5t enclosing pgate_rf_25)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_25_5t "model" "pmos_rf_25_5t") Executing: extractDevice("pmoscap_rf25" pvar_rf25 (poly "PLUS") (tpdiff "MINUS") (DNW "B... Executing: attachParameter(wr "wr" pvar_rf25) Executing: attachParameter(lr "lr" pvar_rf25) Executing: attachParameter(br "br" pvar_rf25) Executing: attachParameter(gr "gr" pvar_rf25) Executing: saveProperty(pvar_rf25 "model" "pmoscap_rf25") Executing: extractDevice("probe1" PROBEM1 (metal1 "TOP") (PROBEM1_T "BULK") (spiceModel ... Executing: pj = measureParameter(perimeter (PROBEM1) 1e-06) Executing: a = measureParameter(area (PROBEM1) 1e-12) Executing: nameParameter(a "a") Executing: nameParameter(pj "pj") Executing: saveProperty(PROBEM1 "model" "probe1") Executing: extractDevice("rppolyl_rf" rppolyl_rf (poly "PLUS") (poly "MINUS") (nxwell "B... Executing: w = measureParameter(length (rppolyl_rf butting poly) 5e-07) Executing: A = measureParameter(area (rppolyl_rf) 1e-12) Executing: l = calculateParameter((A / w)) Executing: nameParameter(w "w") Executing: nameParameter(l "l") Executing: nameParameter(w "wSim") Executing: nameParameter(l "lSim") Executing: nameParameter(w "sumW") Executing: nameParameter(l "sumL") Executing: saveProperty(rppolyl_rf "model" "rppolyl_rf") Executing: extractDevice("nmos_rf_25od" ngate_nthin_25od (d_tndiff "D") (poly_rf "G") (s... Executing: attachParameter(wr "wr" ngate_nthin_25od) Executing: attachParameter(lr "lr" ngate_nthin_25od) Executing: nr = measureParameter(figCount (ngate_nthin_25od enclosing ngate_rf_25od)) Executing: nameParameter(nr "nr") Executing: saveProperty(ngate_nthin_25od "model" "nmos_rf_33") Executing: extractDevice("mimcap_sin_3t" RCTM_R1P0_3T (ctm "PLUS") (cbm "MINUS") (MIM_TE... Executing: attachParameter(lt "lt" RCTM_R1P0_3T) Executing: attachParameter(wt "wt" RCTM_R1P0_3T) Executing: attachParameter(lay "lay" RCTM_R1P0_3T) Executing: attachParameter(mimflag "mimflag" RCTM_R1P0_3T) Executing: saveProperty(RCTM_R1P0_3T "model" "mimcap_sin_3t") Executing: extractDevice("mimcap_sin_3t" RCTM_R1P5_3T (ctm "PLUS") (cbm "MINUS") (MIM_TE... Executing: attachParameter(lt "lt" RCTM_R1P5_3T) Executing: attachParameter(wt "wt" RCTM_R1P5_3T) Executing: attachParameter(lay "lay" RCTM_R1P5_3T) Executing: attachParameter(mimflag "mimflag" RCTM_R1P5_3T) Executing: saveProperty(RCTM_R1P5_3T "model" "mimcap_sin_3t") Executing: extractDevice("mimcap_sin_3t" RCTM_R2P0_3T (ctm "PLUS") (cbm "MINUS") (MIM_TE... Executing: attachParameter(lt "lt" RCTM_R2P0_3T) Executing: attachParameter(wt "wt" RCTM_R2P0_3T) Executing: attachParameter(lay "lay" RCTM_R2P0_3T) Executing: attachParameter(mimflag "mimflag" RCTM_R2P0_3T) Executing: saveProperty(RCTM_R2P0_3T "model" "mimcap_sin_3t") Executing: extractDevice("rppolys" rppolys_r (poly "PLUS" "MINUS") physical (spiceModel ... Executing: attachParameter(w "w" rppolys_r) Executing: attachParameter(l "l" rppolys_r) Executing: attachParameter(w "wSim" rppolys_r) Executing: attachParameter(l "lSim" rppolys_r) Executing: attachParameter(w "sumW" rppolys_r) Executing: attachParameter(l "sumL" rppolys_r) Executing: saveProperty(rppolys_r "model" "rppolys") Executing: extractDevice("pmos_rf_25_nwod" pgate_pthin_25nwod (d_tpdiff "D") (poly_rf "G... Executing: attachParameter(wr "wr" pgate_pthin_25nwod) Executing: attachParameter(lr "lr" pgate_pthin_25nwod) Executing: nr = measureParameter(figCount (pgate_pthin_25nwod enclosing pgate_rf_25od)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_25nwod "model" "pmos_rf_33_nw") Executing: extractDevice("pmos_rf_25ud18_5t" pgate_pthin_25ud_5t (d_tpdiff "D") (poly_rf... Executing: attachParameter(wr "wr" pgate_pthin_25ud_5t) Executing: attachParameter(lr "lr" pgate_pthin_25ud_5t) Executing: nr = measureParameter(figCount (pgate_pthin_25ud_5t enclosing pgate_rf_25ud)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_25ud_5t "model" "pmos_rf_18_5t") Executing: extractDevice("nmos_rf_33_nodnw" ngate_nthin_33nodnw (d_tndiff "D") (poly_rf ... Executing: attachParameter(wr "wr" ngate_nthin_33nodnw) Executing: attachParameter(lr "lr" ngate_nthin_33nodnw) Executing: nr = measureParameter(figCount (ngate_nthin_33nodnw enclosing ngate_rf_33)) Executing: nameParameter(nr "nr") Executing: saveProperty(ngate_nthin_33nodnw "model" "nmos_rf_33") Executing: extractDevice("rpodl_m" rpodl_mr (tpdiff "PLUS" "MINUS") (nxwell "BULK") phys... Executing: attachParameter(lr "l" rpodl_mr) Executing: attachParameter(wr "w" rpodl_mr) Executing: attachParameter(wr "wr" rpodl_mr) Executing: attachParameter(lr "lr" rpodl_mr) Executing: attachParameter(wr "wSim" rpodl_mr) Executing: attachParameter(lr "lSim" rpodl_mr) Executing: attachParameter(wr "sumW" rpodl_mr) Executing: attachParameter(lr "sumL" rpodl_mr) Executing: saveProperty(rpodl_mr "model" "rpodl_m") Executing: extractDevice("pmos_rf_25ud18_nw_5t" pgate_pthin_25nwud_5t (d_tpdiff "D") (po... Executing: attachParameter(wr "wr" pgate_pthin_25nwud_5t) Executing: attachParameter(lr "lr" pgate_pthin_25nwud_5t) Executing: nr = measureParameter(figCount (pgate_pthin_25nwud_5t enclosing pgate_rf_25ud)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_25nwud_5t "model" "pmos_rf_18_nw_5t") Executing: extractDevice("sbd_rf_nw" sbd_rfnw (schottky_p "PLUS") (schottky_n "MINUS") (... Executing: nf = measureParameter(figCount (sbd_rfnw enclosing schottky_p)) Executing: nameParameter(nf "nf") Executing: attachParameter(w "w" sbd_rfnw) Executing: attachParameter(l "l" sbd_rfnw) Executing: saveProperty(sbd_rfnw "model" "sbd_rf_nw") Executing: extractDevice("moscap_rf33_nw" var_nw_rf33_nw (poly "PLUS") (tndiff "MINUS") ... Executing: attachParameter(wr "wr" var_nw_rf33_nw) Executing: attachParameter(lr "lr" var_nw_rf33_nw) Executing: attachParameter(br "br" var_nw_rf33_nw) Executing: attachParameter(gr "gr" var_nw_rf33_nw) Executing: saveProperty(var_nw_rf33_nw "model" "moscap_rf33_nw") Executing: extractDevice("lowcpad_d15" rfpad_15 (metal7 "APAD") (poly "AVSS") (spiceMode... Executing: attachParameter(wt "wt" rfpad_15) Executing: attachParameter(lt "lt" rfpad_15) Executing: attachParameter(lay "lay" rfpad_15) Executing: saveProperty(rfpad_15 "model" "lowcpad_d15") Executing: extractDevice("ndio_hia_rf" ndio_hia (psub "PLUS") (tndiff "MINUS") (spiceMod... Executing: attachParameter(aw "aw" ndio_hia) Executing: attachParameter(al "al" ndio_hia) Executing: attachParameter(aw "AW" ndio_hia) Executing: attachParameter(al "AL" ndio_hia) Executing: saveProperty(ndio_hia "model" "ndio_hia_rf") Executing: extractDevice("probe2" PROBEM2 (metal2 "TOP") (PROBEM2_T "BULK") (spiceModel ... Executing: pj = measureParameter(perimeter (PROBEM2) 1e-06) Executing: a = measureParameter(area (PROBEM2) 1e-12) Executing: nameParameter(a "a") Executing: nameParameter(pj "pj") Executing: saveProperty(PROBEM2 "model" "probe2") Executing: extractDevice("rppolys_m" rppolys_d (poly "PLUS" "MINUS") (poly_term "BULK") ... Executing: attachParameter(lr "l" rppolys_d) Executing: attachParameter(wr "w" rppolys_d) Executing: attachParameter(wr "wr" rppolys_d) Executing: attachParameter(lr "lr" rppolys_d) Executing: attachParameter(wr "wSim" rppolys_d) Executing: attachParameter(lr "lSim" rppolys_d) Executing: attachParameter(wr "sumW" rppolys_d) Executing: attachParameter(lr "sumL" rppolys_d) Executing: saveProperty(rppolys_d "model" "rppolys_m") Executing: extractDevice("rnods" rnods_r (tndiff "PLUS" "MINUS") physical (spiceModel "r... Executing: attachParameter(w "w" rnods_r) Executing: attachParameter(l "l" rnods_r) Executing: attachParameter(w "wSim" rnods_r) Executing: attachParameter(l "lSim" rnods_r) Executing: attachParameter(w "sumW" rnods_r) Executing: attachParameter(l "sumL" rnods_r) Executing: saveProperty(rnods_r "model" "rnods") Executing: extractDevice("probe4" PROBEM4 (metal4 "TOP") (PROBEM4_T "BULK") (spiceModel ... Executing: pj = measureParameter(perimeter (PROBEM4) 1e-06) Executing: a = measureParameter(area (PROBEM4) 1e-12) Executing: nameParameter(a "a") Executing: nameParameter(pj "pj") Executing: saveProperty(PROBEM4 "model" "probe4") Executing: extractDevice("pmos_rf_hvt_nw_5t" pgate_pthin_hvnw_5t (d_tpdiff "D") (poly_rf... Executing: attachParameter(wr "wr" pgate_pthin_hvnw_5t) Executing: attachParameter(lr "lr" pgate_pthin_hvnw_5t) Executing: nr = measureParameter(figCount (pgate_pthin_hvnw_5t enclosing pgate_rfhv)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_hvnw_5t "model" "pmos_rf_hvt_nw_5t") Executing: extractDevice("pmos_rf_25_nw_5t" pgate_pthin_25nw_5t (d_tpdiff "D") (poly_rf ... Executing: attachParameter(wr "wr" pgate_pthin_25nw_5t) Executing: attachParameter(lr "lr" pgate_pthin_25nw_5t) Executing: nr = measureParameter(figCount (pgate_pthin_25nw_5t enclosing pgate_rf_25)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_25nw_5t "model" "pmos_rf_25_nw_5t") Executing: extractDevice("nmos_rf_25_nodnwod" ngate_nthin_25nodnwod (d_tndiff "D") (poly... Executing: attachParameter(wr "wr" ngate_nthin_25nodnwod) Executing: attachParameter(lr "lr" ngate_nthin_25nodnwod) Executing: nr = measureParameter(figCount (ngate_nthin_25nodnwod enclosing ngate_rf_25od)) Executing: nameParameter(nr "nr") Executing: saveProperty(ngate_nthin_25nodnwod "model" "nmos_rf_33") Executing: extractDevice("moscap_rf_hvt_nw" var_nw3_rf_hvt_nw (poly "PLUS") (tndiff "MIN... Executing: attachParameter(wr "wr" var_nw3_rf_hvt_nw) Executing: attachParameter(lr "lr" var_nw3_rf_hvt_nw) Executing: attachParameter(br "br" var_nw3_rf_hvt_nw) Executing: attachParameter(gr "gr" var_nw3_rf_hvt_nw) Executing: saveProperty(var_nw3_rf_hvt_nw "model" "moscap_rf_hvt_nw") Executing: extractDevice("nmos_rf_hvt_nodnw" ngate_nthin_hvnodnw (d_tndiff "D") (poly_rf... Executing: attachParameter(wr "wr" ngate_nthin_hvnodnw) Executing: attachParameter(lr "lr" ngate_nthin_hvnodnw) Executing: nr = measureParameter(figCount (ngate_nthin_hvnodnw enclosing ngate_rfhv)) Executing: nameParameter(nr "nr") Executing: saveProperty(ngate_nthin_hvnodnw "model" "nmos_rf_hvt") Executing: extractDevice("crtmom" mom13_reg (metal3 "PLUS") (metal3 "MINUS") (poly2 "BUL... Executing: attachParameter(nv "nv" mom13_reg) Executing: attachParameter(nh "nh" mom13_reg) Executing: attachParameter(s "s" mom13_reg) Executing: attachParameter(s "sp" mom13_reg) Executing: attachParameter(w "w" mom13_reg) Executing: attachParameter(stm "stm" mom13_reg) Executing: attachParameter(spm "spm" mom13_reg) Executing: attachParameter(stm "StartMn" mom13_reg) Executing: attachParameter(spm "StopMn" mom13_reg) Executing: saveProperty(mom13_reg "model" "crtmom") Executing: extractDevice("crtmom_rf" mom13_reg_rf (metal3 "PLUS") (metal3 "MINUS") (poly... Executing: attachParameter(nv "nv" mom13_reg_rf) Executing: attachParameter(nh "nh" mom13_reg_rf) Executing: attachParameter(s "s" mom13_reg_rf) Executing: attachParameter(s "sp" mom13_reg_rf) Executing: attachParameter(w "w" mom13_reg_rf) Executing: attachParameter(stm "stm" mom13_reg_rf) Executing: attachParameter(spm "spm" mom13_reg_rf) Executing: attachParameter(stm "StartMn" mom13_reg_rf) Executing: attachParameter(spm "StopMn" mom13_reg_rf) Executing: saveProperty(mom13_reg_rf "model" "crtmom_rf") Executing: extractDevice("crtmom_mx" mom13_mx_reg (mom3p1 "PLUS1") (mom3m1 "MINUS1") (mo... Executing: attachParameter(nv "nv" mom13_mx_reg) Executing: attachParameter(nh "nh" mom13_mx_reg) Executing: attachParameter(s "s" mom13_mx_reg) Executing: attachParameter(s "sp" mom13_mx_reg) Executing: attachParameter(w "w" mom13_mx_reg) Executing: attachParameter(mf "mf" mom13_mx_reg) Executing: attachParameter(stm "stm" mom13_mx_reg) Executing: attachParameter(spm "spm" mom13_mx_reg) Executing: attachParameter(stm "StartMn" mom13_mx_reg) Executing: attachParameter(spm "StopMn" mom13_mx_reg) Executing: saveProperty(mom13_mx_reg "model" "crtmom_mx") Executing: extractDevice("crtmom" mom14_reg (metal4 "PLUS") (metal4 "MINUS") (poly2 "BUL... Executing: attachParameter(nv "nv" mom14_reg) Executing: attachParameter(nh "nh" mom14_reg) Executing: attachParameter(s "s" mom14_reg) Executing: attachParameter(s "sp" mom14_reg) Executing: attachParameter(w "w" mom14_reg) Executing: attachParameter(stm "stm" mom14_reg) Executing: attachParameter(spm "spm" mom14_reg) Executing: attachParameter(stm "StartMn" mom14_reg) Executing: attachParameter(spm "StopMn" mom14_reg) Executing: saveProperty(mom14_reg "model" "crtmom") Executing: extractDevice("crtmom_rf" mom14_reg_rf (metal4 "PLUS") (metal4 "MINUS") (poly... Executing: attachParameter(nv "nv" mom14_reg_rf) Executing: attachParameter(nh "nh" mom14_reg_rf) Executing: attachParameter(s "s" mom14_reg_rf) Executing: attachParameter(s "sp" mom14_reg_rf) Executing: attachParameter(w "w" mom14_reg_rf) Executing: attachParameter(stm "stm" mom14_reg_rf) Executing: attachParameter(spm "spm" mom14_reg_rf) Executing: attachParameter(stm "StartMn" mom14_reg_rf) Executing: attachParameter(spm "StopMn" mom14_reg_rf) Executing: saveProperty(mom14_reg_rf "model" "crtmom_rf") Executing: extractDevice("crtmom_mx" mom14_mx_reg (mom4p1 "PLUS1") (mom4m1 "MINUS1") (mo... Executing: attachParameter(nv "nv" mom14_mx_reg) Executing: attachParameter(nh "nh" mom14_mx_reg) Executing: attachParameter(s "s" mom14_mx_reg) Executing: attachParameter(s "sp" mom14_mx_reg) Executing: attachParameter(w "w" mom14_mx_reg) Executing: attachParameter(mf "mf" mom14_mx_reg) Executing: attachParameter(stm "stm" mom14_mx_reg) Executing: attachParameter(spm "spm" mom14_mx_reg) Executing: attachParameter(stm "StartMn" mom14_mx_reg) Executing: attachParameter(spm "StopMn" mom14_mx_reg) Executing: saveProperty(mom14_mx_reg "model" "crtmom_mx") Executing: extractDevice("crtmom" mom24_reg (metal4 "PLUS") (metal4 "MINUS") (poly2 "BUL... Executing: attachParameter(nv "nv" mom24_reg) Executing: attachParameter(nh "nh" mom24_reg) Executing: attachParameter(s "s" mom24_reg) Executing: attachParameter(s "sp" mom24_reg) Executing: attachParameter(w "w" mom24_reg) Executing: attachParameter(stm "stm" mom24_reg) Executing: attachParameter(spm "spm" mom24_reg) Executing: attachParameter(stm "StartMn" mom24_reg) Executing: attachParameter(spm "StopMn" mom24_reg) Executing: saveProperty(mom24_reg "model" "crtmom") Executing: extractDevice("crtmom_rf" mom24_reg_rf (metal4 "PLUS") (metal4 "MINUS") (poly... Executing: attachParameter(nv "nv" mom24_reg_rf) Executing: attachParameter(nh "nh" mom24_reg_rf) Executing: attachParameter(s "s" mom24_reg_rf) Executing: attachParameter(s "sp" mom24_reg_rf) Executing: attachParameter(w "w" mom24_reg_rf) Executing: attachParameter(stm "stm" mom24_reg_rf) Executing: attachParameter(spm "spm" mom24_reg_rf) Executing: attachParameter(stm "StartMn" mom24_reg_rf) Executing: attachParameter(spm "StopMn" mom24_reg_rf) Executing: saveProperty(mom24_reg_rf "model" "crtmom_rf") Executing: extractDevice("crtmom_mx" mom24_mx_reg (mom4p1 "PLUS1") (mom4m1 "MINUS1") (mo... Executing: attachParameter(nv "nv" mom24_mx_reg) Executing: attachParameter(nh "nh" mom24_mx_reg) Executing: attachParameter(s "s" mom24_mx_reg) Executing: attachParameter(s "sp" mom24_mx_reg) Executing: attachParameter(w "w" mom24_mx_reg) Executing: attachParameter(mf "mf" mom24_mx_reg) Executing: attachParameter(stm "stm" mom24_mx_reg) Executing: attachParameter(spm "spm" mom24_mx_reg) Executing: attachParameter(stm "StartMn" mom24_mx_reg) Executing: attachParameter(spm "StopMn" mom24_mx_reg) Executing: saveProperty(mom24_mx_reg "model" "crtmom_mx") Executing: extractDevice("pmos_rf_mlvt" pgate_pthin_mlv (d_tpdiff "D") (poly_rf "G") (s_... Executing: attachParameter(wr "wr" pgate_pthin_mlv) Executing: attachParameter(lr "lr" pgate_pthin_mlv) Executing: nr = measureParameter(figCount (pgate_pthin_mlv enclosing pgate_rfmlv)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_mlv "model" "pmos_rf_mlvt") Executing: extractDevice("rnpolywo_m" rnpolywo_d (poly "PLUS" "MINUS") (poly_term "BULK"... Executing: attachParameter(lr "l" rnpolywo_d) Executing: attachParameter(wr "w" rnpolywo_d) Executing: attachParameter(wr "wr" rnpolywo_d) Executing: attachParameter(lr "lr" rnpolywo_d) Executing: attachParameter(wr "wSim" rnpolywo_d) Executing: attachParameter(lr "lSim" rnpolywo_d) Executing: attachParameter(wr "sumW" rnpolywo_d) Executing: attachParameter(lr "sumL" rnpolywo_d) Executing: saveProperty(rnpolywo_d "model" "rnpolywo_m") Executing: extractDevice("nmos_rf_33" ngate_nthin_33 (d_tndiff "D") (poly_rf "G") (s_tnd... Executing: attachParameter(wr "wr" ngate_nthin_33) Executing: attachParameter(lr "lr" ngate_nthin_33) Executing: nr = measureParameter(figCount (ngate_nthin_33 enclosing ngate_rf_33)) Executing: nameParameter(nr "nr") Executing: saveProperty(ngate_nthin_33 "model" "nmos_rf_33") Executing: extractDevice("rnpolys_m" rnpolys_d (poly "PLUS" "MINUS") (poly_term "BULK") ... Executing: attachParameter(lr "l" rnpolys_d) Executing: attachParameter(wr "w" rnpolys_d) Executing: attachParameter(wr "wr" rnpolys_d) Executing: attachParameter(lr "lr" rnpolys_d) Executing: attachParameter(wr "wSim" rnpolys_d) Executing: attachParameter(lr "lSim" rnpolys_d) Executing: attachParameter(wr "sumW" rnpolys_d) Executing: attachParameter(lr "sumL" rnpolys_d) Executing: saveProperty(rnpolys_d "model" "rnpolys_m") Executing: extractDevice("pmos_rf_25ud" pgate_pthin_25ud (d_tpdiff "D") (poly_rf "G") (s... Executing: attachParameter(wr "wr" pgate_pthin_25ud) Executing: attachParameter(lr "lr" pgate_pthin_25ud) Executing: nr = measureParameter(figCount (pgate_pthin_25ud enclosing pgate_rf_25ud)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_25ud "model" "pmos_rf_18") Executing: extractDevice("rpodwo_m" rpodwo_mr (tpdiff "PLUS" "MINUS") (nxwell "BULK") ph... Executing: attachParameter(lr "l" rpodwo_mr) Executing: attachParameter(wr "w" rpodwo_mr) Executing: attachParameter(wr "wr" rpodwo_mr) Executing: attachParameter(lr "lr" rpodwo_mr) Executing: attachParameter(wr "wSim" rpodwo_mr) Executing: attachParameter(lr "lSim" rpodwo_mr) Executing: attachParameter(wr "sumW" rpodwo_mr) Executing: attachParameter(lr "sumL" rpodwo_mr) Executing: saveProperty(rpodwo_mr "model" "rpodwo_m") Executing: extractDevice("mimcap_um_sin_rf" RCTM_RF1P0 (ctm "PLUS") (cbm "MINUS") (shiel... Executing: lt = measureParameter(length (RCTM_RF1P0 butting L_EG_RG) 5e-07) Executing: a1 = measureParameter(area (RCTM_RF1P0) 1e-12) Executing: wt = calculateParameter((a1 / lt)) Executing: nameParameter(lt "lt") Executing: nameParameter(wt "wt") Executing: attachParameter(mimflag "mimflag" RCTM_RF1P0) Executing: saveProperty(RCTM_RF1P0 "model" "mimcap_um_sin_rf") Executing: extractDevice("mimcap_um_sin_rf" RCTM_RF1P5 (ctm "PLUS") (cbm "MINUS") (shiel... Executing: lt = measureParameter(length (RCTM_RF1P5 butting L_EG_RG) 5e-07) Executing: a1 = measureParameter(area (RCTM_RF1P5) 1e-12) Executing: wt = calculateParameter((a1 / lt)) Executing: nameParameter(lt "lt") Executing: nameParameter(wt "wt") Executing: attachParameter(mimflag "mimflag" RCTM_RF1P5) Executing: saveProperty(RCTM_RF1P5 "model" "mimcap_um_sin_rf") Executing: extractDevice("mimcap_um_sin_rf" RCTM_RF2P0 (ctm "PLUS") (cbm "MINUS") (shiel... Executing: lt = measureParameter(length (RCTM_RF2P0 butting L_EG_RG) 5e-07) Executing: a1 = measureParameter(area (RCTM_RF2P0) 1e-12) Executing: wt = calculateParameter((a1 / lt)) Executing: nameParameter(lt "lt") Executing: nameParameter(wt "wt") Executing: attachParameter(mimflag "mimflag" RCTM_RF2P0) Executing: saveProperty(RCTM_RF2P0 "model" "mimcap_um_sin_rf") Executing: extractDevice("mimcap_um_sin_rf" RCTM_RF1P0UD (ctm "PLUS") (cbm "MINUS") (shi... Executing: lt = measureParameter(length (RCTM_RF1P0UD butting L_EG_RG) 5e-07) Executing: a1 = measureParameter(area (RCTM_RF1P0UD) 1e-12) Executing: wt = calculateParameter((a1 / lt)) Executing: nameParameter(lt "lt") Executing: nameParameter(wt "wt") Executing: attachParameter(mimflag "mimflag" RCTM_RF1P0UD) Executing: saveProperty(RCTM_RF1P0UD "model" "mimcap_um_sin_rf") Executing: extractDevice("mimcap_um_sin_rf" RCTM_RF1P5UD (ctm "PLUS") (cbm "MINUS") (shi... Executing: lt = measureParameter(length (RCTM_RF1P5UD butting L_EG_RG) 5e-07) Executing: a1 = measureParameter(area (RCTM_RF1P5UD) 1e-12) Executing: wt = calculateParameter((a1 / lt)) Executing: nameParameter(lt "lt") Executing: nameParameter(wt "wt") Executing: attachParameter(mimflag "mimflag" RCTM_RF1P5UD) Executing: saveProperty(RCTM_RF1P5UD "model" "mimcap_um_sin_rf") Executing: extractDevice("mimcap_um_sin_rf" RCTM_RF2P0UD (ctm "PLUS") (cbm "MINUS") (shi... Executing: lt = measureParameter(length (RCTM_RF2P0UD butting L_EG_RG) 5e-07) Executing: a1 = measureParameter(area (RCTM_RF2P0UD) 1e-12) Executing: wt = calculateParameter((a1 / lt)) Executing: nameParameter(lt "lt") Executing: nameParameter(wt "wt") Executing: attachParameter(mimflag "mimflag" RCTM_RF2P0UD) Executing: saveProperty(RCTM_RF2P0UD "model" "mimcap_um_sin_rf") Executing: extractDevice("pmos_rf_hvt_nw" pgate_pthin_hvnw (d_tpdiff "D") (poly_rf "G") ... Executing: attachParameter(wr "wr" pgate_pthin_hvnw) Executing: attachParameter(lr "lr" pgate_pthin_hvnw) Executing: nr = measureParameter(figCount (pgate_pthin_hvnw enclosing pgate_rfhv)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_hvnw "model" "pmos_rf_hvt_nw") Executing: extractDevice("rnwsti" nwsti_r (nxwell "PLUS" "MINUS") physical (spiceModel "... Executing: attachParameter(w "w" nwsti_r) Executing: attachParameter(l "l" nwsti_r) Executing: attachParameter(w "wSim" nwsti_r) Executing: attachParameter(l "lSim" nwsti_r) Executing: attachParameter(w "sumW" nwsti_r) Executing: attachParameter(l "sumL" nwsti_r) Executing: saveProperty(nwsti_r "model" "rnwsti") Executing: extractDevice("pmos_rf_lvt_nw" pgate_pthin_lvnw (d_tpdiff "D") (poly_rf "G") ... Executing: attachParameter(wr "wr" pgate_pthin_lvnw) Executing: attachParameter(lr "lr" pgate_pthin_lvnw) Executing: nr = measureParameter(figCount (pgate_pthin_lvnw enclosing pgate_rflv)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_lvnw "model" "pmos_rf_lvt_nw") Executing: extractDevice("pmos_rf_33_nw_5t" pgate_pthin_33nw_5t (d_tpdiff "D") (poly_rf ... Executing: attachParameter(wr "wr" pgate_pthin_33nw_5t) Executing: attachParameter(lr "lr" pgate_pthin_33nw_5t) Executing: nr = measureParameter(figCount (pgate_pthin_33nw_5t enclosing pgate_rf_33)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_33nw_5t "model" "pmos_rf_33_nw_5t") Executing: extractDevice("moscap_rf_nw" var_nw3_rf_nw (poly "PLUS") (tndiff "MINUS") (ps... Executing: attachParameter(wr "wr" var_nw3_rf_nw) Executing: attachParameter(lr "lr" var_nw3_rf_nw) Executing: attachParameter(br "br" var_nw3_rf_nw) Executing: attachParameter(gr "gr" var_nw3_rf_nw) Executing: saveProperty(var_nw3_rf_nw "model" "moscap_rf_nw") Executing: extractDevice("moscap_rf18_nw" var_nw_rf18_nw (poly "PLUS") (tndiff "MINUS") ... Executing: attachParameter(wr "wr" var_nw_rf18_nw) Executing: attachParameter(lr "lr" var_nw_rf18_nw) Executing: attachParameter(br "br" var_nw_rf18_nw) Executing: attachParameter(gr "gr" var_nw_rf18_nw) Executing: saveProperty(var_nw_rf18_nw "model" "moscap_rf18_nw") Executing: extractDevice("spiral_sym_ct_mu_z" ct_ind (indm6p "PLUS") (indm6m "MINUS") (p... Executing: attachParameter(w "w" ct_ind) Executing: attachParameter(lay "lay" ct_ind) Executing: attachParameter(rad "rad" ct_ind) Executing: attachParameter(nr "nr" ct_ind) Executing: attachParameter(gdis "gdis" ct_ind) Executing: attachParameter(spacing "spacing" ct_ind) Executing: saveProperty(ct_ind "model" "spiral_sym_ct_mu_z") Executing: extractDevice("rm5" mt5res (metal5 "PLUS") (metal5 "MINUS") physical (spiceMo... Executing: A = measureParameter(area (mt5res) 1e-12) Executing: w = measureParameter(length (mt5res butting metal5) 5e-07) Executing: l = calculateParameter((A / w)) Executing: nameParameter(w "w") Executing: nameParameter(l "l") Executing: nameParameter(w "sumW") Executing: nameParameter(l "sumL") Executing: nameParameter(w "wSim") Executing: nameParameter(l "lSim") Executing: saveProperty(mt5res "model" "rmzw") Executing: extractDevice("rnpolys" rnpolys_r (poly "PLUS" "MINUS") physical (spiceModel ... Executing: attachParameter(w "w" rnpolys_r) Executing: attachParameter(l "l" rnpolys_r) Executing: attachParameter(w "wSim" rnpolys_r) Executing: attachParameter(l "lSim" rnpolys_r) Executing: attachParameter(w "sumW" rnpolys_r) Executing: attachParameter(l "sumL" rnpolys_r) Executing: saveProperty(rnpolys_r "model" "rnpolys") Executing: extractDevice("pmos_rf_25od" pgate_pthin_25od (d_tpdiff "D") (poly_rf "G") (s... Executing: attachParameter(wr "wr" pgate_pthin_25od) Executing: attachParameter(lr "lr" pgate_pthin_25od) Executing: nr = measureParameter(figCount (pgate_pthin_25od enclosing pgate_rf_25od)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_25od "model" "pmos_rf_33") Executing: extractDevice("rpodwo" rpodwo_r (tpdiff "PLUS" "MINUS") physical (spiceModel ... Executing: attachParameter(w "w" rpodwo_r) Executing: attachParameter(l "l" rpodwo_r) Executing: attachParameter(w "wSim" rpodwo_r) Executing: attachParameter(l "lSim" rpodwo_r) Executing: attachParameter(w "sumW" rpodwo_r) Executing: attachParameter(l "sumL" rpodwo_r) Executing: saveProperty(rpodwo_r "model" "rpodwo") Executing: extractDevice("rnwsti_m" nwsti_mr (nxwell "PLUS" "MINUS") (psub "BULK") physi... Executing: attachParameter(lr "l" nwsti_mr) Executing: attachParameter(wr "w" nwsti_mr) Executing: attachParameter(wr "wr" nwsti_mr) Executing: attachParameter(lr "lr" nwsti_mr) Executing: attachParameter(wr "wSim" nwsti_mr) Executing: attachParameter(lr "lSim" nwsti_mr) Executing: attachParameter(wr "sumW" nwsti_mr) Executing: attachParameter(lr "sumL" nwsti_mr) Executing: saveProperty(nwsti_mr "model" "rnwsti_m") Executing: extractDevice("pmos_rf_25_nw" pgate_pthin_25nw (d_tpdiff "D") (poly_rf "G") (... Executing: attachParameter(wr "wr" pgate_pthin_25nw) Executing: attachParameter(lr "lr" pgate_pthin_25nw) Executing: nr = measureParameter(figCount (pgate_pthin_25nw enclosing pgate_rf_25)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_25nw "model" "pmos_rf_25_nw") Executing: extractDevice("pmos_rf_lvt_5t" pgate_pthin_lv_5t (d_tpdiff "D") (poly_rf "G")... Executing: attachParameter(wr "wr" pgate_pthin_lv_5t) Executing: attachParameter(lr "lr" pgate_pthin_lv_5t) Executing: nr = measureParameter(figCount (pgate_pthin_lv_5t enclosing pgate_rflv)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_lv_5t "model" "pmos_rf_lvt_5t") Executing: extractDevice("rppolyl_m" rppolyl_d (poly "PLUS" "MINUS") (poly_term "BULK") ... Executing: attachParameter(lr "l" rppolyl_d) Executing: attachParameter(wr "w" rppolyl_d) Executing: attachParameter(wr "wr" rppolyl_d) Executing: attachParameter(lr "lr" rppolyl_d) Executing: attachParameter(wr "wSim" rppolyl_d) Executing: attachParameter(lr "lSim" rppolyl_d) Executing: attachParameter(wr "sumW" rppolyl_d) Executing: attachParameter(lr "sumL" rppolyl_d) Executing: saveProperty(rppolyl_d "model" "rppolyl_m") Executing: extractDevice("rppolywo_m" rppolywo_d (poly "PLUS" "MINUS") (poly_term "BULK"... Executing: attachParameter(lr "l" rppolywo_d) Executing: attachParameter(wr "w" rppolywo_d) Executing: attachParameter(wr "wr" rppolywo_d) Executing: attachParameter(lr "lr" rppolywo_d) Executing: attachParameter(wr "wSim" rppolywo_d) Executing: attachParameter(lr "lSim" rppolywo_d) Executing: attachParameter(wr "sumW" rppolywo_d) Executing: attachParameter(lr "sumL" rppolywo_d) Executing: saveProperty(rppolywo_d "model" "rppolywo_m") Executing: extractDevice("moscap_rf25_nw" var_nw_rf25_nw (poly "PLUS") (tndiff "MINUS") ... Executing: attachParameter(wr "wr" var_nw_rf25_nw) Executing: attachParameter(lr "lr" var_nw_rf25_nw) Executing: attachParameter(br "br" var_nw_rf25_nw) Executing: attachParameter(gr "gr" var_nw_rf25_nw) Executing: saveProperty(var_nw_rf25_nw "model" "moscap_rf25_nw") Executing: extractDevice("nmos_rf_hvt" ngate_nthin_hv (d_tndiff "D") (poly_rf "G") (s_tn... Executing: attachParameter(wr "wr" ngate_nthin_hv) Executing: attachParameter(lr "lr" ngate_nthin_hv) Executing: nr = measureParameter(figCount (ngate_nthin_hv enclosing ngate_rfhv)) Executing: nameParameter(nr "nr") Executing: saveProperty(ngate_nthin_hv "model" "nmos_rf_hvt") Executing: extractDevice("pmos_rf_lvt" pgate_pthin_lv (d_tpdiff "D") (poly_rf "G") (s_tp... Executing: attachParameter(wr "wr" pgate_pthin_lv) Executing: attachParameter(lr "lr" pgate_pthin_lv) Executing: nr = measureParameter(figCount (pgate_pthin_lv enclosing pgate_rflv)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_lv "model" "pmos_rf_lvt") Executing: extractDevice("pmos_rf_33_nw" pgate_pthin_33nw (d_tpdiff "D") (poly_rf "G") (... Executing: attachParameter(wr "wr" pgate_pthin_33nw) Executing: attachParameter(lr "lr" pgate_pthin_33nw) Executing: nr = measureParameter(figCount (pgate_pthin_33nw enclosing pgate_rf_33)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_33nw "model" "pmos_rf_33_nw") Executing: extractDevice("nmos_rf_25od33_6t" ngate_nthin_25od_6t (d_tndiff "D") (poly_rf... Executing: attachParameter(wr "wr" ngate_nthin_25od_6t) Executing: attachParameter(lr "lr" ngate_nthin_25od_6t) Executing: nr = measureParameter(figCount (ngate_nthin_25od_6t enclosing ngate_rf_25od)) Executing: nameParameter(nr "nr") Executing: saveProperty(ngate_nthin_25od_6t "model" "nmos_rf_33_6t") Executing: extractDevice("pmos_rf_25od33_nw_5t" pgate_pthin_25nwod_5t (d_tpdiff "D") (po... Executing: attachParameter(wr "wr" pgate_pthin_25nwod_5t) Executing: attachParameter(lr "lr" pgate_pthin_25nwod_5t) Executing: nr = measureParameter(figCount (pgate_pthin_25nwod_5t enclosing pgate_rf_25od)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_25nwod_5t "model" "pmos_rf_33_nw_5t") Executing: extractDevice("rppolyl" rppolyl_r (poly "PLUS" "MINUS") physical (spiceModel ... Executing: attachParameter(w "w" rppolyl_r) Executing: attachParameter(l "l" rppolyl_r) Executing: attachParameter(w "wSim" rppolyl_r) Executing: attachParameter(l "lSim" rppolyl_r) Executing: attachParameter(w "sumW" rppolyl_r) Executing: attachParameter(l "sumL" rppolyl_r) Executing: saveProperty(rppolyl_r "model" "rppolyl") Executing: extractDevice("lincap_25" lin_nw_25 (poly "PLUS") (tndiff "MINUS") (spiceMode... Executing: attachParameter(wr "wr" lin_nw_25) Executing: attachParameter(lr "lr" lin_nw_25) Executing: attachParameter(mr "mr" lin_nw_25) Executing: attachParameter(gr "gr" lin_nw_25) Executing: saveProperty(lin_nw_25 "model" "lincap_25") Executing: extractDevice("nmoscap_lpg" vargtlpg (poly "PLUS") (tndiff "MINUS") (spiceMod... Executing: attachParameter(lr "lr" vargtlpg) Executing: attachParameter(wr "wr" vargtlpg) Executing: saveProperty(vargtlpg "model" "nmoscap_lpg") Executing: extractDevice("pmos_rf_hvt" pgate_pthin_hv (d_tpdiff "D") (poly_rf "G") (s_tp... Executing: attachParameter(wr "wr" pgate_pthin_hv) Executing: attachParameter(lr "lr" pgate_pthin_hv) Executing: nr = measureParameter(figCount (pgate_pthin_hv enclosing pgate_rfhv)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_hv "model" "pmos_rf_hvt") Executing: extractDevice("moscap_rf33" var_nw_rf33 (poly "PLUS") (tndiff "MINUS") (psub ... Executing: attachParameter(wr "wr" var_nw_rf33) Executing: attachParameter(lr "lr" var_nw_rf33) Executing: attachParameter(br "br" var_nw_rf33) Executing: attachParameter(gr "gr" var_nw_rf33) Executing: saveProperty(var_nw_rf33 "model" "moscap_rf33") Executing: extractDevice("rnwod_m" nwod_mr (nxwell "PLUS" "MINUS") (psub "BULK") physica... Executing: attachParameter(lr "l" nwod_mr) Executing: attachParameter(wr "w" nwod_mr) Executing: attachParameter(wr "wr" nwod_mr) Executing: attachParameter(lr "lr" nwod_mr) Executing: attachParameter(wr "wSim" nwod_mr) Executing: attachParameter(lr "lSim" nwod_mr) Executing: attachParameter(wr "sumW" nwod_mr) Executing: attachParameter(lr "sumL" nwod_mr) Executing: saveProperty(nwod_mr "model" "rnwod_m") Executing: extractDevice("rpodl" rpodl_r (tpdiff "PLUS" "MINUS") physical (spiceModel "r... Executing: attachParameter(w "w" rpodl_r) Executing: attachParameter(l "l" rpodl_r) Executing: attachParameter(w "wSim" rpodl_r) Executing: attachParameter(l "lSim" rpodl_r) Executing: attachParameter(w "sumW" rpodl_r) Executing: attachParameter(l "sumL" rpodl_r) Executing: saveProperty(rpodl_r "model" "rpodl") Executing: geomStamp(RF_MIM_TERM psub by rfmim_psub_via multStamp) Executing: extractDevice("mimcap_woum_sin_rf" RCTM_RF1P0_woum (ctm "PLUS") (cbm "MINUS")... Executing: lt = measureParameter(length (RCTM_RF1P0_woum butting L_EG_RG) 5e-07) Executing: a1 = measureParameter(area (RCTM_RF1P0_woum) 1e-12) Executing: wt = calculateParameter((a1 / lt)) Executing: nameParameter(lt "lt") Executing: nameParameter(wt "wt") Executing: attachParameter(lay "lay" RCTM_RF1P0_woum) Executing: attachParameter(mimflag "mimflag" RCTM_RF1P0_woum) Executing: saveProperty(RCTM_RF1P0_woum "model" "mimcap_woum_sin_rf") Executing: extractDevice("mimcap_woum_sin_rf" RCTM_RF1P5_woum (ctm "PLUS") (cbm "MINUS")... Executing: lt = measureParameter(length (RCTM_RF1P5_woum butting L_EG_RG) 5e-07) Executing: a1 = measureParameter(area (RCTM_RF1P5_woum) 1e-12) Executing: wt = calculateParameter((a1 / lt)) Executing: nameParameter(lt "lt") Executing: nameParameter(wt "wt") Executing: attachParameter(lay "lay" RCTM_RF1P5_woum) Executing: attachParameter(mimflag "mimflag" RCTM_RF1P5_woum) Executing: saveProperty(RCTM_RF1P5_woum "model" "mimcap_woum_sin_rf") Executing: extractDevice("mimcap_woum_sin_rf" RCTM_RF2P0_woum (ctm "PLUS") (cbm "MINUS")... Executing: lt = measureParameter(length (RCTM_RF2P0_woum butting L_EG_RG) 5e-07) Executing: a1 = measureParameter(area (RCTM_RF2P0_woum) 1e-12) Executing: wt = calculateParameter((a1 / lt)) Executing: nameParameter(lt "lt") Executing: nameParameter(wt "wt") Executing: attachParameter(lay "lay" RCTM_RF2P0_woum) Executing: attachParameter(mimflag "mimflag" RCTM_RF2P0_woum) Executing: saveProperty(RCTM_RF2P0_woum "model" "mimcap_woum_sin_rf") Executing: extractDevice("pmos_rf_mlvt_nw_5t" pgate_pthin_mlvnw_5t (d_tpdiff "D") (poly_... Executing: attachParameter(wr "wr" pgate_pthin_mlvnw_5t) Executing: attachParameter(lr "lr" pgate_pthin_mlvnw_5t) Executing: nr = measureParameter(figCount (pgate_pthin_mlvnw_5t enclosing pgate_rfmlv)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_mlvnw_5t "model" "pmos_rf_mlvt_nw_5t") Executing: extractDevice("rnwod" nwod_r (nxwell "PLUS" "MINUS") physical (spiceModel "rn... Executing: attachParameter(w "w" nwod_r) Executing: attachParameter(l "l" nwod_r) Executing: attachParameter(w "wSim" nwod_r) Executing: attachParameter(l "lSim" nwod_r) Executing: attachParameter(w "sumW" nwod_r) Executing: attachParameter(l "sumL" nwod_r) Executing: saveProperty(nwod_r "model" "rnwod") Executing: extractDevice("rm10" mtAPres (metal7 "PLUS") (metal7 "MINUS") physical (spice... Executing: A = measureParameter(area (mtAPres) 1e-12) Executing: w = measureParameter(length (mtAPres butting metal7) 5e-07) Executing: l = calculateParameter((A / w)) Executing: nameParameter(w "w") Executing: nameParameter(l "l") Executing: nameParameter(w "sumW") Executing: nameParameter(l "sumL") Executing: nameParameter(w "wSim") Executing: nameParameter(l "lSim") Executing: saveProperty(mtAPres "model" "rm10") Executing: extractDevice("pmos_rf_25od33_5t" pgate_pthin_25od_5t (d_tpdiff "D") (poly_rf... Executing: attachParameter(wr "wr" pgate_pthin_25od_5t) Executing: attachParameter(lr "lr" pgate_pthin_25od_5t) Executing: nr = measureParameter(figCount (pgate_pthin_25od_5t enclosing pgate_rf_25od)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_25od_5t "model" "pmos_rf_33_5t") Executing: extractDevice("nmos_rf_18_6t" ngate_nthin_18_6t (d_tndiff "D") (poly_rf "G") ... Executing: attachParameter(wr "wr" ngate_nthin_18_6t) Executing: attachParameter(lr "lr" ngate_nthin_18_6t) Executing: nr = measureParameter(figCount (ngate_nthin_18_6t enclosing ngate_rf_18)) Executing: nameParameter(nr "nr") Executing: saveProperty(ngate_nthin_18_6t "model" "nmos_rf_18_6t") Executing: extractDevice("pmos_rf_33" pgate_pthin_33 (d_tpdiff "D") (poly_rf "G") (s_tpd... Executing: attachParameter(wr "wr" pgate_pthin_33) Executing: attachParameter(lr "lr" pgate_pthin_33) Executing: nr = measureParameter(figCount (pgate_pthin_33 enclosing pgate_rf_33)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_33 "model" "pmos_rf_33") Executing: extractDevice("nmos_rf_25_nodnw" ngate_nthin_25nodnw (d_tndiff "D") (poly_rf ... Executing: attachParameter(wr "wr" ngate_nthin_25nodnw) Executing: attachParameter(lr "lr" ngate_nthin_25nodnw) Executing: nr = measureParameter(figCount (ngate_nthin_25nodnw enclosing ngate_rf_25)) Executing: nameParameter(nr "nr") Executing: saveProperty(ngate_nthin_25nodnw "model" "nmos_rf_25") Executing: extractDevice("pmos_rf_nw" pgate_pthin_nw (d_tpdiff "D") (poly_rf "G") (s_tpd... Executing: attachParameter(wr "wr" pgate_pthin_nw) Executing: attachParameter(lr "lr" pgate_pthin_nw) Executing: nr = measureParameter(figCount (pgate_pthin_nw enclosing pgate_rf)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_nw "model" "pmos_rf_nw") Executing: extractDevice("rm4" mt4res (metal4 "PLUS") (metal4 "MINUS") physical (spiceMo... Executing: A = measureParameter(area (mt4res) 1e-12) Executing: w = measureParameter(length (mt4res butting metal4) 5e-07) Executing: l = calculateParameter((A / w)) Executing: nameParameter(w "w") Executing: nameParameter(l "l") Executing: nameParameter(w "sumW") Executing: nameParameter(l "sumL") Executing: nameParameter(w "wSim") Executing: nameParameter(l "lSim") Executing: saveProperty(mt4res "model" "rmxw") Executing: extractDevice("pmos_rf_nw_5t" pgate_pthin_nw_5t (d_tpdiff "D") (poly_rf "G") ... Executing: attachParameter(wr "wr" pgate_pthin_nw_5t) Executing: attachParameter(lr "lr" pgate_pthin_nw_5t) Executing: nr = measureParameter(figCount (pgate_pthin_nw_5t enclosing pgate_rf)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_nw_5t "model" "pmos_rf_nw_5t") Executing: extractDevice("nmos_rf" ngate_nthin (d_tndiff "D") (poly_rf "G") (s_tndiff "S... Executing: attachParameter(wr "wr" ngate_nthin) Executing: attachParameter(lr "lr" ngate_nthin) Executing: nr = measureParameter(figCount (ngate_nthin enclosing ngate_rf)) Executing: nameParameter(nr "nr") Executing: saveProperty(ngate_nthin "model" "nmos_rf") Executing: extractDevice("nmos_rf_lvt_6t" ngate_nthin_lv_6t (d_tndiff "D") (poly_rf "G")... Executing: attachParameter(wr "wr" ngate_nthin_lv_6t) Executing: attachParameter(lr "lr" ngate_nthin_lv_6t) Executing: nr = measureParameter(figCount (ngate_nthin_lv_6t enclosing ngate_rflv)) Executing: nameParameter(nr "nr") Executing: saveProperty(ngate_nthin_lv_6t "model" "nmos_rf_lvt_6t") Executing: extractDevice("mimcap_sin" RCTM_R1P0 (ctm "PLUS") (cbm "MINUS") (spiceModel "... Executing: attachParameter(lt "lt" RCTM_R1P0) Executing: attachParameter(wt "wt" RCTM_R1P0) Executing: attachParameter(mimflag "mimflag" RCTM_R1P0) Executing: saveProperty(RCTM_R1P0 "model" "mimcap_sin") Executing: extractDevice("mimcap_sin" RCTM_R1P5 (ctm "PLUS") (cbm "MINUS") (spiceModel "... Executing: attachParameter(lt "lt" RCTM_R1P5) Executing: attachParameter(wt "wt" RCTM_R1P5) Executing: attachParameter(mimflag "mimflag" RCTM_R1P5) Executing: saveProperty(RCTM_R1P5 "model" "mimcap_sin") Executing: extractDevice("mimcap_sin" RCTM_R2P0 (ctm "PLUS") (cbm "MINUS") (spiceModel "... Executing: attachParameter(lt "lt" RCTM_R2P0) Executing: attachParameter(wt "wt" RCTM_R2P0) Executing: attachParameter(mimflag "mimflag" RCTM_R2P0) Executing: saveProperty(RCTM_R2P0 "model" "mimcap_sin") Executing: extractDevice("mimcap_sin" RCTM_R1P0UD (ctm "PLUS") (cbm "MINUS") (spiceModel... Executing: attachParameter(lt "lt" RCTM_R1P0UD) Executing: attachParameter(wt "wt" RCTM_R1P0UD) Executing: attachParameter(mimflag "mimflag" RCTM_R1P0UD) Executing: saveProperty(RCTM_R1P0UD "model" "mimcap_sin") Executing: extractDevice("mimcap_sin" RCTM_R1P5UD (ctm "PLUS") (cbm "MINUS") (spiceModel... Executing: attachParameter(lt "lt" RCTM_R1P5UD) Executing: attachParameter(wt "wt" RCTM_R1P5UD) Executing: attachParameter(mimflag "mimflag" RCTM_R1P5UD) Executing: saveProperty(RCTM_R1P5UD "model" "mimcap_sin") Executing: extractDevice("mimcap_sin" RCTM_R2P0UD (ctm "PLUS") (cbm "MINUS") (spiceModel... Executing: attachParameter(lt "lt" RCTM_R2P0UD) Executing: attachParameter(wt "wt" RCTM_R2P0UD) Executing: attachParameter(mimflag "mimflag" RCTM_R2P0UD) Executing: saveProperty(RCTM_R2P0UD "model" "mimcap_sin") Executing: extractDevice("nmos_rf_lvt" ngate_nthin_lv (d_tndiff "D") (poly_rf "G") (s_tn... Executing: attachParameter(wr "wr" ngate_nthin_lv) Executing: attachParameter(lr "lr" ngate_nthin_lv) Executing: nr = measureParameter(figCount (ngate_nthin_lv enclosing ngate_rflv)) Executing: nameParameter(nr "nr") Executing: saveProperty(ngate_nthin_lv "model" "nmos_rf_lvt") Executing: extractDevice("rm2" mt2res (metal2 "PLUS") (metal2 "MINUS") physical (spiceMo... Executing: A = measureParameter(area (mt2res) 1e-12) Executing: w = measureParameter(length (mt2res butting metal2) 5e-07) Executing: l = calculateParameter((A / w)) Executing: nameParameter(w "w") Executing: nameParameter(l "l") Executing: nameParameter(w "sumW") Executing: nameParameter(l "sumL") Executing: nameParameter(w "wSim") Executing: nameParameter(l "lSim") Executing: saveProperty(mt2res "model" "rmxw") Executing: extractDevice("moscap_rf" var_nw3_rf (poly "PLUS") (tndiff "MINUS") (psub "BU... Executing: attachParameter(wr "wr" var_nw3_rf) Executing: attachParameter(lr "lr" var_nw3_rf) Executing: attachParameter(br "br" var_nw3_rf) Executing: attachParameter(gr "gr" var_nw3_rf) Executing: saveProperty(var_nw3_rf "model" "moscap_rf") Executing: extractDevice("moscap_rf25" var_nw_rf25 (poly "PLUS") (tndiff "MINUS") (psub ... Executing: attachParameter(wr "wr" var_nw_rf25) Executing: attachParameter(lr "lr" var_nw_rf25) Executing: attachParameter(br "br" var_nw_rf25) Executing: attachParameter(gr "gr" var_nw_rf25) Executing: saveProperty(var_nw_rf25 "model" "moscap_rf25") Executing: extractDevice("lincap_rf_25" lin_nw_rf_25 (poly "PLUS") (tndiff "MINUS") (psu... Executing: attachParameter(wr "wr" lin_nw_rf_25) Executing: attachParameter(lr "lr" lin_nw_rf_25) Executing: attachParameter(br "br" lin_nw_rf_25) Executing: attachParameter(gr "gr" lin_nw_rf_25) Executing: saveProperty(lin_nw_rf_25 "model" "lincap_rf_25") Executing: extractDevice("xjvar" jvar_rf (tpdiff "PLUS") (tndiff "MINUS") (psub "BULK") ... Executing: nr = measureParameter(figCount (jvar_rf enclosing jvar3_rf)) Executing: nameParameter(nr "nr") Executing: attachParameter(w "w" jvar_rf) Executing: attachParameter(l "l" jvar_rf) Executing: attachParameter(w "wr" jvar_rf) Executing: attachParameter(l "lr" jvar_rf) Executing: saveProperty(jvar_rf "model" "xjvar") Executing: extractDevice("spiral_sym_mu_z" sym_ind (indm6p "PLUS") (indm6m "MINUS") (psu... Executing: attachParameter(w "w" sym_ind) Executing: attachParameter(lay "lay" sym_ind) Executing: attachParameter(rad "rad" sym_ind) Executing: attachParameter(nr "nr" sym_ind) Executing: attachParameter(gdis "gdis" sym_ind) Executing: attachParameter(spacing "spacing" sym_ind) Executing: saveProperty(sym_ind "model" "spiral_sym_mu_z") Executing: extractDevice("rm1" mt1res (metal1 "PLUS") (metal1 "MINUS") physical (spiceMo... Executing: A = measureParameter(area (mt1res) 1e-12) Executing: w = measureParameter(length (mt1res butting metal1) 5e-07) Executing: l = calculateParameter((A / w)) Executing: nameParameter(w "w") Executing: nameParameter(l "l") Executing: nameParameter(w "sumW") Executing: nameParameter(l "sumL") Executing: nameParameter(w "wSim") Executing: nameParameter(l "lSim") Executing: saveProperty(mt1res "model" "rm1w") Executing: extractDevice("lowcpad_d0" rfpad_0 (metal7 "APAD") (poly "AVSS") (spiceModel ... Executing: attachParameter(wt "wt" rfpad_0) Executing: attachParameter(lt "lt" rfpad_0) Executing: attachParameter(lay "lay" rfpad_0) Executing: saveProperty(rfpad_0 "model" "lowcpad_d0") Executing: extractDevice("nmoscap" vargt (poly "PLUS") (tndiff "MINUS") (spiceModel "nmo... Executing: attachParameter(lr "lr" vargt) Executing: attachParameter(wr "wr" vargt) Executing: saveProperty(vargt "model" "nmoscap") Executing: extractDevice("pmos_rf_lvt_nw_5t" pgate_pthin_lvnw_5t (d_tpdiff "D") (poly_rf... Executing: attachParameter(wr "wr" pgate_pthin_lvnw_5t) Executing: attachParameter(lr "lr" pgate_pthin_lvnw_5t) Executing: nr = measureParameter(figCount (pgate_pthin_lvnw_5t enclosing pgate_rflv)) Executing: nameParameter(nr "nr") Executing: saveProperty(pgate_pthin_lvnw_5t "model" "pmos_rf_lvt_nw_5t") Executing: (saveInterconnect (metal1 "M1")) Executing: (saveInterconnect (metal2 "M2")) Executing: (saveInterconnect (metal3 "M3")) Executing: (saveInterconnect (metal4 "M4")) Executing: (saveInterconnect (metal5 "M5")) Executing: (saveInterconnect (metal6 "M6")) Executing: (saveInterconnect (metal7 "AP")) Executing: (saveInterconnect (poly "PO")) Finished running rules. Task processor time in main process: cpu: 1.73 elap: 2 pf: 0 in: 0 out: 0 virt: 0M phys: 0M No output post-processing: This is not a DRC run Finished building the persistent database. cpu: 0.01 elap: 8 pf: 0 in: 0 out: 0 virt: 0M phys: 0M ***** aveng terminated normally ***** Finished /usr/cadence/ASSURA41//tools/assura/bin/aveng Starting /usr/cadence/ASSURA41//tools/assura/bin/avrpt /home/stefano/Project/TSMC_Projects/Dice/run_assura_lvs/FF_DICE.rsf Loading tech rule set file : /home/stefano/Project/TSMC_Projects/Dice/Assura/techRuleSets Loading tech rule set file : /home/stefano/Project/TSMC_Projects/Dice/Assura/techRuleSets Loading tech rule set file : /home/stefano/Project/TSMC_Projects/Dice/Assura/techRuleSets @(#)$CDS: avrpt version av4.1:Production:dfII6.1.5:IC6.1.5.500.5 09/21/2011 14:57 (xlsfrh35) $ sub-version 4.1_USR2_HF10, integ signature 2011-09-21-1424 run on sirio.dftgroup.uniroma2.it from /usr/cadence/ASSURA41/tools.lnx86/assura/bin/32bit/avrpt on Mon Aug 27 15:25:59 2012 Creating Error Database 'FF_DICE'... Reading VDB ... -------------------------------------------------------------------------------- Rule Message FlatCount RealCount -------------------------------------------------------------------------------- ( 1) dataAuditErrors 0 0 ( 2) nxwell_StampErrorMult 0 0 ( 3) rwel_StampErrorMult 0 0 ( 4) n_psub_StampErrorMult 1 1 ( 5) psub_term_StampErrorMult 0 0 ( 6) psub_StampErrorMult 1 1 ( 7) RFDMY6T_StampErrorMult 0 0 ( 8) RFDMY5T_StampErrorMult 0 0 ( 9) RFDMY_hia_StampErrorMult 0 0 ( 10) coll1_StampErrorMult 0 0 ( 11) poly_term_StampErrorMult 0 0 ( 12) PROBEM5_T_StampErrorMult 0 0 ( 13) PROBEM2_T_StampErrorMult 0 0 ( 14) RFDMY_hia_psub_StampErrorMult 0 0 ( 15) PROBEM3_T_StampErrorMult 0 0 ( 16) PROBEM1_T_StampErrorMult 0 0 ( 17) rfdmy56_StampErrorMult 0 0 ( 18) PROBEM4_T_StampErrorMult 0 0 ( 19) DNW_StampErrorMult 0 0 ( 20) MIM_TERM_StampErrorMult 0 0 ( 21) RF_MIM_TERM_StampErrorMult 0 0 ( 22) malformed device ngate_st 0 0 ( 23) malformed device nrgate 0 0 ( 24) malformed device nlgate_mac 0 0 ( 25) malformed device dngate_esd18 0 0 ( 26) malformed device ngate_spgulpdp 0 0 ( 27) malformed device ngate_18_mac 0 0 ( 28) malformed device ngate_spgdp 0 0 ( 29) malformed device nlvgate 0 0 ( 30) malformed device nlgate 0 0 ( 31) malformed device nilvtgate_mac 0 0 ( 32) malformed device n1hvgate_mac 0 0 ( 33) malformed device ngate_dnw_w 0 0 ( 34) malformed device ngate_25na 0 0 ( 35) malformed device dngate_25ud 0 0 ( 36) malformed device n1ilvtgate_mac 0 0 ( 37) malformed device ngate_hvspgdphc 0 0 ( 38) malformed device ngate_spdwi 0 0 ( 39) malformed device nhvgate_mac 0 0 ( 40) malformed device ngatelpg 0 0 ( 41) malformed device ngate_spd 0 0 ( 42) malformed device nhvgatelpg 0 0 ( 43) malformed device ngate 0 0 ( 44) malformed device dngate_18 0 0 ( 45) malformed device ngate_spglpg 0 0 ( 46) malformed device ngate_w1t_lvt 0 0 ( 47) malformed device ngate_18na 0 0 ( 48) malformed device ngate_spdulpdp 0 0 ( 49) malformed device nuvgate_mac 0 0 ( 50) malformed device n1uvgate_mac 0 0 ( 51) malformed device nuvgate 0 0 ( 52) malformed device nlvgate_mac 0 0 ( 53) malformed device ngate_1tr 0 0 ( 54) malformed device dngate_25od 0 0 ( 55) malformed device ngate_spgulp 0 0 ( 56) malformed device ngate_spglpgtp 0 0 ( 57) malformed device nuhvgate 0 0 ( 58) malformed device ngate_hvspgdp 0 0 ( 59) malformed device ngate_esd18 0 0 ( 60) malformed device ngate_spddphc 0 0 ( 61) malformed device ngate_spgwi 0 0 ( 62) malformed device ngate_25naud 0 0 ( 63) malformed device ngate_25od_mac 0 0 ( 64) malformed device nlgatelpg 0 0 ( 65) malformed device ngate_esd18_mac 0 0 ( 66) malformed device ngate_spdulp 0 0 ( 67) malformed device n1uvgate 0 0 ( 68) malformed device ngate_25ud_mac 0 0 ( 69) malformed device ngate_spg 0 0 ( 70) malformed device ngate_spdwo 0 0 ( 71) malformed device ngate_mac 0 0 ( 72) malformed device ngate_18na_mac 0 0 ( 73) malformed device nhvgate 0 0 ( 74) malformed device ngate_33na_mac 0 0 ( 75) malformed device dngate_25ud_mac 0 0 ( 76) malformed device ngate_spdlpgdp 0 0 ( 77) malformed device dngate_esd18_mac 0 0 ( 78) malformed device nrgate_mac 0 0 ( 79) malformed device ngate_hvspd 0 0 ( 80) malformed device ngate_25_mac 0 0 ( 81) malformed device ngate_w1t 0 0 ( 82) malformed device ngate_spgdphc 0 0 ( 83) malformed device dngate_25_mac 0 0 ( 84) malformed device dngate_18_mac 0 0 ( 85) malformed device n1uhvgate_mac 0 0 ( 86) malformed device dngate_25 0 0 ( 87) malformed device n1lvgate 0 0 ( 88) malformed device ngate_hvspddphc 0 0 ( 89) malformed device ngate_25naod 0 0 ( 90) malformed device ngate_25od 0 0 ( 91) malformed device ngate_33na 0 0 ( 92) malformed device nuhvgate_mac 0 0 ( 93) malformed device ngate_spglpgdp 0 0 ( 94) malformed device ngate_spdlpg 0 0 ( 95) malformed device ngate_25naod_mac 0 0 ( 96) malformed device ngate_spgwo 0 0 ( 97) malformed device dngate_33_mac 0 0 ( 98) malformed device ngate_25naud_mac 0 0 ( 99) malformed device ngate_25na_mac 0 0 ( 100) malformed device ngate_hvspddp 0 0 ( 101) malformed device nilvtgate 0 0 ( 102) malformed device dngate_25od_mac 0 0 ( 103) malformed device ngate_dnw_w_lvt 0 0 ( 104) malformed device ngate_18 0 0 ( 105) malformed device n1lvgate_mac 0 0 ( 106) malformed device ngate_33_mac 0 0 ( 107) malformed device dngate_33 0 0 ( 108) malformed device ngate_hvspg 0 0 ( 109) malformed device ngate_spddp 0 0 ( 110) malformed device ngate_spdlpgtp 0 0 ( 111) malformed device ngate_25ud 0 0 ( 112) malformed device n1uhvgate 0 0 ( 113) malformed device ngate_33 0 0 ( 114) malformed device n1hvgate 0 0 ( 115) malformed device ngate_25 0 0 ( 116) malformed device n1ilvtgate 0 0 ( 117) malformed device pgate_25 0 0 ( 118) malformed device pgate_25ud 0 0 ( 119) malformed device pgate_sdpulp 0 0 ( 120) malformed device plvgate 0 0 ( 121) malformed device pgate_25od 0 0 ( 122) malformed device puvgate_mac 0 0 ( 123) malformed device pgatelpg 0 0 ( 124) malformed device phvgate 0 0 ( 125) malformed device pgate_mac 0 0 ( 126) malformed device phvgate_mac 0 0 ( 127) malformed device pgate_w1t 0 0 ( 128) malformed device pgate_hvs 0 0 ( 129) malformed device puhvgate_mac 0 0 ( 130) malformed device plvgate_mac 0 0 ( 131) malformed device pgate_33_mac 0 0 ( 132) malformed device pgate_sdphc 0 0 ( 133) malformed device pgate_sdp 0 0 ( 134) malformed device pgate_s 0 0 ( 135) malformed device pgate_hvsdphc 0 0 ( 136) malformed device pgate_33 0 0 ( 137) malformed device pgate_25ud_mac 0 0 ( 138) malformed device pgate_w1t_lvt 0 0 ( 139) malformed device puhvgate 0 0 ( 140) malformed device pgate_stplpg 0 0 ( 141) malformed device pgate_18_mac 0 0 ( 142) malformed device pilvtgate_mac 0 0 ( 143) malformed device pgate_st 0 0 ( 144) malformed device phvgatelpg 0 0 ( 145) malformed device pgate_swi 0 0 ( 146) malformed device pgate_sulp 0 0 ( 147) malformed device puvgate 0 0 ( 148) malformed device pgate_sdplpg 0 0 ( 149) malformed device pilvtgate 0 0 ( 150) malformed device pgate_slpg 0 0 ( 151) malformed device pgate_swo 0 0 ( 152) malformed device pgate_hvsdp 0 0 ( 153) malformed device pgate_25od_mac 0 0 ( 154) malformed device pgate 0 0 ( 155) malformed device pgate_25_mac 0 0 ( 156) malformed device pgate_18 0 0 ( 157) malformed device pgate_1tr 0 0 ( 158) malformed device ngate_25hvd 0 0 ( 159) malformed device ngate_25hvdw 0 0 ( 160) malformed device ngate_25hvd_mac 0 0 ( 161) malformed device ngate_25hvdw_mac 0 0 ( 162) malformed device pgate_25hvd_mac 0 0 ( 163) malformed device pgate_25hvd 0 0 ( 164) malformed device cemit10 0 0 ( 165) malformed device cemit2 0 0 ( 166) malformed device cnemit5_mac 0 0 ( 167) malformed device cemit10_mac 0 0 ( 168) malformed device cemit10s 0 0 ( 169) malformed device cnemit5 0 0 ( 170) malformed device cemit10s_mac 0 0 ( 171) malformed device cnemit2_mac 0 0 ( 172) malformed device cnemit10s 0 0 ( 173) malformed device cemit2s_mac 0 0 ( 174) malformed device cnemit2 0 0 ( 175) malformed device cnemit5s 0 0 ( 176) malformed device cnemit10_mac 0 0 ( 177) malformed device cnemit5s_mac 0 0 ( 178) malformed device cemit5_mac 0 0 ( 179) malformed device cnemit2s_mac 0 0 ( 180) malformed device cemit5 0 0 ( 181) malformed device cnemit10 0 0 ( 182) malformed device cnemit2s 0 0 ( 183) malformed device cemit5s_mac 0 0 ( 184) malformed device cnemit10s_mac 0 0 ( 185) malformed device cemit2_mac 0 0 ( 186) malformed device cemit2s 0 0 ( 187) malformed device cemit5s 0 0 ( 188) malformed device ndiol 0 0 ( 189) malformed device ndio_33na 0 0 ( 190) malformed device ndio_25naud 0 0 ( 191) malformed device inwdio_18 0 0 ( 192) malformed device ydio 0 0 ( 193) malformed device inwdio_25 0 0 ( 194) malformed device cndion 0 0 ( 195) malformed device indio_25ud 0 0 ( 196) malformed device pdioilvt 0 0 ( 197) malformed device ndiohlpg 0 0 ( 198) malformed device indio_25od 0 0 ( 199) malformed device ipdio_33 0 0 ( 200) malformed device ipdio_25ud 0 0 ( 201) malformed device pdiol 0 0 ( 202) malformed device ipdio_18 0 0 ( 203) malformed device indio_18 0 0 ( 204) malformed device indio_25 0 0 ( 205) malformed device inwdio_33 0 0 ( 206) malformed device cpdio 0 0 ( 207) malformed device ndio_18na 0 0 ( 208) malformed device cndio 0 0 ( 209) malformed device cndiolpg 0 0 ( 210) malformed device ipdio_25 0 0 ( 211) malformed device cndioilvt 0 0 ( 212) malformed device cpdiolpg 0 0 ( 213) malformed device indio_33 0 0 ( 214) malformed device ipdio_25od 0 0 ( 215) malformed device cnwdio 0 0 ( 216) malformed device epdio 0 0 ( 217) malformed device ndioh 0 0 ( 218) malformed device ndio_25na 0 0 ( 219) malformed device pdioh 0 0 ( 220) malformed device ndio_25naod 0 0 ( 221) malformed device endio 0 0 ( 222) malformed device cndionlpg 0 0 ( 223) malformed device pdiohlpg 0 0 ( 224) malformed device mim_r 0 0 ( 225) malformed device rnods_mr 0 0 ( 226) malformed device lin_nw 0 0 ( 227) malformed device pgate_pthin_18nw_5t 0 0 ( 228) malformed device ngate_nthin_nodnw 0 0 ( 229) malformed device pgate_pthin_hv_5t 0 0 ( 230) malformed device pgate_pthin_18nw 0 0 ( 231) malformed device ngate_nthin_18nodnw 0 0 ( 232) malformed device pgate_pthin_18_5t 0 0 ( 233) malformed device var_nw_rf18 0 0 ( 234) malformed device ngate_nthin_25ud 0 0 ( 235) malformed device vargt_33 0 0 ( 236) malformed device PROBEM3 0 0 ( 237) malformed device pgate_pthin_25 0 0 ( 238) malformed device rfpad_23 0 0 ( 239) malformed device ngate_nthin_lvnodnw 0 0 ( 240) malformed device ngate_nthin_25ud_6t 0 0 ( 241) malformed device rnpolyl_d 0 0 ( 242) malformed device pvar_rf18 0 0 ( 243) malformed device pgate_pthin_mlv_5t 0 0 ( 244) malformed device rpods_r 0 0 ( 245) malformed device ngate_nthin_mlv_6t 0 0 ( 246) malformed device rnodwo_mr 0 0 ( 247) malformed device ngate_nthin_25 0 0 ( 248) malformed device jvar_rfnw 0 0 ( 249) malformed device rpods_mr 0 0 ( 250) malformed device mt6res 0 0 ( 251) malformed device pgate_pthin_25nwud 0 0 ( 252) malformed device vargt_25 0 0 ( 253) malformed device rnpolyl_r 0 0 ( 254) malformed device sbd_rfdnw 0 0 ( 255) malformed device rnodl_r 0 0 ( 256) malformed device ngate_nthin_25_6t 0 0 ( 257) malformed device rnpolywo_r 0 0 ( 258) malformed device pgate_pthin 0 0 ( 259) malformed device pdio_hia 0 0 ( 260) malformed device rppolywo_rf 0 0 ( 261) malformed device vargt_18 0 0 ( 262) malformed device pvar_rf 0 0 ( 263) malformed device ngate_nthin_mlvnodnw 0 0 ( 264) malformed device rnodwo_r 0 0 ( 265) malformed device pgate_pthin_5t 0 0 ( 266) malformed device rppolywo_r 0 0 ( 267) malformed device lin_nw_rf 0 0 ( 268) malformed device var_nw3_rf_hvt 0 0 ( 269) malformed device rnodl_mr 0 0 ( 270) malformed device pgate_pthin_33_5t 0 0 ( 271) malformed device ngate_nthin_6t 0 0 ( 272) malformed device pgate_pthin_mlvnw 0 0 ( 273) malformed device ngate_nthin_hv_6t 0 0 ( 274) malformed device ngate_nthin_18 0 0 ( 275) malformed device rppolys_rf 0 0 ( 276) malformed device ngate_nthin_33_6t 0 0 ( 277) malformed device ngate_nthin_25nodnwud 0 0 ( 278) malformed device std_ind 0 0 ( 279) malformed device ngate_nthin_mlv 0 0 ( 280) malformed device pgate_pthin_18 0 0 ( 281) malformed device mt3res 0 0 ( 282) malformed device pgate_pthin_25_5t 0 0 ( 283) malformed device pvar_rf25 0 0 ( 284) malformed device PROBEM1 0 0 ( 285) malformed device rppolyl_rf 0 0 ( 286) malformed device ngate_nthin_25od 0 0 ( 287) malformed device RCTM_R1P0_3T 0 0 ( 288) malformed device RCTM_R1P5_3T 0 0 ( 289) malformed device RCTM_R2P0_3T 0 0 ( 290) malformed device rppolys_r 0 0 ( 291) malformed device pgate_pthin_25nwod 0 0 ( 292) malformed device pgate_pthin_25ud_5t 0 0 ( 293) malformed device ngate_nthin_33nodnw 0 0 ( 294) malformed device rpodl_mr 0 0 ( 295) malformed device pgate_pthin_25nwud_5t 0 0 ( 296) malformed device sbd_rfnw 0 0 ( 297) malformed device var_nw_rf33_nw 0 0 ( 298) malformed device rfpad_15 0 0 ( 299) malformed device ndio_hia 0 0 ( 300) malformed device PROBEM2 0 0 ( 301) malformed device rppolys_d 0 0 ( 302) malformed device rnods_r 0 0 ( 303) malformed device PROBEM4 0 0 ( 304) malformed device pgate_pthin_hvnw_5t 0 0 ( 305) malformed device pgate_pthin_25nw_5t 0 0 ( 306) malformed device ngate_nthin_25nodnwod 0 0 ( 307) malformed device var_nw3_rf_hvt_nw 0 0 ( 308) malformed device ngate_nthin_hvnodnw 0 0 ( 309) malformed device mom13_reg 0 0 ( 310) malformed device mom13_reg_rf 0 0 ( 311) malformed device mom13_mx_reg 0 0 ( 312) malformed device mom14_reg 0 0 ( 313) malformed device mom14_reg_rf 0 0 ( 314) malformed device mom14_mx_reg 0 0 ( 315) malformed device mom24_reg 0 0 ( 316) malformed device mom24_reg_rf 0 0 ( 317) malformed device mom24_mx_reg 0 0 ( 318) malformed device pgate_pthin_mlv 0 0 ( 319) malformed device rnpolywo_d 0 0 ( 320) malformed device ngate_nthin_33 0 0 ( 321) malformed device rnpolys_d 0 0 ( 322) malformed device pgate_pthin_25ud 0 0 ( 323) malformed device rpodwo_mr 0 0 ( 324) malformed device RCTM_RF1P0 0 0 ( 325) malformed device RCTM_RF1P5 0 0 ( 326) malformed device RCTM_RF2P0 0 0 ( 327) malformed device RCTM_RF1P0UD 0 0 ( 328) malformed device RCTM_RF1P5UD 0 0 ( 329) malformed device RCTM_RF2P0UD 0 0 ( 330) malformed device pgate_pthin_hvnw 0 0 ( 331) malformed device nwsti_r 0 0 ( 332) malformed device pgate_pthin_lvnw 0 0 ( 333) malformed device pgate_pthin_33nw_5t 0 0 ( 334) malformed device var_nw3_rf_nw 0 0 ( 335) malformed device var_nw_rf18_nw 0 0 ( 336) malformed device ct_ind 0 0 ( 337) malformed device mt5res 0 0 ( 338) malformed device rnpolys_r 0 0 ( 339) malformed device pgate_pthin_25od 0 0 ( 340) malformed device rpodwo_r 0 0 ( 341) malformed device nwsti_mr 0 0 ( 342) malformed device pgate_pthin_25nw 0 0 ( 343) malformed device pgate_pthin_lv_5t 0 0 ( 344) malformed device rppolyl_d 0 0 ( 345) malformed device rppolywo_d 0 0 ( 346) malformed device var_nw_rf25_nw 0 0 ( 347) malformed device ngate_nthin_hv 0 0 ( 348) malformed device pgate_pthin_lv 0 0 ( 349) malformed device pgate_pthin_33nw 0 0 ( 350) malformed device ngate_nthin_25od_6t 0 0 ( 351) malformed device pgate_pthin_25nwod_5t 0 0 ( 352) malformed device rppolyl_r 0 0 ( 353) malformed device lin_nw_25 0 0 ( 354) malformed device vargtlpg 0 0 ( 355) malformed device pgate_pthin_hv 0 0 ( 356) malformed device var_nw_rf33 0 0 ( 357) malformed device nwod_mr 0 0 ( 358) malformed device rpodl_r 0 0 ( 359) malformed device RCTM_RF1P0_woum 0 0 ( 360) malformed device RCTM_RF1P5_woum 0 0 ( 361) malformed device RCTM_RF2P0_woum 0 0 ( 362) malformed device pgate_pthin_mlvnw_5t 0 0 ( 363) malformed device nwod_r 0 0 ( 364) malformed device mtAPres 0 0 ( 365) malformed device pgate_pthin_25od_5t 0 0 ( 366) malformed device ngate_nthin_18_6t 0 0 ( 367) malformed device pgate_pthin_33 0 0 ( 368) malformed device ngate_nthin_25nodnw 0 0 ( 369) malformed device pgate_pthin_nw 0 0 ( 370) malformed device mt4res 0 0 ( 371) malformed device pgate_pthin_nw_5t 0 0 ( 372) malformed device ngate_nthin 0 0 ( 373) malformed device ngate_nthin_lv_6t 0 0 ( 374) malformed device RCTM_R1P0 0 0 ( 375) malformed device RCTM_R1P5 0 0 ( 376) malformed device RCTM_R2P0 0 0 ( 377) malformed device RCTM_R1P0UD 0 0 ( 378) malformed device RCTM_R1P5UD 0 0 ( 379) malformed device RCTM_R2P0UD 0 0 ( 380) malformed device ngate_nthin_lv 0 0 ( 381) malformed device mt2res 0 0 ( 382) malformed device var_nw3_rf 0 0 ( 383) malformed device var_nw_rf25 0 0 ( 384) malformed device lin_nw_rf_25 0 0 ( 385) malformed device jvar_rf 0 0 ( 386) malformed device sym_ind 0 0 ( 387) malformed device mt1res 0 0 ( 388) malformed device rfpad_0 0 0 ( 389) malformed device vargt 0 0 ( 390) malformed device pgate_pthin_lvnw_5t 0 0 ( 391) unstable device for pgate_pthin_lvnw_5t_ 0 0 ( 393) unstable device for vargt_Device_368 0 0 ( 395) unstable device for rfpad_0_Device_367 0 0 ( 397) unstable device for mt1res_Device_366 0 0 ( 399) unstable device for sym_ind_Device_365 0 0 ( 401) unstable device for jvar_rf_Device_364 0 0 ( 403) unstable device for lin_nw_rf_25_Device_ 0 0 ( 405) unstable device for var_nw_rf25_Device_3 0 0 ( 407) unstable device for var_nw3_rf_Device_36 0 0 ( 409) unstable device for mt2res_Device_360 0 0 ( 411) unstable device for ngate_nthin_lv_Devic 0 0 ( 413) unstable device for RCTM_R2P0UD_Device_3 0 0 ( 415) unstable device for RCTM_R1P5UD_Device_3 0 0 ( 417) unstable device for RCTM_R1P0UD_Device_3 0 0 ( 419) unstable device for RCTM_R2P0_Device_355 0 0 ( 421) unstable device for RCTM_R1P5_Device_354 0 0 ( 423) unstable device for RCTM_R1P0_Device_353 0 0 ( 425) unstable device for ngate_nthin_lv_6t_De 0 0 ( 427) unstable device for ngate_nthin_Device_3 0 0 ( 429) unstable device for pgate_pthin_nw_5t_De 0 0 ( 431) unstable device for mt4res_Device_349 0 0 ( 433) unstable device for pgate_pthin_nw_Devic 0 0 ( 435) unstable device for ngate_nthin_25nodnw_ 0 0 ( 437) unstable device for pgate_pthin_33_Devic 0 0 ( 439) unstable device for ngate_nthin_18_6t_De 0 0 ( 441) unstable device for pgate_pthin_25od_5t_ 0 0 ( 443) unstable device for mtAPres_Device_343 0 0 ( 445) unstable device for nwod_r_Device_342 0 0 ( 447) unstable device for pgate_pthin_mlvnw_5t 0 0 ( 449) unstable device for RCTM_RF2P0_woum_Devi 0 0 ( 451) unstable device for RCTM_RF1P5_woum_Devi 0 0 ( 453) unstable device for RCTM_RF1P0_woum_Devi 0 0 ( 455) unstable device for rpodl_r_Device_337 0 0 ( 457) unstable device for nwod_mr_Device_336 0 0 ( 459) unstable device for var_nw_rf33_Device_3 0 0 ( 461) unstable device for pgate_pthin_hv_Devic 0 0 ( 463) unstable device for vargtlpg_Device_333 0 0 ( 465) unstable device for lin_nw_25_Device_332 0 0 ( 467) unstable device for rppolyl_r_Device_331 0 0 ( 469) unstable device for pgate_pthin_25nwod_5 0 0 ( 471) unstable device for ngate_nthin_25od_6t_ 0 0 ( 473) unstable device for pgate_pthin_33nw_Dev 0 0 ( 475) unstable device for pgate_pthin_lv_Devic 0 0 ( 477) unstable device for ngate_nthin_hv_Devic 0 0 ( 479) unstable device for var_nw_rf25_nw_Devic 0 0 ( 481) unstable device for rppolywo_d_Device_32 0 0 ( 483) unstable device for rppolyl_d_Device_323 0 0 ( 485) unstable device for pgate_pthin_lv_5t_De 0 0 ( 487) unstable device for pgate_pthin_25nw_Dev 0 0 ( 489) unstable device for nwsti_mr_Device_320 0 0 ( 491) unstable device for rpodwo_r_Device_319 0 0 ( 493) unstable device for pgate_pthin_25od_Dev 0 0 ( 495) unstable device for rnpolys_r_Device_317 0 0 ( 497) unstable device for mt5res_Device_316 0 0 ( 499) unstable device for ct_ind_Device_315 0 0 ( 501) unstable device for var_nw_rf18_nw_Devic 0 0 ( 503) unstable device for var_nw3_rf_nw_Device 0 0 ( 505) unstable device for pgate_pthin_33nw_5t_ 0 0 ( 507) unstable device for pgate_pthin_lvnw_Dev 0 0 ( 509) unstable device for nwsti_r_Device_310 0 0 ( 511) unstable device for pgate_pthin_hvnw_Dev 0 0 ( 513) unstable device for RCTM_RF2P0UD_Device_ 0 0 ( 515) unstable device for RCTM_RF1P5UD_Device_ 0 0 ( 517) unstable device for RCTM_RF1P0UD_Device_ 0 0 ( 519) unstable device for RCTM_RF2P0_Device_30 0 0 ( 521) unstable device for RCTM_RF1P5_Device_30 0 0 ( 523) unstable device for RCTM_RF1P0_Device_30 0 0 ( 525) unstable device for rpodwo_mr_Device_302 0 0 ( 527) unstable device for pgate_pthin_25ud_Dev 0 0 ( 529) unstable device for rnpolys_d_Device_300 0 0 ( 531) unstable device for ngate_nthin_33_Devic 0 0 ( 533) unstable device for rnpolywo_d_Device_29 0 0 ( 535) unstable device for pgate_pthin_mlv_Devi 0 0 ( 537) unstable device for mom24_mx_reg_Device_ 0 0 ( 539) unstable device for mom24_reg_rf_Device_ 0 0 ( 541) unstable device for mom24_reg_Device_294 0 0 ( 543) unstable device for mom14_mx_reg_Device_ 0 0 ( 545) unstable device for mom14_reg_rf_Device_ 0 0 ( 547) unstable device for mom14_reg_Device_291 0 0 ( 549) unstable device for mom13_mx_reg_Device_ 0 0 ( 551) unstable device for mom13_reg_rf_Device_ 0 0 ( 553) unstable device for mom13_reg_Device_288 0 0 ( 555) unstable device for ngate_nthin_hvnodnw_ 0 0 ( 557) unstable device for var_nw3_rf_hvt_nw_De 0 0 ( 559) unstable device for ngate_nthin_25nodnwo 0 0 ( 561) unstable device for pgate_pthin_25nw_5t_ 0 0 ( 563) unstable device for pgate_pthin_hvnw_5t_ 0 0 ( 565) unstable device for PROBEM4_Device_282 0 0 ( 567) unstable device for rnods_r_Device_281 0 0 ( 569) unstable device for rppolys_d_Device_280 0 0 ( 571) unstable device for PROBEM2_Device_279 0 0 ( 573) unstable device for ndio_hia_Device_278 0 0 ( 575) unstable device for rfpad_15_Device_277 0 0 ( 577) unstable device for var_nw_rf33_nw_Devic 0 0 ( 579) unstable device for sbd_rfnw_Device_275 0 0 ( 581) unstable device for pgate_pthin_25nwud_5 0 0 ( 583) unstable device for rpodl_mr_Device_273 0 0 ( 585) unstable device for ngate_nthin_33nodnw_ 0 0 ( 587) unstable device for pgate_pthin_25ud_5t_ 0 0 ( 589) unstable device for pgate_pthin_25nwod_D 0 0 ( 591) unstable device for rppolys_r_Device_269 0 0 ( 593) unstable device for RCTM_R2P0_3T_Device_ 0 0 ( 595) unstable device for RCTM_R1P5_3T_Device_ 0 0 ( 597) unstable device for RCTM_R1P0_3T_Device_ 0 0 ( 599) unstable device for ngate_nthin_25od_Dev 0 0 ( 601) unstable device for rppolyl_rf_Device_26 0 0 ( 603) unstable device for PROBEM1_Device_263 0 0 ( 605) unstable device for pvar_rf25_Device_262 0 0 ( 607) unstable device for pgate_pthin_25_5t_De 0 0 ( 609) unstable device for mt3res_Device_260 0 0 ( 611) unstable device for pgate_pthin_18_Devic 0 0 ( 613) unstable device for ngate_nthin_mlv_Devi 0 0 ( 615) unstable device for std_ind_Device_257 0 0 ( 617) unstable device for ngate_nthin_25nodnwu 0 0 ( 619) unstable device for ngate_nthin_33_6t_De 0 0 ( 621) unstable device for rppolys_rf_Device_25 0 0 ( 623) unstable device for ngate_nthin_18_Devic 0 0 ( 625) unstable device for ngate_nthin_hv_6t_De 0 0 ( 627) unstable device for pgate_pthin_mlvnw_De 0 0 ( 629) unstable device for ngate_nthin_6t_Devic 0 0 ( 631) unstable device for pgate_pthin_33_5t_De 0 0 ( 633) unstable device for rnodl_mr_Device_248 0 0 ( 635) unstable device for var_nw3_rf_hvt_Devic 0 0 ( 637) unstable device for lin_nw_rf_Device_246 0 0 ( 639) unstable device for rppolywo_r_Device_24 0 0 ( 641) unstable device for pgate_pthin_5t_Devic 0 0 ( 643) unstable device for rnodwo_r_Device_243 0 0 ( 645) unstable device for ngate_nthin_mlvnodnw 0 0 ( 647) unstable device for pvar_rf_Device_241 0 0 ( 649) unstable device for vargt_18_Device_240 0 0 ( 651) unstable device for rppolywo_rf_Device_2 0 0 ( 653) unstable device for pdio_hia_Device_238 0 0 ( 655) unstable device for pgate_pthin_Device_2 0 0 ( 657) unstable device for rnpolywo_r_Device_23 0 0 ( 659) unstable device for ngate_nthin_25_6t_De 0 0 ( 661) unstable device for rnodl_r_Device_234 0 0 ( 663) unstable device for sbd_rfdnw_Device_233 0 0 ( 665) unstable device for rnpolyl_r_Device_232 0 0 ( 667) unstable device for vargt_25_Device_231 0 0 ( 669) unstable device for pgate_pthin_25nwud_D 0 0 ( 671) unstable device for mt6res_Device_229 0 0 ( 673) unstable device for rpods_mr_Device_228 0 0 ( 675) unstable device for jvar_rfnw_Device_227 0 0 ( 677) unstable device for ngate_nthin_25_Devic 0 0 ( 679) unstable device for rnodwo_mr_Device_225 0 0 ( 681) unstable device for ngate_nthin_mlv_6t_D 0 0 ( 683) unstable device for rpods_r_Device_223 0 0 ( 685) unstable device for pgate_pthin_mlv_5t_D 0 0 ( 687) unstable device for pvar_rf18_Device_221 0 0 ( 689) unstable device for rnpolyl_d_Device_220 0 0 ( 691) unstable device for ngate_nthin_25ud_6t_ 0 0 ( 693) unstable device for ngate_nthin_lvnodnw_ 0 0 ( 695) unstable device for rfpad_23_Device_217 0 0 ( 697) unstable device for pgate_pthin_25_Devic 0 0 ( 699) unstable device for PROBEM3_Device_215 0 0 ( 701) unstable device for vargt_33_Device_214 0 0 ( 703) unstable device for ngate_nthin_25ud_Dev 0 0 ( 705) unstable device for var_nw_rf18_Device_2 0 0 ( 707) unstable device for pgate_pthin_18_5t_De 0 0 ( 709) unstable device for ngate_nthin_18nodnw_ 0 0 ( 711) unstable device for pgate_pthin_18nw_Dev 0 0 ( 713) unstable device for pgate_pthin_hv_5t_De 0 0 ( 715) unstable device for ngate_nthin_nodnw_De 0 0 ( 717) unstable device for pgate_pthin_18nw_5t_ 0 0 ( 719) unstable device for lin_nw_Device_205 0 0 ( 721) unstable device for rnods_mr_Device_204 0 0 ( 723) unstable device for mim_r_CAP_203 0 0 ( 725) unstable device for pdiohlpg_DIODE_202 0 0 ( 727) unstable device for cndionlpg_DIODE_201 0 0 ( 729) unstable device for endio_DIODE_200 0 0 ( 731) unstable device for ndio_25naod_DIODE_19 0 0 ( 733) unstable device for pdioh_DIODE_198 0 0 ( 735) unstable device for ndio_25na_DIODE_197 0 0 ( 737) unstable device for ndioh_DIODE_196 0 0 ( 739) unstable device for epdio_DIODE_195 0 0 ( 741) unstable device for cnwdio_DIODE_194 0 0 ( 743) unstable device for ipdio_25od_DIODE_193 0 0 ( 745) unstable device for indio_33_DIODE_192 0 0 ( 747) unstable device for cpdiolpg_DIODE_191 0 0 ( 749) unstable device for cndioilvt_DIODE_190 0 0 ( 751) unstable device for ipdio_25_DIODE_189 0 0 ( 753) unstable device for cndiolpg_DIODE_188 0 0 ( 755) unstable device for cndio_DIODE_187 0 0 ( 757) unstable device for ndio_18na_DIODE_186 0 0 ( 759) unstable device for cpdio_DIODE_185 0 0 ( 761) unstable device for inwdio_33_DIODE_184 0 0 ( 763) unstable device for indio_25_DIODE_183 0 0 ( 765) unstable device for indio_18_DIODE_182 0 0 ( 767) unstable device for ipdio_18_DIODE_181 0 0 ( 769) unstable device for pdiol_DIODE_180 0 0 ( 771) unstable device for ipdio_25ud_DIODE_179 0 0 ( 773) unstable device for ipdio_33_DIODE_178 0 0 ( 775) unstable device for indio_25od_DIODE_177 0 0 ( 777) unstable device for ndiohlpg_DIODE_176 0 0 ( 779) unstable device for pdioilvt_DIODE_175 0 0 ( 781) unstable device for indio_25ud_DIODE_174 0 0 ( 783) unstable device for cndion_DIODE_173 0 0 ( 785) unstable device for inwdio_25_DIODE_172 0 0 ( 787) unstable device for ydio_DIODE_171 0 0 ( 789) unstable device for inwdio_18_DIODE_170 0 0 ( 791) unstable device for ndio_25naud_DIODE_16 0 0 ( 793) unstable device for ndio_33na_DIODE_168 0 0 ( 795) unstable device for ndiol_DIODE_167 0 0 ( 797) unstable device for cemit5s_BJT_166 0 0 ( 799) unstable device for cemit2s_BJT_165 0 0 ( 801) unstable device for cemit2_mac_BJT_164 0 0 ( 803) unstable device for cnemit10s_mac_BJT_16 0 0 ( 805) unstable device for cemit5s_mac_BJT_162 0 0 ( 807) unstable device for cnemit2s_BJT_161 0 0 ( 809) unstable device for cnemit10_BJT_160 0 0 ( 811) unstable device for cemit5_BJT_159 0 0 ( 813) unstable device for cnemit2s_mac_BJT_158 0 0 ( 815) unstable device for cemit5_mac_BJT_157 0 0 ( 817) unstable device for cnemit5s_mac_BJT_156 0 0 ( 819) unstable device for cnemit10_mac_BJT_155 0 0 ( 821) unstable device for cnemit5s_BJT_154 0 0 ( 823) unstable device for cnemit2_BJT_153 0 0 ( 825) unstable device for cemit2s_mac_BJT_152 0 0 ( 827) unstable device for cnemit10s_BJT_151 0 0 ( 829) unstable device for cnemit2_mac_BJT_150 0 0 ( 831) unstable device for cemit10s_mac_BJT_149 0 0 ( 833) unstable device for cnemit5_BJT_148 0 0 ( 835) unstable device for cemit10s_BJT_147 0 0 ( 837) unstable device for cemit10_mac_BJT_146 0 0 ( 839) unstable device for cnemit5_mac_BJT_145 0 0 ( 841) unstable device for cemit2_BJT_144 0 0 ( 843) unstable device for cemit10_BJT_143 0 0 ( 845) unstable device for pgate_25hvd_LDD_142 0 0 ( 847) unstable device for pgate_25hvd_mac_LDD_ 0 0 ( 849) unstable device for ngate_25hvdw_mac_LDD 0 0 ( 851) unstable device for ngate_25hvd_mac_LDD_ 0 0 ( 853) unstable device for ngate_25hvdw_LDD_138 0 0 ( 855) unstable device for ngate_25hvd_LDD_137 0 0 ( 857) unstable device for pgate_1tr_MOS_136 0 0 ( 859) unstable device for pgate_18_MOS_135 0 0 ( 861) unstable device for pgate_25_mac_MOS_134 0 0 ( 863) unstable device for pgate_MOS_133 0 0 ( 865) unstable device for pgate_25od_mac_MOS_1 0 0 ( 867) unstable device for pgate_hvsdp_MOS_131 0 0 ( 869) unstable device for pgate_swo_MOS_130 0 0 ( 871) unstable device for pgate_slpg_MOS_129 0 0 ( 873) unstable device for pilvtgate_MOS_128 0 0 ( 875) unstable device for pgate_sdplpg_MOS_127 0 0 ( 877) unstable device for puvgate_MOS_126 0 0 ( 879) unstable device for pgate_sulp_MOS_125 0 0 ( 881) unstable device for pgate_swi_MOS_124 0 0 ( 883) unstable device for phvgatelpg_MOS_123 0 0 ( 885) unstable device for pgate_st_MOS_122 0 0 ( 887) unstable device for pilvtgate_mac_MOS_12 0 0 ( 889) unstable device for pgate_18_mac_MOS_120 0 0 ( 891) unstable device for pgate_stplpg_MOS_119 0 0 ( 893) unstable device for puhvgate_MOS_118 0 0 ( 895) unstable device for pgate_w1t_lvt_MOS_11 0 0 ( 897) unstable device for pgate_25ud_mac_MOS_1 0 0 ( 899) unstable device for pgate_33_MOS_115 0 0 ( 901) unstable device for pgate_hvsdphc_MOS_11 0 0 ( 903) unstable device for pgate_s_MOS_113 0 0 ( 905) unstable device for pgate_sdp_MOS_112 0 0 ( 907) unstable device for pgate_sdphc_MOS_111 0 0 ( 909) unstable device for pgate_33_mac_MOS_110 0 0 ( 911) unstable device for plvgate_mac_MOS_109 0 0 ( 913) unstable device for puhvgate_mac_MOS_108 0 0 ( 915) unstable device for pgate_hvs_MOS_107 0 0 ( 917) unstable device for pgate_w1t_MOS_106 0 0 ( 919) unstable device for phvgate_mac_MOS_105 0 0 ( 921) unstable device for pgate_mac_MOS_104 0 0 ( 923) unstable device for phvgate_MOS_103 0 0 ( 925) unstable device for pgatelpg_MOS_102 0 0 ( 927) unstable device for puvgate_mac_MOS_101 0 0 ( 929) unstable device for pgate_25od_MOS_100 0 0 ( 931) unstable device for plvgate_MOS_99 0 0 ( 933) unstable device for pgate_sdpulp_MOS_98 0 0 ( 935) unstable device for pgate_25ud_MOS_97 0 0 ( 937) unstable device for pgate_25_MOS_96 0 0 ( 939) unstable device for n1ilvtgate_MOS_95 0 0 ( 941) unstable device for ngate_25_MOS_94 0 0 ( 943) unstable device for n1hvgate_MOS_93 0 0 ( 945) unstable device for ngate_33_MOS_92 0 0 ( 947) unstable device for n1uhvgate_MOS_91 0 0 ( 949) unstable device for ngate_25ud_MOS_90 0 0 ( 951) unstable device for ngate_spdlpgtp_MOS_8 0 0 ( 953) unstable device for ngate_spddp_MOS_88 0 0 ( 955) unstable device for ngate_hvspg_MOS_87 0 0 ( 957) unstable device for dngate_33_MOS_86 0 0 ( 959) unstable device for ngate_33_mac_MOS_85 0 0 ( 961) unstable device for n1lvgate_mac_MOS_84 0 0 ( 963) unstable device for ngate_18_MOS_83 0 0 ( 965) unstable device for ngate_dnw_w_lvt_MOS_ 0 0 ( 967) unstable device for dngate_25od_mac_MOS_ 0 0 ( 969) unstable device for nilvtgate_MOS_80 0 0 ( 971) unstable device for ngate_hvspddp_MOS_79 0 0 ( 973) unstable device for ngate_25na_mac_MOS_7 0 0 ( 975) unstable device for ngate_25naud_mac_MOS 0 0 ( 977) unstable device for dngate_33_mac_MOS_76 0 0 ( 979) unstable device for ngate_spgwo_MOS_75 0 0 ( 981) unstable device for ngate_25naod_mac_MOS 0 0 ( 983) unstable device for ngate_spdlpg_MOS_73 0 0 ( 985) unstable device for ngate_spglpgdp_MOS_7 0 0 ( 987) unstable device for nuhvgate_mac_MOS_71 0 0 ( 989) unstable device for ngate_33na_MOS_70 0 0 ( 991) unstable device for ngate_25od_MOS_69 0 0 ( 993) unstable device for ngate_25naod_MOS_68 0 0 ( 995) unstable device for ngate_hvspddphc_MOS_ 0 0 ( 997) unstable device for n1lvgate_MOS_66 0 0 ( 999) unstable device for dngate_25_MOS_65 0 0 ( 1001) unstable device for n1uhvgate_mac_MOS_64 0 0 ( 1003) unstable device for dngate_18_mac_MOS_63 0 0 ( 1005) unstable device for dngate_25_mac_MOS_62 0 0 ( 1007) unstable device for ngate_spgdphc_MOS_61 0 0 ( 1009) unstable device for ngate_w1t_MOS_60 0 0 ( 1011) unstable device for ngate_25_mac_MOS_59 0 0 ( 1013) unstable device for ngate_hvspd_MOS_58 0 0 ( 1015) unstable device for nrgate_mac_MOS_57 0 0 ( 1017) unstable device for dngate_esd18_mac_MOS 0 0 ( 1019) unstable device for ngate_spdlpgdp_MOS_5 0 0 ( 1021) unstable device for dngate_25ud_mac_MOS_ 0 0 ( 1023) unstable device for ngate_33na_mac_MOS_5 0 0 ( 1025) unstable device for nhvgate_MOS_52 0 0 ( 1027) unstable device for ngate_18na_mac_MOS_5 0 0 ( 1029) unstable device for ngate_mac_MOS_50 0 0 ( 1031) unstable device for ngate_spdwo_MOS_49 0 0 ( 1033) unstable device for ngate_spg_MOS_48 0 0 ( 1035) unstable device for ngate_25ud_mac_MOS_4 0 0 ( 1037) unstable device for n1uvgate_MOS_46 0 0 ( 1039) unstable device for ngate_spdulp_MOS_45 0 0 ( 1041) unstable device for ngate_esd18_mac_MOS_ 0 0 ( 1043) unstable device for nlgatelpg_MOS_43 0 0 ( 1045) unstable device for ngate_25od_mac_MOS_4 0 0 ( 1047) unstable device for ngate_25naud_MOS_41 0 0 ( 1049) unstable device for ngate_spgwi_MOS_40 0 0 ( 1051) unstable device for ngate_spddphc_MOS_39 0 0 ( 1053) unstable device for ngate_esd18_MOS_38 0 0 ( 1055) unstable device for ngate_hvspgdp_MOS_37 0 0 ( 1057) unstable device for nuhvgate_MOS_36 0 0 ( 1059) unstable device for ngate_spglpgtp_MOS_3 0 0 ( 1061) unstable device for ngate_spgulp_MOS_34 0 0 ( 1063) unstable device for dngate_25od_MOS_33 0 0 ( 1065) unstable device for ngate_1tr_MOS_32 0 0 ( 1067) unstable device for nlvgate_mac_MOS_31 0 0 ( 1069) unstable device for nuvgate_MOS_30 0 0 ( 1071) unstable device for n1uvgate_mac_MOS_29 0 0 ( 1073) unstable device for nuvgate_mac_MOS_28 0 0 ( 1075) unstable device for ngate_spdulpdp_MOS_2 0 0 ( 1077) unstable device for ngate_18na_MOS_26 0 0 ( 1079) unstable device for ngate_w1t_lvt_MOS_25 0 0 ( 1081) unstable device for ngate_spglpg_MOS_24 0 0 ( 1083) unstable device for dngate_18_MOS_23 0 0 ( 1085) unstable device for ngate_MOS_22 0 0 ( 1087) unstable device for nhvgatelpg_MOS_21 0 0 ( 1089) unstable device for ngate_spd_MOS_20 0 0 ( 1091) unstable device for ngatelpg_MOS_19 0 0 ( 1093) unstable device for nhvgate_mac_MOS_18 0 0 ( 1095) unstable device for ngate_spdwi_MOS_17 0 0 ( 1097) unstable device for ngate_hvspgdphc_MOS_ 0 0 ( 1099) unstable device for n1ilvtgate_mac_MOS_1 0 0 ( 1101) unstable device for dngate_25ud_MOS_14 0 0 ( 1103) unstable device for ngate_25na_MOS_13 0 0 ( 1105) unstable device for ngate_dnw_w_MOS_12 0 0 ( 1107) unstable device for n1hvgate_mac_MOS_11 0 0 ( 1109) unstable device for nilvtgate_mac_MOS_10 0 0 ( 1111) unstable device for nlgate_MOS_9 0 0 ( 1113) unstable device for nlvgate_MOS_8 0 0 ( 1115) unstable device for ngate_spgdp_MOS_7 0 0 ( 1117) unstable device for ngate_18_mac_MOS_6 0 0 ( 1119) unstable device for ngate_spgulpdp_MOS_5 0 0 ( 1121) unstable device for dngate_esd18_MOS_4 0 0 ( 1123) unstable device for nlgate_mac_MOS_3 0 0 ( 1125) unstable device for nrgate_MOS_2 0 0 ( 1127) unstable device for ngate_st_MOS_1 0 0 -------------------------------------------------------------------------------- Total errors: 2 2 -------------------------------------------------------------------------------- Finished creating Error Database ... Writing Report into /home/stefano/Project/TSMC_Projects/Dice/run_assura_lvs/FF_DICE.err ... Rule 4 done. Rule 6 done. avrpt cpu sec: 0.19 elapsed: 0 virtual: 76M Finished /usr/cadence/ASSURA41//tools/assura/bin/avrpt Starting /usr/cadence/ASSURA41//tools/assura/bin/avcallproc /home/stefano/Project/TSMC_Projects/Dice/run_assura_lvs/FF_DICE.rsf -exec1 -LVS -cdslib /home/stefano/Project/TSMC_Projects/Dice/cds.lib -libdefs /home/stefano/Project/TSMC_Projects/Dice/lib.defs Loading tech rule set file : /home/stefano/Project/TSMC_Projects/Dice/Assura/techRuleSets Loading tech rule set file : /home/stefano/Project/TSMC_Projects/Dice/Assura/techRuleSets Loading tech rule set file : /home/stefano/Project/TSMC_Projects/Dice/Assura/techRuleSets Finished /usr/cadence/ASSURA41//tools/assura/bin/avcallproc Starting /usr/cadence/ASSURA41//tools/assura/bin/avnx /home/stefano/Project/TSMC_Projects/Dice/run_assura_lvs/FF_DICE.rsf -exec1 -LVS -cdslib /home/stefano/Project/TSMC_Projects/Dice/cds.lib -libdefs /home/stefano/Project/TSMC_Projects/Dice/lib.defs Virtuoso Framework License (111) was checked out successfully. Total checkout time was 0.10s. *WARNING* lib.defs files and the -libdefs option are no longer supported. The file '/home/stefano/Project/TSMC_Projects/Dice/lib.defs' will be ignored. The cds.lib file '/home/stefano/Project/TSMC_Projects/Dice/cds.lib' takes precedence. Loading tech rule set file : /home/stefano/Project/TSMC_Projects/Dice/Assura/techRuleSets Loading tech rule set file : /home/stefano/Project/TSMC_Projects/Dice/Assura/techRuleSets Loading tech rule set file : /home/stefano/Project/TSMC_Projects/Dice/Assura/techRuleSets Checking out license for Assura_LVS 4.10 *WARNING* lib.defs files and the -libdefs option are no longer supported. The file '/home/stefano/Project/TSMC_Projects/Dice/lib.defs' will be ignored. The cds.lib file '/home/stefano/Project/TSMC_Projects/Dice/cds.lib' takes precedence. @(#)$CDS: avnx version av4.1:Production:dfII6.1.5:IC6.1.5.500.5 09/21/2011 14:57 (xlsfrh35) $ sub-version 4.1_USR2_HF10, integ signature 2011-09-21-1424 run on sirio.dftgroup.uniroma2.it from /usr/cadence/ASSURA41/tools.lnx86/assura/bin/32bit/avnx on Mon Aug 27 15:25:59 2012 avnx started... cpu: 0.42 elap: 1 pf: 0 in: 0 out: 0 virt: 0M phys: 0M Run time = 1.00 seconds CPU time = 0.51 seconds End of Summary Report ************************************************************************ cpu: 0.01 elap: 0 pf: 0 in: 0 out: 0 virt: 0M phys: 0M ***** avnx terminated normally ***** Finished /usr/cadence/ASSURA41//tools/assura/bin/avnx Starting /usr/cadence/ASSURA41//tools/assura/bin/nvn /home/stefano/Project/TSMC_Projects/Dice/run_assura_lvs/FF_DICE.rsf -postExtract -exec1 -cdslib /home/stefano/Project/TSMC_Projects/Dice/cds.lib -libdefs /home/stefano/Project/TSMC_Projects/Dice/lib.defs Checking out license for Assura_LVS 4.10 @(#)$CDS: nvn version av4.1:Production:dfII6.1.5:IC6.1.5.500.5 09/21/2011 14:59 (xlsfrh35) $ sub-version 4.1_USR2_HF10, integ signature 2011-09-21-1424 run on sirio.dftgroup.uniroma2.it at Mon Aug 27 15:26:00 2012 WARNING (AVLVSNN-10029) : 'filter' command has been converted into 'filterOptions' with the same function. 'filter' command is not supported. Use 'filterOptions' instead. Reading schematic network Reading layout network inputting network ./run_assura_lvs/FF_DICE.ldb Preprocessing schematic network phase 1 Preprocessing layout network phase 1 WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10040) : bindingFile/bind rule - schematic cell 'nch_mac(MOS)' is not found. This binding will be skipped. WARNING (AVLVSNN-10041) : bindingFile/bind rule - layout cell 'pch(MOS)' is not found. This binding will be skipped. Error - Can not evaluate parameter 'm' on inst 'M46' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M46' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M42' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M42' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M52' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M52' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M47' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M47' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M43' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M43' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M50' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M50' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M58' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M58' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M61' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M61' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M39' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M39' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M19' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M19' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M17' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M17' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M40' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M40' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M18' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M18' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M16' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M16' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M20' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M20' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M3' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M3' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M56' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M56' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M0' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M0' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M4' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M4' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M7' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Error - Can not evaluate parameter 'm' on inst 'M7' in cell 'FF_DICE schematic DICE_LIB' *ERROR* Unknown Expression Parser Error Type! Preprocessing schematic network phase 2 Preprocessing layout network phase 2 *ERROR* Device 'pch_mac(MOS)' on Schematic is unbound to any Layout device. *ERROR* Device 'nch(MOS)' on Layout is unbound to any Schematic device. *ERROR* UnBound devices found. Info: All devices must be bound or filtered for comparision to be run. Exiting nvn. *WARNING* nvn exit with bad status *WARNING* Status 256 ***** nvn fork terminated abnormally ***** *WARNING* Assura execution terminated