******************************************************************************* */N* DRACULA2 (REV. 2.2/ SUN-3 /GENDATE: 15-Jun-1987) *** ( COPYRIGHT 1987 ) *** */N* EXEC TIME =18:12:30 DATE =29-Jun-88 ******************************************************************************* : : : ** NOTE : PARTIAL DELETIONS OF FILES WILL BE PERFORMED ** CREATING : COMMAND FILE : JXRUN.COM ** NOTE : ALL TEMPORARY DATA FILES CREATED BY THIS JOB WILL BE DELETED AND THOSE FILES WITH EXTENSION ".DAT" IN THE WORKING SUB-DIRECTORY WILL ALSO BE DELETED. END OF DRACULA COMPILATIONS CREATED ON 29-Jun-88 18:12:30 PDRACULA VER 2.2 3/12/87 302 */N* AT STAGE: 1 *DESCRIPTION PRIMARY = BIC WINDOW = 0 0 14080 3173 PROGRAM-DIR = /usr/ecad/ SYSTEM = CIF SCALE = 0.01 MIC RESOLUTION = 0.25 MIC FLAG-OFFGRID = YES INDISK = BIC.cif OUTDISK = BIC.errors.cif KEEPDATA = SMART MODE = EXEC NOW SYSOUT = CIF SCALEOUT = 0.25 MIC PRINTFILE = drclog *END ; newVTI.rul ; ============================================================================ ; Copyright (C) 1986, 1987 by Xerox Corporation. All rights reserved. ; Written by Mark Ross January 13, 1987 8:24:13 am PST ; ; The design rules contained herein are proprietary and confidential. Any ; release of these rules without the written consent of Xerox Corporation is prohibited. ; ; Command file for 2 micron design rules. ; Basic design rules (i.e., those common to VTI and Dragon) are contained in this file. ; An advisory set of rules can be found by looking in AdvisoryDrc.rul. ; ; Rules which are not checked: ; Bonding pads, I/O rules, well and substrate Taps. For more info on these see ; VTI document 02-ECLA-2 rev *F ; ; Edit History: ; ; -- Last Edited: Ross March 30, 1987 9:26:37 am PST ; Added checks for max. size of vias and contacts. ; Added the complete set of VTI design rules. ; -- Last Edited: Ross April 16, 1987 1:38:30 pm PDT ; Modified check for large vias not to flag large vias under oxide cut ; ; -- Last Edited: Ross April 27, 1987 9:30:11 am PDT ; Modified rules implementation to use atoms from VTIRulesImpl.mesa ; -- Last Edited: Christian Le Cocq March 24, 1988 10:23:40 am PST ; Reordered the set of rules to minimize temporary disk space during run time ; ============================================================================ ; the DESCRIPTION block is now provided by the shell ; ============================================================================ ; Specify the input layers coming from the tape. ; ============================================================================ *Input-Layer nwell = CNW nwcont = CNWC pwcont = CPWC ndiff = CND pdiff = CPD poly = CP cont = CC met1 = CM via = CC2 met2 = CM2 butting = CB pad = CG *END ; ============================================================================ ; Actual DRC follows: ; ============================================================================ *Operation ; Create all of the right "things" from the mask data ;NOT cont butting contact ; Eliminate all of the butting contacts. ;AND cont butting butcont ; The residue will go here. ; Generate necessary layers ; AND pdiff contact pdcont ; AND ndiff contact ndcont ; **** Met2 Rules **** WIDTH met2 LT 3 OUTPUT err2m1 7 ; VTIRule 6.8.1 (3) EXT[h] met2 LT 4 OUTPUT err2m2 7 ; VTIRule 6.8.2 (4) ENC[to] via met2 LT 1 OUTPUT errv4 6 ; VTIRule 6.7.5 (1) ; **** Met1 Rules **** WIDTH met1 LT 2 OUTPUT err1m1 5 ; VTIRule 6.6.1 (2) EXT[h] met1 LT 3 OUTPUT err1m2 5 ; VTIRule 6.6.2 (3) ENC[to] via met1 LT 1 OUTPUT errv3 6 ; VTIRule 6.7.5 (1) NOT cont butting contact ; Eliminate all of the butting contacts. ENC[to] contact met1 LT 1 OUTPUT errc7 4 ; VTIRule 6.5.1.8 (1) ; **** Via Rules **** WIDTH via LT 2 OUTPUT errv1 6 ; VTIRule 6.7.2 (2) WIDTH[r] via LE 5 gdvia NOT via gdvia bdvia NOT bdvia pad rbdvia OUTPUT errv9 6 ; VTIRule 6.7.3 big via over pad ok EXT[h] via LT 4 OUTPUT errv2 6 ; VTIRule 6.7.4 (4) EXT via poly LT 2 OUTPUT errv5 6 ; VTIRule 6.7.6 (2) ENC[to] via poly LT 3 OUTPUT errv6 6 ; VTIRule 6.7.7 (3) OR nwcont pwcont cdiff OR pdiff ndiff sdiff OR cdiff sdiff diff AND diff contact dcont EXT[to] via dcont LT 2 OUTPUT errv7 6 ; VTIRule 6.7.8 (2) AND poly contact polcont EXT[to] via polcont LT 3 OUTPUT errv8 6 ; VTIRule 6.7.9 (3) ; **** Poly Rules **** WIDTH poly LT 2 OUTPUT errp1 3 ; VTIRule 6.4.1 (2) EXT[h] poly LT 2.5 OUTPUT errp2 3 ; VTIRule 6.4.3 (2.5) AND poly ndiff ntrans AND poly pdiff ptrans OR ptrans ntrans trans ENC[t] trans sdiff LT 0.01 & ENC[t] trans poly LT 2 OUTPUT errp3 3 ; VTIRule 6.4.4 (2) EXT[t] poly diff LT 1 OUTPUT errp4 3 ; VTIRule 6.4.5 (1) AND poly cdiff foo OUTPUT errp5 3 ; Poly over tap ENC[to] contact poly LT 1 OUTPUT errc3 4 ; VTIRule 6.5.1.4 (1) ; **** Contact Rules **** WIDTH contact LT 2 OUTPUT errc1 4 ; VTIRule 6.5.1.1 (2) WIDTH[r] contact LE 5 gdcont NOT contact gdcont bdcont OUTPUT errc9 4 ; VTI rule 6.5.1.2 (5x5) EXT[h] contact LT 3 OUTPUT errc2 4 ; VTIRule 6.5.1.3 (3) ENC[to] contact diff LT 1 OUTPUT errc4 4 ; VTIRule 6.5.1.5 (1) EXT[t] dcont trans LT 1.5 OUTPUT errc5 4 ; VTIRule 6.5.1.6 (1.5) EXT[t] polcont diff LT 2 OUTPUT errc6 4 ; VTIRule 6.5.1.7 (2) EXT[o] trans cdiff LT 3 OUTPUT errc8 4 ; VTIRule 6.5.2.3 (3) ; Any "butting contact" which is not generated atomically will be flagged. ; **** Diffusion Rules **** WIDTH diff LT 2 OUTPUT errd1 2 ; VTIRule 6.3.1 (2) ENC[t] trans sdiff LT 0.01 & WIDTH trans lt 3 OUTPUT errd2 2 ; VTIRule 6.3.2 (3) EXT[h] diff LT 3.5 OUTPUT errd3 2 ; VTIRule 6.3.3 (3.5) EXT[o] sdiff cdiff LT 3.5 OUTPUT errd4 2 ; VTIRule 6.3.4 (3.5) ENC[to] pdiff nwell LT 5 OUTPUT errd5 2 ; VTIRule 6.3.5 (5) ENC[to] nwcont nwell LT 3 OUTPUT errd6 2 ; VTIRule 6.3.6 (3) EXT[to] ndiff nwell LT 7 OUTPUT errd7 2 ; VTIRule 6.3.7 (7) EXT[to] pwcont nwell LT 5 OUTPUT errd9 2 ; VTIRule 6.3.9 (5) EXT[to] pwcont nwcont LT 4 OUTPUT errd10 2 ; VTIRule 6.3.10 (4) EXT[to] pdiff ndiff LT 12 OUTPUT errd11 2 ; VTIRule 6.3.12 (12) ENC trans diff LT 3 OUTPUT errd12 2 ; VTIRule 6.3.18 (3) ; **** Misc. Checks **** AND ndiff nwell junk1 OUTPUT errsc1 8 ; Check for bad ndiff NOT pdiff nwell junk2 OUTPUT errsc2 8 ; Check for bad pdiff ; **** Tub Rules **** WIDTH nwell LT 4 OUTPUT errw1 1 ; VTIRule 6.1.1 (4) EXT[h] nwell LT 12 OUTPUT errw2 1 ; VTIRule 6.1.2 (12) *END ******************************************************************************* */N* CIFIN (REV. 2.2/ SUN-3 /GENDATE: 15-Jun-1987) *** ( COPYRIGHT 1987 ) *** */N* EXEC TIME =18:12:39 DATE =29-Jun-88 ******************************************************************************* PRIMARY CELL NAME : BIC LAYER-# DATA-TYPE LAYER-NAME TEXT-LAYER TEXT-TYPE CIF-LAY CIF-TEXT 1 -1 9NWELL 0 0 CNW 2 -1 9NWCONT 0 0 CNWC 3 -1 9PWCONT 0 0 CPWC 4 -1 9NDIFF 0 0 CND 5 -1 9PDIFF 0 0 CPD 6 -1 9POLY 0 0 CP 7 -1 9CONT 0 0 CC 8 -1 9MET1 0 0 CM 9 -1 9VIA 0 0 CC2 10 -1 9MET2 0 0 CM2 11 -1 9BUTTING 0 0 CB 12 -1 9PAD 0 0 CG **** ARRAY PROCESSING TABLE **** **** DELETE STRUCTURE TABLE **** PLACEMENT STATISTICS FOR CELL 1/PadBlank PLACEMENT STATISTICS FOR CELL 2/Pad5V.mask 1/PadBlank 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 3/3 2/Pad5V.mask 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 4/LeftPads 3/3 14 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 5/LargePadBlank PLACEMENT STATISTICS FOR CELL 6/SidePowerPad.mask 1/PadBlank 2 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 7/SidePowerPads2VSide.mask 5/LargePadBlank 1 CELL-PLMTS 6/SidePowerPad.mask 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 8/PowerPad.mask 1/PadBlank 2 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 9/PadVddGnd2VSide.mask 5/LargePadBlank 1 CELL-PLMTS 8/PowerPad.mask 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 10/PadIO2V 1/PadBlank 2 CELL-PLMTS 5/LargePadBlank 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 11/TopSide 7/SidePowerPads2VSide.mask 2 CELL-PLMTS 9/PadVddGnd2VSide.mask 6 CELL-PLMTS 10/PadIO2V 30 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 12/12 2/Pad5V.mask 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 13/RightPads 12/12 14 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 14/BottomSide 2/Pad5V.mask 60 CELL-PLMTS 6/SidePowerPad.mask 2 CELL-PLMTS 8/PowerPad.mask 6 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 15/invBuffer PLACEMENT STATISTICS FOR CELL 16/inv PLACEMENT STATISTICS FOR CELL 17/17 PLACEMENT STATISTICS FOR CELL 18/tstDriver 17/17 2 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 19/a22o2i PLACEMENT STATISTICS FOR CELL 20/ffEn PLACEMENT STATISTICS FOR CELL 21/21 15/invBuffer 17 CELL-PLMTS 16/inv 6 CELL-PLMTS 18/tstDriver 4 CELL-PLMTS 19/a22o2i 4 CELL-PLMTS 20/ffEn 3 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 22/ff PLACEMENT STATISTICS FOR CELL 23/nand2 PLACEMENT STATISTICS FOR CELL 24/nand3 PLACEMENT STATISTICS FOR CELL 25/or2 PLACEMENT STATISTICS FOR CELL 26/26 15/invBuffer 21 CELL-PLMTS 16/inv 7 CELL-PLMTS 18/tstDriver 4 CELL-PLMTS 20/ffEn 1 CELL-PLMTS 22/ff 2 CELL-PLMTS 23/nand2 1 CELL-PLMTS 24/nand3 1 CELL-PLMTS 25/or2 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 27/nor2 PLACEMENT STATISTICS FOR CELL 28/28 15/invBuffer 18 CELL-PLMTS 16/inv 8 CELL-PLMTS 18/tstDriver 4 CELL-PLMTS 19/a22o2i 2 CELL-PLMTS 20/ffEn 2 CELL-PLMTS 27/nor2 4 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 29/29 15/invBuffer 18 CELL-PLMTS 16/inv 6 CELL-PLMTS 18/tstDriver 4 CELL-PLMTS 19/a22o2i 2 CELL-PLMTS 20/ffEn 2 CELL-PLMTS 22/ff 1 CELL-PLMTS 27/nor2 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 30/30 15/invBuffer 14 CELL-PLMTS 16/inv 5 CELL-PLMTS 18/tstDriver 1 CELL-PLMTS 20/ffEn 3 CELL-PLMTS 22/ff 1 CELL-PLMTS 23/nand2 1 CELL-PLMTS 24/nand3 2 CELL-PLMTS 25/or2 1 CELL-PLMTS 27/nor2 3 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 31/nor4 PLACEMENT STATISTICS FOR CELL 32/32 15/invBuffer 12 CELL-PLMTS 16/inv 2 CELL-PLMTS 18/tstDriver 2 CELL-PLMTS 20/ffEn 1 CELL-PLMTS 22/ff 1 CELL-PLMTS 25/or2 3 CELL-PLMTS 27/nor2 1 CELL-PLMTS 31/nor4 8 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 33/33 15/invBuffer 17 CELL-PLMTS 16/inv 8 CELL-PLMTS 18/tstDriver 4 CELL-PLMTS 19/a22o2i 1 CELL-PLMTS 20/ffEn 2 CELL-PLMTS 27/nor2 3 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 34/and3 PLACEMENT STATISTICS FOR CELL 35/35 15/invBuffer 12 CELL-PLMTS 16/inv 5 CELL-PLMTS 18/tstDriver 4 CELL-PLMTS 19/a22o2i 3 CELL-PLMTS 20/ffEn 3 CELL-PLMTS 34/and3 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 36/36 15/invBuffer 15 CELL-PLMTS 16/inv 4 CELL-PLMTS 18/tstDriver 2 CELL-PLMTS 19/a22o2i 4 CELL-PLMTS 20/ffEn 3 CELL-PLMTS 27/nor2 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 37/xnor2 PLACEMENT STATISTICS FOR CELL 38/38 15/invBuffer 9 CELL-PLMTS 16/inv 6 CELL-PLMTS 18/tstDriver 1 CELL-PLMTS 20/ffEn 4 CELL-PLMTS 27/nor2 3 CELL-PLMTS 34/and3 1 CELL-PLMTS 37/xnor2 3 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 39/nor3 PLACEMENT STATISTICS FOR CELL 40/40 15/invBuffer 17 CELL-PLMTS 16/inv 10 CELL-PLMTS 18/tstDriver 5 CELL-PLMTS 20/ffEn 1 CELL-PLMTS 22/ff 1 CELL-PLMTS 23/nand2 1 CELL-PLMTS 39/nor3 4 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 41/41 15/invBuffer 25 CELL-PLMTS 16/inv 3 CELL-PLMTS 18/tstDriver 1 CELL-PLMTS 19/a22o2i 2 CELL-PLMTS 20/ffEn 2 CELL-PLMTS 22/ff 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 42/42 15/invBuffer 18 CELL-PLMTS 16/inv 6 CELL-PLMTS 18/tstDriver 7 CELL-PLMTS 19/a22o2i 3 CELL-PLMTS 20/ffEn 2 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 43/43 15/invBuffer 28 CELL-PLMTS 19/a22o2i 3 CELL-PLMTS 20/ffEn 3 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 44/DBusControl 21/21 1 CELL-PLMTS 26/26 1 CELL-PLMTS 28/28 1 CELL-PLMTS 29/29 1 CELL-PLMTS 30/30 1 CELL-PLMTS 32/32 1 CELL-PLMTS 33/33 1 CELL-PLMTS 35/35 1 CELL-PLMTS 36/36 1 CELL-PLMTS 38/38 1 CELL-PLMTS 40/40 1 CELL-PLMTS 41/41 1 CELL-PLMTS 42/42 1 CELL-PLMTS 43/43 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 45/45 44/DBusControl 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 46/46 45/45 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 47/leftStitch.mask PLACEMENT STATISTICS FOR CELL 48/inv80.mask PLACEMENT STATISTICS FOR CELL 49/inv160.mask PLACEMENT STATISTICS FOR CELL 50/inv320 49/inv160.mask 2 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 51/nor40.mask PLACEMENT STATISTICS FOR CELL 52/nand80.mask PLACEMENT STATISTICS FOR CELL 53/ck2V.mask PLACEMENT STATISTICS FOR CELL 54/tristate80.mask PLACEMENT STATISTICS FOR CELL 55/tristate160 54/tristate80.mask 2 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 56/storage4.mask PLACEMENT STATISTICS FOR CELL 57/tristate320 54/tristate80.mask 4 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 58/rightStitch.mask PLACEMENT STATISTICS FOR CELL 59/KSAbut 47/leftStitch.mask 1 CELL-PLMTS 48/inv80.mask 6 CELL-PLMTS 49/inv160.mask 1 CELL-PLMTS 50/inv320 5 CELL-PLMTS 51/nor40.mask 2 CELL-PLMTS 52/nand80.mask 1 CELL-PLMTS 53/ck2V.mask 1 CELL-PLMTS 55/tristate160 1 CELL-PLMTS 56/storage4.mask 2 CELL-PLMTS 57/tristate320 1 CELL-PLMTS 58/rightStitch.mask 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 60/60 59/KSAbut 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 61/ruler.mask PLACEMENT STATISTICS FOR CELL 62/KSSlice 60/60 1 CELL-PLMTS 61/ruler.mask 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 63/63 62/KSSlice 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 64/smallStep.mask PLACEMENT STATISTICS FOR CELL 65/delay.mask PLACEMENT STATISTICS FOR CELL 66/tap4.mask PLACEMENT STATISTICS FOR CELL 67/delay4 65/delay.mask 4 CELL-PLMTS 66/tap4.mask 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 68/space.mask PLACEMENT STATISTICS FOR CELL 69/inv20.mask PLACEMENT STATISTICS FOR CELL 70/ClockAbut 47/leftStitch.mask 1 CELL-PLMTS 48/inv80.mask 1 CELL-PLMTS 50/inv320 1 CELL-PLMTS 58/rightStitch.mask 1 CELL-PLMTS 64/smallStep.mask 1 CELL-PLMTS 67/delay4 4 CELL-PLMTS 68/space.mask 1 CELL-PLMTS 69/inv20.mask 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 71/71 70/ClockAbut 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 72/ClockSlice 61/ruler.mask 1 CELL-PLMTS 71/71 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 73/73 72/ClockSlice 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 74/inv40.mask PLACEMENT STATISTICS FOR CELL 75/inv640 49/inv160.mask 4 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 76/DBusAbut 47/leftStitch.mask 1 CELL-PLMTS 49/inv160.mask 6 CELL-PLMTS 52/nand80.mask 3 CELL-PLMTS 58/rightStitch.mask 1 CELL-PLMTS 74/inv40.mask 3 CELL-PLMTS 75/inv640 3 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 77/77 76/DBusAbut 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 78/DBusSlice 61/ruler.mask 1 CELL-PLMTS 77/77 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 79/79 78/DBusSlice 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 80/or4Abut 47/leftStitch.mask 1 CELL-PLMTS 48/inv80.mask 1 CELL-PLMTS 49/inv160.mask 1 CELL-PLMTS 50/inv320 1 CELL-PLMTS 51/nor40.mask 2 CELL-PLMTS 52/nand80.mask 1 CELL-PLMTS 55/tristate160 1 CELL-PLMTS 56/storage4.mask 2 CELL-PLMTS 57/tristate320 1 CELL-PLMTS 58/rightStitch.mask 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 81/81 80/or4Abut 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 82/or4Slice 61/ruler.mask 1 CELL-PLMTS 81/81 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 83/83 82/or4Slice 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 84/rec2V.mask PLACEMENT STATISTICS FOR CELL 85/tristate8040.mask PLACEMENT STATISTICS FOR CELL 86/pu40.mask PLACEMENT STATISTICS FOR CELL 87/tristate160@50 54/tristate80.mask 2 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 88/tristate320@54 54/tristate80.mask 4 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 89/inv640@60 49/inv160.mask 4 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 90/pd40.mask PLACEMENT STATISTICS FOR CELL 91/inv320@67 49/inv160.mask 2 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 92/normalAbut 47/leftStitch.mask 1 CELL-PLMTS 48/inv80.mask 1 CELL-PLMTS 49/inv160.mask 1 CELL-PLMTS 52/nand80.mask 1 CELL-PLMTS 56/storage4.mask 4 CELL-PLMTS 58/rightStitch.mask 1 CELL-PLMTS 74/inv40.mask 2 CELL-PLMTS 84/rec2V.mask 1 CELL-PLMTS 85/tristate8040.mask 6 CELL-PLMTS 86/pu40.mask 1 CELL-PLMTS 87/tristate160@50 2 CELL-PLMTS 88/tristate320@54 2 CELL-PLMTS 89/inv640@60 1 CELL-PLMTS 90/pd40.mask 1 CELL-PLMTS 91/inv320@67 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 93/93 92/normalAbut 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 94/normalSlice 61/ruler.mask 1 CELL-PLMTS 93/93 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 95/95 94/normalSlice 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 96/RqSlices 95/95 2 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 97/tristate160@85 54/tristate80.mask 2 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 98/tristate320@89 54/tristate80.mask 4 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 99/inv640@95 49/inv160.mask 4 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 100/inv320@103 49/inv160.mask 2 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 101/normalAbut@107 47/leftStitch.mask 1 CELL-PLMTS 48/inv80.mask 1 CELL-PLMTS 49/inv160.mask 1 CELL-PLMTS 52/nand80.mask 1 CELL-PLMTS 56/storage4.mask 4 CELL-PLMTS 58/rightStitch.mask 1 CELL-PLMTS 74/inv40.mask 2 CELL-PLMTS 84/rec2V.mask 1 CELL-PLMTS 85/tristate8040.mask 6 CELL-PLMTS 86/pu40.mask 1 CELL-PLMTS 90/pd40.mask 1 CELL-PLMTS 97/tristate160@85 2 CELL-PLMTS 98/tristate320@89 2 CELL-PLMTS 99/inv640@95 1 CELL-PLMTS 100/inv320@103 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 102/102 101/normalAbut@107 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 103/normalSlice@109 61/ruler.mask 1 CELL-PLMTS 102/102 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 104/104 103/normalSlice@109 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 105/NormalSlices 104/104 24 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 106/inv1280 75/inv640 2 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 107/ControlAbut 47/leftStitch.mask 1 CELL-PLMTS 58/rightStitch.mask 1 CELL-PLMTS 106/inv1280 3 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 108/108 107/ControlAbut 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 109/ControlSlice 61/ruler.mask 1 CELL-PLMTS 108/108 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 110/110 109/ControlSlice 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 111/Slices 63/63 1 CELL-PLMTS 73/73 2 CELL-PLMTS 79/79 1 CELL-PLMTS 83/83 1 CELL-PLMTS 96/RqSlices 1 CELL-PLMTS 105/NormalSlices 1 CELL-PLMTS 110/110 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 112/inner 46/46 1 CELL-PLMTS 111/Slices 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 113/BIC@119 4/LeftPads 1 CELL-PLMTS 11/TopSide 1 CELL-PLMTS 13/RightPads 1 CELL-PLMTS 14/BottomSide 1 CELL-PLMTS 112/inner 1 CELL-PLMTS PLACEMENT STATISTICS FOR CELL 114/BIC 113/BIC@119 1 CELL-PLMTS INDIVIDUAL CELL STATISTICS # OF # OF # OF # OF # OF ARRAY DELETE CIF #/CIF NAME POLYGONS PLMTS ARRAYS TEXTS PATHS OPTION FLAG 114/BIC 0 1 0 0 0 0 0 -1/ECADTOPLEVEL 0 0 0 0 0 0 0 1/PadBlank 6 0 0 0 0 0 0 2/Pad5V.mask 222 1 0 0 0 0 0 3/3 0 1 0 0 0 0 0 4/LeftPads 0 14 0 0 0 0 0 5/LargePadBlank 6 0 0 1 0 0 0 6/SidePowerPad.mask 148 2 0 0 0 0 0 7/SidePowerPads2VSide. 1 2 0 0 0 0 0 8/PowerPad.mask 260 2 0 0 0 0 0 9/PadVddGnd2VSide.mask 5 2 0 0 0 0 0 10/PadIO2V 3750 3 0 1 0 0 0 11/TopSide 0 38 0 0 0 0 0 12/12 0 1 0 0 0 0 0 13/RightPads 0 14 0 0 0 0 0 14/BottomSide 0 68 0 0 0 0 0 15/invBuffer 198 0 0 0 0 0 0 16/inv 122 0 0 0 0 0 0 17/17 1 0 0 0 0 0 0 18/tstDriver 236 2 0 0 0 0 0 19/a22o2i 257 0 0 0 0 0 0 20/ffEn 787 0 0 0 0 0 0 21/21 60 34 0 0 0 0 0 22/ff 539 0 0 0 0 0 0 23/nand2 157 0 0 0 0 0 0 24/nand3 211 0 0 0 0 0 0 25/or2 202 0 0 0 0 0 0 26/26 100 38 0 0 0 0 0 27/nor2 158 0 0 0 0 0 0 28/28 132 38 0 0 0 0 0 29/29 148 34 0 0 0 0 0 30/30 100 31 0 0 0 0 0 31/nor4 228 0 0 0 0 0 0 32/32 92 30 0 0 0 0 0 33/33 172 35 0 0 0 0 0 34/and3 260 0 0 0 0 0 0 35/35 148 28 0 0 0 0 0 36/36 112 29 0 0 0 0 0 37/xnor2 293 0 0 0 0 0 0 38/38 166 27 0 0 0 0 0 39/nor3 188 0 0 0 0 0 0 40/40 84 39 0 0 0 0 0 41/41 32 34 0 0 0 0 0 42/42 16 36 0 0 0 0 0 43/43 4 34 0 0 0 0 0 44/DBusControl 6489 14 0 0 0 0 0 45/45 0 1 0 0 0 0 0 46/46 36 1 0 0 0 0 0 47/leftStitch.mask 23 0 0 0 0 0 0 48/inv80.mask 388 0 0 0 0 0 0 49/inv160.mask 662 0 0 0 0 0 0 50/inv320 0 2 0 0 0 0 0 51/nor40.mask 533 0 0 0 0 0 0 52/nand80.mask 432 0 0 0 0 0 0 53/ck2V.mask 219 0 0 1 0 0 0 54/tristate80.mask 608 0 0 0 0 0 0 55/tristate160 0 2 0 0 0 0 0 56/storage4.mask 156 0 0 1 0 0 0 57/tristate320 0 4 0 0 0 0 0 58/rightStitch.mask 23 0 0 0 0 0 0 59/KSAbut 0 22 0 0 0 0 0 60/60 2 1 0 0 0 0 0 61/ruler.mask 1 0 0 0 0 0 0 62/KSSlice 317 2 0 0 0 0 0 63/63 0 1 0 0 0 0 0 64/smallStep.mask 293 0 0 1 0 0 0 65/delay.mask 370 0 0 0 0 0 0 66/tap4.mask 261 0 0 0 0 0 0 67/delay4 0 5 0 0 0 0 0 68/space.mask 19 0 0 0 0 0 0 69/inv20.mask 150 0 0 0 0 0 0 70/ClockAbut 0 11 0 0 0 0 0 71/71 2 1 0 0 0 0 0 72/ClockSlice 144 2 0 0 0 0 0 73/73 0 1 0 0 0 0 0 74/inv40.mask 238 0 0 0 0 0 0 75/inv640 0 4 0 0 0 0 0 76/DBusAbut 0 17 0 0 0 0 0 77/77 2 1 0 0 0 0 0 78/DBusSlice 208 2 0 0 0 0 0 79/79 0 1 0 0 0 0 0 80/or4Abut 0 12 0 0 0 0 0 81/81 2 1 0 0 0 0 0 82/or4Slice 185 2 0 0 0 0 0 83/83 0 1 0 0 0 0 0 84/rec2V.mask 287 0 0 1 0 0 0 85/tristate8040.mask 588 0 0 0 0 0 0 86/pu40.mask 251 0 0 0 0 0 0 87/tristate160@50 0 2 0 0 0 0 0 88/tristate320@54 0 4 0 0 0 0 0 89/inv640@60 0 4 0 0 0 0 0 90/pd40.mask 105 0 0 0 0 0 0 91/inv320@67 0 2 0 0 0 0 0 92/normalAbut 0 26 0 0 0 0 0 93/93 2 1 0 0 0 0 0 94/normalSlice 424 2 0 0 0 0 0 95/95 0 1 0 0 0 0 0 96/RqSlices 0 2 0 0 0 0 0 97/tristate160@85 0 2 0 0 0 0 0 98/tristate320@89 0 4 0 0 0 0 0 99/inv640@95 0 4 0 0 0 0 0 100/inv320@103 0 2 0 0 0 0 0 101/normalAbut@107 0 26 0 0 0 0 0 102/102 2 1 0 0 0 0 0 103/normalSlice@109 424 2 0 0 0 0 0 104/104 0 1 0 0 0 0 0 105/NormalSlices 0 24 0 0 0 0 0 106/inv1280 0 2 0 0 0 0 0 107/ControlAbut 0 5 0 0 0 0 0 108/108 2 1 0 0 0 0 0 109/ControlSlice 198 2 0 0 0 0 0 110/110 0 1 0 0 0 0 0 111/Slices 0 8 0 0 0 0 0 112/inner 0 2 0 0 0 0 0 113/BIC@119 32442 5 0 0 0 0 0 STATISTICS OF LAYERS LAYER-NAME LAYER-# FILE-SIZE # OF POLYGONS # OF TEXT CIF-NAME THE 1-TH LAYER 9NWELL 1 8 1503 0 CNW THE 2-TH LAYER 9NWCONT 2 4 510 0 CNWC THE 3-TH LAYER 9PWCONT 3 4 516 0 CPWC THE 4-TH LAYER 9NDIFF 4 7 1268 0 CND THE 5-TH LAYER 9PDIFF 5 7 1333 0 CPD THE 6-TH LAYER 9POLY 6 4 661 0 CP THE 7-TH LAYER 9CONT 7 14 2833 0 CC THE 8-TH LAYER 9MET1 8 119 18576 0 CM THE 9-TH LAYER 9VIA 9 82 12114 6 CC2 THE 10-TH LAYER 9MET2 10 113 16773 0 CM2 THE 11-TH LAYER 9BUTTING 11 1 0 0 CB THE 12-TH LAYER 9PAD 12 1 2 0 CG * THE END OF PROGRAM TIME = 18:32:29 DATE =29-Jun-88 * */N* AT STAGE: 2 ******************************************************************************* */N* EXPAND (REV. 2.2/ SUN-3 /GENDATE: 01-Dec-1987) *** ( COPYRIGHT 1987 ) *** */N* EXEC TIME =18:32:31 DATE =29-Jun-88 ******************************************************************************* RUN-MODE = 0 TREE-FILE = TREEBICT LAY # RESIZE/GDS POLY TRAP ERR TEXT NO-SIZE POLYGON 1 0.000 / 0 9NWELL NWELL 7NWELL 6NWELL 2 0.000 / 0 9NWCONT NWCONT 7NWCONT 6NWCONT 3 0.000 / 0 9PWCONT PWCONT 7PWCONT 6PWCONT 4 0.000 / 0 9NDIFF NDIFF 7NDIFF 6NDIFF 5 0.000 / 0 9PDIFF PDIFF 7PDIFF 6PDIFF 6 0.000 / 0 9POLY POLY 7POLY 6POLY 7 0.000 / 0 9CONT CONT 7CONT 6CONT 8 0.000 / 0 9MET1 MET1 7MET1 6MET1 9 0.000 / 0 9VIA VIA 7VIA 6VIA 10 0.000 / 0 9MET2 MET2 7MET2 6MET2 11 0.000 / 0 9BUTTING BUTTING 7BUTTING 6BUTTING 12 0.000 / 0 9PAD PAD 7PAD 6PAD WINDOW : 0 0 56320 12692 DBU UNIT : 4 SCALE : 25 # OF CELLS : 115 # OF PLACEMENTS : 866 PRIMARY CELL : BIC STATISTICS LAYER LAYER GOOD BAD # OF # OF DELETE RATIO TOTAL-AREA NAME # POLY POLY TEXT TRAP TRAP VEC/TRAP NWELL 1 105554 0 0 105554 0 4.000 37917355.500 NWCONT 2 17074 0 0 17074 0 4.000 995146.000 PWCONT 3 16939 0 0 16939 0 4.000 666148.000 NDIFF 4 58554 0 0 58554 0 4.000 3248974.000 PDIFF 5 102819 0 0 102819 0 4.000 5246417.500 POLY 6 27810 0 0 27810 0 4.000 2021513.000 CONT 7 166680 0 0 166680 0 4.000 712816.000 MET1 8 243675 0 0 243675 0 4.000 27874416.750 VIA 9 43280 0 205 43280 0 4.000 3424880.000 MET2 10 59327 0 0 59327 0 4.000 22134284.000 BUTTING 11 0 0 0 0 0 0.000 0.000 PAD 12 218 0 0 218 0 4.000 3130000.000 TOTAL NUMBER OF TRAPEZOIDS = 841930 TOTAL NUMBER OF LAYERS = 12 AVE NUM OF TRAPS PER LAYER = 70161 TOT NUM OF CELL PLACEMENTS = 2460 WINDOW = -1.000 -1.000 14081.000 3174.000 * THE END OF PROGRAM TIME = 18:42:37 DATE =29-Jun-88 * */N* AT STAGE: 3 ******************************************************************************* */N* SYSORT (REV. 2.2/ SUN-3 /GENDATE: 15-Jun-1987) *** ( COPYRIGHT 1987 ) *** */N* EXEC TIME =18:42:38 DATE =29-Jun-88 ******************************************************************************* SORT(.DAT) NWELL --> NWELL 2 KEYS: 1 2 # RECORDS (10 WORDS) = 105554 MINYL,MAXYL= 162. 2737. SORT(.DAT) NWCONT --> NWCONT 2 KEYS: 1 2 # RECORDS (10 WORDS) = 17074 MINYL,MAXYL= 165. 2751. SORT(.DAT) PWCONT --> PWCONT 2 KEYS: 1 2 # RECORDS (10 WORDS) = 16939 MINYL,MAXYL= 135. 3026. SORT(.DAT) NDIFF --> NDIFF 2 KEYS: 1 2 # RECORDS (10 WORDS) = 58554 MINYL,MAXYL= 143. 3022. SORT(.DAT) PDIFF --> PDIFF 2 KEYS: 1 2 # RECORDS (10 WORDS) = 102819 MINYL,MAXYL= 173. 2742. SORT(.DAT) POLY --> POLY 2 KEYS: 1 2 # RECORDS (10 WORDS) = 27810 MINYL,MAXYL= 873. 3034. SORT(.DAT) CONT --> CONT 2 KEYS: 1 2 # RECORDS (10 WORDS) = 166680 MINYL,MAXYL= 136. 3035. SORT(.DAT) MET1 --> MET1 2 KEYS: 1 2 # RECORDS (10 WORDS) = 243675 MINYL,MAXYL= 0. 3066. SORT(.DAT) VIA --> VIA 2 KEYS: 1 2 # RECORDS (10 WORDS) = 43280 MINYL,MAXYL= 5. 3068. SORT(.DAT) MET2 --> MET2 2 KEYS: 1 2 # RECORDS (10 WORDS) = 59327 MINYL,MAXYL= 0. 3066. SORT(.DAT) BUTTING --> BUTTING 2 KEYS: 1 2 # RECORDS (10 WORDS) = 0 MINYL,MAXYL= 0. 0. SORT(.DAT) PAD --> PAD 2 KEYS: 1 2 # RECORDS (10 WORDS) = 218 MINYL,MAXYL= 5. 3068. * THE END OF PROGRAM TIME = 18:50:31 DATE =29-Jun-88 * */N* AT STAGE: 4 ******************************************************************************* */N* LOGICAL2 (REV. 2.2/ SUN-3 /GENDATE: 15-Jun-1987) *** ( COPYRIGHT 1987 ) *** */N* EXEC TIME =18:50:33 DATE =29-Jun-88 ******************************************************************************* GENERATE NWELL - NWELL OR NWELL STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER NWELL = 105554 AREA = 37917355.5 # OF TRAPEZOIDS IN (OR ) NWELL = 350 AREA = 6551690.0 GENERATE NWCONT - NWCONT OR NWCONT STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER NWCONT = 17074 AREA = 995146.0 # OF TRAPEZOIDS IN (OR ) NWCONT = 4609 AREA = 801010.0 GENERATE PWCONT - PWCONT OR PWCONT STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER PWCONT = 16939 AREA = 666148.0 # OF TRAPEZOIDS IN (OR ) PWCONT = 4821 AREA = 488788.0 GENERATE NDIFF - NDIFF OR NDIFF STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER NDIFF = 58554 AREA = 3248974.0 # OF TRAPEZOIDS IN (OR ) NDIFF = 8271 AREA = 2186880.5 GENERATE PDIFF - PDIFF OR PDIFF STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER PDIFF = 102819 AREA = 5246417.5 # OF TRAPEZOIDS IN (OR ) PDIFF = 7637 AREA = 3543430.3 GENERATE POLY - POLY OR POLY STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER POLY = 27810 AREA = 2021513.0 # OF TRAPEZOIDS IN (OR ) POLY = 19270 AREA = 1672162.0 GENERATE CONT - CONT OR CONT STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER CONT = 166680 AREA = 712816.0 # OF TRAPEZOIDS IN (OR ) CONT = 152891 AREA = 653580.0 GENERATE MET1 - MET1 OR MET1 STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER MET1 = 243675 AREA = 27874416.8 # OF TRAPEZOIDS IN (OR ) MET1 = 37860 AREA = 18063731.5 GENERATE VIA - VIA OR VIA STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER VIA = 43280 AREA = 3424880.0 # OF TRAPEZOIDS IN (OR ) VIA = 39200 AREA = 3408560.0 GENERATE MET2 - MET2 OR MET2 STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER MET2 = 59327 AREA = 22134284.0 # OF TRAPEZOIDS IN (OR ) MET2 = 7848 AREA = 15059746.0 GENERATE BUTTING - BUTTING OR BUTTING STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER BUTTING = 0 AREA = 0.0 # OF TRAPEZOIDS IN (OR ) BUTTING = 0 AREA = 0.0 GENERATE PAD - PAD OR PAD STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER PAD = 218 AREA = 3130000.0 # OF TRAPEZOIDS IN (OR ) PAD = 218 AREA = 3130000.0 * THE END OF PROGRAM TIME = 18:57:58 DATE =29-Jun-88 * */N* AT STAGE: 5 ******************************************************************************* */N* SPACING2 (REV. 2.2/ SUN-3 /GENDATE: 15-Jun-1987) *** ( COPYRIGHT 1987 ) *** */N* EXEC TIME =18:58:00 DATE =29-Jun-88 ******************************************************************************* */L*WIDTH CHECK - MET2 SPACING = ( 0.000 , 3.000) */L* OUTPUT LAYER/DATATYPE = 7 0 OUTPUT CELL NAME = ERR2M107 ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH MET2 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 3.000 104 LAYER MET2 : TRAPEZOIDS(TOTAL,ACTIVE): 7848 1200 */L* # OF VIOLATIONS OUTPUT TO CELL ERR2M107 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 0 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 0 */L*EXTERNAL CHECK - MET2 SPACING = ( 0.000 , 4.000) */L* OUTPUT LAYER/DATATYPE = 7 0 OUTPUT CELL NAME = ERR2M207 */L* NOTCH FOR SINGLE LAYER EXTERNAL CHECK IS CHECKED ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH MET2 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 4.000 104 LAYER MET2 : TRAPEZOIDS(TOTAL,ACTIVE): 7848 1230 */L* # OF VIOLATIONS OUTPUT TO CELL ERR2M207 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 0 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 0 */L*ENCLOSURE CHECK - VIA & MET2 SPACING = ( 0.000 , 1.000) */L* OUTPUT LAYER/DATATYPE = 6 0 OUTPUT CELL NAME = ERRV406 */L* TOUCHING POLYGONS ARE ERRORS */L* POLYGON OVERLAPS ARE ERRORS ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH VIA 0 0 0 1 0 MET2 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 1.000 114 LAYER VIA : TRAPEZOIDS(TOTAL,ACTIVE): 39200 3330 LAYER MET2 : TRAPEZOIDS(TOTAL,ACTIVE): 7848 1200 */L* # OF VIOLATIONS OUTPUT TO CELL ERRV406 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 137 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 137 */L*WIDTH CHECK - MET1 SPACING = ( 0.000 , 2.000) */L* OUTPUT LAYER/DATATYPE = 5 0 OUTPUT CELL NAME = ERR1M105 ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH MET1 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 2.000 107 LAYER MET1 : TRAPEZOIDS(TOTAL,ACTIVE): 37860 1456 */L* # OF VIOLATIONS OUTPUT TO CELL ERR1M105 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 224 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 224 */L*EXTERNAL CHECK - MET1 SPACING = ( 0.000 , 3.000) */L* OUTPUT LAYER/DATATYPE = 5 0 OUTPUT CELL NAME = ERR1M205 */L* NOTCH FOR SINGLE LAYER EXTERNAL CHECK IS CHECKED ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH MET1 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 3.000 107 LAYER MET1 : TRAPEZOIDS(TOTAL,ACTIVE): 37860 1461 */L* # OF VIOLATIONS OUTPUT TO CELL ERR1M205 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 46 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 46 */L*ENCLOSURE CHECK - VIA & MET1 SPACING = ( 0.000 , 1.000) */L* OUTPUT LAYER/DATATYPE = 6 0 OUTPUT CELL NAME = ERRV306 */L* TOUCHING POLYGONS ARE ERRORS */L* POLYGON OVERLAPS ARE ERRORS ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH VIA 0 0 0 1 0 MET1 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 1.000 116 LAYER VIA : TRAPEZOIDS(TOTAL,ACTIVE): 39200 3330 LAYER MET1 : TRAPEZOIDS(TOTAL,ACTIVE): 37860 1450 */L* # OF VIOLATIONS OUTPUT TO CELL ERRV306 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 1391 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 1391 * THE END OF PROGRAM TIME = 19:00:11 DATE =29-Jun-88 * */N* AT STAGE: 6 ******************************************************************************* */N* LOGICAL2 (REV. 2.2/ SUN-3 /GENDATE: 15-Jun-1987) *** ( COPYRIGHT 1987 ) *** */N* EXEC TIME =19:00:12 DATE =29-Jun-88 ******************************************************************************* GENERATE CONTACT - CONT NOT BUTTING STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER CONT = 152891 AREA = 653580.0 # OF TRAPEZOIDS IN LAYER BUTTING = 0 AREA = 0.0 # OF TRAPEZOIDS IN (NOT) CONTACT = 152891 AREA = 653580.0 * THE END OF PROGRAM TIME = 19:01:54 DATE =29-Jun-88 * */N* AT STAGE: 7 ******************************************************************************* */N* SPACING2 (REV. 2.2/ SUN-3 /GENDATE: 15-Jun-1987) *** ( COPYRIGHT 1987 ) *** */N* EXEC TIME =19:01:56 DATE =29-Jun-88 ******************************************************************************* */L*ENCLOSURE CHECK - CONTACT & MET1 SPACING = ( 0.000 , 1.000) */L* OUTPUT LAYER/DATATYPE = 4 0 OUTPUT CELL NAME = ERRC704 */L* TOUCHING POLYGONS ARE ERRORS */L* POLYGON OVERLAPS ARE ERRORS ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH CONTACT 0 0 0 1 0 MET1 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 1.000 114 LAYER CONTACT : TRAPEZOIDS(TOTAL,ACTIVE): 152891 3390 LAYER MET1 : TRAPEZOIDS(TOTAL,ACTIVE): 37860 1490 */L* # OF VIOLATIONS OUTPUT TO CELL ERRC704 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 3410 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 3410 */L*WIDTH CHECK - VIA SPACING = ( 0.000 , 2.000) */L* OUTPUT LAYER/DATATYPE = 6 0 OUTPUT CELL NAME = ERRV106 ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH VIA 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 2.000 112 LAYER VIA : TRAPEZOIDS(TOTAL,ACTIVE): 39200 3360 */L* # OF VIOLATIONS OUTPUT TO CELL ERRV106 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 0 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 0 */L*WIDTH CHECK - VIA SPACING = ( 0.000 , 5.001) */L* OUTPUT LAYER/DATATYPE = 0 0 OUTPUT CELL NAME = GDVIA */L* ERROR LINE SEGMENTS WILL FORM REGIONS ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH VIA 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 5.250 112 LAYER VIA : TRAPEZOIDS(TOTAL,ACTIVE): 39200 3900 SORT(.DAT) GDVIA --> GDVIA 3 KEYS: 1 2 9 # RECORDS (10 WORDS) = 77964 MINYL,MAXYL= 548. 12056. STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER GDVIA = 77964 AREA = 557120.0 # OF TRAPEZOIDS IN (OR ) TEMPREG0 = 38982 AREA = 278560.0 STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER VIA = 39200 AREA = 3408560.0 # OF TRAPEZOIDS IN LAYER TEMPREG0 = 38982 AREA = 278560.0 # OF TRAPEZOIDS IN (AND) GDVIA = 38982 AREA = 278560.0 * THE END OF PROGRAM TIME = 19:10:05 DATE =29-Jun-88 * */N* AT STAGE: 8 ******************************************************************************* */N* LOGICAL2 (REV. 2.2/ SUN-3 /GENDATE: 15-Jun-1987) *** ( COPYRIGHT 1987 ) *** */N* EXEC TIME =19:10:07 DATE =29-Jun-88 ******************************************************************************* GENERATE BDVIA - VIA NOT GDVIA STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER VIA = 39200 AREA = 3408560.0 # OF TRAPEZOIDS IN LAYER GDVIA = 38982 AREA = 278560.0 # OF TRAPEZOIDS IN (NOT) BDVIA = 218 AREA = 3130000.0 GENERATE RBDVIA - BDVIA NOT PAD STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER BDVIA = 218 AREA = 3130000.0 # OF TRAPEZOIDS IN LAYER PAD = 218 AREA = 3130000.0 # OF TRAPEZOIDS IN (NOT) RBDVIA = 0 AREA = 0.0 * THE END OF PROGRAM TIME = 19:10:33 DATE =29-Jun-88 * */N* AT STAGE: 9 ******************************************************************************* */N* SPACING2 (REV. 2.2/ SUN-3 /GENDATE: 15-Jun-1987) *** ( COPYRIGHT 1987 ) *** */N* EXEC TIME =19:10:35 DATE =29-Jun-88 ******************************************************************************* */L*EXTERNAL CHECK - VIA SPACING = ( 0.000 , 4.000) */L* OUTPUT LAYER/DATATYPE = 6 0 OUTPUT CELL NAME = ERRV206 */L* NOTCH FOR SINGLE LAYER EXTERNAL CHECK IS CHECKED ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH VIA 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 4.000 112 LAYER VIA : TRAPEZOIDS(TOTAL,ACTIVE): 39200 3360 */L* # OF VIOLATIONS OUTPUT TO CELL ERRV206 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 0 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 0 */L*EXTERNAL CHECK - VIA & POLY SPACING = ( 0.000 , 2.000) */L* OUTPUT LAYER/DATATYPE = 6 0 OUTPUT CELL NAME = ERRV506 ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH VIA 0 0 0 1 0 POLY 0 0 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 2.000 113 LAYER VIA : TRAPEZOIDS(TOTAL,ACTIVE): 39200 3330 LAYER POLY : TRAPEZOIDS(TOTAL,ACTIVE): 19270 2250 */L* # OF VIOLATIONS OUTPUT TO CELL ERRV506 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 0 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 0 */L*ENCLOSURE CHECK - VIA & POLY SPACING = ( 0.000 , 3.000) */L* OUTPUT LAYER/DATATYPE = 6 0 OUTPUT CELL NAME = ERRV606 */L* TOUCHING POLYGONS ARE ERRORS */L* POLYGON OVERLAPS ARE ERRORS ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH VIA 0 0 0 1 0 POLY 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 3.000 113 LAYER VIA : TRAPEZOIDS(TOTAL,ACTIVE): 39200 3360 LAYER POLY : TRAPEZOIDS(TOTAL,ACTIVE): 19270 2250 */L* # OF VIOLATIONS OUTPUT TO CELL ERRV606 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 0 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 0 * THE END OF PROGRAM TIME = 19:11:27 DATE =29-Jun-88 * */N* AT STAGE: 10 ******************************************************************************* */N* LOGICAL2 (REV. 2.2/ SUN-3 /GENDATE: 15-Jun-1987) *** ( COPYRIGHT 1987 ) *** */N* EXEC TIME =19:11:28 DATE =29-Jun-88 ******************************************************************************* GENERATE CDIFF - NWCONT OR PWCONT STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER NWCONT = 4609 AREA = 801010.0 # OF TRAPEZOIDS IN LAYER PWCONT = 4821 AREA = 488788.0 # OF TRAPEZOIDS IN (OR ) CDIFF = 9430 AREA = 1289798.0 GENERATE SDIFF - PDIFF OR NDIFF STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER PDIFF = 7637 AREA = 3543430.3 # OF TRAPEZOIDS IN LAYER NDIFF = 8271 AREA = 2186880.5 # OF TRAPEZOIDS IN (OR ) SDIFF = 15908 AREA = 5730310.8 GENERATE DIFF - CDIFF OR SDIFF STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER CDIFF = 9430 AREA = 1289798.0 # OF TRAPEZOIDS IN LAYER SDIFF = 15908 AREA = 5730310.8 # OF TRAPEZOIDS IN (OR ) DIFF = 28830 AREA = 7020108.8 GENERATE DCONT - DIFF AND CONTACT STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER DIFF = 28830 AREA = 7020108.8 # OF TRAPEZOIDS IN LAYER CONTACT = 152891 AREA = 653580.0 # OF TRAPEZOIDS IN (AND) DCONT = 146795 AREA = 629196.0 * THE END OF PROGRAM TIME = 19:14:27 DATE =29-Jun-88 * */N* AT STAGE: 11 ******************************************************************************* */N* SPACING2 (REV. 2.2/ SUN-3 /GENDATE: 15-Jun-1987) *** ( COPYRIGHT 1987 ) *** */N* EXEC TIME =19:14:28 DATE =29-Jun-88 ******************************************************************************* */L*EXTERNAL CHECK - VIA & DCONT SPACING = ( 0.000 , 2.000) */L* OUTPUT LAYER/DATATYPE = 6 0 OUTPUT CELL NAME = ERRV706 */L* TOUCHING POLYGONS ARE ERRORS */L* POLYGON OVERLAPS ARE ERRORS ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH VIA 0 0 0 1 0 DCONT 0 0 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 2.000 114 LAYER VIA : TRAPEZOIDS(TOTAL,ACTIVE): 39200 4440 LAYER DCONT : TRAPEZOIDS(TOTAL,ACTIVE): 146795 3857 */L* # OF VIOLATIONS OUTPUT TO CELL ERRV706 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 0 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 0 * THE END OF PROGRAM TIME = 19:15:19 DATE =29-Jun-88 * */N* AT STAGE: 12 ******************************************************************************* */N* LOGICAL2 (REV. 2.2/ SUN-3 /GENDATE: 15-Jun-1987) *** ( COPYRIGHT 1987 ) *** */N* EXEC TIME =19:15:21 DATE =29-Jun-88 ******************************************************************************* GENERATE POLCONT - POLY AND CONTACT STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER POLY = 19270 AREA = 1672162.0 # OF TRAPEZOIDS IN LAYER CONTACT = 152891 AREA = 653580.0 # OF TRAPEZOIDS IN (AND) POLCONT = 6096 AREA = 24384.0 * THE END OF PROGRAM TIME = 19:16:11 DATE =29-Jun-88 * */N* AT STAGE: 13 ******************************************************************************* */N* SPACING2 (REV. 2.2/ SUN-3 /GENDATE: 15-Jun-1987) *** ( COPYRIGHT 1987 ) *** */N* EXEC TIME =19:16:12 DATE =29-Jun-88 ******************************************************************************* */L*EXTERNAL CHECK - VIA & POLCONT SPACING = ( 0.000 , 3.000) */L* OUTPUT LAYER/DATATYPE = 6 0 OUTPUT CELL NAME = ERRV806 */L* TOUCHING POLYGONS ARE ERRORS */L* POLYGON OVERLAPS ARE ERRORS ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH VIA 0 0 0 1 0 POLCONT 0 0 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 3.000 113 LAYER VIA : TRAPEZOIDS(TOTAL,ACTIVE): 39200 3360 LAYER POLCONT : TRAPEZOIDS(TOTAL,ACTIVE): 6096 1110 */L* # OF VIOLATIONS OUTPUT TO CELL ERRV806 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 0 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 0 */L*WIDTH CHECK - POLY SPACING = ( 0.000 , 2.000) */L* OUTPUT LAYER/DATATYPE = 3 0 OUTPUT CELL NAME = ERRP103 ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH POLY 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 2.000 58 LAYER POLY : TRAPEZOIDS(TOTAL,ACTIVE): 19270 2250 */L* # OF VIOLATIONS OUTPUT TO CELL ERRP103 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 110 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 110 */L*EXTERNAL CHECK - POLY SPACING = ( 0.000 , 2.500) */L* OUTPUT LAYER/DATATYPE = 3 0 OUTPUT CELL NAME = ERRP203 */L* NOTCH FOR SINGLE LAYER EXTERNAL CHECK IS CHECKED ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH POLY 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 2.500 58 LAYER POLY : TRAPEZOIDS(TOTAL,ACTIVE): 19270 2250 */L* # OF VIOLATIONS OUTPUT TO CELL ERRP203 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 326 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 326 * THE END OF PROGRAM TIME = 19:16:48 DATE =29-Jun-88 * */N* AT STAGE: 14 ******************************************************************************* */N* LOGICAL2 (REV. 2.2/ SUN-3 /GENDATE: 15-Jun-1987) *** ( COPYRIGHT 1987 ) *** */N* EXEC TIME =19:16:49 DATE =29-Jun-88 ******************************************************************************* GENERATE NTRANS - POLY AND NDIFF STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER POLY = 19270 AREA = 1672162.0 # OF TRAPEZOIDS IN LAYER NDIFF = 8271 AREA = 2186880.5 # OF TRAPEZOIDS IN (AND) NTRANS = 6231 AREA = 468926.0 GENERATE PTRANS - POLY AND PDIFF STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER POLY = 19270 AREA = 1672162.0 # OF TRAPEZOIDS IN LAYER PDIFF = 7637 AREA = 3543430.3 # OF TRAPEZOIDS IN (AND) PTRANS = 5046 AREA = 744086.0 GENERATE TRANS - PTRANS OR NTRANS STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER PTRANS = 5046 AREA = 744086.0 # OF TRAPEZOIDS IN LAYER NTRANS = 6231 AREA = 468926.0 # OF TRAPEZOIDS IN (OR ) TRANS = 11277 AREA = 1213012.0 * THE END OF PROGRAM TIME = 19:17:20 DATE =29-Jun-88 * */N* AT STAGE: 15 ******************************************************************************* */N* SPACING2 (REV. 2.2/ SUN-3 /GENDATE: 15-Jun-1987) *** ( COPYRIGHT 1987 ) *** */N* EXEC TIME =19:17:21 DATE =29-Jun-88 ******************************************************************************* */L*ENCLOSURE CHECK - TRANS & SDIFF SPACING = ( 0.000 , 0.010) */L* OUTPUT LAYER/DATATYPE = 0 0 OUTPUT CELL NAME = NO-OUTPU */L* TOUCHING POLYGONS ARE ERRORS */L* CONJUNCTION RULE APPLIED ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH TRANS 0 0 0 1 0 SDIFF 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 0.250 69 LAYER TRANS : TRAPEZOIDS(TOTAL,ACTIVE): 11277 1110 LAYER SDIFF : TRAPEZOIDS(TOTAL,ACTIVE): 15908 600 */L* # OF TRAPS OUTPUT TO CONJ-LAYER 8TRANS = 11277 */L*ENCLOSURE CHECK - 8TRANS & POLY SPACING = ( 0.000 , 2.000) */L* OUTPUT LAYER/DATATYPE = 3 0 OUTPUT CELL NAME = ERRP303 */L* TOUCHING POLYGONS ARE ERRORS ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH 8TRANS 0 0 0 1 0 POLY 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 2.000 58 LAYER 8TRANS : TRAPEZOIDS(TOTAL,ACTIVE): 11277 1110 LAYER POLY : TRAPEZOIDS(TOTAL,ACTIVE): 19270 2250 */L* # OF VIOLATIONS OUTPUT TO CELL ERRP303 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 0 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 2668 */L*EXTERNAL CHECK - POLY & DIFF SPACING = ( 0.000 , 1.000) */L* OUTPUT LAYER/DATATYPE = 3 0 OUTPUT CELL NAME = ERRP403 */L* TOUCHING POLYGONS ARE ERRORS ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH POLY 0 0 0 1 0 DIFF 0 0 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 1.000 75 LAYER POLY : TRAPEZOIDS(TOTAL,ACTIVE): 19270 2250 LAYER DIFF : TRAPEZOIDS(TOTAL,ACTIVE): 28830 948 */L* # OF VIOLATIONS OUTPUT TO CELL ERRP403 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 0 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 0 * THE END OF PROGRAM TIME = 19:19:25 DATE =29-Jun-88 * */N* AT STAGE: 16 ******************************************************************************* */N* LOGICAL2 (REV. 2.2/ SUN-3 /GENDATE: 15-Jun-1987) *** ( COPYRIGHT 1987 ) *** */N* EXEC TIME =19:19:27 DATE =29-Jun-88 ******************************************************************************* GENERATE FOO - POLY AND CDIFF STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER POLY = 19270 AREA = 1672162.0 # OF TRAPEZOIDS IN LAYER CDIFF = 9430 AREA = 1289798.0 # OF TRAPEZOIDS IN (AND) FOO = 0 AREA = 0.0 * THE END OF PROGRAM TIME = 19:19:35 DATE =29-Jun-88 * */N* AT STAGE: 17 ******************************************************************************* */N* SPACING2 (REV. 2.2/ SUN-3 /GENDATE: 15-Jun-1987) *** ( COPYRIGHT 1987 ) *** */N* EXEC TIME =19:19:36 DATE =29-Jun-88 ******************************************************************************* */L*ENCLOSURE CHECK - CONTACT & POLY SPACING = ( 0.000 , 1.000) */L* OUTPUT LAYER/DATATYPE = 4 0 OUTPUT CELL NAME = ERRC304 */L* TOUCHING POLYGONS ARE ERRORS */L* POLYGON OVERLAPS ARE ERRORS ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH CONTACT 0 0 0 1 0 POLY 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 1.000 97 LAYER CONTACT : TRAPEZOIDS(TOTAL,ACTIVE): 152891 3390 LAYER POLY : TRAPEZOIDS(TOTAL,ACTIVE): 19270 2250 */L* # OF VIOLATIONS OUTPUT TO CELL ERRC304 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 308 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 308 */L*WIDTH CHECK - CONTACT SPACING = ( 0.000 , 2.000) */L* OUTPUT LAYER/DATATYPE = 4 0 OUTPUT CELL NAME = ERRC104 ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH CONTACT 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 2.000 97 LAYER CONTACT : TRAPEZOIDS(TOTAL,ACTIVE): 152891 3930 */L* # OF VIOLATIONS OUTPUT TO CELL ERRC104 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 0 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 0 */L*WIDTH CHECK - CONTACT SPACING = ( 0.000 , 5.001) */L* OUTPUT LAYER/DATATYPE = 0 0 OUTPUT CELL NAME = GDCONT */L* ERROR LINE SEGMENTS WILL FORM REGIONS ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH CONTACT 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 5.250 97 LAYER CONTACT : TRAPEZOIDS(TOTAL,ACTIVE): 152891 4056 SORT(.DAT) GDCONT --> GDCONT 3 KEYS: 1 2 9 # RECORDS (10 WORDS) = 300530 MINYL,MAXYL= 544. 12140. STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER GDCONT = 300530 AREA = 1244136.0 # OF TRAPEZOIDS IN (OR ) TEMPREG0 = 152891 AREA = 653580.0 STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER CONTACT = 152891 AREA = 653580.0 # OF TRAPEZOIDS IN LAYER TEMPREG0 = 152891 AREA = 653580.0 # OF TRAPEZOIDS IN (AND) GDCONT = 152891 AREA = 653580.0 * THE END OF PROGRAM TIME = 19:46:45 DATE =29-Jun-88 * */N* AT STAGE: 18 ******************************************************************************* */N* LOGICAL2 (REV. 2.2/ SUN-3 /GENDATE: 15-Jun-1987) *** ( COPYRIGHT 1987 ) *** */N* EXEC TIME =19:46:47 DATE =29-Jun-88 ******************************************************************************* GENERATE BDCONT - CONTACT NOT GDCONT STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER CONTACT = 152891 AREA = 653580.0 # OF TRAPEZOIDS IN LAYER GDCONT = 152891 AREA = 653580.0 # OF TRAPEZOIDS IN (NOT) BDCONT = 0 AREA = 0.0 * THE END OF PROGRAM TIME = 19:48:32 DATE =29-Jun-88 * */N* AT STAGE: 19 ******************************************************************************* */N* SPACING2 (REV. 2.2/ SUN-3 /GENDATE: 15-Jun-1987) *** ( COPYRIGHT 1987 ) *** */N* EXEC TIME =19:48:34 DATE =29-Jun-88 ******************************************************************************* */L*EXTERNAL CHECK - CONTACT SPACING = ( 0.000 , 3.000) */L* OUTPUT LAYER/DATATYPE = 4 0 OUTPUT CELL NAME = ERRC204 */L* NOTCH FOR SINGLE LAYER EXTERNAL CHECK IS CHECKED ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH CONTACT 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 3.000 97 LAYER CONTACT : TRAPEZOIDS(TOTAL,ACTIVE): 152891 3930 */L* # OF VIOLATIONS OUTPUT TO CELL ERRC204 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 0 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 0 */L*ENCLOSURE CHECK - CONTACT & DIFF SPACING = ( 0.000 , 1.000) */L* OUTPUT LAYER/DATATYPE = 4 0 OUTPUT CELL NAME = ERRC404 */L* TOUCHING POLYGONS ARE ERRORS */L* POLYGON OVERLAPS ARE ERRORS ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH CONTACT 0 0 0 1 0 DIFF 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 1.000 98 LAYER CONTACT : TRAPEZOIDS(TOTAL,ACTIVE): 152891 3930 LAYER DIFF : TRAPEZOIDS(TOTAL,ACTIVE): 28830 972 */L* # OF VIOLATIONS OUTPUT TO CELL ERRC404 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 408 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 408 */L*EXTERNAL CHECK - DCONT & TRANS SPACING = ( 0.000 , 1.500) */L* OUTPUT LAYER/DATATYPE = 4 0 OUTPUT CELL NAME = ERRC504 */L* TOUCHING POLYGONS ARE ERRORS ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH DCONT 0 0 0 1 0 TRANS 0 0 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 1.500 96 LAYER DCONT : TRAPEZOIDS(TOTAL,ACTIVE): 146795 3360 LAYER TRANS : TRAPEZOIDS(TOTAL,ACTIVE): 11277 1110 */L* # OF VIOLATIONS OUTPUT TO CELL ERRC504 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 0 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 0 */L*EXTERNAL CHECK - POLCONT & DIFF SPACING = ( 0.000 , 2.000) */L* OUTPUT LAYER/DATATYPE = 4 0 OUTPUT CELL NAME = ERRC604 */L* TOUCHING POLYGONS ARE ERRORS ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH POLCONT 0 0 0 1 0 DIFF 0 0 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 2.000 75 LAYER POLCONT : TRAPEZOIDS(TOTAL,ACTIVE): 6096 1110 LAYER DIFF : TRAPEZOIDS(TOTAL,ACTIVE): 28830 951 */L* # OF VIOLATIONS OUTPUT TO CELL ERRC604 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 0 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 0 */L*EXTERNAL CHECK - TRANS & CDIFF SPACING = ( 0.000 , 3.000) */L* OUTPUT LAYER/DATATYPE = 4 0 OUTPUT CELL NAME = ERRC804 */L* POLYGON OVERLAPS ARE ERRORS ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH TRANS 0 0 0 1 0 CDIFF 0 0 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 3.000 74 LAYER TRANS : TRAPEZOIDS(TOTAL,ACTIVE): 11277 1110 LAYER CDIFF : TRAPEZOIDS(TOTAL,ACTIVE): 9430 570 */L* # OF VIOLATIONS OUTPUT TO CELL ERRC804 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 0 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 0 */L*WIDTH CHECK - DIFF SPACING = ( 0.000 , 2.000) */L* OUTPUT LAYER/DATATYPE = 2 0 OUTPUT CELL NAME = ERRD102 ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH DIFF 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 2.000 75 LAYER DIFF : TRAPEZOIDS(TOTAL,ACTIVE): 28830 951 */L* # OF VIOLATIONS OUTPUT TO CELL ERRD102 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 46 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 46 */L*ENCLOSURE CHECK - TRANS & SDIFF SPACING = ( 0.000 , 0.010) */L* OUTPUT LAYER/DATATYPE = 0 0 OUTPUT CELL NAME = NO-OUTPU */L* TOUCHING POLYGONS ARE ERRORS */L* CONJUNCTION RULE APPLIED ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH TRANS 0 0 0 1 0 SDIFF 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 0.250 69 LAYER TRANS : TRAPEZOIDS(TOTAL,ACTIVE): 11277 1110 LAYER SDIFF : TRAPEZOIDS(TOTAL,ACTIVE): 15908 600 */L* # OF TRAPS OUTPUT TO CONJ-LAYER 8TRANS = 11277 */L*WIDTH CHECK - 8TRANS SPACING = ( 0.000 , 3.000) */L* OUTPUT LAYER/DATATYPE = 2 0 OUTPUT CELL NAME = ERRD202 ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH 8TRANS 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 3.000 56 LAYER 8TRANS : TRAPEZOIDS(TOTAL,ACTIVE): 11277 1110 */L* # OF VIOLATIONS OUTPUT TO CELL ERRD202 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 0 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 0 */L*EXTERNAL CHECK - DIFF SPACING = ( 0.000 , 3.500) */L* OUTPUT LAYER/DATATYPE = 2 0 OUTPUT CELL NAME = ERRD302 */L* NOTCH FOR SINGLE LAYER EXTERNAL CHECK IS CHECKED ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH DIFF 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 3.500 75 LAYER DIFF : TRAPEZOIDS(TOTAL,ACTIVE): 28830 960 */L* # OF VIOLATIONS OUTPUT TO CELL ERRD302 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 10 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 10 */L*EXTERNAL CHECK - SDIFF & CDIFF SPACING = ( 0.000 , 3.500) */L* OUTPUT LAYER/DATATYPE = 2 0 OUTPUT CELL NAME = ERRD402 */L* POLYGON OVERLAPS ARE ERRORS ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH SDIFF 0 0 0 1 0 CDIFF 0 0 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 3.500 75 LAYER SDIFF : TRAPEZOIDS(TOTAL,ACTIVE): 15908 600 LAYER CDIFF : TRAPEZOIDS(TOTAL,ACTIVE): 9430 570 */L* # OF VIOLATIONS OUTPUT TO CELL ERRD402 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 121 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 121 */L*ENCLOSURE CHECK - PDIFF & NWELL SPACING = ( 0.000 , 5.000) */L* OUTPUT LAYER/DATATYPE = 2 0 OUTPUT CELL NAME = ERRD502 */L* TOUCHING POLYGONS ARE ERRORS */L* POLYGON OVERLAPS ARE ERRORS ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH PDIFF 0 0 0 1 0 NWELL 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 5.000 65 LAYER PDIFF : TRAPEZOIDS(TOTAL,ACTIVE): 7637 262 LAYER NWELL : TRAPEZOIDS(TOTAL,ACTIVE): 350 60 */L* # OF VIOLATIONS OUTPUT TO CELL ERRD502 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 14 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 14 */L*ENCLOSURE CHECK - NWCONT & NWELL SPACING = ( 0.000 , 3.000) */L* OUTPUT LAYER/DATATYPE = 2 0 OUTPUT CELL NAME = ERRD602 */L* TOUCHING POLYGONS ARE ERRORS */L* POLYGON OVERLAPS ARE ERRORS ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH NWCONT 0 0 0 1 0 NWELL 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 3.000 70 LAYER NWCONT : TRAPEZOIDS(TOTAL,ACTIVE): 4609 240 LAYER NWELL : TRAPEZOIDS(TOTAL,ACTIVE): 350 60 */L* # OF VIOLATIONS OUTPUT TO CELL ERRD602 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 0 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 0 */L*EXTERNAL CHECK - NDIFF & NWELL SPACING = ( 0.000 , 7.000) */L* OUTPUT LAYER/DATATYPE = 2 0 OUTPUT CELL NAME = ERRD702 */L* TOUCHING POLYGONS ARE ERRORS */L* POLYGON OVERLAPS ARE ERRORS ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH NDIFF 0 0 0 1 0 NWELL 0 0 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 7.000 68 LAYER NDIFF : TRAPEZOIDS(TOTAL,ACTIVE): 8271 600 LAYER NWELL : TRAPEZOIDS(TOTAL,ACTIVE): 350 60 */L* # OF VIOLATIONS OUTPUT TO CELL ERRD702 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 0 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 0 */L*EXTERNAL CHECK - PWCONT & NWELL SPACING = ( 0.000 , 5.000) */L* OUTPUT LAYER/DATATYPE = 2 0 OUTPUT CELL NAME = ERRD902 */L* TOUCHING POLYGONS ARE ERRORS */L* POLYGON OVERLAPS ARE ERRORS ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH PWCONT 0 0 0 1 0 NWELL 0 0 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 5.000 73 LAYER PWCONT : TRAPEZOIDS(TOTAL,ACTIVE): 4821 570 LAYER NWELL : TRAPEZOIDS(TOTAL,ACTIVE): 350 60 */L* # OF VIOLATIONS OUTPUT TO CELL ERRD902 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 0 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 0 */L*EXTERNAL CHECK - PWCONT & NWCONT SPACING = ( 0.000 , 4.000) */L* OUTPUT LAYER/DATATYPE = 2 0 OUTPUT CELL NAME = ERRD1002 */L* TOUCHING POLYGONS ARE ERRORS */L* POLYGON OVERLAPS ARE ERRORS ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH PWCONT 0 0 0 1 0 NWCONT 0 0 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 4.000 72 LAYER PWCONT : TRAPEZOIDS(TOTAL,ACTIVE): 4821 570 LAYER NWCONT : TRAPEZOIDS(TOTAL,ACTIVE): 4609 240 */L* # OF VIOLATIONS OUTPUT TO CELL ERRD1002 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 0 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 0 */L*EXTERNAL CHECK - PDIFF & NDIFF SPACING = ( 0.000 , 12.000) */L* OUTPUT LAYER/DATATYPE = 2 0 OUTPUT CELL NAME = ERRD1102 */L* TOUCHING POLYGONS ARE ERRORS */L* POLYGON OVERLAPS ARE ERRORS ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH PDIFF 0 0 0 1 0 NDIFF 0 0 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 12.000 69 LAYER PDIFF : TRAPEZOIDS(TOTAL,ACTIVE): 7637 336 LAYER NDIFF : TRAPEZOIDS(TOTAL,ACTIVE): 8271 600 */L* # OF VIOLATIONS OUTPUT TO CELL ERRD1102 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 0 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 0 */L*ENCLOSURE CHECK - TRANS & DIFF SPACING = ( 0.000 , 3.000) */L* OUTPUT LAYER/DATATYPE = 2 0 OUTPUT CELL NAME = ERRD1202 ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH TRANS 0 0 0 1 0 DIFF 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 3.000 75 LAYER TRANS : TRAPEZOIDS(TOTAL,ACTIVE): 11277 1110 LAYER DIFF : TRAPEZOIDS(TOTAL,ACTIVE): 28830 956 */L* # OF VIOLATIONS OUTPUT TO CELL ERRD1202 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 7608 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 7608 * THE END OF PROGRAM TIME = 19:56:02 DATE =29-Jun-88 * */N* AT STAGE: 20 ******************************************************************************* */N* LOGICAL2 (REV. 2.2/ SUN-3 /GENDATE: 15-Jun-1987) *** ( COPYRIGHT 1987 ) *** */N* EXEC TIME =19:56:06 DATE =29-Jun-88 ******************************************************************************* GENERATE JUNK1 - NDIFF AND NWELL STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER NDIFF = 8271 AREA = 2186880.5 # OF TRAPEZOIDS IN LAYER NWELL = 350 AREA = 6551690.0 # OF TRAPEZOIDS IN (AND) JUNK1 = 0 AREA = 0.0 GENERATE JUNK2 - PDIFF NOT NWELL STATISTICS (.DAT) # OF TRAPEZOIDS IN LAYER PDIFF = 7637 AREA = 3543430.3 # OF TRAPEZOIDS IN LAYER NWELL = 350 AREA = 6551690.0 # OF TRAPEZOIDS IN (NOT) JUNK2 = 0 AREA = 0.0 * THE END OF PROGRAM TIME = 19:56:12 DATE =29-Jun-88 * */N* AT STAGE: 21 ******************************************************************************* */N* SPACING2 (REV. 2.2/ SUN-3 /GENDATE: 15-Jun-1987) *** ( COPYRIGHT 1987 ) *** */N* EXEC TIME =19:56:14 DATE =29-Jun-88 ******************************************************************************* */L*WIDTH CHECK - NWELL SPACING = ( 0.000 , 4.000) */L* OUTPUT LAYER/DATATYPE = 1 0 OUTPUT CELL NAME = ERRW101 ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH NWELL 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 4.000 46 LAYER NWELL : TRAPEZOIDS(TOTAL,ACTIVE): 350 61 */L* # OF VIOLATIONS OUTPUT TO CELL ERRW101 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 0 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 0 */L*EXTERNAL CHECK - NWELL SPACING = ( 0.000 , 12.000) */L* OUTPUT LAYER/DATATYPE = 1 0 OUTPUT CELL NAME = ERRW201 */L* NOTCH FOR SINGLE LAYER EXTERNAL CHECK IS CHECKED ********** LAYER CONDITION ********** LAYER-NAME G-REGION L-REGION R-REGION EDGE-COVER LENGTH NWELL 0 1 0 1 0 */L* STATISTICS : (COMPOSITE PLANE) : DBU PER MIC : 4 */L* BAND(OVERLAP,SCANNED) : 12.000 46 LAYER NWELL : TRAPEZOIDS(TOTAL,ACTIVE): 350 63 */L* # OF VIOLATIONS OUTPUT TO CELL ERRW201 = 0 */L* # OF POTENTIAL FILTERED ERRORS = 0 */L* # OF POTENTIAL BEFORE-FILTERED ERRORS = 0 * THE END OF PROGRAM TIME = 19:56:15 DATE =29-Jun-88 * */N* AT STAGE: 22 ******************************************************************************* */N* TRCVPOLY (REV. 2.2/ SUN-3 /GENDATE: 15-Jun-1987) *** ( COPYRIGHT 1987 ) *** */N* EXEC TIME =19:56:22 DATE =29-Jun-88 ******************************************************************************* CONVERT TRAPEZOIDAL FILE RBDVIA TO POLYGON FILE ERRV906 CELL NAME ERRV906 LAYER NUMBER 6 DATATYPE 0 FILE RBDVIA HAS NO DATA TO CONVERT TO POLYGONS. NUMBER OF TRAPS= 0 MINIMUM X = 1073741823 MINIMUM Y = 1073741823 MAXIMUM X = -1073741823 MAXIMUM Y = -1073741823 CONVERT TRAPEZOIDAL FILE FOO TO POLYGON FILE ERRP503 CELL NAME ERRP503 LAYER NUMBER 3 DATATYPE 0 FILE FOO HAS NO DATA TO CONVERT TO POLYGONS. NUMBER OF TRAPS= 0 MINIMUM X = 1073741823 MINIMUM Y = 1073741823 MAXIMUM X = -1073741823 MAXIMUM Y = -1073741823 CONVERT TRAPEZOIDAL FILE BDCONT TO POLYGON FILE ERRC904 CELL NAME ERRC904 LAYER NUMBER 4 DATATYPE 0 FILE BDCONT HAS NO DATA TO CONVERT TO POLYGONS. NUMBER OF TRAPS= 0 MINIMUM X = 1073741823 MINIMUM Y = 1073741823 MAXIMUM X = -1073741823 MAXIMUM Y = -1073741823 CONVERT TRAPEZOIDAL FILE JUNK1 TO POLYGON FILE ERRSC108 CELL NAME ERRSC108 LAYER NUMBER 8 DATATYPE 0 FILE JUNK1 HAS NO DATA TO CONVERT TO POLYGONS. NUMBER OF TRAPS= 0 MINIMUM X = 1073741823 MINIMUM Y = 1073741823 MAXIMUM X = -1073741823 MAXIMUM Y = -1073741823 CONVERT TRAPEZOIDAL FILE JUNK2 TO POLYGON FILE ERRSC208 CELL NAME ERRSC208 LAYER NUMBER 8 DATATYPE 0 FILE JUNK2 HAS NO DATA TO CONVERT TO POLYGONS. NUMBER OF TRAPS= 0 MINIMUM X = 1073741823 MINIMUM Y = 1073741823 MAXIMUM X = -1073741823 MAXIMUM Y = -1073741823 * THE END OF PROGRAM TIME = 19:56:23 DATE =29-Jun-88 * */N* AT STAGE: 23 ******************************************************************************* */N* CIFOUT (REV. 2.2/ SUN-3 /GENDATE: 15-Jun-1987) *** ( COPYRIGHT 1987 ) *** */N* EXEC TIME =19:56:26 DATE =29-Jun-88 ******************************************************************************* * THE END OF PROGRAM TIME = 19:56:31 DATE =29-Jun-88 * */N* AT STAGE: 24 5905.4u 144.2s 1:43:56 97% 16+121k 14300+9229io 169pf+0w