def55_01.def.ref

openaccess读def,lef文件所用的源代码

VERSION 5.5 ;
NAMESCASESENSITIVE ON ;
DIVIDERCHAR "/" ;
BUSBITCHARS "[]" ;

DESIGN cell ;

TECHNOLOGY technology ;
UNITS DISTANCE MICRONS 1000 ;
PROPERTYDEFINITIONS
  DESIGN realrangeprop REAL RANGE 1.1 100.1 25.25 ;
  DESIGN intrangeprop INTEGER RANGE 1 100 25 ;
  DESIGN realprop REAL 1.1 ;
  DESIGN intprop INTEGER 1 ;
  DESIGN strprop STRING "aString" ;
  COMPONENT strprop STRING ;
  COMPONENT realrangeprop REAL RANGE 1.1 100.1 ;
  COMPONENT intrangeprop INTEGER RANGE 1 100 ;
  COMPONENT realprop REAL ;
  COMPONENT intprop INTEGER ;
  COMPONENTPIN strprop STRING ;
  COMPONENTPIN realrangeprop REAL RANGE 1.1 100.1 ;
  COMPONENTPIN intrangeprop INTEGER RANGE 1 100 ;
  COMPONENTPIN realprop REAL ;
  COMPONENTPIN intprop INTEGER ;
  NET realrangeprop REAL RANGE 1.1 100.1 ;
  NET intrangeprop INTEGER RANGE 1 100 ;
  NET realprop REAL ;
  NET intprop INTEGER ;
  NET strprop STRING ;
  SPECIALNET strprop STRING ;
  SPECIALNET realrangeprop REAL RANGE 1.1 100.1 ;
  SPECIALNET intrangeprop INTEGER RANGE 1 100 ;
  SPECIALNET realprop REAL ;
  SPECIALNET intprop INTEGER ;
  SPECIALNET AB4 STRING ;
  SPECIALNET AB3 STRING ;
  SPECIALNET AB2 STRING ;
  SPECIALNET AB1 STRING ;
  REGION strprop STRING ;
  REGION realrangeprop REAL RANGE 1.1 100.1 ;
  REGION intrangeprop INTEGER RANGE 1 100 ;
  REGION realprop REAL ;
  REGION intprop INTEGER ;
  GROUP strprop STRING ;
  GROUP realrangeprop REAL RANGE 1.1 100.1 ;
  GROUP intrangeprop INTEGER RANGE 1 100 ;
  GROUP realprop REAL ;
  GROUP intprop INTEGER ;
  ROW strprop STRING ;
  ROW realrangeprop REAL RANGE 1.1 100.1 ;
  ROW intrangeprop INTEGER RANGE 1 100 ;
  ROW realprop REAL ;
  ROW intprop INTEGER ;
END PROPERTYDEFINITIONS

DIEAREA ( -190000 -120000 ) ( 190360 350000 ) ;
ROW ROW_1 CORE 1000 1000 N DO 100 BY 1 STEP 700 0
  + PROPERTY strprop "aString"
  + PROPERTY realrangeprop 25.25
  + PROPERTY intrangeprop 25
  + PROPERTY realprop 1.1
  + PROPERTY intprop 1 ;
ROW ROW_2 CORE 1000 2000 S DO 100 BY 1 STEP 700 0 ;
ROW ROW_3 CORE 1000 3000 E DO 100 BY 1 STEP 8400 0 ;
ROW ROW_4 CORE 1000 4000 W DO 100 BY 1 STEP 8400 0 ;
ROW ROW_5 CORE 1000 5000 FN DO 100 BY 1 STEP 700 0 ;
ROW ROW_6 CORE 1000 6000 FS DO 100 BY 1 STEP 700 0 ;
ROW ROW_7 CORE 1000 7000 FE DO 100 BY 1 STEP 8400 0 ;
ROW ROW_8 CORE 1000 8000 FW DO 100 BY 1 STEP 8400 0 ;
ROW ROW_VERT_1 CORE -10000 -10000 N DO 1 BY 10 STEP 0 8400 ;
ROW ROW_VERT_2 CORE -9000 -10000 S DO 1 BY 10 STEP 0 8400 ;
ROW ROW_VERT_3 CORE -8000 -10000 E DO 1 BY 10 STEP 0 700 ;
ROW ROW_VERT_4 CORE -7000 -10000 W DO 1 BY 10 STEP 0 700 ;
ROW ROW_VERT_5 CORE -6000 -10000 FN DO 1 BY 10 STEP 0 8400 ;
ROW ROW_VERT_6 CORE -5000 -10000 FS DO 1 BY 10 STEP 0 8400 ;
ROW ROW_VERT_7 CORE -4000 -10000 FE DO 1 BY 10 STEP 0 700 ;
ROW ROW_VERT_8 CORE -3000 -10000 FW DO 1 BY 10 STEP 0 700 ;
TRACKS Y 52 DO 857 STEP 104 LAYER M1 ;
TRACKS Y 52 DO 857 STEP 104 ;
TRACKS X 52 DO 1720 STEP 104 LAYER M2 ;
TRACKS X 52 DO 1720 STEP 104 ;
GCELLGRID X 0 DO 100 STEP 600 ;
GCELLGRID Y 10 DO 120 STEP 400 ;

VIAS 5 ;
- M1_M2
  + RECT M1 ( -600 -600 ) ( 600 600 )
  + RECT V1 ( -450 -450 ) ( 450 450 )
  + RECT M2 ( -450 -450 ) ( 450 450 ) ;
- VIAGEN12_2 + PATTERNNAME VIAGEN12
  + RECT V1 ( -6400 -3800 ) ( -4800 -2200 )
  + RECT V1 ( 4800 -3800 ) ( 6400 -2200 )
  + RECT V1 ( -6400 2200 ) ( -4800 3800 )
  + RECT V1 ( 4800 2200 ) ( 6400 3800 )
  + RECT M1 ( -6400 -3800 ) ( 6400 3800 )
  + RECT M2 ( -6400 -3800 ) ( 6400 3800 ) ;
- VIAGEN12_3 + PATTERNNAME VIAGEN12
  + RECT V1 ( -2880 -960 ) ( -1280 640 )
  + RECT V1 ( -1840 -960 ) ( -240 640 )
  + RECT V1 ( 240 -960 ) ( 1840 640 )
  + RECT M1 ( -3020 -1500 ) ( 3020 1500 )
  + RECT M2 ( -3020 -1500 ) ( 3020 1500 ) ;
- nd1VIA12
  + RECT M1 ( -3000 -3000 ) ( 3000 3000 )
  + RECT V1 ( -1000 -1000 ) ( 1000 1000 )
  + RECT M2 ( -3000 -3000 ) ( 3000 3000 ) ;
- M2_M3
  + RECT M2 ( -450 -900 ) ( 450 900 )
  + RECT V2 ( -450 -450 ) ( 450 450 )
  + RECT M3 ( -450 -450 ) ( 450 450 ) ;
END VIAS

REGIONS 2 ;
- region1 ( 500 500 ) ( 1000 1000 ) ( -500 -500 ) ( 300 100 )
  + TYPE FENCE
  + PROPERTY strprop "aString"
  + PROPERTY realrangeprop 25.25
  + PROPERTY intrangeprop 25
  + PROPERTY realprop 1.1
  + PROPERTY intprop 1 ;
- region2 ( 4000 0 ) ( 5000 1000 )
  + TYPE GUIDE ;
END REGIONS

COMPONENTS 17 ;
- I1 B + PLACED ( 100 100 ) N
  + EEQMASTER A
  + WEIGHT 100
  + REGION region1
  + PROPERTY strprop "aString"
  + PROPERTY realrangeprop 25.25
  + PROPERTY intrangeprop 25
  + PROPERTY realprop 1.1
  + PROPERTY intprop 1 ;
- I2 A + PLACED ( 200 200 ) S
  + SOURCE DIST ;
- I3 A + PLACED ( 300 300 ) E
  + SOURCE USER ;
- I4 A + PLACED ( 400 400 ) W
  + SOURCE TIMING ;
- I5 A + PLACED ( 500 500 ) FN ;
- I6 A + PLACED ( 600 600 ) FS ;
- I7 A + PLACED ( 700 700 ) FE ;
- I8 A + PLACED ( 800 800 ) FW ;
- I9 A + FIXED ( 900 900 ) N ;
- I10 A + COVER ( 1000 1000 ) N ;
- I11 A + UNPLACED ;
- I12[0] A ;
- I12[1] A ;
- scancell1 CHK3A ;
- scancell2 CHK3A ;
- scancell3 CHK3A ;
- scancell4 CHK3A ;
END COMPONENTS

PINS 11 ;
- P0 + NET N0
  + SPECIAL
  + DIRECTION INPUT
  + LAYER M2 ( 0 0 ) ( 30 135 )
  + FIXED ( 45 -2160 ) N
  + ANTENNAPINPARTIALMETALAREA 5 LAYER M1
  + ANTENNAPINPARTIALMETALAREA 5 LAYER M2
  + ANTENNAPINPARTIALMETALSIDEAREA 10 LAYER M1
  + ANTENNAPINPARTIALMETALSIDEAREA 10 LAYER M2
  + ANTENNAPINPARTIALCUTAREA 35 LAYER V1
  + ANTENNAPINPARTIALCUTAREA 35 LAYER V2
  + ANTENNAPINDIFFAREA 20 LAYER M1
  + ANTENNAPINDIFFAREA 20 LAYER M2
  + ANTENNAMODEL OXIDE1
    + ANTENNAPINGATEAREA 15 LAYER M1
    + ANTENNAPINGATEAREA 15 LAYER M2
    + ANTENNAPINMAXAREACAR 25 LAYER M1
    + ANTENNAPINMAXSIDEAREACAR 30 LAYER M1
    + ANTENNAPINMAXCUTCAR 40 LAYER M1
  + ANTENNAMODEL OXIDE2
    + ANTENNAPINGATEAREA 115 LAYER M1
    + ANTENNAPINGATEAREA 115 LAYER M2
    + ANTENNAPINMAXAREACAR 125 LAYER M1
    + ANTENNAPINMAXSIDEAREACAR 130 LAYER M1
    + ANTENNAPINMAXCUTCAR 140 LAYER M1 ;
- P1 + NET N1
  + DIRECTION OUTPUT
  + LAYER M2 ( 0 0 ) ( 30 135 )
  + PLACED ( 45 -2160 ) N
  + ANTENNAPINPARTIALMETALAREA 5
  + ANTENNAPINPARTIALMETALSIDEAREA 10
  + ANTENNAPINPARTIALCUTAREA 35
  + ANTENNAPINDIFFAREA 20
  + ANTENNAMODEL OXIDE1
    + ANTENNAPINGATEAREA 15 ;
- P2 + NET N2
  + DIRECTION INOUT
  + USE GROUND
  + LAYER M1 ( 0 0 ) ( 10 10 )
  + FIXED ( 0 0 ) N ;
- P2.extra1 + NET N2
  + DIRECTION INOUT
  + USE GROUND
  + LAYER M2 ( 0 0 ) ( 30 135 )
  + FIXED ( 45 -2160 ) N ;
- P3 + NET N3
  + DIRECTION FEEDTHRU
  + USE CLOCK ;
- P4 + NET N4
  + DIRECTION INOUT ;
- P5 + NET N5
  + DIRECTION INOUT
  + USE ANALOG ;
- P6 + NET N6
  + DIRECTION INOUT
  + USE SCAN ;
- P7 + NET N7
  + DIRECTION INOUT
  + USE RESET ;
- scanpin + NET SCAN
  + DIRECTION INOUT
  + USE SCAN ;
- INBUS[1] + NET INBUS<1>
  + DIRECTION INOUT ;
- OUTBUS<1> + NET OUTBUS<1>
  + DIRECTION INOUT ;
END PINS

PINPROPERTIES 2 ;
- PIN P0
  + PROPERTY strprop "aString"
  + PROPERTY realrangeprop 25.25
  + PROPERTY intrangeprop 25
  + PROPERTY realprop 1.1
  + PROPERTY intprop 1 ;
- I1 A
  + PROPERTY strprop "aString"
  + PROPERTY realrangeprop 25.25
  + PROPERTY intrangeprop 25
  + PROPERTY realprop 1.1
  + PROPERTY intprop 1 ;
END PINPROPERTIES

BLOCKAGES 19 ;
- LAYER M1
  RECT ( 60 70 ) ( 80 90 ) ;
- LAYER M2 + COMPONENT I1
  RECT ( 100 110 ) ( 120 130 ) ;
- LAYER M2 + SLOTS
  RECT ( 10 20 ) ( 40 50 ) ;
- LAYER M1 + FILLS
  RECT ( -10 20 ) ( 30 40 ) ;
- LAYER M1 + PUSHDOWN
  RECT ( 50 30 ) ( 55 40 ) ;
- LAYER M1
  RECT ( 200 282340 ) ( 2000 282460 ) ;
- PLACEMENT
  RECT ( -15 0 ) ( 0 20 )
  RECT ( -15 20 ) ( 30 40 )
  RECT ( 30 5 ) ( 50 40 )
  RECT ( -10 -15 ) ( 50 0 ) ;
- PLACEMENT + COMPONENT I1
  RECT ( -10 0 ) ( 0 20 )
  RECT ( -10 20 ) ( 30 40 )
  RECT ( 30 0 ) ( 50 40 )
  RECT ( -10 -5 ) ( 50 0 ) ;
- PLACEMENT + PUSHDOWN
  RECT ( -5 0 ) ( 0 20 )
  RECT ( -5 20 ) ( 30 40 )
  RECT ( 25 0 ) ( 30 40 )
  RECT ( -5 0 ) ( 50 10 ) ;
- PLACEMENT
  RECT ( 0 0 ) ( 100 100 )
  RECT ( 0 100 ) ( 100 200 )
  RECT ( 100 100 ) ( 200 200 )
  RECT ( 200 100 ) ( 300 200 )
  RECT ( 200 200 ) ( 300 300 ) ;
END BLOCKAGES

SPECIALNETS 2 ;
- SN1
  ( I4 Z )
  ( I5 Z )
  ( I6 Z )
  ( I7 Z )
  ( I8 Z )
  ( I9 Z )
  ( I10 Z )
  ( I11 Z )
  ( I12[0] Z )
  ( I12[1] Z )
  ( I3 Z )
  ( I2 Z )
  ( I1 Z )
  + ORIGINAL VDD
  + WEIGHT 30
  + VOLTAGE 3200
  + FIXEDBUMP
  + SHIELD N1 M2 90 ( 8160 301600 ) ( 2400 * )
  NEW M1 90 ( 8160 340440 ) ( * 301600 )
  NEW M2 90 ( 14100 340440 ) ( 8160 * )
  + ROUTED M1 120 + SHAPE DRCFILL ( 8000 8200 ) ( 8400 * )
  NEW M1 120 + SHAPE DRCFILL ( 8000 8000 ) ( * 8200 )
  + FIXED M1 100 ( 200 200 ) ( 300 * )
  + COVER M1 100 ( 100 100 ) ( * 200 )
  + ROUTED M1 200 ( 700 700 ) ( * 800 )
  NEW M2 200 ( 3400 3300 ) ( * 3600 )
  NEW M2 120 ( 3300 3300 ) ( 3500 * )
  NEW M2 200 ( 3300 3300 ) ( 3400 * )
  NEW M2 120 ( 3100 3100 ) ( 3300 * )
  NEW M2 200 ( 3100 3100 ) ( 3200 * )
  NEW M1 120 ( 2900 3000 ) ( 3100 * )
  NEW M1 120 + SHAPE PADRING ( 2200 282400 ) ( 220 * )
  NEW M1 120 + SHAPE BLOCKRING ( 2100 282400 ) ( 210 * )
  NEW M1 120 + SHAPE FILLWIRE ( 2900 282400 ) ( 290 * )
  NEW M1 120 + SHAPE BLOCKWIRE ( 2800 282400 ) ( 280 * )
  NEW M1 120 + SHAPE COREWIRE ( 2700 282400 ) ( 270 * )
  NEW M1 120 + SHAPE IOWIRE ( 2600 282400 ) ( 260 * )
  NEW M1 120 + SHAPE FOLLOWPIN ( 2500 282400 ) ( 250 * )
  NEW M1 120 + SHAPE STRIPE ( 2400 282400 ) ( 240 * )
  NEW M2 120 + SHAPE RING ( 9600 282400 ) ( 2400 * )
  NEW M1 120 + SHAPE RING ( 9600 341440 ) ( * 282400 )
  NEW M1 120 + SHAPE RING ( 14000 341440 ) ( 9600 * )
  + SHIELD N1 M1 0 ( 8160 301600 ) M1_M2
  NEW M1 0 ( 8160 340440 ) M1_M2
  + ROUTED M1 0 ( 700 700 ) M1_M2
  NEW M1 0 ( 500 500 ) M1_M2
  NEW M1 0 ( 500 500 ) M1_M2
  NEW M1 0 ( 400 400 ) M1_M2
  NEW M1 0 + SHAPE IOWIRE ( 260 282400 ) VIAGEN12_3
  NEW M1 0 + SHAPE FOLLOWPIN ( 250 282400 ) VIAGEN12_2
  NEW M1 0 + SHAPE STRIPE ( 240 282400 ) M1_M2
  NEW M1 0 + SHAPE RING ( 9800 282600 ) M1_M2
  NEW M1 0 + SHAPE RING ( 9800 282400 ) M1_M2
  NEW M1 0 + SHAPE RING ( 9600 282600 ) M1_M2
  NEW M1 0 + SHAPE RING ( 9600 282400 ) M1_M2
  + PROPERTY strprop "aString"
  + PROPERTY realrangeprop 25.25
  + PROPERTY intrangeprop 25
  + PROPERTY realprop 1.1
  + PROPERTY intprop 1 ;
- VDD
  + VOLTAGE 5000
  + ROUTED M1 100 ( 0 50 ) ( 500 50 )
  + ROUTED M1 100 ( 50 0 ) ( 50 500 )
  + PROPERTY AB4 "a[1::9]"
  + PROPERTY AB3 "10 10 10" ;
END SPECIALNETS

NETS 12 ;
- N0 ;
- N1
  ( PIN P1 )
  ( I2 A )
  ( I1 A )
  + ORIGINAL N2
  + ESTCAP 1500000
  + WEIGHT 100
  + FREQUENCY 100
  + SHIELDNET SN1
  + XTALK 2
  + NONDEFAULTRULE RULE1
  + ROUTED M1 ( 168280 63300 700 ) ( * 64500 ) M1_M2 ( 169400 * 800 ) M2_M3
    NEW M1 TAPER ( 2400 282400 ) ( 240 * )
    NEW M2 ( 14000 341440 ) ( 9600 * ) ( * 282400 ) nd1VIA12 ( 2400 * )
    NEW M2 ( 14100 341440 ) ( 14000 * )
  + PROPERTY realrangeprop 25.25
  + PROPERTY intrangeprop 25
  + PROPERTY realprop 1.1
  + PROPERTY intprop 1
  + PROPERTY strprop "aString" ;
- N2
  ( PIN P2 )
  ( I3 A )
  + SOURCE DIST
  + USE GROUND
  + PATTERN BALANCED
  + FIXED M1 TAPERRULE RULE1 ( 2400 282400 ) ( 240 * )
    NEW M2 ( 14000 341440 ) ( 9600 * ) ( * 282400 ) M1_M2 ( 2400 * ) ;
- N3
  ( PIN P3 )
  ( I4 A )
  + SOURCE USER
  + USE CLOCK
  + COVER M2 ( 700 700 ) M1_M2 ( * 800 )
    NEW M1 ( 600 600 ) M1_M2
    NEW M2 ( 500 500 ) M1_M2 M1_M2
    NEW M1 ( 400 400 ) M1_M2
    NEW M1 ( 2400 282400 ) ( 240 * )
    NEW M2 ( 14000 341440 ) ( 9600 * ) ( * 282400 ) M1_M2 ( 2400 * ) ;
- N4
  ( PIN P4 )
  ( I5 A )
  + SOURCE TEST ;
- N5
  ( PIN P5 )
  ( I6 A )
  + SOURCE TIMING
  + USE ANALOG ;
- N6
  ( PIN P6 )
  + USE SCAN ;
- N7
  ( PIN P7 )
  + USE RESET ;
- SCAN
  ( PIN scanpin )
  ( scancell2 PA2 )
  ( scancell1 PA10 )
  + SOURCE TEST
  + USE SCAN ;
- INBUS<1>
  ( PIN INBUS[1] ) ;
- OUTBUS<1>
  ( PIN OUTBUS<1> ) ;
- MUSTJOIN_1
  ( I7 A ) ;
END NETS

SCANCHAINS 1 ;
- the_chain
  + PARTITION clock1 MAXBITS 256
  + START PIN scanpin
  + FLOATING
     scancell3 ( IN PA2 ) ( OUT PA2 )
     scancell4 ( IN PA1 ) ( OUT PA10 ) ( BITS 4 )
  + ORDERED
     scancell1 ( IN PA2 ) ( OUT PA2 )
     scancell2 ( IN PA1 ) ( OUT PA10 ) ( BITS 4 )
  + STOP I1 A ;
END SCANCHAINS

GROUPS 2 ;
- group1 I2 I4 + REGION region1
  + PROPERTY strprop "aString"
  + PROPERTY realrangeprop 25.25
  + PROPERTY intrangeprop 25
  + PROPERTY realprop 1.1
  + PROPERTY intprop 1 ;
- group2 I3 ;
END GROUPS

FILLS 3 ;
- LAYER M1
  RECT ( 0 2 ) ( 1 10 ) ;
- LAYER M2
  RECT ( 0 2 ) ( 1 10 ) ;
- LAYER M3
  RECT ( 0 2 ) ( 1 10 ) ;
END FILLS

END DESIGN