###############################################################################
# DEF57_01 testcase
###############################################################################
VERSION 5.8 ; 
NAMESCASESENSITIVE ON ;
DIVIDERCHAR "/" ;
BUSBITCHARS "[]" ;
DESIGN design ;
TECHNOLOGY technology ;
UNITS DISTANCE MICRONS 1000 ;



###############################################################################
# PROPERTYDEFINITIONS 
#    objectType propName propType [ RANGE min max ] [ value ] ; ... 
# END PROPERTYDEFINITIONS 
###############################################################################
PROPERTYDEFINITIONS
  DESIGN strprop STRING "aString" ;
  DESIGN intprop INTEGER 1 ;
  DESIGN realprop REAL 1.1 ;
  DESIGN intrangeprop INTEGER RANGE 1 100 25 ;
  DESIGN realrangeprop REAL RANGE 1.1 100.1 25.25 ;
  REGION strprop STRING ;
  REGION intprop INTEGER ;
  REGION realprop REAL ;
  REGION intrangeprop INTEGER RANGE 1 100 ;
  REGION realrangeprop REAL RANGE 1.1 100.1 ;
  GROUP strprop STRING ;
  GROUP intprop INTEGER ;
  GROUP realprop REAL ;
  GROUP intrangeprop INTEGER RANGE 1 100 ;
  GROUP realrangeprop REAL RANGE 1.1 100.1 ;
  COMPONENT strprop STRING ;
  COMPONENT intprop INTEGER ;
  COMPONENT realprop REAL ;
  COMPONENT intrangeprop INTEGER RANGE 1 100 ;
  COMPONENT realrangeprop REAL RANGE 1.1 100.1 ;
  NET strprop STRING ;
  NET intprop INTEGER ;
  NET realprop REAL ;
  NET intrangeprop INTEGER RANGE 1 100 ;
  NET realrangeprop REAL RANGE 1.1 100.1 ;
  SPECIALNET strprop STRING ;
  SPECIALNET intprop INTEGER ;
  SPECIALNET realprop REAL ;
  SPECIALNET intrangeprop INTEGER RANGE 1 100 ;
  SPECIALNET realrangeprop REAL RANGE 1.1 100.1 ;
  ROW strprop STRING ;
  ROW intprop INTEGER ;
  ROW realprop REAL ;
  ROW intrangeprop INTEGER RANGE 1 100 ;
  ROW realrangeprop REAL RANGE 1.1 100.1 ;
  COMPONENTPIN strprop STRING ;
  COMPONENTPIN intprop INTEGER ;
  COMPONENTPIN realprop REAL ;
  COMPONENTPIN intrangeprop INTEGER RANGE 1 100 ;
  COMPONENTPIN realrangeprop REAL RANGE 1.1 100.1 ;
  NONDEFAULTRULE strprop STRING ;
  NONDEFAULTRULE intprop INTEGER ;
  NONDEFAULTRULE realprop REAL ;
  NONDEFAULTRULE intrangeprop INTEGER RANGE 1 100 ;
  NONDEFAULTRULE realrangeprop REAL RANGE 1.1 100.1 ;
END PROPERTYDEFINITIONS



###############################################################################
# DIEAREA pt pt ;
###############################################################################
DIEAREA ( -190000 -120000 ) ( -190000 350000 ) ( 190000 350000 )
        ( 190000 190000 ) ( 190360 190000 ) ( 190360 -120000 ) ;



###############################################################################
# ROW rowName rowType origX origY orient
#     { DO numX BY 1 STEP spaceX 0
#     | DO 1 BY numY STEP 0 spaceY }
#     + PROPERTY { propName propVal }... ;
###############################################################################
ROW ROW_1 CORE 1000 1000 N DO 100 BY 1 STEP 700 0
  + PROPERTY strprop "aString" 
  + PROPERTY intprop 1 
  + PROPERTY realprop 1.1 
  + PROPERTY intrangeprop 25
  + PROPERTY realrangeprop 25.25 ;
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 1 STEP 0 700 ;

ROW ROW_array0 ARRAYSITE 10000 10000 N DO 100 BY 1 STEP 16000 0 ;
ROW ROW_array1 ARRAYSITE 10000 17000 W DO 100 BY 1 STEP 16000 0 ;
ROW ROW_array2 ARRAYSITE 10000 17000 S DO 100 BY 1 STEP 16000 0 ;
ROW ROW_array3 ARRAYSITE 10000 17000 E DO 100 BY 1 STEP 16000 0 ;
ROW ROW_array4 ARRAYSITE 10000 17000 FN DO 100 BY 1 STEP 16000 0 ;
ROW ROW_array5 ARRAYSITE 10000 17000 FE DO 100 BY 1 STEP 16000 0 ;
ROW ROW_array6 ARRAYSITE 10000 17000 FS DO 100 BY 1 STEP 16000 0 ;
ROW ROW_array7 ARRAYSITE 10000 17000 FW DO 100 BY 1 STEP 16000 0 ;



###############################################################################
# TRACKS 
#    {X | Y} start 
#    DO numtracks STEP space 
#    [ MASK maskNum {SAMEMASK]]
#    [ LAYER layerName ...] ;
###############################################################################
TRACKS Y 52 DO 857 STEP 104 MASK 1 ;
TRACKS Y 52 DO 857 STEP 104 MASK 1 SAMEMASK LAYER M1 M2 ;
TRACKS X 52 DO 1720 STEP 104 MASK 2 LAYER M2 ;
TRACKS X 52 DO 1720 STEP 104 ;


###############################################################################
# GCELLGRID 
#    X start DO numColumns+1 STEP space 
#    Y start DO numRows+1 STEP space ;
###############################################################################
GCELLGRID X 0 DO 100 STEP 600 ;
GCELLGRID Y 10 DO 120 STEP 400 ;



###############################################################################
# VIAS numVias ;
#     [- viaName 
#     [+ PATTERNNAME patternName]
#      + RECT layerName [+ MASK maskNUM] pt pt
#       | + POLYGON layerName [+ MASK maskNUM] pt pt pt]...;]... 
# END VIAS
###############################################################################
VIAS 6 ;
- VIAGEN12_0
    + PATTERNNAME VIAGEN_12_12.800_7.600_I5
    + RECT METAL1 ( -4400 -3800 ) ( 4400 3800 )
    + RECT M2 + MASK 3 ( -4500 -3800 ) ( 4500 3800 )
    + RECT V1 + MASK 2 ( -3600 -3800 ) ( -2000 -2200 )
    + RECT V1 + MASK 1 ( -3600 2200 ) ( -2000 3800 )
    + RECT V1 + MASK 2 ( 2000 -3800 ) ( 3600 -2200 )
    + RECT V1 + MASK 3 ( 2000 2200 ) ( 3600 3800 ) ;

- VIAGEN12_2
    + PATTERNNAME VIAGEN_12_5.0000_3.000_1.5600_-0.1600_1.0400_1.0400_D
    + RECT METAL1 ( -2500 -1500 ) ( 2500 1500 )
    + RECT M2 ( -2500 -1500 ) ( 2500 1500 )
    + RECT V1 ( -2360 -960 ) ( -760 640 )
    + RECT V1 ( -1320 -960 ) ( 280 640 )
    + RECT V1 ( 760 -960 ) ( 2360 640 ) ;

- VIAGEN12_3
    + PATTERNNAME VIAGEN12
    + RECT METAL1 ( -1600 -1600 ) ( 1600 1600 )
    + RECT M2 ( -1600 -1600 ) ( 1600 1600 )
    + RECT V1 ( -800 -800 ) ( 800 800 ) ;

- VIAGEN12_4
    + VIARULE VIAGEN12
    + CUTSIZE 1600 1600
    + LAYERS M1 V1 M2
    + CUTSPACING 5600 6100
    + ENCLOSURE 100 100 150 150
    + ROWCOL 5 14
    + PATTERN 2_FFE0_3_FFFF 
    + ORIGIN 10 -10
    + OFFSET 0 0 20 -20 ;

- M2_M1rct_0
  + RECT V1 ( -25 -65 ) ( 25 65 )
  + RECT M1 ( -35 -95 ) ( 35 95 )
  + RECT M2 ( -65 -65 ) ( 65 65 ) ;

- VIAGEN12_1
    + POLYGON METAL1 + MASK 2 ( -2500 -1500 ) ( -2500 2500 ) ( 1500 2500 ) ( 1500 1500 ) ( 2500 1500 ) ( 2500 -1500 )
    + RECT M2 ( -2500 -1500 ) ( 2500 1500 )
    + RECT V1 ( -2400 -960 ) ( -700 640 ) ;
    
- CUSTOMVIA
    + POLYGON METAL1 + MASK 3 ( -2500 -1500 ) ( -2500 2500 ) ( 1500 2500 ) ( 1500 1500 ) ( 2500 1500 ) ( 2500 -1500 ) ;
    
- TURNM1_1
    + RECT METAL1 ( -100 -60 ) ( 100 60 ) ;
- TURNM2_1
    + RECT M2 ( -100 -60 ) ( 100 60 ) ;
- TURNM3_1
    + RECT M3 ( -100 -60 ) ( 100 60 ) ;
- myvia1
    + RECT METAL1 + MASK 2 ( 0 0 ) ( 40000 40000 )
    + RECT V1 + MASK 3 ( 0 0 ) ( 40000 40000 )
    + RECT M2 ( 0 0 ) ( 40000 40000 ) ;
END VIAS



###############################################################################
# [STYLES numStyles ;
#     {- STYLE styleNum pt pt pt … ;} ...
# END STYLES]
###############################################################################
STYLES 10 ;
- STYLE 0 ( 30 10 ) ( 10 30 ) ( -10 30 ) ( -30 10 ) ( -30 -10 ) ( -10 -30 ) ( 10 -30 ) ( 30 -10 ) ;
- STYLE 1 ( 25 25 ) ( -25 25 ) ( -25 -25 ) ( 25 -25 ) ;
- STYLE 2 ( 50 50 ) ( -50 50 ) ( -50 -50 ) ( 50 -50 ) ;
- STYLE 3 ( 50 21 ) ( 21 50 ) ( -21 50 ) ( -50 21 ) ( -50 -21 ) ( -21 -50 ) ( 21 -50 ) ( 50 -21 ) ;
- STYLE 4 ( -30 -20 ) ( 10 -60 ) ( 50 -20 ) ( 50 40 ) ( 0 40 ) ( -30 10 ) ;
- STYLE 5 ( 0 2000 ) ( 0 -2000 ) ( 0 2000 ) ( 0 -2000 ) ;
- STYLE 6 ( -2000 2000 ) ( 2000 -2000 ) ( * * ) ;
- STYLE 7 ( 0 0 ) ( 0 1000 ) ( 1000 0 ) ;
- STYLE 8 ( -7500 -3110 ) ( -3110 -7500 ) ( 3110 -7500 ) ( 7500 -3110 ) ( 7500 7500 ) ( -7500 7500 ) ;
- STYLE 9 ( 0 -10610 ) ( 7500 -3110 ) ( 7500 3110 ) ( 3110 7500 ) ( -3110 7500 ) ( -10610 0 ) ;
END STYLES



###############################################################################
# [NONDEFAULTRULES numNDRs ;
#     {- STYLE styleNum pt pt pt … ;} ...
# END NONDEFAULTRULES]
###############################################################################
NONDEFAULTRULES 1 ;
- DEFAULT
  + LAYER METAL1
      WIDTH 10.1
      DIAGWIDTH 8.01
      SPACING 2.2
      WIREEXT 1.1
  + LAYER M2
      WIDTH 10.1
      SPACING 2.2
  + LAYER M3
      WIDTH 11.1
      SPACING 3.2
  + VIA M1_M2
  + VIA M2_M3
  + VIARULE VIAGEN12
  + MINCUTS V1 2
  + PROPERTY strprop "aString" 
  + PROPERTY intprop 1 
  + PROPERTY realprop 1.1 
  + PROPERTY intrangeprop 25
  + PROPERTY realrangeprop 25.25 ;
- RULE2
  + HARDSPACING 
  + LAYER METAL1
      WIDTH 10.1
      DIAGWIDTH 8.01
      SPACING 2.2
      WIREEXT 1.1
  + LAYER M2
      WIDTH 10.1
      SPACING 2.2
  + LAYER M3
      WIDTH 11.1
      SPACING 3.2
  + VIA M1_M2
  + VIA M2_M3
  + VIARULE VIAGEN12
  + MINCUTS V1 2
  + PROPERTY strprop "aString" 
  + PROPERTY intprop 1 
  + PROPERTY realprop 1.1 
  + PROPERTY intrangeprop 25
  + PROPERTY realrangeprop 25.25 ;
END NONDEFAULTRULES


###############################################################################
# REGIONS numRegions; 
#     [- regionName pt pt [pt pt]... 
#     [+ TYPE [ FENCE | GUIDE ]
#     [+ PROPERTY {propName propVal}...]...;]... 
# END REGIONS
###############################################################################
REGIONS 2 ;
- region1 ( -500 -500 ) ( 300 100 ) ( 500 500 ) ( 1000 1000 )
  + TYPE FENCE
  + PROPERTY strprop "aString" 
  + PROPERTY intprop 1 
  + PROPERTY realprop 1.1 
  + PROPERTY intrangeprop 25
  + PROPERTY realrangeprop 25.25 ;
- region2 ( 4000 0 ) ( 5000 1000 )
  + TYPE GUIDE ;
END REGIONS



###############################################################################
# COMPONENTS numComps ; 
#     [- compName modelName[netName | *]... 
#         [+ EEQMASTER macroname] 
#         [+ GENERATE generatorName [parameters]] 
#         [+ SOURCE {NETLIST | DIST | USER | TIMING}] 
#         [+ FOREIGN foreignCellName pt orient]... 
#         [+ {FIXED pt orient | COVER pt orient | PLACED pt orient | UNPLACED}]
#         [+ WEIGHT weight] 
#         [+ REGION {pt pt | regionName}] 
#         [+ PROPERTY {propName propVal}...]...; 
#     ]... 
# END COMPONENTS
###############################################################################
COMPONENTMASKSHIFT M3 M2 V1 M1 ;

COMPONENTS 13 ;
- I1 B
  + EEQMASTER A
  + GENERATE generator 
  + SOURCE NETLIST
  + FOREIGN gds2name ( -500 -500 ) N
  + PLACED ( 100 100 ) N
  + WEIGHT 100
  + REGION region1 
  + MASKSHIFT 1102
  + HALO 5 6 7 8
  + HALO SOFT 5 6 7 8
  + ROUTEHALO 100 METAL1 M3
  + PROPERTY strprop "aString" 
  + PROPERTY intprop 1 
  + PROPERTY realprop 1.1 
  + PROPERTY intrangeprop 25
  + PROPERTY realrangeprop 25.25 ;
- I2 A
  + SOURCE DIST
  + ROUTEHALO 100 M2 M3
  + PLACED ( 200 200 ) S ;
- I3 A
  + SOURCE USER
  + PLACED ( 300 300 ) E ;
- I4 A
  + SOURCE TIMING
  + PLACED ( 400 400 ) W ;
- 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 ;
- I13[0][10] A ;
- I14\[1\] A ;
- vectormodule[1]/scalarname A ;
- vectormodule[1]/vectorname[1] A ;
- scancell1 CHK3A ;
- scancell2 CHK3A ;
- scancell3 CHK3A ;
- scancell4 CHK3A ;
- scancell5 CHK3A ;
- scancell6 CHK3A ;
- scancell7 CHK3A ;
- scancell8 CHK3A ;
- scancell9 CHK3A ;
- scancell10 CHK3A ;
- scancell11 CHK3A ;
- scancell12 CHK3A ;
- nobrackets A ;
- somethingwith[1] A ;
- more[]brackets A ;
- more[1]brackets A ;
- more\[1\]brackets A ;
- more[1][2] A ;
- more\[1\]\[2\] A ;
- more\[2\] A ;
- foo\[1\]\[2\]/haha\[3\]\[4\] A ;
- foo[2][3]/haha[4][5] A ;
- foo\[3\]\[4\]/haha[5][6] A ;
- foo[4][5]/haha\[6\]\[7\] A ;
- foo[5][6]bar/haha\[7\]\[8\] A ;
- foo[6][7]bar/haha[8][9] A ;
END COMPONENTS


###############################################################################
# PINS numPins ; 
#     [ - pinName + NET netName 
#        [+ SPECIAL] 
#        [+ DIRECTION {INPUT | OUTPUT | INOUT | FEEDTHRU}] 
#        [+ USE {SIGNAL | POWER | GROUND | CLOCK
#                    | ANALOG |  SCAN  |  RESET}] 
#        [+ LAYER layerName pt pt] 
#        [+ {FIXED | PLACED | COVER} pt orient] 
#        [+ ANTENNAPINPARTIALMETALAREA      integer [LAYER layerName] ] ... 
#        [+ ANTENNAPINPARTIALMETALSIDEAREA  integer [LAYER layerName] ] ... 
#        [+ ANTENNAPINDIFFAREA              integer [LAYER layerName] ] ... 
#        [+ ANTENNAPINPARTIALCUTAREA        integer [LAYER cutLayerName] ] ... 
#        [+ ANTENNAMODEL OXIDE{1,2,3,4} ]
#        [+ ANTENNAPINGATEAREA              integer [LAYER layerName] ] ... 
#        [+ ANTENNAPINMAXAREACAR            integer LAYER layerName ] 
#        [+ ANTENNAPINMAXSIDEAREACAR        integer LAYER layerName ] 
#        [+ ANTENNAPINMAXCUTCAR             integer LAYER layerName ] 
#     ; 
#     ]... 
# END PINS 
###############################################################################
PINS 11 ;
- P0 + NET N0
  + SPECIAL
  + DIRECTION INPUT
  + USE SIGNAL
  + PORT
    + LAYER M2 MASK 2 ( 0 0 ) ( 30 135 )
    + VIA VIAGEN12_0 ( 0 100 )
    + FIXED ( 45 -2160 ) N
  + PORT
    + LAYER M1 ( 0 0 ) ( 30 135 )
    + VIA M1_M2 MASK 23 ( 100 0 )
    + COVER ( 0 -1000 ) N
  + PORT
    + LAYER M3 ( 0 0 ) ( 30 135 )
    + PLACED ( 1000 -1000 ) N
  + NETEXPR "power1 VDD"
  + SUPPLYSENSITIVITY P1
  + GROUNDSENSITIVITY P2
  + ANTENNAPINPARTIALMETALAREA      5 LAYER METAL1
  + ANTENNAPINPARTIALMETALAREA      5 LAYER M2
  + ANTENNAPINPARTIALMETALSIDEAREA  10 LAYER METAL1
  + ANTENNAPINPARTIALMETALSIDEAREA  10 LAYER M2
  + ANTENNAPINDIFFAREA              20 LAYER M1
  + ANTENNAPINDIFFAREA              20 LAYER M2
  + ANTENNAPINPARTIALCUTAREA        35 LAYER V1
  + ANTENNAPINPARTIALCUTAREA        35 LAYER V2
  + 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
  + ANTENNAMODEL OXIDE3
  + ANTENNAPINGATEAREA              115 LAYER M1
  + ANTENNAPINGATEAREA              115 LAYER M2
  + ANTENNAPINMAXAREACAR            125 LAYER M1
  + ANTENNAPINMAXSIDEAREACAR        130 LAYER M1
  + ANTENNAPINMAXCUTCAR             140 LAYER M1
  + ANTENNAMODEL OXIDE4
  + 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
  + USE POWER
  + POLYGON M2 MASK 3 ( 0 0 ) ( 0 100 ) ( 50 100 ) ( 50 50 ) ( 100 50 ) ( 100 0 )
  + PLACED ( 45 -2160 ) N 
  + NETEXPR "power1 VDD[1]"
  + ANTENNAPINPARTIALMETALAREA      5
  + ANTENNAPINPARTIALMETALSIDEAREA  10
  + ANTENNAPINGATEAREA              15
  + ANTENNAPINDIFFAREA              20
  + ANTENNAPINPARTIALCUTAREA        35 ;
- P2  + NET N2
  + DIRECTION INOUT
  + USE GROUND
  + LAYER M2 MASK 2 ( 0 0 ) ( 30 135 )
  + COVER ( 45 -2160 ) N ;
- P2.extra1 + NET N2
  + DIRECTION INOUT
  + USE GROUND
  + LAYER METAL1 ( 0 0 ) ( 10 10 )
  + COVER ( 0 0 ) N ;
- P3  + NET N3
  + DIRECTION FEEDTHRU
  + USE CLOCK ;
- P4  + NET N4
  + USE SIGNAL ;
- P5 + NET N5
  + USE ANALOG ;
- P6 + NET N6
  + USE SCAN ;
- P7 + NET N7
  + USE RESET ;
- ARRAYPIN[0][10] + NET ARRAYNET[0][10]
  + LAYER M2 ( 0 0 ) ( 30 135 ) ;
- ARRAYPIN.extra2[0][10] + NET ARRAYNET[0][10]
  + LAYER M2 ( 0 0 ) ( 10 10 ) ;
- scanpin + NET SCAN 
  + USE SCAN ;
- scanpin2 + NET SCAN 
  + USE SCAN ;
- INBUS[1] + NET INBUS<1>
  + LAYER METAL1 ( 0 0 ) ( 10 10 ) ;
- OUTBUS<1> + NET OUTBUS<1> ;
- INBUS.extra1[1] + NET INBUS<1>
  + LAYER M1 ( 10 10 ) ( 100 100 ) ;
- vectorpin[0] + NET vectormodule[1]/vectornet[0] ;
- scalarpin + NET vectormodule[1]/scalarnet ;
- RE_RDY_2 + NET RE_RDY_2 + DIRECTION OUTPUT + USE SIGNAL
 + PORT
 + VIA myvia1 MASK 123 ( 500 500 )
   + FIXED ( -390000 0 ) N
 + PORT
 + POLYGON METAL1 MASK 22 ( 40000 40000 ) ( 80000 40000 ) ( 80000 -40000 ) ( 40000 -40000 ) ( 40000 -80000 )
                  ( -40000 -80000 ) ( -40000 -40000 ) ( -80000 -40000 ) ( -80000 40000 ) ( -40000 40000 ) ( -40000 80000 )
                  ( 40000 80000 )
   + FIXED ( -190000 0 ) N
 + PORT
 + VIA myvia1 ( 100 100 )
   + FIXED ( 290000 0 ) N ;
END PINS


###############################################################################
# PINPROPERTIES num; 
#     [- { compName | PIN } pinName 
#            [+ PROPERTY {propName propVal}...]...; 
#     ]... 
# END PINPROPERTIES
###############################################################################
PINPROPERTIES 2 ;
- PIN P0
  + PROPERTY strprop "aString" 
  + PROPERTY intprop 1 
  + PROPERTY realprop 1.1 
  + PROPERTY intrangeprop 25
  + PROPERTY realrangeprop 25.25 ;
- I1 A 
  + PROPERTY strprop "aString" 
  + PROPERTY intprop 1 
  + PROPERTY realprop 1.1 
  + PROPERTY intrangeprop 25
  + PROPERTY realrangeprop 25.25 ;
END PINPROPERTIES


###############################################################################
# BLOCKAGES numBlockages ; 
#     -    { LAYER layerName 
#                 [+ COMPONENT compName 
#                 |+ SLOTS 
#                 |+ FILLS 
#                 | + PUSHDOWN ] 
#             | PLACEMENT 
#                 [ + COMPONENT compName 
#                 | + PUSHDOWN ] 
#             } 
#             RECT pt pt 
#             [RECT pt pt ] ... ; 
#     ... 
# END BLOCKAGES
###############################################################################
BLOCKAGES 8 ;
    - LAYER METAL1 + MASK 1
        RECT ( 60 70 ) ( 80 90 ) ;
    - LAYER M2 + SLOTS + PUSHDOWN + EXCEPTPGNET + COMPONENT I1 + MASK 3
        POLYGON ( 100 100 ) ( 100 200 ) ( 150 200 ) ( 150 150 ) ( 200 150 ) ( 200 100 ) ;
    - LAYER M2 + SLOTS + MASK 2
        RECT ( 10 20 ) ( 40 50 ) ;
    - LAYER METAL1 + FILLS + MASK 1 
        RECT ( -10 20 ) ( 30 40 ) ;
    - LAYER M1 + PUSHDOWN + SPACING 3 + MASK 1
        RECT ( 50 30 ) ( 55 40 ) ;
    - LAYER M1 + EXCEPTPGNET + DESIGNRULEWIDTH 45 + MASK 1
        RECT ( 50 30 ) ( 55 40 ) ;
    - PLACEMENT                       
#        POLYGON ( 100 100 ) ( 100 200 ) ( 150 200 ) ( 150 150 ) ( 200 150 ) ( 200 100 ) ;
        RECT ( -15 0 ) ( 0  20 )
        RECT ( -15 20 ) ( 30 40 )
        RECT ( 30  5 ) ( 50 40 )
        RECT ( -10 -15 ) ( 50 0 ) ;   #floating  
    - PLACEMENT + PARTIAL 0.40 + PUSHDOWN + COMPONENT I1 
        RECT ( -10 0 ) ( 0  20 )
        RECT ( -10 20 ) ( 30 40 )
        RECT ( 30  0 ) ( 50 40 )
        RECT ( -10 -5 ) ( 50 0 ) ;  #coordinate are absolute
    - PLACEMENT + PUSHDOWN 
        RECT ( -5 0 ) ( 0  20 )
        RECT ( -5 20 ) ( 30 40 )
        RECT ( 30  0 ) ( 25 40 )
        RECT ( -5 0 ) ( 50 10 ) ;  #coordinate are absolute
    - PLACEMENT + SOFT
        RECT ( 50 30 ) ( 55 40 ) ;
    - PLACEMENT + PARTIAL 0.40
        RECT ( 50 30 ) ( 55 40 ) ;

END BLOCKAGES



###############################################################################
# SPECIALNETS numNets ; 
#     [- netName [(compNameRegExpr pinName[+ SYNTHESIZED])]... 
#        [+ WIDTH layerName width]... 
#         [+ VOLTAGE mvolts] 
#         [+ SOURCE {NETLIST | DIST | USER | TIMING}] 
#         [+ FIXEDBUMP ] 
#         [+ ORIGINAL netName] 
#         [+ USE 
#             { SIGNAL | POWER | GROUND | CLOCK 
#                 | SCAN | RESET | TIEOFF | ANALOG }] 
#        [+PATTERN 
#             {STEINER | BALANCED | TRUNK}] 
#         [+ ESTCAP wireCapacitance] 
#         [+ WEIGHT weight] 
#         [+ PROPERTY {propName propVal}...]...;]... 
#         [+ {ROUTED | FIXED | COVER} layerName width 
#             [+ SHAPE {RING | STRIPE | FOLLOWPIN | IOWIRE 
#                         | COREWIRE | BLOCKWIRE | FILLWIRE 
#                         | PADRING | BLOCKRING | BLOCKAGEWIRE}] 
#                 (x y) [ (x *) | (* y) | viaName ]... 
#                 [ NEW layerName width 
#                     [+ SHAPE {RING | STRIPE | FOLLOWPIN | IOWIRE | COREWIRE 
#                                 | BLOCKWIRE | FILLWIRE 
#                                 | PADRING | BLOCKRING | BLOCKAGEWIRE}] 
#                     (x y) [ (x *) | (* y) | 
#                        viaName [ DO numX by numY STEP stepX stepY] ]...]...] 
#         [+ SHIELD shieldedNetName layerName width 
#             [+ SHAPE {RING | STRIPE | FOLLOWPIN | IOWIRE 
#                         | COREWIRE | BLOCKWIRE | FILLWIRE 
#                         | PADRING | BLOCKRING | BLOCKAGEWIRE}] 
#                 (x y) [ (x *) | (* y) | viaName ]... 
#                 [NEW layerName width 
#                   [+ SHAPE {RING | STRIPE | FOLLOWPIN | IOWIRE 
#                         | COREWIRE | BLOCKWIRE | FILLWIRE | BLOCKAGEWIRE}] 
#                   (x y) [ [ MASK maskNum ](x *) | [ MASK maskNum ] (* y) | 
#                     [ MASK viaMaskNum ] viaName [ DO numX by numY STEP stepX stepY] ]...]...]... 
#     ;]... 
# END SPECIALNETS
###############################################################################
SPECIALNETS 5 ;
- SN1 ( I1 Z.extra1 ) ( I2 Z ) ( I3 Z ) ( * Z )
  + WIDTH METAL1 200
  + WIDTH M2 300
  + VOLTAGE 3200
  + SOURCE NETLIST
  + FIXEDBUMP
  + ORIGINAL VDD
  + USE SIGNAL
  + PATTERN STEINER
  + ESTCAP 1500000
  + WEIGHT 30
 + PROPERTY strprop "aString" 
  + PROPERTY intprop 1 
  + PROPERTY realprop 1.1 
  + PROPERTY intrangeprop 25
  + PROPERTY realrangeprop 25.25
  
  + ROUTED M1 120 + SHAPE RING ( 14000 341440 ) ( 9600 * ) ( * 282400 ) M1_M2 DO 2 BY 2 STEP 200 200 ( 2400 * )
    NEW METAL1 120 + SHAPE STRIPE    ( 2400 282400 ) ( 240 * ) M1_M2 
    NEW M1 120 + SHAPE FOLLOWPIN ( 2500 282400 ) ( 250 * ) VIAGEN12_0 N
    NEW M1 120 + SHAPE IOWIRE    ( 2600 282400 ) ( 260 * ) VIAGEN12_2
    NEW METAL1 120 + SHAPE COREWIRE  ( 2700 282400 ) ( 270 * ) VIAGEN12_3
    NEW M1 120 + SHAPE BLOCKWIRE ( 2800 282400 ) ( 280 * ) CUSTOMVIA VIAGEN12_1
   NEW M1 120 + SHAPE FILLWIRE  ( 2900 282400 ) ( 290 * ) VIAGEN12_4
    NEW M1 120 + SHAPE FILLWIREOPC  ( 2900 282400 ) VIAGEN12_4
    NEW M1 120 + SHAPE BLOCKAGEWIRE ( 2000 282400 ) ( 200 * ) VIAGEN12
   NEW M1 120 + SHAPE BLOCKRING ( 2100 282400 ) ( 210 * )
    NEW M1 120 + SHAPE PADRING   ( 2200 282400 ) ( 220 * )

    NEW M1 200 ( 3000 3000 ) TURNM1_1
    NEW M2 200 ( 3100 3100 ) ( 3200 3100 ) TURNM2_1
   NEW M2 200 ( 3300 3300 ) ( 3400 3300 ) TURNM2_1 ( 3400 3600 )
    
    NEW M2 200 ( 400 400 ) M1_M2 ( * * )           # case : pt via ( * * )
    NEW M2 200 ( 500 500 ) M1_M2 ( * * ) M1_M2     # case : pt via ( * * ) via
    NEW M2 200 ( 700 700 ) M1_M2 ( * * ) ( * 800 ) # case : pt via ( * * ) pt
   
   NEW M2 15000 + STYLE 9 ( 105000 105000 ) ( 50000 50000 )
    NEW M2 15000 + STYLE 8 ( 105000 155000 ) ( * 105000 )
  + COVER METAL1 100 ( 100 100 ) ( 100 200 )
 + FIXED M1 100 ( 200 200 ) ( 300 200 )
  + ROUTED M1 120 + SHAPE DRCFILL ( 8000 8000 ) ( 8000 8200 ) ( 8400 8200 )
  + SHIELD N1 M2 90 ( 14100 340440 ) ( 8160 * ) M1_M2  ( * 301600 ) M1_M2 FN DO 2 BY 2 STEP 200 200 ( 2400 * )
  ;
- VDD
  + VOLTAGE 5000
  + FIXED + SHAPE RING + MASK 2 + POLYGON METAL1 ( 0  0 ) ( 0 100 ) ( 100 100 ) ( 200 200 ) ( 200 0 )
  + COVER + SHAPE RING + MASK 3 + POLYGON M2 ( 100 100 ) ( * 200 ) ( 200 * ) ( 300 300 ) ( 300 100 ) 
  + VIA M1_M2 N ( 2400 0 ) ( 10 10 )
  + FIXED + SHAPE RING + RECT M3 ( 0 0 ) ( 10 10 )
  + SHIELD N1 + SHAPE BLOCKRING + RECT M3 ( 0 0 ) ( 10 10 )
  + ROUTED M1 20 ( 10 0 ) MASK 3 ( 10 20 ) VIAGEN12_4
    NEW M2 100 ( 10 10 ) ( 20 10 ) MASK 1 ( 20 20 ) MASK 031 VIAGEN12_3
  + SHAPE STRIPE + VIA VIA12_2 ( 30 30 ) ( 40 40 )
  + ROUTED M1 100 ( 0 0 100 ) ( 0 0 50 ) ( 100 0 50 ) M1_M2 ( 100 100 50 ) 
  + ROUTED M1 50 + STYLE 0 ( 0 0 ) ( 150 150 )
  + ROUTED M1 50 + STYLE 0 ( 150 150 ) ( 0 0 )
  + ROUTED M1 50 + STYLE 0 ( 150 0 ) ( 0 150 )
  + ROUTED M1 50 + STYLE 0 ( 0 150 ) ( 150 0 )
  + ROUTED M1 50 + STYLE 1 ( 150 150 ) ( 300 0 ) ( 400 0 )
  + ROUTED M2 100 + SHAPE RING + STYLE 0 ( 0 0 ) ( 100 100 ) ( 200 100 )
  + ROUTED M1 100 + STYLE  2 ( 0 0 ) M1_M2 (  600 * ) M1_M2
  + ROUTED M1 50 ( 150 150 ) ( 300 300 ) 
  ;
- SN2 
  + ROUTED M2 100 + STYLE 3 ( 0 0 ) ( 150 150 ) ( 300 0 )
    NEW M2 100 ( 300 0 ) ( 400 0 )
  + ROUTED M1 100 ( 0 0 ) ( 150 150 ) ( 300 0 ) ( 400 0 )
 + ROUTED M1 4000 + STYLE 5 ( 0 0 ) ( 1000 0 )
  + ROUTED M1 4000 + STYLE 6 ( 0 0 ) ( 1000 1000 )
  + ROUTED M1 1000 + STYLE 7 ( 0 0 ) ( * * ) ;
- SN3
  + USE GROUND
  + ROUTED M2 100 ( 100 0 ) ( * 3000 )
  NEW M3 100 ( 0 1000 ) ( 3000 * )
  + SHIELD N1 M2 40 + SHAPE FILLWIRE ( 300 80 ) ( * 1920 )
  NEW M2 40 + SHAPE FILLWIRE ( 500 80 ) ( * 1920 ) ;
- DUMMY
  + ROUTED M1 100 + SHAPE FILLWIRE ( 0 0 ) ( 100 0 ) ;
- DUMMY2
  + ROUTED M2 100 + SHAPE FILLWIREOPC ( 0 0 ) ( 100 0 ) ;
END SPECIALNETS


###############################################################################
# NETS numNets ; 
#     [- { netName [( {compName | PIN} pinName 
#           [+ SYNTHESIZED])]... 
#        | MUSTJOIN (compName pinName) } 
#         [+ SHIELDNET shieldNetName ] ... 
#         [+ NOSHIELD lastSegment ] ... 
#         [+ VPIN vpinName [LAYER layerName] pt pt 
#             [ { PLACED | FIXED | COVER } pt orient ] ]... 
#         [+ SUBNET subnetName 
#             [( {compName | PIN} pinName)| (VPIN vpinName)]... 
#             [NONDEFAULTRULE rulename] 
#             [regularWiring]] 
#         [+ XTALK num] 
#         [+ NONDEFAULTRULE ruleName] 
#         [regularWiring]... 
#         [+ SOURCE {NETLIST | DIST | USER | TEST | TIMING}] 
#         [+ FIXEDBUMP ]
#         [+ FREQUENCY freq ]
#         [+ ORIGINAL netName] 
#         [+ USE 
#             { SIGNAL | POWER | GROUND | CLOCK 
#                 | SCAN | RESET | TIEOFF | ANALOG}] 
#         [+ PATTERN 
#             {STEINER | BALANCED }] 
#         [+ ESTCAP wireCapacitance] 
#         [+ WEIGHT weight] 
#         [+ PROPERTY {propName propVal}...]...; 
#     ]... 
# END NETS 
# 
# regularWiring = 
# {+ ROUTED | + FIXED | + COVER | + NOSHIELD} 
# layerName [TAPER | TAPERRULE rulename] [STYLE styleNum ] 
#    routingPoints
# [NEW layerName [TAPER | TAPERRULE rulename] [STYLE styleNum ]
#    routingPoints
# ] ...
#
# routingPoints =
# ( x y [value] ) 
# {( x * [value]) | ( * y [value]) | ( * * [value] ) | viaName | + RECT ( delta1x delta1y delta2x delta2y ) | + VIRTUAL ( x y ) ]...] 
###############################################################################
NETS 6 ;
- SCAN ( scancell1 PA10 + SYNTHESIZED ) ( scancell2 PA2 + SYNTHESIZED )
  + SOURCE TEST ;
- N1 ( I1 A ) ( PIN P0 )
  + SHIELDNET SN1
  + SHIELDNET VDD
  + FIXED M3 ( 10 0 ) MASK 3 ( 10 20 ) MASK 031 M1_M2
  + ROUTED M1 ( 0 0 ) ( 5 0 ) VIRTUAL ( 2 3 ) MASK 1 ( 7 7 )
  + ROUTED M1 ( 0 0 ) ( 5 0 ) VIRTUAL ( 2 3 ) RECT ( 1 2 3 4 ) ( 7 7 )
  + FIXED M1 ( 0 0 ) ( 5 0 ) ( 7 7 ) 
  + FIXED M1 ( 0 0 ) ( 5 0 ) MASK 3 RECT ( 1 2 3 4 ) ( 7 7 ) 
  + NOSHIELD M2 ( 14100 341440 ) ( 14000 * ) M1_M2
  + VPIN N1_VP0 LAYER M3 ( -333 -333 ) ( 333 333 ) PLACED ( 189560 27300 ) N
  + VPIN N1_VP1 LAYER M3 ( -333 -333 ) ( 333 333 ) PLACED ( 189560 27300 ) S
  + VPIN N1_VP2 LAYER M3 ( -333 -333 ) ( 333 333 ) PLACED ( 189560 27300 ) E
  + VPIN N1_VP3 LAYER M3 ( -333 -333 ) ( 333 333 ) PLACED ( 189560 27300 ) W
  + VPIN N1_VP4 LAYER M3 ( -333 -333 ) ( 333 333 ) PLACED ( 189560 27300 ) FN
  + VPIN N1_VP5 LAYER M3 ( -333 -333 ) ( 333 333 ) PLACED ( 189560 27300 ) FS
  + VPIN N1_VP6 LAYER M3 ( -333 -333 ) ( 333 333 ) PLACED ( 189560 27300 ) FE
  + VPIN N1_VP7 LAYER M3 ( -333 -333 ) ( 333 333 ) PLACED ( 189560 27300 ) FW
  + VPIN N1_VP8 ( -333 -333 ) ( 333 333 )
  + SUBNET N1_SUB0 ( I2 A ) ( PIN P1 ) ( VPIN N1_VP9 )
    NONDEFAULTRULE RULE1
    ROUTED M1 ( 168280 63300 700 ) ( * 64500 ) M1_M2 ( 169400 * 800 ) M2_M3
  + XTALK 2
  + NONDEFAULTRULE RULE1
  + ROUTED
    M2 ( 14000 341440 ) ( 9600 * ) ( * 282400 ) nd1VIA12 ( 2400 * ) TURNM1_1
    NEW M1 TAPER ( 2400 282400 ) ( 240 * )
  + SOURCE NETLIST
  + FIXEDBUMP
  + FREQUENCY 100
  + ORIGINAL N2
  + USE SIGNAL
  + PATTERN STEINER
  + ESTCAP 1500000
  + WEIGHT 100
  + PROPERTY strprop "aString" 
  + PROPERTY intprop 1 
  + PROPERTY realprop 1.1 
  + PROPERTY intrangeprop 25
  + PROPERTY realrangeprop 25.25 ;
- N2 ( I3 A ) ( PIN P2 )
  + FIXED
    M2 ( 14000 341440 ) ( 9600 * ) ( * 282400 ) M1_M2 ( 2400 * )
    NEW M1 TAPERRULE RULE1 ( 2400 282400 ) ( 240 * )
  + SOURCE DIST
  + PATTERN BALANCED
  + WEIGHT 500 ;
- N3 ( I4 A ) ( PIN P3 )
  + COVER
    M2 ( 14000 341440 ) ( 9600 * ) ( * 282400 ) M1_M2 ( 2400 * ) VIAGEN12_0 N
    NEW M1 ( 2400 282400 ) ( 240 * )
    NEW M2 ( 400 400 ) M1_M2 N ( * * )           # case : pt via ( * * )
    NEW M2 ( 500 500 ) M1_M2 ( * * ) M1_M2     # case : pt via ( * * ) via
    NEW M2 ( 600 600 10 ) M1_M2 S ( * * 30 ) ( * 800 )    # case : pt via ( * * ext ) 
    NEW M2 ( 700 700 ) M1_M2 ( * * ) ( * 800 ) # case : pt via ( * * ) pt
    NEW M1 ( 0 0 ) M1_M2 FS M2_M3
    NEW M3 ( 0 0 ) M2_M3 W M1_M2
    NEW M1 ( 10 10 ) ( 20 10 ) MASK 1 ( 20 20 ) MASK 031 VIA1_2
  + SOURCE USER
  + PATTERN TRUNK ;
- N4 ( I5 A ) ( PIN P4 )
  + SOURCE TEST
  + ROUTED M2 STYLE 1 ( 0 0 ) ( 150 150 ) ( 300 0 ) ( 400 0 )
  + ROUTED M1 ( 150 150 ) MASK 3 ( 300 300 ) MASK 032 VIAGEN12
  + NOSHIELD M1 ( 150 150 30 ) ( 150 300 30 )
  + ROUTED M1 STYLE 0 ( 0 0 ) ( 150 150 )
    NEW M1 STYLE 1 ( 150 150 ) MASK 2 ( 300 0 ) ( 400 0 )
  + USE GROUND ;
- N5 ( I6 A ) ( PIN P5 )
  + ROUTED M2 STYLE 3 ( 0 1000 ) ( 150 1150 ) ( 300 1000 ) ( 400 1000 )
  + ROUTED M1 ( 0 1000 ) ( 150 1150 ) ( 300 1000 ) ( 400 1000 )
  + SOURCE TIMING ;
- N6
  + NONDEFAULTRULE RULE2
  + ROUTED M1 STYLE 4 ( 1000 0 ) ( 1100 100 )
  + ROUTED M1 STYLE 4 ( 1200 100 ) ( 1300 0 )
  + ROUTED M1 STYLE 4 ( 1000 -100 ) ( 1300 -100 ) ;
- SCAN ( scancell1 PA10 + SYNTHESIZED ) ( scancell2 PA2 + SYNTHESIZED )
  + SOURCE TEST ;
- MUSTJOIN_1 ( I7 A ) ;
- ARRAYNET[0][10] ;
- vectormodule[1]/vectornet[0] ;
- vectormodule[1]/scalarnet ;
END NETS


###############################################################################
# SCANCHAINS numScanChains ; 
#     [- chainName 
#     [+ COMMONSCANPINS [(IN pin)][(OUT pin)]] 
#     [+ START {fixedInComp | PIN} [outPin] ] 
#     {+ FLOATING {floatingComp [(IN pin)] [(OUT pin)]}...} 
#     [+ ORDERED 
#         {fixedComp [(IN pin)] [(OUT pin)] 
#         fixedComp [(IN pin)] [(OUT pin)]} 
#         [fixedComp [(IN pin)] [(OUT pin)]] ...}] 
#     [+ STOP {fixedOutComp | PIN} [inPin] ] 
#     ;] 
#     ... 
# END SCANCHAINS
###############################################################################
SCANCHAINS 2 ;
- chain1
  + PARTITION clock1 MAXBITS 256	# DEF5.5 
  + COMMONSCANPINS ( IN PA1 ) ( OUT PA2 )
  + START I1 B
  + STOP  I4 B
  + ORDERED 
     scancell1 ( IN PA2 )
     scancell2 ( OUT PA10 )
     ( BITS 4 )
  + FLOATING
     scancell3 ( IN PA2 )
     scancell4 ( OUT PA10 )
     ( BITS 4 ) ;
- chain2
  + PARTITION clock1 MAXBITS 256	# DEF5.5 
  + COMMONSCANPINS ( IN PA1 ) ( OUT PA2 )
  + START PIN scanpin
  + STOP  PIN scanpin2
  + ORDERED 
     scancell5 ( IN PA2 )
     scancell6 ( OUT PA10 )
     ( BITS 4 )
  + FLOATING
     scancell7 ( IN PA2 )
     scancell8 ( OUT PA10 )
     ( BITS 4 ) ;
- chain3
  + PARTITION clock1 MAXBITS 256	# DEF5.5 
  + COMMONSCANPINS ( IN PA1 ) ( OUT PA2 )
  + START I5 B
  + STOP  I6 B
  + ORDERED 
     scancell9 ( IN PA2 )
     scancell10 ( OUT PA10 )
     ( BITS 4 )
  + FLOATING
     scancell11 ( IN PA2 )
     scancell12 ( OUT PA10 )
     ( BITS 4 ) ;
END SCANCHAINS


###############################################################################
# GROUPS numGroups ; 
#     [- groupName compNameRegExpr... 
#         [+ SOFT 
#             [MAXHALFPERIMETER value] 
#             [MAXX value][MAXY value]] 
#         [+ REGION {pt pt | regionName} ] 
#         [+ PROPERTY {propName propVal}...]...;]... 
# END GROUPS
###############################################################################
GROUPS 3 ;
- group1 I3 I2
  + SOFT MAXHALFPERIMETER 4000 MAXX 100000 MAXY 100000
  + REGION region1
  + PROPERTY strprop "aString" 
  + PROPERTY intprop 1 
  + PROPERTY realprop 1.1 
  + PROPERTY intrangeprop 25
  + PROPERTY realrangeprop 25.25 ;
- group2 I4
  + SOFT MAXHALFPERIMETER 4000
  + REGION ( 0 0 ) ( 100 100 ) ;
- region2 I7 I8
  + REGION region2 ;
END GROUPS


###############################################################################
# SLOTS numSlots ; 
#     - { LAYER layerName 
#             RECT pt pt 
#             [RECT pt pt] ... ; 
#         } 
#     ... 
# END SLOTS
###############################################################################
SLOTS 3 ;
  -  LAYER M1
        RECT ( 3 3 )  ( 6 8 ) ;
  -  LAYER M2
        RECT ( 3 3 )  ( 6 8 )
        POLYGON ( 0 0 ) ( 0 10 ) ( 10 10 ) ( 10 20 ) ( 20 20 ) ( 20 0 ) ;
  -  LAYER M3
        RECT ( 3 3 )  ( 6 8 ) ;
END SLOTS     


###############################################################################
# FILLS numFills ; 
#     - { LAYER layerName 
#             RECT pt pt 
#             [RECT pt pt] ... ; 
#         } 
#     ... 
# END FILLS
###############################################################################
FILLS 5 ;
   - VIA myvia1 + MASK 2 + OPC
    ( 5000 5000 )
    ( 800 800 ) ;
   -  LAYER M1 + MASK 2
        RECT ( 0 2 )  ( 1 10 ) ;
   -  LAYER M2 + OPC
        RECT ( 0 2 )  ( 1 10 )
        POLYGON ( 0 0 ) ( 0 10 ) ( 10 10 ) ( 10 20 ) ( 20 20 ) ( 20 0 ) ;
   -  LAYER M3    
        RECT ( 0 2 )  ( 1 10 ) ;
   - VIA M1_M2 + MASK 202 + OPC ( 2400 0 ) ( 10 10 ) ;
   - VIA VIAGEN12_0 + OPC ( 100 100 ) ( 200 100 ) ;
END FILLS     	   


###############################################################################
# BEGINEXT "tag" 
#   extensionText 
# ENDEXT 
###############################################################################
BEGINEXT "tag"
- CREATOR "Cadence" ;
- OTTER furry
  + PROPERTY arrg later
  ;
- SEAL cousin to WALRUS ;
ENDEXT

END DESIGN
