Documentation/INI_files/maxdxf.ini

   1
   2 ;   Special control variables can be set within the INI file.  The control
   3 ;   variables remain in effect for all of the layers which follow it until
   4 ;   the control variable is encountered again.
   5 ;
   6   UNITS_DIVISOR=25.4
   7 ;
   8 ;   When the UNITS_DIVISOR option is present, the coordinates and widths in
   9 ;   the input DXF file are divided by the number indicated to convert them
  10 ;   to inches.  If the input MAX technology file is in metric, MAXDXF will
  11 ;   then translate the inch value into millimeters as each object is placed
  12 ;   in the MAX file.
  13 ;   Examples:
  14 ;       UNITS_DIVISOR=1     ; DXF file is in inches
  15 ;       UNITS_DIVISOR=1000  ; DXF file is in mils
  16 ;       UNITS_DIVISOR=25.4  ; DXF file is in millimeters
  17 ;       UNITS_DIVISOR=2.54  ; DXF file is in centimeters
  18 ;       UNITS_DIVISOR=X.XX  ; DXF file is in some arbitrary unit of measure
  19 ;
  20   DEFAULT_TRACK_WIDTH=0.010
  21 ;
  22 ;   When the DEFAULT_TRACK_WIDTH option is present, translated arcs and
  23 ;   lines which have no width in AutoCAD will be given this default width.
  24 ;   AutoCAD TRACES and POLYLINES which have a defined width retain the
  25 ;   width set in the DXF file.  The specified width must be in the same
  26 ;   units as the DXF file itself.
  27 ;
  28 ; OVERRIDE_TRACK_WIDTH=0.015
  29 ;
  30 ;   When the OVERRIDE_TRACK_WIDTH option is present, all translated objects
  31 ;   are given the indicated width, even TRACES and POLYLINES which already
  32 ;   have an AutoCAD width.  The specified width must be in the same units
  33 ;   as the DXF file itself.
  34 ;
  35   CONTINUATION_CAPTURE_RANGE=0.02
  36 ;
  37 ;   When the CONTINUATION_CAPTURE_RANGE option is present, lines and arcs
  38 ;   whose endpoints are within the indicated distance are joined into a
  39 ;   single continuous Layout obstacle.  This can be important with some CAD
  40 ;   tools which express the start and stop angle of an arc to only the
  41 ;   nearest degree.  For an arc with a large radius, the endpoints of the
  42 ;   arc may be offset relative to the line to which they should join.  The
  43 ;   specified range must be in the same units as the DXF file itself.
  44 ;
  45 ;
  46 ;   This following section defines the versions of the files and software
  47 ;   with which MAXDXF must interact.  This section must be present to run
  48 ;   MAXDXF.  When dependencies are discovered with specific versions of CAD
  49 ;   software, those dependencies are documented in this section.
  50
  51 [VERSION]
  52
  53 INI_VERSION = 2.00
  54
  55 VISUALCAD_DIRECTORY = I:\ORCAD\VCADD
  56
  57 ;   In the remainder of this file, the left hand column is the Layout layer
  58 ;   name and the right hand column is the corresponding AutoCAD layer name.
  59 ;   Note that this is the reverse of the first version of the MAXDXF
  60 ;   software.
  61 ;
  62 ;   The following section defines the default layer setup of the DXF to MAX
  63 ;   translator for objects not explicitly called out in the later sections.
  64
  65 [LAYER]
  66
  67 GLOBAL_LAYER    = GLOBAL_LAYER
  68 TOP             = TOP
  69 BOTTOM          = BOTTOM
  70 GND             = GND
  71 INNER           = INNER
  72 PLANE           = PLANE
  73 POWER           = POWER
  74 INNER1          = INNER1
  75 INNER2          = INNER2
  76 INNER3          = INNER3
  77 INNER4          = INNER4
  78 INNER5          = INNER5
  79 INNER6          = INNER6
  80 INNER7          = INNER7
  81 INNER8          = INNER8
  82 INNER9          = INNER9
  83 INNER10         = INNER10
  84 INNER11         = INNER11
  85 INNER12         = INNER12
  86 INNER13         = INNER13
  87 INNER14         = INNER14
  88 INNER15         = INNER15
  89 INNER16         = INNER16
  90 SMTOP           = SMTOP
  91 SMBOT           = SMBOT
  92 SPTOP           = SPTOP
  93 SPBOT           = SPBOT
  94 SSTOP           = SSTOP
  95 SSBOT           = SSBOT
  96 ASYTOP          = ASYTOP
  97 ASYBOT          = ASYBOT
  98 DRLDWG          = DRLDWG
  99 DRILL           = DRILL
 100 FABDWG          = FABDWG
 101 PHOTO           = PHOTO
 102 HOLES           = HOLES
 103
 104
 105 [TEXT]
 106
 107 GLOBAL_LAYER    = TEXT_GLOBAL_LAYER
 108 TOP             = TEXT_TOP
 109 BOTTOM          = TEXT_BOTTOM
 110 GND             = TEXT_GND
 111 POWER           = TEXT_POWER
 112 INNER           = TEXT_INNER
 113 PLANE           = TEXT_PLANE
 114 INNER1          = TEXT_INNER1
 115 INNER2          = TEXT_INNER2
 116 INNER3          = TEXT_INNER3
 117 INNER4          = TEXT_INNER4
 118 INNER5          = TEXT_INNER5
 119 INNER6          = TEXT_INNER6
 120 INNER7          = TEXT_INNER7
 121 INNER8          = TEXT_INNER8
 122 INNER9          = TEXT_INNER9
 123 INNER10         = TEXT_INNER10
 124 INNER11         = TEXT_INNER11
 125 INNER12         = TEXT_INNER12
 126 INNER13         = TEXT_INNER13
 127 INNER14         = TEXT_INNER14
 128 INNER15         = TEXT_INNER15
 129 INNER16         = TEXT_INNER16
 130 SMTOP           = TEXT_SMTOP
 131 SMBOT           = TEXT_SMBOT
 132 SPTOP           = TEXT_SPTOP
 133 SPBOT           = TEXT_SPBOT
 134 SSTOP           = TEXT_SSTOP
 135 SSBOT           = TEXT_SSBOT
 136 ASYTOP          = TEXT_ASYTOP
 137 ASYBOT          = TEXT_ASYBOT
 138 DRLDWG          = TEXT_DRLDWG
 139 FABDWG          = TEXT_FABDWG
 140 PHOTO           = TEXT_PHOTO
 141 DRILL           = TEXT_DRILL
 142 HOLES           = TEXT_HOLES
 143
 144
 145 [OBSTACLE]
 146
 147 GLOBAL_LAYER    = OBS_GLOBAL_LAYER
 148 TOP             = OBS_TOP
 149 BOTTOM          = OBS_BOTTOM
 150 GND             = OBS_GND
 151 POWER           = OBS_POWER
 152 INNER           = OBS_INNER
 153 PLANE           = OBS_PLANE
 154 INNER1          = OBS_INNER1
 155 INNER2          = OBS_INNER2
 156 INNER3          = OBS_INNER3
 157 INNER4          = OBS_INNER4
 158 INNER5          = OBS_INNER5
 159 INNER6          = OBS_INNER6
 160 INNER7          = OBS_INNER7
 161 INNER8          = OBS_INNER8
 162 INNER9          = OBS_INNER9
 163 INNER10         = OBS_INNER10
 164 INNER11         = OBS_INNER11
 165 INNER12         = OBS_INNER12
 166 INNER13         = OBS_INNER13
 167 INNER14         = OBS_INNER14
 168 INNER15         = OBS_INNER15
 169 INNER16         = OBS_INNER16
 170 SMTOP           = OBS_SMTOP
 171 SMBOT           = OBS_SMBOT
 172 SPTOP           = OBS_SPTOP
 173 SPBOT           = OBS_SPBOT
 174 SSTOP           = OBS_SSTOP
 175 SSBOT           = OBS_SSBOT
 176 ASYTOP          = OBS_ASYTOP
 177 ASYBOT          = OBS_ASYBOT
 178 DRLDWG          = OBS_DRLDWG
 179 DRILL           = OBS_DRILL
 180 FABDWG          = OBS_FABDWG
 181 PHOTO           = OBS_PHOTO
 182 HOLES           = OBS_HOLES
 183
 184
 185 ;   AutoCAD TRACE objects placed on the TRACK layers are interpreted as
 186 ;   tracks with the indicated TRACE width.  For translation from MAX to
 187 ;   DXF, most customers place the the Tracks on the Default layers.
 188
 189 [TRACKS]
 190
 191 GLOBAL_LAYER    = TRACKS_GLOBAL_LAYER
 192 TOP             = TRACKS_TOP
 193 BOTTOM          = TRACKS_BOTTOM
 194 GND             = TRACKS_GND
 195 INNER           = TRACKS_INNER
 196 PLANE           = TRACKS_PLANE
 197 POWER           = TRACKS_POWER
 198 INNER1          = TRACKS_INNER1
 199 INNER2          = TRACKS_INNER2
 200 INNER3          = TRACKS_INNER3
 201 INNER4          = TRACKS_INNER4
 202 INNER5          = TRACKS_INNER5
 203 INNER6          = TRACKS_INNER6
 204 INNER7          = TRACKS_INNER7
 205 INNER8          = TRACKS_INNER8
 206 INNER9          = TRACKS_INNER9
 207 INNER10         = TRACKS_INNER10
 208 INNER11         = TRACKS_INNER11
 209 INNER12         = TRACKS_INNER12
 210 INNER13         = TRACKS_INNER13
 211 INNER14         = TRACKS_INNER14
 212 INNER15         = TRACKS_INNER15
 213 INNER16         = TRACKS_INNER16
 214
 215
 216 ; The COPPER section is used for Copper Zones you have drawn in AutoCAD.
 217 ; AutoCAD TRACEs placed on these layers will be interpreted as Polygons.
 218
 219
 220 [COPPER]
 221
 222 GLOBAL_LAYER    = COPPER_GLOBAL_LAYER
 223 TOP             = COPPER_TOP
 224 BOTTOM          = COPPER_BOT
 225 GND             = COPPER_GND
 226 POWER           = COPPER_POWER
 227 INNER           = COPPER_INNER
 228 PLANE           = COPPER_PLANE
 229 INNER1          = COPPER_INNER1
 230 INNER2          = COPPER_INNER2
 231 INNER3          = COPPER_INNER3
 232 INNER4          = COPPER_INNER4
 233 INNER5          = COPPER_INNER5
 234 INNER6          = COPPER_INNER6
 235 INNER7          = COPPER_INNER7
 236 INNER8          = COPPER_INNER8
 237 INNER9          = COPPER_INNER9
 238 INNER10         = COPPER_INNER10
 239 INNER11         = COPPER_INNER11
 240 INNER12         = COPPER_INNER12
 241 INNER13         = COPPER_INNER13
 242 INNER14         = COPPER_INNER14
 243 INNER15         = COPPER_INNER15
 244 INNER16         = COPPER_INNER16
 245 SMTOP           = COPPER_SMTOP
 246 SMBOT           = COPPER_SMBOT
 247 SPTOP           = COPPER_SPTOP
 248 SPBOT           = COPPER_SPBOT
 249 SSTOP           = COPPER_SSTOP
 250 SSBOT           = COPPER_SSBOT
 251 ASYTOP          = COPPER_ASYTOP
 252 ASYBOT          = COPPER_ASYBOT
 253 DRLDWG          = COPPER_DRLDWG
 254 DRILL           = COPPER_DRILL
 255 HOLES           = COPPER_HOLES
 256
 257
 258 ;   In the mechanical section, you have the opportunity to map an AutoCAD
 259 ;   layer on the right of the equal sign to the Layout layer and object
 260 ;   type on the left of the equal sign.
 261 ;
 262 ;   Only circles have meaning on the Mounting Hole layers.
 263
 264
 265
 266 [MECHANICAL]
 267
 268 BOARD_OUTLINE           = BOARD_OUTLINE
 269 ROUTE_KEEPOUT_TOP               = ROUTE_KEEPOUT_TOP
 270 ROUTE_KEEPOUT_BOT               = ROUTE_KEEPOUT_BOT
 271 ROUTE_KEEPOUT_ALL               = ROUTE_KEEPOUT_ALL
 272 NO_VIA_TOP                      = NO_VIA_TOP
 273 NO_VIA_BOT                      = NO_VIA_BOT
 274 NO_VIA_ALL                      = NO_VIA_ALL
 275 PLATED_MOUNTING_HOLES   = PLATED_HOLES
 276 UNPLATED_MOUNTING_HOLES = HOLES
 277 HEIGHT_RESTRICTED_TOP   = HEIGHT_RESTRICT_TOP
 278 HEIGHT_RESTRICTED_BOT   = HEIGHT_RESTRICT_BOT
 279 COMP_KEEPOUT_ALL        = KEEPOUT_ALL
 280 COMP_KEEPOUT_TOP        = KEEPOUT_TOP
 281 COMP_KEEPOUT_BOT        = KEEPOUT_BOT
 282 COMP_GROUP_KEEPIN_ALL   = GROUP_KEEPIN_ALL
 283 COMP_GROUP_KEEPIN_TOP   = GROUP_KEEPIN_TOP
 284 COMP_GROUP_KEEPIN_BOT   = GROUP_KEEPIN_BOT
 285
 286 ; Use these keywords to create a component/footprint from DXF input.
 287 ; Currently only circles can be converted into pads during batch translation.
 288 ; Visual CADD symbols (AutoCAD blocks) can be converted into pads during
 289 ; interactive translation.
 290 ; The component name and origin should precede all other
 291 ; comp_ objects associated with the component.
 292
 293 ;COMP_NAME           = U1
 294 ;COMP_ORIGIN         = 0,0
 295 ;COMP_PADS_TOP       = COMP_PADS_TOP_LAYER   ; SMT pads on TOP layer
 296 ;COMP_PADS_BOT       = COMP_PADS_BOT_LAYER   ; SMT pads on BOT layer
 297 ;COMP_PADS_THRU      = COMP_PADS_ALL_LAYERS  ; THRU hole pads on all copper layers
 298
 299 COMP_SILKSCREEN_TOP = COMP_SILKSCREEN_TOP
 300 COMP_SILKSCREEN_BOT = COMP_SILKSCREEN_BOT
 301
 302 COMP_FREE_TRACK_TOP = COMP_FREE_TRACK_TOP
 303 COMP_FREE_TRACK_BOT = COMP_FREE_TRACK_BOT
 304 COMP_FREE_TRACK_IN1 = COMP_FREE_TRACK_IN1
 305 COMP_FREE_TRACK_IN2 = COMP_FREE_TRACK_IN2
 306 COMP_FREE_TRACK_IN3 = COMP_FREE_TRACK_IN3
 307 COMP_FREE_TRACK_IN4 = COMP_FREE_TRACK_IN4
 308 COMP_FREE_TRACK_IN5 = COMP_FREE_TRACK_IN5
 309 COMP_FREE_TRACK_IN6 = COMP_FREE_TRACK_IN6
 310 COMP_FREE_TRACK_IN7 = COMP_FREE_TRACK_IN7
 311 COMP_FREE_TRACK_IN8 = COMP_FREE_TRACK_IN8
 312 COMP_FREE_TRACK_IN9 = COMP_FREE_TRACK_IN9
 313 COMP_FREE_TRACK_I10 = COMP_FREE_TRACK_I10
 314 COMP_FREE_TRACK_I11 = COMP_FREE_TRACK_I11
 315 COMP_FREE_TRACK_I12 = COMP_FREE_TRACK_I12
 316 COMP_FREE_TRACK_I13 = COMP_FREE_TRACK_I13
 317 COMP_FREE_TRACK_I14 = COMP_FREE_TRACK_I14
 318
 319 COMP_COPPER_TOP     = COMP_COPPER_TOP
 320 COMP_COPPER_BOT     = COMP_COPPER_BOT
 321 COMP_COPPER_IN1     = COMP_COPPER_IN1
 322 COMP_COPPER_IN2     = COMP_COPPER_IN2
 323 COMP_COPPER_IN3     = COMP_COPPER_IN3
 324 COMP_COPPER_IN4     = COMP_COPPER_IN4
 325 COMP_COPPER_IN5     = COMP_COPPER_IN5
 326 COMP_COPPER_IN6     = COMP_COPPER_IN6
 327 COMP_COPPER_IN7     = COMP_COPPER_IN7
 328 COMP_COPPER_IN8     = COMP_COPPER_IN8
 329 COMP_COPPER_IN9     = COMP_COPPER_IN9
 330 COMP_COPPER_I10     = COMP_COPPER_I10
 331 COMP_COPPER_I11     = COMP_COPPER_I11
 332 COMP_COPPER_I12     = COMP_COPPER_I12
 333 COMP_COPPER_I13     = COMP_COPPER_I13
 334 COMP_COPPER_I14     = COMP_COPPER_I14
 335
 336 ; 'UNMAPPED_AUTOCAD_LAYERS' is a special keyword recognized by MAXDXF
 337 ; to represent all AutoCAD layers in the DXF which have not been mapped
 338 ; anywhere earlier in this INI file.  If you want AutoCAD entities on
 339 ; these unmapped layers to be translated, you must specify the Layout
 340 ; layer on the left of the equal sign.
 341
 342 FABDWG                  = UNMAPPED_AUTOCAD_LAYERS