--- /dev/null
+
+; Special control variables can be set within the INI file. The control
+; variables remain in effect for all of the layers which follow it until
+; the control variable is encountered again.
+;
+ UNITS_DIVISOR=25.4
+;
+; When the UNITS_DIVISOR option is present, the coordinates and widths in
+; the input DXF file are divided by the number indicated to convert them
+; to inches. If the input MAX technology file is in metric, MAXDXF will
+; then translate the inch value into millimeters as each object is placed
+; in the MAX file.
+; Examples:
+; UNITS_DIVISOR=1 ; DXF file is in inches
+; UNITS_DIVISOR=1000 ; DXF file is in mils
+; UNITS_DIVISOR=25.4 ; DXF file is in millimeters
+; UNITS_DIVISOR=2.54 ; DXF file is in centimeters
+; UNITS_DIVISOR=X.XX ; DXF file is in some arbitrary unit of measure
+;
+ DEFAULT_TRACK_WIDTH=0.010
+;
+; When the DEFAULT_TRACK_WIDTH option is present, translated arcs and
+; lines which have no width in AutoCAD will be given this default width.
+; AutoCAD TRACES and POLYLINES which have a defined width retain the
+; width set in the DXF file. The specified width must be in the same
+; units as the DXF file itself.
+;
+; OVERRIDE_TRACK_WIDTH=0.015
+;
+; When the OVERRIDE_TRACK_WIDTH option is present, all translated objects
+; are given the indicated width, even TRACES and POLYLINES which already
+; have an AutoCAD width. The specified width must be in the same units
+; as the DXF file itself.
+;
+ CONTINUATION_CAPTURE_RANGE=0.02
+;
+; When the CONTINUATION_CAPTURE_RANGE option is present, lines and arcs
+; whose endpoints are within the indicated distance are joined into a
+; single continuous Layout obstacle. This can be important with some CAD
+; tools which express the start and stop angle of an arc to only the
+; nearest degree. For an arc with a large radius, the endpoints of the
+; arc may be offset relative to the line to which they should join. The
+; specified range must be in the same units as the DXF file itself.
+;
+;
+; This following section defines the versions of the files and software
+; with which MAXDXF must interact. This section must be present to run
+; MAXDXF. When dependencies are discovered with specific versions of CAD
+; software, those dependencies are documented in this section.
+
+[VERSION]
+
+INI_VERSION = 2.00
+
+VISUALCAD_DIRECTORY = I:\ORCAD\VCADD
+
+; In the remainder of this file, the left hand column is the Layout layer
+; name and the right hand column is the corresponding AutoCAD layer name.
+; Note that this is the reverse of the first version of the MAXDXF
+; software.
+;
+; The following section defines the default layer setup of the DXF to MAX
+; translator for objects not explicitly called out in the later sections.
+
+[LAYER]
+
+GLOBAL_LAYER = GLOBAL_LAYER
+TOP = TOP
+BOTTOM = BOTTOM
+GND = GND
+INNER = INNER
+PLANE = PLANE
+POWER = POWER
+INNER1 = INNER1
+INNER2 = INNER2
+INNER3 = INNER3
+INNER4 = INNER4
+INNER5 = INNER5
+INNER6 = INNER6
+INNER7 = INNER7
+INNER8 = INNER8
+INNER9 = INNER9
+INNER10 = INNER10
+INNER11 = INNER11
+INNER12 = INNER12
+INNER13 = INNER13
+INNER14 = INNER14
+INNER15 = INNER15
+INNER16 = INNER16
+SMTOP = SMTOP
+SMBOT = SMBOT
+SPTOP = SPTOP
+SPBOT = SPBOT
+SSTOP = SSTOP
+SSBOT = SSBOT
+ASYTOP = ASYTOP
+ASYBOT = ASYBOT
+DRLDWG = DRLDWG
+DRILL = DRILL
+FABDWG = FABDWG
+PHOTO = PHOTO
+HOLES = HOLES
+
+
+[TEXT]
+
+GLOBAL_LAYER = TEXT_GLOBAL_LAYER
+TOP = TEXT_TOP
+BOTTOM = TEXT_BOTTOM
+GND = TEXT_GND
+POWER = TEXT_POWER
+INNER = TEXT_INNER
+PLANE = TEXT_PLANE
+INNER1 = TEXT_INNER1
+INNER2 = TEXT_INNER2
+INNER3 = TEXT_INNER3
+INNER4 = TEXT_INNER4
+INNER5 = TEXT_INNER5
+INNER6 = TEXT_INNER6
+INNER7 = TEXT_INNER7
+INNER8 = TEXT_INNER8
+INNER9 = TEXT_INNER9
+INNER10 = TEXT_INNER10
+INNER11 = TEXT_INNER11
+INNER12 = TEXT_INNER12
+INNER13 = TEXT_INNER13
+INNER14 = TEXT_INNER14
+INNER15 = TEXT_INNER15
+INNER16 = TEXT_INNER16
+SMTOP = TEXT_SMTOP
+SMBOT = TEXT_SMBOT
+SPTOP = TEXT_SPTOP
+SPBOT = TEXT_SPBOT
+SSTOP = TEXT_SSTOP
+SSBOT = TEXT_SSBOT
+ASYTOP = TEXT_ASYTOP
+ASYBOT = TEXT_ASYBOT
+DRLDWG = TEXT_DRLDWG
+FABDWG = TEXT_FABDWG
+PHOTO = TEXT_PHOTO
+DRILL = TEXT_DRILL
+HOLES = TEXT_HOLES
+
+
+[OBSTACLE]
+
+GLOBAL_LAYER = OBS_GLOBAL_LAYER
+TOP = OBS_TOP
+BOTTOM = OBS_BOTTOM
+GND = OBS_GND
+POWER = OBS_POWER
+INNER = OBS_INNER
+PLANE = OBS_PLANE
+INNER1 = OBS_INNER1
+INNER2 = OBS_INNER2
+INNER3 = OBS_INNER3
+INNER4 = OBS_INNER4
+INNER5 = OBS_INNER5
+INNER6 = OBS_INNER6
+INNER7 = OBS_INNER7
+INNER8 = OBS_INNER8
+INNER9 = OBS_INNER9
+INNER10 = OBS_INNER10
+INNER11 = OBS_INNER11
+INNER12 = OBS_INNER12
+INNER13 = OBS_INNER13
+INNER14 = OBS_INNER14
+INNER15 = OBS_INNER15
+INNER16 = OBS_INNER16
+SMTOP = OBS_SMTOP
+SMBOT = OBS_SMBOT
+SPTOP = OBS_SPTOP
+SPBOT = OBS_SPBOT
+SSTOP = OBS_SSTOP
+SSBOT = OBS_SSBOT
+ASYTOP = OBS_ASYTOP
+ASYBOT = OBS_ASYBOT
+DRLDWG = OBS_DRLDWG
+DRILL = OBS_DRILL
+FABDWG = OBS_FABDWG
+PHOTO = OBS_PHOTO
+HOLES = OBS_HOLES
+
+
+; AutoCAD TRACE objects placed on the TRACK layers are interpreted as
+; tracks with the indicated TRACE width. For translation from MAX to
+; DXF, most customers place the the Tracks on the Default layers.
+
+[TRACKS]
+
+GLOBAL_LAYER = TRACKS_GLOBAL_LAYER
+TOP = TRACKS_TOP
+BOTTOM = TRACKS_BOTTOM
+GND = TRACKS_GND
+INNER = TRACKS_INNER
+PLANE = TRACKS_PLANE
+POWER = TRACKS_POWER
+INNER1 = TRACKS_INNER1
+INNER2 = TRACKS_INNER2
+INNER3 = TRACKS_INNER3
+INNER4 = TRACKS_INNER4
+INNER5 = TRACKS_INNER5
+INNER6 = TRACKS_INNER6
+INNER7 = TRACKS_INNER7
+INNER8 = TRACKS_INNER8
+INNER9 = TRACKS_INNER9
+INNER10 = TRACKS_INNER10
+INNER11 = TRACKS_INNER11
+INNER12 = TRACKS_INNER12
+INNER13 = TRACKS_INNER13
+INNER14 = TRACKS_INNER14
+INNER15 = TRACKS_INNER15
+INNER16 = TRACKS_INNER16
+
+
+; The COPPER section is used for Copper Zones you have drawn in AutoCAD.
+; AutoCAD TRACEs placed on these layers will be interpreted as Polygons.
+
+
+[COPPER]
+
+GLOBAL_LAYER = COPPER_GLOBAL_LAYER
+TOP = COPPER_TOP
+BOTTOM = COPPER_BOT
+GND = COPPER_GND
+POWER = COPPER_POWER
+INNER = COPPER_INNER
+PLANE = COPPER_PLANE
+INNER1 = COPPER_INNER1
+INNER2 = COPPER_INNER2
+INNER3 = COPPER_INNER3
+INNER4 = COPPER_INNER4
+INNER5 = COPPER_INNER5
+INNER6 = COPPER_INNER6
+INNER7 = COPPER_INNER7
+INNER8 = COPPER_INNER8
+INNER9 = COPPER_INNER9
+INNER10 = COPPER_INNER10
+INNER11 = COPPER_INNER11
+INNER12 = COPPER_INNER12
+INNER13 = COPPER_INNER13
+INNER14 = COPPER_INNER14
+INNER15 = COPPER_INNER15
+INNER16 = COPPER_INNER16
+SMTOP = COPPER_SMTOP
+SMBOT = COPPER_SMBOT
+SPTOP = COPPER_SPTOP
+SPBOT = COPPER_SPBOT
+SSTOP = COPPER_SSTOP
+SSBOT = COPPER_SSBOT
+ASYTOP = COPPER_ASYTOP
+ASYBOT = COPPER_ASYBOT
+DRLDWG = COPPER_DRLDWG
+DRILL = COPPER_DRILL
+HOLES = COPPER_HOLES
+
+
+; In the mechanical section, you have the opportunity to map an AutoCAD
+; layer on the right of the equal sign to the Layout layer and object
+; type on the left of the equal sign.
+;
+; Only circles have meaning on the Mounting Hole layers.
+
+
+
+[MECHANICAL]
+
+BOARD_OUTLINE = BOARD_OUTLINE
+ROUTE_KEEPOUT_TOP = ROUTE_KEEPOUT_TOP
+ROUTE_KEEPOUT_BOT = ROUTE_KEEPOUT_BOT
+ROUTE_KEEPOUT_ALL = ROUTE_KEEPOUT_ALL
+NO_VIA_TOP = NO_VIA_TOP
+NO_VIA_BOT = NO_VIA_BOT
+NO_VIA_ALL = NO_VIA_ALL
+PLATED_MOUNTING_HOLES = PLATED_HOLES
+UNPLATED_MOUNTING_HOLES = HOLES
+HEIGHT_RESTRICTED_TOP = HEIGHT_RESTRICT_TOP
+HEIGHT_RESTRICTED_BOT = HEIGHT_RESTRICT_BOT
+COMP_KEEPOUT_ALL = KEEPOUT_ALL
+COMP_KEEPOUT_TOP = KEEPOUT_TOP
+COMP_KEEPOUT_BOT = KEEPOUT_BOT
+COMP_GROUP_KEEPIN_ALL = GROUP_KEEPIN_ALL
+COMP_GROUP_KEEPIN_TOP = GROUP_KEEPIN_TOP
+COMP_GROUP_KEEPIN_BOT = GROUP_KEEPIN_BOT
+
+; Use these keywords to create a component/footprint from DXF input.
+; Currently only circles can be converted into pads during batch translation.
+; Visual CADD symbols (AutoCAD blocks) can be converted into pads during
+; interactive translation.
+; The component name and origin should precede all other
+; comp_ objects associated with the component.
+
+;COMP_NAME = U1
+;COMP_ORIGIN = 0,0
+;COMP_PADS_TOP = COMP_PADS_TOP_LAYER ; SMT pads on TOP layer
+;COMP_PADS_BOT = COMP_PADS_BOT_LAYER ; SMT pads on BOT layer
+;COMP_PADS_THRU = COMP_PADS_ALL_LAYERS ; THRU hole pads on all copper layers
+
+COMP_SILKSCREEN_TOP = COMP_SILKSCREEN_TOP
+COMP_SILKSCREEN_BOT = COMP_SILKSCREEN_BOT
+
+COMP_FREE_TRACK_TOP = COMP_FREE_TRACK_TOP
+COMP_FREE_TRACK_BOT = COMP_FREE_TRACK_BOT
+COMP_FREE_TRACK_IN1 = COMP_FREE_TRACK_IN1
+COMP_FREE_TRACK_IN2 = COMP_FREE_TRACK_IN2
+COMP_FREE_TRACK_IN3 = COMP_FREE_TRACK_IN3
+COMP_FREE_TRACK_IN4 = COMP_FREE_TRACK_IN4
+COMP_FREE_TRACK_IN5 = COMP_FREE_TRACK_IN5
+COMP_FREE_TRACK_IN6 = COMP_FREE_TRACK_IN6
+COMP_FREE_TRACK_IN7 = COMP_FREE_TRACK_IN7
+COMP_FREE_TRACK_IN8 = COMP_FREE_TRACK_IN8
+COMP_FREE_TRACK_IN9 = COMP_FREE_TRACK_IN9
+COMP_FREE_TRACK_I10 = COMP_FREE_TRACK_I10
+COMP_FREE_TRACK_I11 = COMP_FREE_TRACK_I11
+COMP_FREE_TRACK_I12 = COMP_FREE_TRACK_I12
+COMP_FREE_TRACK_I13 = COMP_FREE_TRACK_I13
+COMP_FREE_TRACK_I14 = COMP_FREE_TRACK_I14
+
+COMP_COPPER_TOP = COMP_COPPER_TOP
+COMP_COPPER_BOT = COMP_COPPER_BOT
+COMP_COPPER_IN1 = COMP_COPPER_IN1
+COMP_COPPER_IN2 = COMP_COPPER_IN2
+COMP_COPPER_IN3 = COMP_COPPER_IN3
+COMP_COPPER_IN4 = COMP_COPPER_IN4
+COMP_COPPER_IN5 = COMP_COPPER_IN5
+COMP_COPPER_IN6 = COMP_COPPER_IN6
+COMP_COPPER_IN7 = COMP_COPPER_IN7
+COMP_COPPER_IN8 = COMP_COPPER_IN8
+COMP_COPPER_IN9 = COMP_COPPER_IN9
+COMP_COPPER_I10 = COMP_COPPER_I10
+COMP_COPPER_I11 = COMP_COPPER_I11
+COMP_COPPER_I12 = COMP_COPPER_I12
+COMP_COPPER_I13 = COMP_COPPER_I13
+COMP_COPPER_I14 = COMP_COPPER_I14
+
+; 'UNMAPPED_AUTOCAD_LAYERS' is a special keyword recognized by MAXDXF
+; to represent all AutoCAD layers in the DXF which have not been mapped
+; anywhere earlier in this INI file. If you want AutoCAD entities on
+; these unmapped layers to be translated, you must specify the Layout
+; layer on the left of the equal sign.
+
+FABDWG = UNMAPPED_AUTOCAD_LAYERS
projects / orcad-lib.git / commitdiff