class GrPolygon(AST):
tag = 'gr_poly'
schema = {
'0': {
'pts': xy_schema('pts'),
},
'layer': text,
'width': number,
'tstamp': hex,
'status': hex
}
def __init__(self,
pts,
layer='Edge.Cuts',
width=None,
tstamp=None,
status=None):
super(self.__class__, self).__init__(pts=pts,
layer=layer,
width=width,
tstamp=tstamp,
status=status)
class Dimension(AST):
tag = 'dimension'
schema = {
'0': {
'_attr': 'value',
'_parser': number
},
'1': {
'_tag': 'width',
'_parser': number
},
'layer': text,
'text': GrText,
'feature1': {
'pts': xy_schema('feature1')
},
'feature2': {
'pts': xy_schema('feature2')
},
'crossbar': {
'pts': xy_schema('crossbar')
},
'arrow1a': {
'pts': xy_schema('arrow1a')
},
'arrow1b': {
'pts': xy_schema('arrow1b')
},
'arrow2a': {
'pts': xy_schema('arrow2a')
},
'arrow2b': {
'pts': xy_schema('arrow2b')
},
'tstamp': hex
}
def __init__(self,
value,
width,
layer='F.SilkS',
text=None,
feature1=None,
feature2=None,
crossbar=None,
arrow1a=None,
arrow1b=None,
arrow2a=None,
arrow2b=None,
tstamp=None):
super(self.__class__, self).__init__(value=value,
width=width,
layer=layer,
text=text,
feature1=feature1,
feature2=feature2,
crossbar=crossbar,
arrow1a=arrow1a,
arrow1b=arrow1b,
arrow2a=arrow2a,
arrow2b=arrow2b,
tstamp=tstamp)
class Zone(AST):
tag = 'zone'
schema = {
'net': integer,
'net_name': text,
'layer': text,
'tstamp': hex,
'hatch': {
'0': {
'_attr': 'hatch_type',
'_parser': Literal('none') | 'edge' | 'full'
},
'1': {
'_attr': 'hatch_size',
'_parser': number
}
},
'priority': number,
'connect_pads': {
'clearance': number,
'1': {
'_attr': 'connect_pads',
'_tag': False,
'_parser': Literal('yes') | 'no' | 'thru_hole_only'
}
},
'min_thickness': number,
'fill': {
'0': extend_schema(yes_no('fill')['0'], _tag=False,
_optional=True),
'mode': {
'_attr': 'fill_mode',
'_parser': Literal('segment') | 'polygon'
},
'arc_segments': integer,
'thermal_gap': number,
'thermal_bridge_width': number,
'smoothing': Literal('none') | 'chamfer' | 'fillet',
'radius': number
},
'keepout': {
'tracks': allowed('keepout_tracks'),
'vias': allowed('keepout_vias'),
'copperpour': allowed('keepout_copperpour')
},
'polygon': {
'pts': xy_schema('polygon')
},
'filled_polygon': {
'pts': xy_schema('filled_polygon')
},
'fill_segments': {
'pts': xy_schema('fill_segments')
}
}
def __init__(self,
net=None,
net_name=None,
layer=None,
tstamp=None,
hatch_type='edge',
hatch_size=0.5,
priority=None,
connect_pads=None,
clearance=None,
min_thickness=None,
fill=True,
fill_mode=None,
arc_segments=None,
thermal_gap=None,
thermal_bridge_width=None,
smoothing=None,
radius=None,
keepout_tracks=None,
keepout_vias=None,
keepout_copperpour=None,
polygon=None,
filled_polygon=None,
fill_segments=None):
super(self.__class__,
self).__init__(net=net,
net_name=net_name,
layer=layer,
tstamp=tstamp,
hatch_type=hatch_type,
hatch_size=hatch_size,
priority=priority,
connect_pads=connect_pads,
clearance=clearance,
min_thickness=min_thickness,
fill=fill,
fill_mode=fill_mode,
arc_segments=arc_segments,
thermal_gap=thermal_gap,
thermal_bridge_width=thermal_bridge_width,
smoothing=smoothing,
radius=radius,
keepout_tracks=keepout_tracks,
keepout_vias=keepout_vias,
keepout_copperpour=keepout_copperpour,
polygon=polygon,
filled_polygon=filled_polygon,
fill_segments=fill_segments)