def apply(self, item):
""" Apply the transform directly on the
object, without making a copy. """
if isinstance(item, list):
from spira.yevon.geometry.shapes import Shape
return Shape(item).transform(self)
else:
return item.transform(self)
def load_aspect():
""" Mix the aspects into their corresponding classes. """
Cell.mixin(CellAspects)
Cell.mixin(CellPortProperty)
Cell.mixin(NetlistAspects)
Cell.mixin(Transformable)
Cell.mixin(Outputs)
SRef.mixin(SRefPortProperty)
SRef.mixin(NetlistAspects)
Shape.mixin(ShapeClipperAspects)
__Polygon__.mixin(PolygonAspects)
__Polygon__.mixin(NetlistAspects)
__Polygon__.mixin(PolygonPortProperty)
__Polygon__.mixin(PolygonClipperAspects)
def reverse(self, item):
if isinstance(item, list):
from spira.yevon.geometry.shapes import Shape
shape = Shape(item)
for c in reversed(self.__subtransforms__):
shape = c.reverse(shape)
return shape
else:
for c in reversed(self.__subtransforms__):
item = c.reverse(item)
def load_aspect():
""" Mix the aspects into their corresponding classes. """
Shape.mixin(ShapeClipperAspects)
Polygon.mixin(PolygonAspects)
Polygon.mixin(NetlistAspects)
Polygon.mixin(PolygonPortAspects)
Polygon.mixin(PolygonClipperAspects)
Polygon.mixin(OutputPlotlyNetlist)
SRef.mixin(SRefPortAspects)
SRef.mixin(NetlistAspects)
Cell.mixin(CellAspects)
Cell.mixin(CellPortAspects)
Cell.mixin(NetlistAspects)
Cell.mixin(Transformable)
Cell.mixin(OutputGdsiiAspect)
Cell.mixin(OutputPlotlyNetlist)
def apply(self, item):
""" Apply the transform to the transformable item. """
if isinstance(item, list):
from spira.yevon.geometry.shapes import Shape
shape = Shape(item)
for c in self.__subtransforms__:
shape = c.apply(shape)
return shape
else:
for c in self.__subtransforms__:
item = c.apply(item)
def create_elements(self, elems):
shape = self.shape.remove_straight_angles()
shape = shape.reverse_points()
for i, s in enumerate(shape.segments()):
line_shape = Shape(points=s)
L = RDD.GDSII.IMPORT_LAYER_MAP[self.layer]
width = RDD[L.process.symbol].MIN_SIZE
layer = PLayer(process=L.process,
purpose=RDD.PURPOSE.PORT.OUTSIDE_EDGE_DISABLED)
elems += Edge(shape=[],
line_shape=line_shape,
layer=layer,
internal_pid=self.internal_pid,
width=width,
transformation=self.transformation)
return elems
def reverse(self, item):
if isinstance(item, list):
from spira.yevon.geometry.shapes import Shape
return Shape(item).reverse_transform(self)
else:
return item.reverse_transform(self)
def apply_to_copy(self, item):
if isinstance(item, list):
from spira.yevon.geometry.shapes import Shape
return Shape(item).transform_copy(self)
else:
return item.transform_copy(self)