def layout(self):
T = []
if self.part_labels:
T.append(s2d.color(self.part_labels, (125, 200, 60)))
if self.pin_labels:
T.append(s2d.color(self.pin_labels, (255, 90, 60)))
if self.traces:
T.append(s2d.color(self.traces, (125, 90, 60)))
return T
def layout(self):
T = []
if self.part_labels:
T.append(s2d.color(self.part_labels, (125, 200, 60)))
if self.pin_labels:
T.append(s2d.color(self.pin_labels, (255, 90, 60)))
if self.traces:
T.append(s2d.color(self.traces, (125, 90, 60)))
return T
def shapes(self, labels=True):
if labels:
T = []
if self.pin_labels:
T.append(s2d.color(self.pin_labels, (255, 0, 0)))
if self.part_labels:
T.append(s2d.color(self.part_labels, (20, 200, 20)))
if self.traces:
T.append(s2d.color(self.traces, (125, 90, 60)))
return T
else:
return self.traces,
def shapes(self, value):
if type(value) not in (list, tuple):
raise TypeError(
'cad.shapes must be a list or tuple of MathTree objects')
value = map(MathTree.wrap, value)
self._shapes = list(value)
self._shape = reduce(operator.add,
[color(s, None) for s in self.shapes])
def function(self):
if len(self.shapes) > 1:
return reduce(operator.add,
[color(s, None) for s in self.shapes])
elif self.shapes:
return self.shapes[0]
else:
return None
def shapes(self, value):
if type(value) not in (list, tuple):
raise TypeError('cad.shapes must be a list or tuple of MathTree objects')
value = map(MathTree.wrap, value)
self._shapes = list(value)
self._shape = reduce(operator.add,
[color(s, None) for s in self.shapes]
)