def __eq__(self, dxflist):
if len(self) != len(dxflist):
return False
for atom1, atom2 in izip(self, dxflist):
if atom1 != atom2:
return False
return True
def __eq__(self, dxflist):
if len(self) != len(dxflist):
return False
for atom1, atom2 in izip(self, dxflist):
if atom1 != atom2:
return False
return True
def approximate(self, segments):
"""Approximate spline curve with <segments> line-segments.
Generates <segments>+1 2D points (float, float).
"""
return izip(self._cubic_spline(_coords(self.breakpoints, 0), segments), # x-coords
self._cubic_spline(_coords(self.breakpoints, 1), segments)) # y-coords
def approximate(self, segments):
"""Approximate spline curve with <segments> line-segments.
Generates <segments>+1 2D points (float, float).
"""
return izip(
self._cubic_spline(_coords(self.breakpoints, 0),
segments), # x-coords
self._cubic_spline(_coords(self.breakpoints, 1),
segments)) # y-coords