def plot(self, axes):
"""Plots the axes object
Parameters
----------
axes : object
The matplotlib axes object.
"""
assert_axes_dimension(axes, 3)
o = self.origin
xyz = self.vectors
axes.plot([o[0, 0], o[0, 0] + xyz[0, 0]],
[o[0, 1], o[0, 1] + xyz[0, 1]],
[o[0, 2], o[0, 2] + xyz[0, 2]],
'{0}-'.format(self.colors[0]),
linewidth=3)
axes.plot([o[0, 0], o[0, 0] + xyz[1, 0]],
[o[0, 1], o[0, 1] + xyz[1, 1]],
[o[0, 2], o[0, 2] + xyz[1, 2]],
'{0}-'.format(self.colors[1]),
linewidth=3)
axes.plot([o[0, 0], o[0, 0] + xyz[2, 0]],
[o[0, 1], o[0, 1] + xyz[2, 1]],
[o[0, 2], o[0, 2] + xyz[2, 2]],
'{0}-'.format(self.colors[2]),
linewidth=3)
def plot(self, axes):
assert_axes_dimension(axes, 3)
rec = [[self.corners[index] for index in face] for face in self.faces]
rec_coll = Poly3DCollection(rec)
rec_coll.set_facecolors([(1.0, 0.0, 0.0) for face in self.faces])
rec_coll.set_alpha(0.2)
axes.add_collection3d(rec_coll)
def plot(self, axes):
assert_axes_dimension(axes, 3)
xmin, ymin, zmin = argmin(self.points, axis=0)
xmax, ymax, zmax = argmax(self.points, axis=0)
xspan = self.points[xmax, 0] - self.points[xmin, 0]
yspan = self.points[ymax, 1] - self.points[ymin, 1]
zspan = self.points[zmax, 2] - self.points[zmin, 2]
span = max(xspan, yspan, zspan)
axes.plot([self.points[xmin, 0]], [self.points[ymin, 1]],
[self.points[zmin, 2]], 'w')
axes.plot([self.points[xmin, 0] + span], [self.points[ymin, 1] + span],
[self.points[zmin, 2] + span], 'w')
def plot(self, axes):
"""Plots the axes object
Parameters
----------
axes : object
The matplotlib axes object.
"""
assert_axes_dimension(axes, 2)
o = self.origin
xy = self.vectors
axes.plot([o[0, 0], o[0, 0] + xy[0, 0]], [o[0, 1], o[0, 1] + xy[0, 1]],
'r-')
axes.plot([o[0, 0], o[0, 0] + xy[1, 0]], [o[0, 1], o[0, 1] + xy[1, 1]],
'g-')
