def SetPoints(self, points):
""" SetPoints(points)
Set x,y (and optionally z) data. The given argument can be anything
that can be converted to a pointset. (From version 1.7 this method
also works with 2D pointsets.)
The data is copied, so changes to original data will not affect
the visualized points. If you do want this, use the points property.
"""
# Try make it a (copied) pointset (handle masked array)
if is_Pointset(points):
points = Pointset(handleInvalidValues(points.data))
else:
points = Pointset(handleInvalidValues(points))
# Add z dimension to points if not available
if points.ndim == 3:
pass
elif points.ndim == 2:
zz = 0.1 * np.ones((len(points._data), 1), dtype='float32')
points._data = np.concatenate((points._data, zz), 1)
elif points.ndim == 1:
N = len(points._data)
xx = np.arange(N, dtype='float32').reshape(N, 1)
zz = 0.1 * np.ones((N, 1), dtype='float32')
points._data = np.concatenate((xx, points._data, zz), 1)
# Store
self._points = points
def SetPoints(self, points):
""" SetPoints(points)
Set x,y (and optionally z) data. The given argument can be anything
that can be converted to a pointset. (From version 1.7 this method
also works with 2D pointsets.)
The data is copied, so changes to original data will not affect
the visualized points. If you do want this, use the points property.
"""
# Try make it a (copied) pointset (handle masked array)
if is_Pointset(points):
points = Pointset(handleInvalidValues(points.data))
else:
points = Pointset(handleInvalidValues(points))
# Add z dimension to points if not available
if points.ndim == 3:
pass
elif points.ndim == 2:
zz = 0.1*np.ones((len(points._data),1), dtype='float32')
points._data = np.concatenate((points._data, zz),1)
elif points.ndim == 1:
N = len(points._data)
xx = np.arange(N, dtype='float32').reshape(N, 1)
zz = 0.1*np.ones((N,1), dtype='float32')
points._data = np.concatenate((xx, points._data, zz), 1)
# Store
self._points = points
