def initCol(cName, data, keepPoints):
name = vtk.vtkTypeFloat32Array()
name.SetNumberOfComponents(1)
name.SetNumberOfTuples(0)
name.SetName(cName)
if keepPoints is None: keepPoints = range(0, len(data))
for cI in keepPoints:
name.InsertNextTuple((data[cI], ))
return name
def initCol3(cName, dat1, dat2, dat3, keepPoints=None):
name = vtk.vtkTypeFloat32Array()
name.SetNumberOfComponents(3)
name.SetNumberOfTuples(0)
name.SetName(cName)
if keepPoints is None: keepPoints = range(0, len(dat1))
for cI in keepPoints:
name.InsertNextTuple((dat1[cI], dat2[cI], dat3[cI]))
print(cName, len(keepPoints))
return name
def initCol(cName, data, keepPoints):
name = vtk.vtkTypeFloat32Array()
name.SetNumberOfComponents(1)
name.SetNumberOfTuples(0)
name.SetName(cName)
if keepPoints is None:
keepPoints = range(0, len(data))
for cI in keepPoints:
name.InsertNextTuple((data[cI],))
return name
def initCol3(cName, dat1, dat2, dat3, keepPoints=None):
name = vtk.vtkTypeFloat32Array()
name.SetNumberOfComponents(3)
name.SetNumberOfTuples(0)
name.SetName(cName)
if keepPoints is None:
keepPoints = range(0, len(dat1))
for cI in keepPoints:
name.InsertNextTuple((dat1[cI], dat2[cI], dat3[cI]))
print (cName, len(keepPoints))
return name
def initColTens(cName, dat1, dat2, dat3, dat4, dat5, dat6, dat7, dat8, dat9, keepPoints=None):
name = vtk.vtkTypeFloat32Array()
name.SetNumberOfComponents(9)
name.SetNumberOfTuples(0)
name.SetName(cName + "_T")
if keepPoints is None:
keepPoints = range(0, len(dat1))
for cI in keepPoints:
name.InsertNextTuple((dat1[cI], dat2[cI], dat3[cI], dat4[cI], dat5[cI], dat6[cI], dat7[cI], dat8[cI], dat9[cI]))
print (cName, len(keepPoints))
return name
def initColTens(cName,
dat1,
dat2,
dat3,
dat4,
dat5,
dat6,
dat7,
dat8,
dat9,
keepPoints=None):
name = vtk.vtkTypeFloat32Array()
name.SetNumberOfComponents(9)
name.SetNumberOfTuples(0)
name.SetName(cName + '_T')
if keepPoints is None: keepPoints = range(0, len(dat1))
for cI in keepPoints:
name.InsertNextTuple((dat1[cI], dat2[cI], dat3[cI], dat4[cI], dat5[cI],
dat6[cI], dat7[cI], dat8[cI], dat9[cI]))
print(cName, len(keepPoints))
return name