fipy.viewers.vtkViewer.vtkFaceViewer¶
Classes
|
Renders |
- class fipy.viewers.vtkViewer.vtkFaceViewer.VTKFaceViewer(vars, title=None, limits={}, **kwlimits)¶
Bases:
VTKViewer
Renders
MeshVariable
data in VTK formatCreates a VTKViewer
- Parameters:
vars (
CellVariable
orFaceVariable
orlist
) – theMeshVariable
objects to display.title (
str
, optional) – displayed at the top of the Viewer windowlimits (
dict
, optional) – a (deprecated) alternative to limit keyword argumentsxmin (
float
, optional) – displayed range of data. Any limit set to a (default) value of None will autoscale.xmax (
float
, optional) – displayed range of data. Any limit set to a (default) value of None will autoscale.ymin (
float
, optional) – displayed range of data. Any limit set to a (default) value of None will autoscale.ymax (
float
, optional) – displayed range of data. Any limit set to a (default) value of None will autoscale.zmin (
float
, optional) – displayed range of data. Any limit set to a (default) value of None will autoscale.zmax (
float
, optional) – displayed range of data. Any limit set to a (default) value of None will autoscale.datamin (
float
, optional) – displayed range of data. Any limit set to a (default) value of None will autoscale.datamax (
float
, optional) – displayed range of data. Any limit set to a (default) value of None will autoscale.
- plot(filename=None)¶
Update the display of the viewed variables.
- Parameters:
filename (
str
) – If not None, the name of a file to save the image into.
- plotMesh(filename=None)¶
Display a representation of the mesh
- Parameters:
filename (
str
) – If not None, the name of a file to save the image into.
- setLimits(limits={}, **kwlimits)¶
Update the limits.
- Parameters:
limits (
dict
, optional) – a (deprecated) alternative to limit keyword argumentsxmin (
float
, optional) – displayed range of data. A 1D Viewer will only use xmin and xmax, a 2D viewer will also use ymin and ymax, and so on. All viewers will use datamin and datamax. Any limit set to a (default) value of None will autoscale.xmax (
float
, optional) – displayed range of data. A 1D Viewer will only use xmin and xmax, a 2D viewer will also use ymin and ymax, and so on. All viewers will use datamin and datamax. Any limit set to a (default) value of None will autoscale.ymin (
float
, optional) – displayed range of data. A 1D Viewer will only use xmin and xmax, a 2D viewer will also use ymin and ymax, and so on. All viewers will use datamin and datamax. Any limit set to a (default) value of None will autoscale.ymax (
float
, optional) – displayed range of data. A 1D Viewer will only use xmin and xmax, a 2D viewer will also use ymin and ymax, and so on. All viewers will use datamin and datamax. Any limit set to a (default) value of None will autoscale.zmin (
float
, optional) – displayed range of data. A 1D Viewer will only use xmin and xmax, a 2D viewer will also use ymin and ymax, and so on. All viewers will use datamin and datamax. Any limit set to a (default) value of None will autoscale.zmax (
float
, optional) – displayed range of data. A 1D Viewer will only use xmin and xmax, a 2D viewer will also use ymin and ymax, and so on. All viewers will use datamin and datamax. Any limit set to a (default) value of None will autoscale.datamin (
float
, optional) – displayed range of data. A 1D Viewer will only use xmin and xmax, a 2D viewer will also use ymin and ymax, and so on. All viewers will use datamin and datamax. Any limit set to a (default) value of None will autoscale.datamax (
float
, optional) – displayed range of data. A 1D Viewer will only use xmin and xmax, a 2D viewer will also use ymin and ymax, and so on. All viewers will use datamin and datamax. Any limit set to a (default) value of None will autoscale.