This module creates and manages a set of three axes for your data. The class uses a vtkCubeAxesActor2D.

Displays a surface map with special contouring using the vtkBandedPolyDataContourFilter. This contour filter produces filled contours of the same color between two contour lines rather than either a continuous color distribution or just individual contour lines. It should work for any input dataset. It is best used for 2d surfaces. Note that one can either specify a total number of contours between the minimum and maximum values by entering a single integer or specify the individual contours by specifying a Python list/tuple in the GUI.

This module shows a grid plane of the given input structured, rectilinear or structured points grid with the scalar data either as a color map or as contour lines. This works only for structured grid, structured point and rectilinear grid data. Note that one can either specify a total number of contours between the minimum and maximum values by entering a single integer or specify the individual contours by specifying a Python list/tuple in the GUI.

This module shows a grid plane of the given input grid. The plane can be shown as a wireframe or coloured surface with or without scalar visibility and contour lines. The module basically wraps around the vtk*GeometryFilters. This module enables one to completely configure the grid plane. It works only for structured grid, structured point and rectilinear grid datasets. Note that one can either specify a total number of contours between the minimum and maximum values by entering a single integer or specify the individual contours by specifying a Python list/tuple in the GUI.

This module displays glyphs scaled and colored as per the input data. This will work for any dataset and can be used for both scalar and vector data.

This module shows a grid plane of the given input grid. The plane can be shown as a wireframe or coloured surface with or without scalar visibility. This works only for structured grid, structured point and rectilinear grid data. Useful for debugging and displaying your created grid.

This module shows the given vector data as a 'hedge hog' plot. The lines can be colored based on the input scalar data. This class should work with any dataset.

This module shows an iso-surface of scalar data. This will work for any dataset.

Displays text labels of input data. When instantiated, the class can be given a module name (the same name as listed in the Modules GUI) or an index of the module (starting from 0) in the current module manager. If this is not provided the module will ask the user to choose a particular module or choose filtered data. The module will then generate text lables for the data in the chosen module and display it. The module provides many configuration options. It also lets one turn on and off the use of a vtkSelectVisiblePoints filter. Using this filter will cause the module to only display visible points. Note that if the module that is being labeled has changed significantly or is deleted this Labels module will have to be updated by changing one of the settings (like the RandomModeOn check button) to a different value and then back to the original one. Alternatively, choose the module to be labeled again.

This module creates a 'Locator' axis, that can be used to mark a three dimensional point in your data.

Displays an Outline for any data input.

Displays any input polydata, nothing fancy.

This module plots scalar data on a cut plane either as a color map or with contour lines. This will work for any dataset. Note that one can either specify a total number of contours between the minimum and maximum values by entering a single integer or specify the individual contours by specifying a Python list/tuple in the GUI.

This module makes it possible to view streamlines, streamtubes, and stream ribbons for any type of vector data. Any number of point sources can be added and deleted. A fairly powerful UI is provided. This module should work with any dataset.

Displays an Outline for a structured grid.

Displays a surface map of any data. It should work for any dataset but is best if used for 2d surfaces (polydata and unstructured surfaces). Note that one can either specify a total number of contours between the minimum and maximum values by entering a single integer or specify the individual contours by specifying a Python list/tuple in the GUI.

This module displays glyphs, scaled and colored as per the tensor data. This will work for any dataset.

Displays simple text on the screen. The text properties and position are configurable. The text can also be multi-line if newlines are embedded in it.

This module displays cone glyphs scaled and colored as per the vector or scalar data on cut plane. This will work for any dataset.

This module displays cone or arrow glyphs scaled and colored as per the vector data. This will work for any dataset.

This Volume module allows one to view a structured points dataset with either unsigned char or short data as a volume. The module also provides a powerful GUI to edit the Color Transfer Function (CTF). You can drag the mouse with different buttons to change the colors. The following are the mouse buttons and key combinations that can be used to edit the CTF -- red curve: Button-1, green curve: Button-2/Control-Button-1, blue curve: Button-3/Control-Button-2, alpha/opacity: Shift-Button-1. It is possible to use either the vtkVolumeRayCastMapper or the vtkVolumeTextureMapper2D. It is also possible to choose among various ray cast functions.

This module takes a cut plane and warps it using a vtkWarpVector as per the vector times a scale factor. This will work for any dataset.