API Reference for Enthought Tool Suite 2.7.1

Submodules

• api - Defines the publicly accessible MayaVi2 modules.
• axes - Draws a simple axes using tvtk.CubeAxesActor2D.
• contour_grid_plane - A contour grid plane module
• custom_grid_plane - A custom grid plane with a lot more flexibility than GridPlane
• glyph - Displays different types of glyphs oriented and colored as per scalar or vector data at the input points.
• grid_plane - A simple grid plane module.
• hyper_streamline - A module that integrates through a tensor field to generate a hyperstreamline
• image_actor - Displays ImageData efficiently.
• image_plane_widget - A simple ImagePlaneWidget module to view image data.
• iso_surface - An IsoSurface module that allows the user to make contours of input point data.
• orientation_axes - Creates a small axes on the side that indicates the position of the co-ordinate axes and thereby marks the orientation of the scene
• outline - A module that displays the outline for the given data, either as a box, or the corners of the bounding box.
• scalar_cut_plane - Takes a cut plane of any input data set using an implicit plane and plots the data with optional contouring and scalar warping.
• skeleton_module - Module documentation goes here.
• slice_unstructured_grid - This module takes a slice of the unstructured grid data and shows the cells that intersect or touch the slice.
• streamline - Allows the user to draw streamlines for given vector data
• structured_grid_outline - Draws a grid-conforming outline for structured grids.
• surface - Draws a surface for any input dataset with optional contouring.
• tensor_glyph - Displays tensor glyphs oriented and colored as per scalar or vector data at the input points.
• text - This module allows the user to place text on the screen.
• vector_cut_plane - Takes an arbitrary slice of the input data using an implicit cut plane and places glyphs according to the vector field data
• vectors - Displays different types of glyphs oriented and colored as per vector data at the input points
• volume - The Volume module visualizes scalar fields using volumetric visualization techniques
• warp_vector_cut_plane - Takes an arbitrary slice of the input data using an implicit cut plane and warps it according to the vector field data

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