Visualize volume data and 3-D vector field data. For example, you can display volume data as 2-D slices.
Scalar Volume Data
|Draw contours in volume slice planes
|Simple function of three variables
|Compute isosurface end-cap geometry
|Calculate isosurface and patch colors
|Compute normals of isosurface vertices
|Extract isosurface data from volume data
|Reduce number of patch faces
|Reduce number of elements in volume data set
|Reduce size of patch faces
|Volume slice planes
|Smooth 3-D data
|Extract subset of volume data set
|Coordinate and color limits for volume data
Vector Volume Data
|Plot velocity vectors as cones in 3-D vector field
|Curl and angular velocity of vector field
|Compute divergence of vector field
|Interpolate stream-line vertices from flow speed
|Compute 2-D streamline data
|Compute 3-D streamline data
|Plot streamlines from 2-D or 3-D vector data
|Plot stream particles
|3-D stream ribbon plot from vector volume data
|Plot streamlines in slice planes
|Create 3-D stream tube plot
- Visualizing Volume Data
This example shows several methods for visualizing volume data in MATLAB®.
- Overview of Volume Visualization
Volume visualization is the creation of graphical representations of data sets that are defined on three-dimensional grids.
- Techniques for Visualizing Scalar Volume Data
There are several techniques available for visualizing scalar volume data, such as MRI slices.
- Visualizing Four-Dimensional Data
This example shows several techniques to visualize four dimensional (4-D) data in MATLAB®.
- Visualizing Vector Volume Data
There are several techniques that are useful for visualizing vector data, such as stream lines, stream particles, stream ribbons, stream tubes, and cone plots.
- Exploring Volumes with Slice Planes
A slice plane is a surface that takes on coloring based on the values of the volume data in the region where the slice is positioned.
- Connecting Equal Values with Isosurfaces
Isosurfaces are constructed by creating a surface within the volume that has the same value at each vertex. Isosurface plots are similar to contour plots in that they both indicate where values are equal.
- Isocaps Add Context to Visualizations
Isocaps are planes that are fitted to the limits of an isosurface to provide a visual context for the isosurface.
- Display Streamlines Using Vector Data
Visualize air currents in 3-D using streamlines, slice planes, and contours on the same plot.
- Displaying Curl with Stream Ribbons
Stream ribbons illustrate direction of flow, similar to stream lines, but can also show rotation about the flow axis by twisting the ribbon-shaped flow line.
- Displaying Divergence with Stream Tubes
Stream tubes are similar to stream lines, except the tubes have width, providing another dimension that you can use to represent information.
- Create Stream Particle Animations
Visualize the speed and direction of particles within vector fields using streamlines.
- Vector Field Displayed with Cone Plots
This example shows how to use cone plots, isosurfaces, lighting, and camera placement to visualize a vector field.