How the VR Sink block accepts matrix signals and variable-size signals. We modify the vertex coordinates of a block resulting in the change of the object's shape.

The vr_octavia example shows the benefits of visualization of complex dynamic model in the virtual reality environment. It also shows Simulink® 3D Animation™ 3D off-line animation recording functionality.

Extends the vr_octavia example to show multiple-object scenario visualizations.

Extends the vr_octavia example and shows how to combine virtual reality canvas in one figure with other graphical user interface objects. In this case, three graphs are displayed under the virtual scene and updated in each major simulation time step.

Extends the vr_octavia example to show the capability of the VR Sink block to process video stream on input.

This model extends the vr_octavia example and shows how to use video output from the VR Video Output block.

Vrdemo_panel example shows the use of sensing objects that are available in the 3D World Editor Components library. These objects combine VRML sensors whose values can be read into Simulink® by the VR Source block with logic (implemented using VRML Scripts and Routes) that changes their visual appearance based on user input.

The vrcollisions example shows a simple way how to implement collision detection in Simulink® 3D Animation™.

The vrcollisions_lidar example shows how a LinePickSensor can be used to model LIDAR sensor behavior in Simulink® 3D Animation™.

detecti vrmaze的例子显示了如何碰撞on in Simulink® 3D Animation™ can be used to simulate a differential wheeled robot solving the maze challenge. The robot control algorithm uses information from virtual ultrasonic sensors that sense distance to surrounding objects.