set

Class: vrfigure

Set property values of vrfigure object

Syntax

set(figure,PropertyName,Value,...,PropertyName,Value)


Description

set(figure,PropertyName,Value,...,PropertyName,Value) sets the values of the vrfigure properties specified by one or more PropertyName,Value pair arguments.

Input Arguments

figure — Virtual reality figure

vrfigure object

Virtual reality figure, specified as a vrfigure object.

Name-Value Pair Arguments

Example: set(myFigure,'Antialiasing','on','CameraPosition',[0 100 100])

Specify comma-separated pairs of PropertyName,Value arguments. PropertyName is the argument name and Value is the corresponding value. PropertyName must appear inside single quotes (' '). You can specify several name and value pair arguments in any order as PropertyName1,Value1,...,PropertyNameN,ValueN.

'Antialiasing' — Smooth textures using antialiasing

'off' (default) | 'on'

Smooth textures using antialiasing, specified as 'on' or 'off'. Antialiasing smooths textures by interpolating values between texture points.

'CameraBound' — Camera movement with current viewpoint

'on' (default) | 'off'

Camera movement with the current viewpoint, specified as 'on' or 'off'.

'CameraDirection' — Camera direction in the current viewpoint local coordinates

vector of three doubles

Camera direction in the current viewpoint local coordinates, specified as a vector of three doubles. The doubles represent the x, y, and z vectors in the current viewpoint local coordinates.

'CameraPosition' — Camera position in the current viewpoint local coordinates

vector of three doubles

Camera position in the current viewpoint local coordinates, specified as a vector of three doubles. The doubles represent the x, y, and z vectors in the current viewpoint local coordinates.

'CameraUpVector' — Camera up vector

vector of three doubles

Camera up vector, specified as a vector of three doubles. The doubles represent the x, y, and z vectors in the current viewpoint local coordinates.

'CaptureFileFormat' — File format for captured frame file

'tif' (default) | 'png'

File format for a captured frame file, specified as 'tif' for Tagged Image Format or 'png' for Portable Network Graphics format.

'CaptureFileName' — Frame capture file name

'%f_anim_%n.ext' (default) | string

Frame capture file name, specified as a string. The string can contain tokens that the frame capture replaces with the corresponding information. See Define File Name Tokens.

'DeleteFcn' — Callback invoked when closing vrfigure object

string

Callback invoked when closing the vrfigure object, specified as a string.

'Fullscreen' — Fullscreen display of figure

'off' (default) | 'on'

Fullscreen display of figure, specified as 'on' or 'off'.

'Headlight' — Headlight from camera

'on' (default) | 'off'

Headlight from camera, specified as 'on' or 'off'. If you specify 'off', the camera does not emit light and the scene can appear dark.

'Lighting' — Lighting effect

'on' (default) | 'off'

Lighting effect, specified as 'on' or 'off'. If you specify 'off', the camera does not emit light and the scene can appear dark.

'MaxTextureSize' — Maximum pixel size of textures

'auto' (default) | integer in a power of 2

Maximum pixel size of textures, specified as 'auto' or integer in a power of 2. The value of 'auto' sets the maximum texture pixel size. Otherwise, specify an integer in a power of two that is equal to or less than the video card limit (typically 1024 or 2048).

The smaller the size, the faster the texture renders. Increasing the size improves image quality but decreases performance.

Note

Specifying a value that is unsuitable causes a warning. The Simulink^® 3D Animation™ software then adjusts the property to the next smaller suitable value.

Data Types: int32

'Name' — Name of figure

string

Name of figure, specified as a string.

'NavMode' — Navigation mode

'examine' (default) | 'fly' | 'walk' | 'none'

Navigation mode, specified as 'examine', 'fly', 'walk', or 'none'. See Mouse Navigation.

'NavPanel' — Navigation panel appearance

'none' (default) | 'halfbar' | 'bar' | 'opaque' | 'translucent'

Navigation panel appearance, specified as 'none', 'halfbar', 'bar', 'opaque', or 'translucent'.

'Navspeed' — Navigation speed

'normal' (default) | 'slow' | 'veryslow' | 'fast' | 'veryfast'

Navigation speed, specified as 'normal', 'slow', 'veryslow', 'fast', or 'veryfast'.

'NavZones' — Navigation zones display

'off' (default) | 'on'

Navigation zones display, specified as 'on' or 'off'.

'Position' — Figure location and size

vector with four doubles

Location and size of virtual figure, specified as the vector in the form [left bottom width height]. Specify measurements in pixels.

Element	Description
left	Distance from the left edge of the primary display to the inner left edge of the figure window. You can specify a negative value on systems that have more than one monitor.
bottom	Distance from the bottom edge of the primary display to the inner bottom edge of the figure window. You can specify a negative value on systems that have more than one monitor.
width	Distance between the right and left inner edges of the figure.
height	Distance between the top and bottom inner edges of the figure.

All measurements are in units specified in pixels.

Example: [230 250 570 510]

Data Types: double

'Record2D' — 2-D offline animation file recording

'off' (default) | 'on'

2-D offline animation file recording, specified as 'on' or 'off'.

'Record2DCompressMethod' — Compression method for creating 2-D animation files

'auto' (default) | '' | 'lossless' | 'none' | string with name of a compression method

Compression method for creating 2-D animation files, specified as '', 'lossless', 'none', or a string specifying the name of a compression method. See profile in the MATLAB^® VideoWriter documentation.

'Record2DCompressQuality' — Quality of 2-D animation file compression

75 (default) | floating point number from 0 through 100, inclusive

Quality of 2-D animation file compression, specified as a floating-point number from 0 through 100, inclusive. See the MATLAB VideoWriter documentation.

Data Types: int32

'Record2DFileName' — Name of 2-D offline animation file

string

Name of 2-D offline animation file, specified as a string. The string can contain tokens that animation recording replaces with the corresponding information. See File Name Tokens.

'Record2DFPS' — Playback rate for 2-D offline animation file

'auto' (default) | scalar

Playback rate for 2-D offline animation file, specified as 'auto' or as a scalar. The 'auto' setting aligns simulation time with actual time and uses an appropriate frame rate.

Data Types: int32

'Rendering' — Render vrfigure object in Simulink 3D Animation Viewer

'on' (default) | 'off'

Render vrfigure object in the Simulink 3D Animation Viewer, by specifying 'on' or 'off'. Turning off rendering improves performance. For example, if your code does batch operations on a virtual figure, you can turn off rendering during that processing and then turn it back on after the processing.

'Sound' — Sound effects

'on' (default) | 'off'

Sound effects, specified as 'on' or 'off'.

'StatusBar' — Status bar display

'on' (default) | 'off'

Status bar display, specified as 'on' or 'off'.

'Stereo3D' — Stereoscopic vision mode

'off' (default) | 'anaglyph' | 'active' | vr.utils.stereo3d object

Stereoscopic vision mode, specified as 'off', 'anaglyph', 'active' or a vr.utils.stereo3d object.

Specifying a vr.utils.stereo3d object sets the Stereo3D, Stereo3DCamaraOffset, and Stereo3DHIT properties. Specifying a vr.utils.stereo3d object also sets color filters for the left and right cameras.

'Stereo3DCameraOffset' — Distance of left and right camera for stereoscopic vision

vector of three doubles

Distance of left and right camera from parallax for stereoscopic vision, specified as a vector of three doubles representing virtual world units or as a vr.utils.stereo3d object.

Specifying a vr.utils.stereo3d object sets the Stereo3D, Stereo3DCamaraOffset, and Stereo3DHIT properties. Specifying a vr.utils.stereo3d object also sets color filters for the left and right cameras.

'Stereo3DHIT' — Horizontal image translation (HIT) of two stereoscopic images

double from 0 to 1

Horizontal image translation (HIT) of two stereoscopic images, specified as a double from 0 through 1, inclusive. The larger the value, the further back the background appears. By default, the background image is at zero and the foreground image appears to pop out from the monitor toward the person viewing the virtual world.

Specifying a vr.utils.stereo3d object sets the Stereo3D, Stereo3DCamaraOffset, and Stereo3DHIT properties. Specifying a vr.utils.stereo3d object also sets color filters for the left and right cameras.

'Textures' — Texture use

'on' (default) | 'off'

Texture use, specified as 'on' or 'off'.

'Toolbar' — Toolbar display

'on' (default) | 'off'

Toolbar display, specified as 'on' or 'off'.

'Tooltips' — Tooltips display

'on' (default) | 'off'

Tooltips display, specified as 'on' or 'off'.

'Transparency' — Transparency effect

'on' (default) | 'off'

Transparency effect, specified as 'on' or 'off'.

'Viewpoint' — Active viewpoint of figure

string

Active viewpoint of a figure, specified as a string. If the active viewpoint has no description, use an empty string.

'Wireframe' — Wireframe display

'off' (default) | 'on'

Wireframe display, specified as 'on' or 'off'.

'ZoomFactor' — Camera zoom factor

1 (default) | floating-point number

Camera zoom factor, specified as a floating-point number. A zoom factor of 2 makes the scene look twice as large. A zoom factor of 0.1 makes it look 10 times smaller, and so forth.

Examples

Set Property Values of Figure

Set the camera direction, navigation mode, and stereoscopic vision properties of a virtual figure.

Create a vrfigure object.

myworld = vrworld('vrmount.wrl');
open(myworld);
virtual_fig = vrfigure(myworld);

Create a vr.utils.stereo3d object to use to specify stereoscopic vision properties.

myStereo3D = vr.utils.stereo3d.ANAGLYPH_RED_CYAN;

Set the properties for a figure.

set(virtual_fig,'CameraDirection',[0 1 0],'NavMode','fly',...
    'Stereo3D',myStereo3D);

View the figure properties.

get(virtual_fig)

 
	Antialiasing = 'on'
	CameraBound = 'on'
	CameraDirection = [0 1 0]
	CameraDirectionAbs = [0 0.980067 -0.198669]
	CameraPosition = [0 0 0]
	CameraPositionAbs = [20 8 50]
	CameraUpVector = [0 1 0]
	CameraUpVectorAbs = [0 0.980067 -0.198669]
	CaptureFileFormat = 'tif'
	CaptureFileName = '%f_anim_%n.tif'
	DeleteFcn = ''
	ExaminePivotPoint = [0 0 0]
	Fullscreen = 'off'
	Headlight = 'on'
	Lighting = 'on'
	MaxTextureSize = 'auto'
	Name = 'VR Car in the Mountains'
	NavMode = 'fly'
	NavPanel = 'halfbar'
	NavSpeed = 'normal'
	NavZones = 'off'
	Position = [5 92 576 380]
	Record2D = 'off'
	Record2DCompressMethod = 'auto'
	Record2DCompressQuality = 75
	Record2DFPS = 'auto'
	Record2DFileName = '%f_anim_%n.avi'
	Sound = 'on'
	StatusBar = 'on'
	Stereo3D = 'anaglyph'
	Stereo3DCameraOffset = 0.1
	Stereo3DHIT = 0
	Textures = 'on'
	ToolBar = 'on'
	Tooltips = 'on'
	Transparency = 'on'
	Triad = 'none'
	Viewpoint = 'View 1 - Observer'
	Wireframe = 'off'
	World = vrworld object: 1-by-1
	ZoomFactor = 1