plotPlatform

Plot set of platforms in platform plotter

Syntax

plotPlatform(platPlotter,positions)

plotPlatform(platPlotter,positions,velocities)

plotPlatform(platPlotter,positions,labels)

plotPlatform(platPlotter,positions,velocities,labels)

plotPlatform(platPlotter,positions,___,dimensions,orientations)

plotPlatform(platPlotter,positions,___,meshes,orientations)

Description

plotPlatform(platPlotter,positions) specifies positions of M platforms whose positions are plotted by platPlotter. Specify the positions as an M-by-3 matrix, where each column of the matrix corresponds to the x-, y-, and z-coordinates of the platform locations.

plotPlatform(platPlotter,positions,velocities) also specifies the corresponding velocities of the platforms. Velocities are plotted as line vectors emanating from the positions of the platforms. If specified, velocities must have the same dimensions as positions.

plotPlatform(platPlotter,positions,labels) also specifies a cell vector of length M whose elements contain the text labels corresponding to the M platforms specified in the positions matrix. If omitted, no labels are plotted.

plotPlatform(platPlotter,positions,velocities,labels) specifies velocities and text labels corresponding to the M platforms specified in the positions matrix.

plotPlatform(platPlotter,positions,___,dimensions,orientations) specifies the dimension and orientation of each plotted platform.

plotPlatform(platPlotter,positions,___,meshes,orientations) specifies the extent of each platform using meshes.

Examples

Create and Update Theater Plot Platforms

Create a theater plot.

tp = theaterPlot('XLim',[0,90],'YLim',[-35,35],'ZLim',[1,10]);

Create a platform plotter with the name 'Platforms'.

plotter = platformPlotter(tp,'DisplayName','Platforms');

Update the theater plot with three platforms labeled, 'R1', 'R2', and 'R3'. Position the three platforms, in units of meters, at $\left(30,5,4\right)$, $\left(30,-10,2\right)$, and $\left(30,15,1\right)$, with corresponding velocities (in m/s) of $\left(-10,0,2\right)$, $\left(-10,3,1\right)$, and $\left(-10,-4,1\right)$, respectively.

positions = [30, 5, 4; 30, -10, 2; 30, 15, 1];
velocities = [-10, 0, 2; -10, 3, 1; -10, -4, 1];
labels = {'R1','R2','R3'};
plotPlatform(plotter, positions, velocities, labels);

Change the view angles to view in 3-D.

view([-57.7 -25.9]);

Input Arguments

platPlotter — Platform plotter

platformPlotter object

Platform plotter, specified as a platformPlotter object.

positions — Platform positions

real-valued matrix

Platform positions, specified as an M-by-3 real-valued matrix, where M is the number of platforms. Each column of the matrix corresponds to the x-, y-, and z-coordinates of the platform locations in meters.

velocities — Platform velocities

M-by-3 real-valued matrix

Platform velocities, specified as an M-by-3 real-valued matrix, where M is the number of platforms. Each column of the matrix corresponds to the x, y, and z velocities of the platforms. If specified, velocities must have the same dimensions as positions.

labels — Platform labels

cell array

Platform labels, specified as an M-by-1 cell array of character vectors, where M is the number of platforms. labels contains the text labels corresponding to the M platforms specified in positions. If labels is omitted, no labels are plotted.

dimensions — Platform dimensions

M-by-1 array of dimension structure

Platform dimensions, specified as an M-by-1 array of dimension structures, where M is the number of platforms. The fields of each dimension structure are:

Fields of Dimensions

Fields	Description
Length	Dimension of a cuboid along the x direction
Width	Dimension of a cuboid along the y direction
Height	Dimension of a cuboid along the z direction
OriginOffset	Position of the platform coordinate frame origin with respect to the cuboid center, specified as a vector of three elements

meshes — Platform meshes

M-element array of extendedObjectMesh object

Platform meshes, specified as an M-element array of extendedObjectMesh objects.

orientations — Platform orientations

3-by-3-by-M array of rotation matrix | M-element array of quaternion object

Platform orientations, specified as a 3-by-3-by-M array of rotation matrices, or an M-element array of quaternion objects.

Version History

Introduced in R2018b