Platform.targetPoses

Target positions and orientations as seen from platform

Syntax

poses = targetPoses(ptfm)

Description

poses= targetPoses(ptfm)returns theposesof all targets in a scenario with respect to the platformptfm. Targets are defined as platforms as seen by another platform and are located with respect to the coordinate system of that platform.Poserepresents the position, velocity, and orientation of a target with respect to the coordinate system belonging to the platform,ptfm. The targets must already exist in the tracking scenario. Add targets using theplatformmethod.

Input Arguments

collapse all

`ptfm`—Scenario platform
`Platform`object

Scenario platform, specified as aPlatformobject. To create platforms, use theplatformmethod.

Output Arguments

collapse all

`poses`— Poses of all targets
结构|数组的方法es

Poses for all targets, returned as a structure or an array of structures. The pose of the input platform,ptfm, is not included. Pose consists of the position, velocity, orientation, and signature of a target in platform coordinates. The returned structure has these fields:

Field	Description
`PlatformID`	Unique identifier for the platform, specified as a positive integer. This is a required field with no default value.
`ClassID`	User-defined integer used to classify the type of target, specified as a nonnegative integer.`0`is reserved for unclassified platform types and is the default value.
`Position`	Position of target in platform coordinates, specified as a real-valued, 1-by-3 vector. This is a required field with no default value. Units are in meters.
`Velocity`	Velocity of target in platform coordinates, specified as a real-valued, 1-by-3 vector. Units are in meters per second. The default is`[0 0 0]`.
`Acceleration`	Acceleration of target in platform coordinates, specified as a 1-by-3 row vector. Units are in meters per second-squared. The default is`[0 0 0]`.
`Orientation`	Orientation of the target with respect to platform coordinates, specified as a scalar quaternion or a 3-by-3 rotation matrix. Orientation defines the frame rotation from the platform coordinate system to the current target body coordinate system. Units are dimensionless. The default is`quaternion(1,0,0,0)`.
`AngularVelocity`	Angular velocity of the target in platform coordinates, specified as a real-valued, 1-by-3 vector. The magnitude of the vector defines the angular speed. The direction defines the axis of clockwise rotation. Units are in degrees per second. The default is`[0 0 0]`.

Version History

Introduced in R2018b