TrajectoryPhase.AddRotatingStateConstraint Method

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Description

Adds a constraint on the TrajectoryPhase's position and velocity variables in a rotating frame of reference.

 

Timing Precision Mode

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Overload List

Signatures

Return Value

Description

TrajectoryPhase.AddRotatingStateConstraint(RotatingPulsatingSystem rotatingSystem, String endpoint, Array indices, Array lowerBounds, Array upperBounds)

None

Adds a constraint on the TrajectoryPhase's position and velocity variables associated with the passed endpoint and indices in a rotating frame of reference. The cartesian position and velocity variables are transformed into the rotating frame in order to produce the values constrained by lowerBound and upperBound.

TrajectoryPhase.AddRotatingStateConstraint(RotatingPulsatingSystem rotatingSystem, String endpoint, Array indices, Variable lowerBound, Variable upperBound)

None

Adds a constraint on the TrajectoryPhase's position and velocity variables in a rotating frame of reference.

 

 

See also

TrajectoryPhase Object