BallisticPropagatorConfigureForMinimumEnergy Method (Cartesian)

Populates the InitialVelocity and FinalTime values for the trajectory with the minimum orbital energy. This will also correspond to the minimum delta-V required. All other properties must be set prior to calling this method, either directly, on construction, or by using ConfigureInitialPositionFromCartographic(Cartographic) or ConfigureInitialPositionFromFixedCartesian(Cartesian)

Namespace: AGI.Foundation.Propagators
Assembly: AGI.Foundation.Models (in AGI.Foundation.Models.dll) Version: 24.3.420.0 (24.3.420.0)

Syntax

C++

Copy

public BallisticPropagatorSolutionType ConfigureForMinimumEnergy(
	Cartesian targetPositionFixed
)

Public Function ConfigureForMinimumEnergy ( 
	targetPositionFixed As Cartesian
) As BallisticPropagatorSolutionType

public:
BallisticPropagatorSolutionType ConfigureForMinimumEnergy(
	Cartesian targetPositionFixed
)

member ConfigureForMinimumEnergy : 
        targetPositionFixed : Cartesian -> BallisticPropagatorSolutionType

Parameters

targetPositionFixed: Type: AGI.Foundation.CoordinatesCartesian
The target position in the CentralBody's fixed frame.

Return Value

Type: BallisticPropagatorSolutionType
An enumeration which reports whether the calculation successfully met the provided constraint, or contains an alternative solution or best guess.

Reference

BallisticPropagator Class

ConfigureForMinimumEnergy Overload

AGI.Foundation.Propagators Namespace

BallisticPropagatorAddLanguageSpecificTextSet("LSTA1E7733B_0?cpp=::|nu=.");ConfigureForMinimumEnergy Method (Cartesian)

Parameters

Return Value

Reference

BallisticPropagatorConfigureForMinimumEnergy Method (Cartesian)