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GetAcceleration Method (IAgAsHpopPluginResultPostEval)
See Also

Type: Acceleration type (i.e., a constituent of the force model).

Frame: Requested frame to express the results.

X: X component of the acceleration contribution in requested frame.

Y: Y component of the acceleration contribution in requested frame.

Z: Z component of the acceleration contribution in requested frame.

Description

The acceleration in meters/second^2 contribution of the indicated Type, returned as cartesian components in the specified frame.

Syntax

[Visual Basic .NET]
Public Sub GetAcceleration( _ ByVal Type As AgEAccelType, _ ByVal Frame As AgEUtFrame, _ ByRef X As Double, _ ByRef Y As Double, _ ByRef Z As Double _ )

[Visual Basic .NET]

Public Sub GetAcceleration( _
    ByVal Type As AgEAccelType, _
    ByVal Frame As AgEUtFrame, _
    ByRef X As Double, _
    ByRef Y As Double, _
    ByRef Z As Double _
)

[C#]
public void GetAcceleration( AgEAccelType Type, AgEUtFrame Frame, ref double X, ref double Y, ref double Z );

[C#]

public void GetAcceleration(
    AgEAccelType Type,
    AgEUtFrame Frame,
    ref double X,
    ref double Y,
    ref double Z
);

[Managed C++]
public: void GetAcceleration( AgEAccelType Type, AgEUtFrame Frame, double ^ X, double ^ Y, double ^ Z );

[Managed C++]

public: void GetAcceleration(
    AgEAccelType Type,
    AgEUtFrame Frame,
    double ^ X,
    double ^ Y,
    double ^ Z
);

[Unmanaged C++]
public: HRESULT GetAcceleration( AgEAccelType Type, AgEUtFrame Frame, double * X, double * Y, double * Z );

[Unmanaged C++]

public: HRESULT GetAcceleration(
    AgEAccelType Type,
    AgEUtFrame Frame,
    double * X,
    double * Y,
    double * Z
);

[Python - STK API ]
def GetAcceleration(self, Type:"AgEAccelType", Frame:"AgEUtFrame", X:float, Y:float, Z:float) -> typing.Tuple[float, float, float]:

[Python - STK API

]

def GetAcceleration(self, Type:"AgEAccelType", Frame:"AgEUtFrame", X:float, Y:float, Z:float) -> typing.Tuple[float, float, float]:

Parameters

Type: Acceleration type (i.e., a constituent of the force model).
Frame: Requested frame to express the results.
X: X component of the acceleration contribution in requested frame.
Y: Y component of the acceleration contribution in requested frame.
Z: Z component of the acceleration contribution in requested frame.

Description

Syntax

Parameters

See Also