Description

Computes the vector in the specified axes.

Syntax

[Visual Basic .NET]
Public Function FindInAxes( _ ByVal Epoch As System.Object, _ ByVal Axes As IAgCrdnAxes _ ) As IAgCrdnVectorFindInAxesResult

[Visual Basic .NET]

Public Function FindInAxes( _
    ByVal Epoch As System.Object, _
    ByVal Axes As IAgCrdnAxes _
) As IAgCrdnVectorFindInAxesResult

[C#]
public IAgCrdnVectorFindInAxesResult FindInAxes( System.Object Epoch, IAgCrdnAxes Axes );

[Managed C++]
public: IAgCrdnVectorFindInAxesResult^ FindInAxes( VARIANT Epoch, IAgCrdnAxes ^ Axes );

[Unmanaged C++]
public: HRESULT FindInAxes( VARIANT Epoch, IAgCrdnAxes * Axes, IAgCrdnVectorFindInAxesResult ** ppRetVal );

[Unmanaged C++]

public: HRESULT FindInAxes(
    VARIANT Epoch,
    IAgCrdnAxes * Axes,
    IAgCrdnVectorFindInAxesResult ** ppRetVal
);

[Java]
public IAgCrdnVectorFindInAxesResult findInAxes( AgVariant Epoch, IAgCrdnAxes Axes );

[Python - STK API]
def FindInAxes(self, Epoch:typing.Any, Axes:"IAgCrdnAxes") -> "IAgCrdnVectorFindInAxesResult":

Parameters

Epoch: Specify an epoch. The method may throw an exception if the epoch parameter specified cannot be converted to a currently selected date unit.
Axes: Specify a desired axes.

Example

Computes the vector in the Earth's Fixed axes.

[C#]

IAgCrdnVectorFindInAxesResult result = vector.FindInAxes(0, provider.WellKnownAxes.Earth.Fixed);
if (result.IsValid)
{
    Console.WriteLine("Vector in the Earth's Fixed axes (x,y,z) => {0},{1},{2}",
        result.Vector.X, result.Vector.Y, result.Vector.Z);
}

Computes the vector in the Earth's Fixed axes.

[Visual Basic .NET]

Dim result As IAgCrdnVectorFindInAxesResult = vector.FindInAxes(0, provider.WellKnownAxes.Earth.Fixed)
If result.IsValid Then
	Console.WriteLine("Vector in the Earth's Fixed axes (x,y,z) => {0},{1},{2}", result.Vector.X, result.Vector.Y, result.Vector.Z)
End If

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FindInAxes Method (IAgCrdnVector)
See Also

Description

Syntax

Parameters

See Also

Example