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ComputeWithHoleAltitudeAndGranularity Method (IAgStkGraphicsSurfacePolygonTriangulatorInitializer)
See Also

CentralBody: The central body to compute the triangulation on.

Positions: An array containing positions (in the order x, y, z) defining the boundary of the polygon, in the centralBody's fixed reference frame, to triangulate.

HolePositions: An array containing positions (in the order x, y, z) defining the hole in the polygon, in the centralBody's fixed reference frame.

Altitude: The altitude of the triangulation. When 0, the mesh is computed to conform to the ellipsoid.

Granularity: The angular separation of positions in the triangulation. Lower granularities are more precise but create more triangles.

Description

Computes the triangulation on the specified centralBody for a polygon whose boundary is defined by the specified positions with a hole specified by holePositions.

Syntax

[Visual Basic .NET]
Public Function ComputeWithHoleAltitudeAndGranularity( _ ByVal CentralBody As String, _ ByVal Positions As System.Array, _ ByVal HolePositions As System.Array, _ ByVal Altitude As Double, _ ByVal Granularity As Double _ ) As IAgStkGraphicsSurfaceTriangulatorResult

[Visual Basic .NET]

Public Function ComputeWithHoleAltitudeAndGranularity( _
    ByVal CentralBody As String, _
    ByVal Positions As System.Array, _
    ByVal HolePositions As System.Array, _
    ByVal Altitude As Double, _
    ByVal Granularity As Double _
) As IAgStkGraphicsSurfaceTriangulatorResult

[C#]
public IAgStkGraphicsSurfaceTriangulatorResult ComputeWithHoleAltitudeAndGranularity( string CentralBody, System.Array Positions, System.Array HolePositions, double Altitude, double Granularity );

[C#]

public IAgStkGraphicsSurfaceTriangulatorResult ComputeWithHoleAltitudeAndGranularity(
    string CentralBody,
    System.Array Positions,
    System.Array HolePositions,
    double Altitude,
    double Granularity
);

[Managed C++]
public: IAgStkGraphicsSurfaceTriangulatorResult^ ComputeWithHoleAltitudeAndGranularity( String __gc ^ CentralBody, System::Array ^ Positions, System::Array ^ HolePositions, double Altitude, double Granularity );

[Managed C++]

public: IAgStkGraphicsSurfaceTriangulatorResult^ ComputeWithHoleAltitudeAndGranularity(
    String __gc ^ CentralBody,
    System::Array ^ Positions,
    System::Array ^ HolePositions,
    double Altitude,
    double Granularity
);

[Unmanaged C++]
public: HRESULT ComputeWithHoleAltitudeAndGranularity( BSTR CentralBody, SAFEARRAY * * Positions, SAFEARRAY * * HolePositions, double Altitude, double Granularity, IAgStkGraphicsSurfaceTriangulatorResult ** ppRetVal );

[Unmanaged C++]

public: HRESULT ComputeWithHoleAltitudeAndGranularity(
    BSTR CentralBody,
    SAFEARRAY * * Positions,
    SAFEARRAY * * HolePositions,
    double Altitude,
    double Granularity,
    IAgStkGraphicsSurfaceTriangulatorResult ** ppRetVal
);

[Java]
public IAgStkGraphicsSurfaceTriangulatorResult computeWithHoleAltitudeAndGranularity( String CentralBody, AgSafeArray Positions, AgSafeArray HolePositions, double Altitude, double Granularity );

[Java]

public IAgStkGraphicsSurfaceTriangulatorResult computeWithHoleAltitudeAndGranularity(
    String CentralBody,
    AgSafeArray Positions,
    AgSafeArray HolePositions,
    double Altitude,
    double Granularity
);

[Python - STK API ]
def ComputeWithHoleAltitudeAndGranularity(self, CentralBody:str, Positions:list, HolePositions:list, Altitude:float, Granularity:float) -> "IAgStkGraphicsSurfaceTriangulatorResult":

[Python - STK API

]

def ComputeWithHoleAltitudeAndGranularity(self, CentralBody:str, Positions:list, HolePositions:list, Altitude:float, Granularity:float) -> "IAgStkGraphicsSurfaceTriangulatorResult":

Parameters

CentralBody: The central body to compute the triangulation on.
Positions: An array containing positions (in the order x, y, z) defining the boundary of the polygon, in the centralBody's fixed reference frame, to triangulate.
HolePositions: An array containing positions (in the order x, y, z) defining the hole in the polygon, in the centralBody's fixed reference frame.
Altitude: The altitude of the triangulation. When 0, the mesh is computed to conform to the ellipsoid.
Granularity: The angular separation of positions in the triangulation. Lower granularities are more precise but create more triangles.

Example

Shows the format of the Positions and HolePositions parameters when computing using a surface polygon triangulator.