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ComputeWithHoleAltitudeAndGranularity Method (IAgStkGraphicsSurfacePolygonTriangulatorInitializer)
See Also Example

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, in radians, 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, _ ByRef Positions As System.Array, _ ByRef HolePositions As System.Array, _ ByVal Altitude As Double, _ ByVal Granularity As Double _ ) As IAgStkGraphicsSurfaceTriangulatorResult

[Visual Basic .NET]

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

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

[C#]

public IAgStkGraphicsSurfaceTriangulatorResult ComputeWithHoleAltitudeAndGranularity(

   string CentralBody, 

   ref System.Array Positions, 

   ref 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

);

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

[Java]

public IAgStkGraphicsSurfaceTriangulatorResult computeWithHoleAltitudeAndGranularity(

   String CentralBody, 

   Object[] Positions, 

   Object[] HolePositions, 

   double Altitude, 

   double Granularity

);

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

[Unmanaged C++]

public: HRESULT ComputeWithHoleAltitudeAndGranularity(

   BSTR CentralBody, 

   SAFEARRAY ** Positions, 

   SAFEARRAY ** HolePositions, 

   double Altitude, 

   double Granularity, 

   IAgStkGraphicsSurfaceTriangulatorResult ** ReturnValue

);

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, in radians, 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.

[C#] Copy Code

Array positions = new object[] 

{ 

    1097959.63, -5171334.09, 3556288, 

    1007572.15, -5150349.71, 3612667.74, 

    978879.05, -5195164.23, 3556326.55, 

    1037389.68, -5188523.96, 3549473.77, 

    1097959.63, -5171334.09, 3556288 

}; 

 

Array holePositions = new object[] 

{ 

    1079859.69, -5169944.96, 3563791.24, 

    1030755, -5179965.11, 3563781.97, 

    1028569.57, -5145251.03, 3614006.53, 

    1039944.33, -5153880.71, 3598525.9, 

    1027115.87, -5150522.49, 3606951.77, 

    1026998.55, -5162243.13, 3590303.25, 

    1079859.69, -5169944.96, 3563791.24 

}; 

 

IAgStkGraphicsSurfaceTriangulatorResult result = sceneManager.Initializers.SurfacePolygonTriangulator.ComputeWithHole("Earth", ref positions, ref holePositions);

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

[Visual Basic .NET] Copy Code

Dim positions As
Array = New Object()
{1097959.63, -5171334.09, 3556288, 1007572.15, -5150349.71,
3612667.74, _

    978879.05, -5195164.23, 3556326.55,
1037389.68, -5188523.96, 3549473.77, _

    1097959.63, -5171334.09, 3556288}



Dim holePositions As Array =
New Object() {1079859.69, -5169944.96, 3563791.24,
1030755, -5179965.11, 3563781.97, _

    1028569.57, -5145251.03, 3614006.53,
1039944.33, -5153880.71, 3598525.9, _

    1027115.87, -5150522.49, 3606951.77,
1026998.55, -5162243.13, 3590303.25, _

    1079859.69, -5169944.96, 3563791.24}



Dim result As IAgStkGraphicsSurfaceTriangulatorResult =
sceneManager.Initializers.SurfacePolygonTriangulator.ComputeWithHole("Earth",
positions, holePositions)

Description

Syntax

Parameters

Example

See Also