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ComputeWithAltitudes Method (IAgStkGraphicsExtrudedPolylineTriangulatorInitializer)
See Also Example

CentralBody: The central body to compute the extrusion on.

Positions: An array containing the polyline positions (in the order x, y, z), in the centralBody's fixed reference frame, that should be extruded.

BottomAltitude: The extrusion's bottom altitude, in meters, above the ellipsoid.

TopAltitude: The extrusion's top altitude, in meters, above the ellipsoid.

Description

Computes an extrusion of positions on the specified centralBody with a constant bottomAltitude and topAltitude. This is equivalent to calling Compute with a positionsWindingOrder of Compute.

Syntax

[Visual Basic .NET]
Public Function ComputeWithAltitudes( _ ByVal CentralBody As String, _ ByRef Positions As System.Array, _ ByVal BottomAltitude As Double, _ ByVal TopAltitude As Double _ ) As IAgStkGraphicsExtrudedPolylineTriangulatorResult

[Visual Basic .NET]

Public Function ComputeWithAltitudes( _
   ByVal CentralBody As String, _
   ByRef Positions As System.Array, _
   ByVal BottomAltitude As Double, _
   ByVal TopAltitude As Double _
) As IAgStkGraphicsExtrudedPolylineTriangulatorResult

[C#]
public IAgStkGraphicsExtrudedPolylineTriangulatorResult ComputeWithAltitudes( string CentralBody, ref System.Array Positions, double BottomAltitude, double TopAltitude );

[C#]

public IAgStkGraphicsExtrudedPolylineTriangulatorResult ComputeWithAltitudes(
   string CentralBody, 
   ref System.Array Positions, 
   double BottomAltitude, 
   double TopAltitude
);

[Managed C++]
public: IAgStkGraphicsExtrudedPolylineTriangulatorResult^ ComputeWithAltitudes( String __gc ^ CentralBody, System::Array ^^ Positions, double BottomAltitude, double TopAltitude );

[Managed C++]

public: IAgStkGraphicsExtrudedPolylineTriangulatorResult^ ComputeWithAltitudes(
   String __gc ^ CentralBody, 
   System::Array ^^ Positions, 
   double BottomAltitude, 
   double TopAltitude
);

[Java]
public IAgStkGraphicsExtrudedPolylineTriangulatorResult computeWithAltitudes( String CentralBody, Object[] Positions, double BottomAltitude, double TopAltitude );

[Java]

public IAgStkGraphicsExtrudedPolylineTriangulatorResult computeWithAltitudes(
   String CentralBody, 
   Object[] Positions, 
   double BottomAltitude, 
   double TopAltitude
);

[Unmanaged C++]
public: HRESULT ComputeWithAltitudes( BSTR CentralBody, SAFEARRAY ** Positions, double BottomAltitude, double TopAltitude, IAgStkGraphicsExtrudedPolylineTriangulatorResult ** ReturnValue );

[Unmanaged C++]

public: HRESULT ComputeWithAltitudes(
   BSTR CentralBody, 
   SAFEARRAY ** Positions, 
   double BottomAltitude, 
   double TopAltitude, 
   IAgStkGraphicsExtrudedPolylineTriangulatorResult ** ReturnValue
);

Parameters

CentralBody: The central body to compute the extrusion on.
Positions: An array containing the polyline positions (in the order x, y, z), in the centralBody's fixed reference frame, that should be extruded.
BottomAltitude: The extrusion's bottom altitude, in meters, above the ellipsoid.
TopAltitude: The extrusion's top altitude, in meters, above the ellipsoid.

Example

Shows the format of the Positions parameter when computing using an extruded polyline triangulator with altitudes.

[C#] Copy Code

Array positions = new object[] 

{ 

    6578.14, 0, 0, 

    6512.79, 653.458, 652.476, 

    6545.27, 656.718, 0, 

    6578.14, 0, 0 

}; 

 

IAgStkGraphicsExtrudedPolylineTriangulatorResult result = sceneManager.Initializers.ExtrudedPolylineTriangulator.ComputeWithAltitudes( 

    "Earth", 

    ref positions, 

    0, 

    100);

Shows the format of the Positions parameter when computing using an extruded polyline triangulator with altitudes.

[Visual Basic .NET] Copy Code

Dim positions As Array = New Object() {6578.14, 0, 0, 6512.79, 653.458, 652.476, _
     6545.27, 656.718, 0, 6578.14, 0, 0}

Dim result As IAgStkGraphicsExtrudedPolylineTriangulatorResult = sceneManager.Initializers.ExtrudedPolylineTriangulator.ComputeWithAltitudes("Earth", positions, 0, 100)

Description

Syntax

Parameters

Example

See Also