AGI.Graphics.ComputationalGeometry.Astro Namespace

Types that perform computational geometry algorithms, such as triangulation and interpolation. These objects are generally used as input to primitives. For example, the triangle mesh can render either polygons on the surface or walls depending on its input.

Declaration Syntax

Visual Basic

Visual C++

namespace 

AGI.Graphics.ComputationalGeometry.Astro

Namespace 

AGI.Graphics.ComputationalGeometry.Astro

namespace 

AGI.Graphics.ComputationalGeometry.Astro

Types

All Types

Classes

Interfaces

Enumerations

Icon	Type	Description
	AgGxAltitudeReference	Surfaces altitude can be realtive to.
	AgGxComputationalGeometryAstroErrorCodes	Error codes used in AGI Computational Geometry Astro library.
	AgGxInterpolatorGreatArc	Computes interpolated points along a great arc. The great arc is the shortest path between two points on the ellipsoid.
	AgGxInterpolatorGreatArcClass	Computes interpolated points along a great arc. The great arc is the shortest path between two points on the ellipsoid.
	AgGxInterpolatorRhumbLine	Computes interpolated points along a rhumb line. A rhumb line is a line of constant bearing, commonly used for navigation.
	AgGxInterpolatorRhumbLineClass	Computes interpolated points along a rhumb line. A rhumb line is a line of constant bearing, commonly used for navigation.
	AgGxPointsCircle	Computes points for a circle on the ellipsoid or at a constant altitude above.
	AgGxPointsCircleClass	Computes points for a circle on the ellipsoid or at a constant altitude above.
	AgGxPointsEllipse	Computes points for an ellipse on the ellipsoid or at a constant altitude above.
	AgGxPointsEllipseClass	Computes points for an ellipse on the ellipsoid or at a constant altitude above.
	AgGxPointsRectangle	Computes points for a rectangle on the ellipsoid or at a constant altitude above.
	AgGxPointsRectangleClass	Computes points for a rectangle on the ellipsoid or at a constant altitude above.
	AgGxPointsSector	Computes points for a sector on the central body
	AgGxPointsSectorClass	Computes points for a sector on the central body
	AgGxSurfacePolygonHoles	A polygon on the surface of a central body represented by the polygon's boundary points and boundary points for interior holes.
	AgGxSurfacePolygonHolesClass	A polygon on the surface of a central body represented by the polygon's boundary points and boundary points for interior holes.
	AgGxTriangulatorSurfaceExtent	Computes a triangle mesh of a two dimensional region specified as longitude and latitude coordinates that conforms to a central body's ellipsoid surface. The mesh can be visualized with the Surface Mesh or Triangle Mesh Primitive.
	AgGxTriangulatorSurfaceExtentClass	Computes a triangle mesh of a two dimensional region specified as longitude and latitude coordinates that conforms to a central body's ellipsoid surface. The mesh can be visualized with the Surface Mesh or Triangle Mesh Primitive.
	AgGxTriangulatorSurfacePolygon	Computes a triangle mesh that conforms to a central body's ellipsoid surface given a polygon's boundary points on the ellipsoid. The mesh can be visualized with the Surface Mesh or Triangle Mesh Primitive.
	AgGxTriangulatorSurfacePolygonClass	Computes a triangle mesh that conforms to a central body's ellipsoid surface given a polygon's boundary points on the ellipsoid. The mesh can be visualized with the Surface Mesh or Triangle Mesh Primitive.
	AgGxTriangulatorWall	Computes a triangle mesh that represents a defined by boundary points on a central body's surface and an altitude reference for the top and bottom of the wall. The mesh can be visualized with the Triangle Mesh Primitive.
	AgGxTriangulatorWallClass	Computes a triangle mesh that represents a defined by boundary points on a central body's surface and an altitude reference for the top and bottom of the wall. The mesh can be visualized with the Triangle Mesh Primitive.
	IAgGxInterpolator	Interpolates input points and create a new set of interpolated points.
	IAgGxInterpolatorGreatArc	Computes interpolated points along a great arc. The great arc is the shortest path between two points on the ellipsoid.
	IAgGxInterpolatorRhumbLine	Computes interpolated points along a rhumb line. A rhumb line is a line of constant bearing, commonly used for navigation.
	IAgGxPointsCircle	Computes points for a circle on the ellipsoid or at a constant altitude above.
	IAgGxPointsEllipse	Computes points for an ellipse on the ellipsoid or at a constant altitude above.
	IAgGxPointsRectangle	Computes points for a rectangle on the ellipsoid or at a constant altitude above.
	IAgGxPointsSector	Computes points for a sector on the ellipsoid or at a constant altitude above.
	IAgGxSurfacePoints	Points on a central body's surface or at a constant altitude.
	IAgGxSurfacePolygonHoles	A polygon on the surface of a central body represented by the polygon's boundary points and boundary points for interior holes.
	IAgGxTriangulator	Computes a triangle mesh that can be visualized with the Triangle Mesh Primitive.
	IAgGxTriangulatorSurface	Computes a triangle mesh on the surface that can be visualized with the Surface Mesh or Triangle Mesh Primitive.
	IAgGxTriangulatorSurfaceExtent	Computes a triangle mesh of a two dimensional region specified as longitude and latitude coordinates that conforms to a central body's ellipsoid surface. The mesh can be visualized with the Surface Mesh or Triangle Mesh Primitive.
	IAgGxTriangulatorSurfacePolygon	Computes a triangle mesh that conforms to a central body's ellipsoid surface given a polygon's boundary points on the ellipsoid. The mesh can be visualized with the Surface Mesh or Triangle Mesh Primitive.
	IAgGxTriangulatorWall	Computes a triangle mesh that represents a defined by boundary points on a central body's surface and an altitude reference for the top and bottom of the wall. The mesh can be visualized with the Triangle Mesh Primitive.