GravityEngine2.OrbitDisplayCommon Class Reference

Inheritance diagram for GravityEngine2.OrbitDisplayCommon:

Static Public Member Functions
static void	OrbitPositions (Orbital.COE coe, ref Vector3[] points, bool snapToShip=true)
	Determine the orbit positions assuming center at (0,0,0). The scale is set by coe.p.
static Vector3[]	OrbitPositionsEllipseByE (Orbital.COE coe, int numPoints)
	Provide equally spaced point around the ellipse by iterating over the eccentric anamoly.
static Vector3[]	OrbitPositionsToFromTA (Orbital.COE coe, int numPoints, double fromTARad, double toTARad)
	Determine the orbit positions assuming center at (0,0,0). The scale is set by coe.p.

Member Function Documentation

OrbitPositions()

static void GravityEngine2.OrbitDisplayCommon.OrbitPositions ( Orbital::COE coe, ref Vector3[] points, bool snapToShip = true )

static

Determine the orbit positions assuming center at (0,0,0). The scale is set by coe.p.

Parameters

coe
numPoints
xzOrbit

Returns

OrbitPositionsEllipseByE()

static Vector3[] GravityEngine2.OrbitDisplayCommon.OrbitPositionsEllipseByE ( Orbital::COE coe, int numPoints )

static

Provide equally spaced point around the ellipse by iterating over the eccentric anamoly.

REF: Idea from DiPrinzo "Methods of Orbital Maneuvering" AIAA Press.

Parameters

coe
numPoints
xzOrbit

Returns

OrbitPositionsToFromTA()

static Vector3[] GravityEngine2.OrbitDisplayCommon.OrbitPositionsToFromTA ( Orbital::COE coe, int numPoints, double fromTARad, double toTARad )

static

Determine the orbit positions assuming center at (0,0,0). The scale is set by coe.p.

Parameters

coe
numPoints
xzOrbit

Returns

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The documentation for this class was generated from the following file:

• ge2/GE2/Assets/GravityEngine2/Runtime/InScene/Display/OrbitDisplayCommon.cs