celestialmath.h File Reference

#include <osg/Vec3>
#include <osg/Vec2>
#include <dtUtil/export.h>

Namespaces
namespace	dtUtil
Classes
struct	dtUtil::TargetTriangle
Functions
void DT_UTIL_EXPORT	dtUtil::GetTargetTriangleData (const float azimuth, const float elevation, const CelestialMesh &mesh, TargetTriangle &outTriangle)
	GetTargetTriangleData - Finds the triangle in the mesh for the given azimuth elevation if it exists, otherwise it returns the closest triangle and its coordinates.
void DT_UTIL_EXPORT	dtUtil::GetCelestialCoordinates (osg::Vec3 targetDirection, const osg::Vec3 &lookForward, float &azimuth, float &elevation)
	GetCelestialCoordinates - calculates the azimuth and elevation w.r.t.
void DT_UTIL_EXPORT	dtUtil::GetCelestialDirection (const float azimuth, const float elevation, const osg::Vec3 &forwardDirection, osg::Vec3 &outDirection)
	GetCelestialDirection - calculates the direction that a given azimuth and elevation points.
int DT_UTIL_EXPORT	dtUtil::FindCelestialTriangleID (const CelestialMesh &mesh, float azimuth, float elevation)
	FindCelestialTriangleID - Looks up a celestial triangle from a mesh using azimuth and elevation.
void DT_UTIL_EXPORT	dtUtil::GetClosestPointOnSegment (const osg::Vec3 &startPoint, const osg::Vec3 &endPoint, const osg::Vec3 &refPoint, osg::Vec3 &closestPoint)
	GetClosestPointOnSegment - calculates the point on a segment that is closest to a reference point.
bool DT_UTIL_EXPORT	dtUtil::IsPointBetweenVectors (const osg::Vec3f &point, const osg::Vec3f &origin, const osg::Vec3f &A, const osg::Vec3f &B)
	IsPointBetweenVectors - determines whether a points is between the vectors origin to A and origin to B.
void DT_UTIL_EXPORT	dtUtil::MapCelestialToScreen (float azimuth, float elevation, float maxDistance, float windowWidth, float windowHeight, const osg::Vec2 &screenOrigin, osg::Vec2 &outScreenPos)
	MapCelestialToScreen - maps azimuth and elevation to a screen position.

---