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Libovr 1.26 Reference Guide

OVR Namespace Reference

See Also:

Enumerations

enum
Axis {
}
enum
RotateDirection {
}
enum
HandedSystem {
}
enum
AxisDirection {
}
enum
StereoEye {
}

Typedefs

Math< float >
Mathf ( )
Math< double >
Mathd ( )
Vector2< float >
Vector2< double >
Vector2< int >
Vector2< float >
Point2f ( )
Vector2< double >
Point2d ( )
Vector2< int >
Point2i ( )
Vector3< float >
Vector3< double >
Vector3< int32_t >
Vector3< float >
Point3f ( )
Vector3< double >
Point3d ( )
Vector3< int32_t >
Point3i ( )
Vector4< float >
Vector4< double >
Vector4< int >
Bounds3< float >
Bounds3< double >
Size< int >
Sizei ( )
Size< unsigned >
Sizeu ( )
Size< float >
Sizef ( )
Size< double >
Sized ( )
Rect< int >
Recti ( )
Quat< float >
Quatf ( )
Quat< double >
Quatd ( )
Pose< float >
Posef ( )
Pose< double >
Posed ( )
Matrix4< float >
Matrix4< double >
Matrix3< float >
Matrix3< double >
Matrix2< float >
Matrix2< double >
SymMat3< float >
SymMat3< double >
Angle< float >
Anglef ( )
Angle< double >
Angled ( )
Plane< float >
Planef ( )
Plane< double >
Planed ( )

Functions

const T
OVRMath_Min ( const T a, const T b )
const T
OVRMath_Max ( const T a, const T b )
void
OVRMath_Swap ( T & a, T & b )
float
RadToDegree ( float rad )
double
RadToDegree ( double rad )
float
DegreeToRad ( float deg )
double
DegreeToRad ( double deg )
T
Sqr ( T x )
T
RcpSqrt ( const T f )
T
Sign ( T x )
float
Acos ( float x )
double
Acos ( double x )
float
Asin ( float x )
double
Asin ( double x )
OVR_MATH_STATIC_ASSERT ( (sizeof(Vector3f)==3 *sizeof(float)) , "sizeof(Vector3f) failure" )
OVR_MATH_STATIC_ASSERT ( (sizeof(Vector3d)==3 *sizeof(double)) , "sizeof(Vector3d) failure" )
OVR_MATH_STATIC_ASSERT ( (sizeof(Vector3i)==3 *sizeof(int32_t)) , "sizeof(Vector3i) failure" )
OVR_MATH_STATIC_ASSERT ( (sizeof(Quatf)==4 *sizeof(float)) , "sizeof(Quatf) failure" )
OVR_MATH_STATIC_ASSERT ( (sizeof(Quatd)==4 *sizeof(double)) , "sizeof(Quatd) failure" )
OVR_MATH_STATIC_ASSERT ( (sizeof(Posed)==sizeof(Quatd)+sizeof(Vector3d)) , "sizeof(Posed) failure" )
OVR_MATH_STATIC_ASSERT ( (sizeof(Posef)==sizeof(Quatf)+sizeof(Vector3f)) , "sizeof(Posef) failure" )
Matrix3< T >
operator* ( const SymMat3< T > & a, const SymMat3< T > & b )
Matrix3< T >
operator* ( const Matrix3< T > & a, const SymMat3< T > & b )
Matrix4f
CreateProjection ( bool rightHanded, bool isOpenGL, FovPort fov, StereoEye eye, float zNear, float zFar, bool flipZ, bool farAtInfinity )
Matrix4f
CreateOrthoSubProjection ( bool rightHanded, StereoEye eyeType, float tanHalfFovX, float tanHalfFovY, float unitsX, float unitsY, float distanceFromCamera, float interpupillaryDistance, Matrix4f const & projection, float zNear, float zFar, bool flipZ, bool farAtInfinity )
ScaleAndOffset2D

Enumeration Type Documentation

enum OVR.Axis
Enumerator
Axis_X= 0
Axis_Y= 1
Axis_Z= 2
enum OVR.RotateDirection
Enumerator
Rotate_CCW= 1
Rotate_CW= -1
enum OVR.HandedSystem
Enumerator
Handed_R= 1
Handed_L= -1
enum OVR.AxisDirection
Enumerator
Axis_Up= 2
Axis_Down= -2
Axis_Right= 1
Axis_Left= -1
Axis_In= 3
Axis_Out= -3
enum OVR.StereoEye
Enumerator
StereoEye_Left
StereoEye_Right
StereoEye_Center

Typedef Documentation

typedef Math<float> OVR::Mathf ( )
typedef Math<double> OVR::Mathd ( )
typedef Vector2<float> OVR::Vector2f ( )
typedef Vector2<double> OVR::Vector2d ( )
typedef Vector2<int> OVR::Vector2i ( )
typedef Vector2<float> OVR::Point2f ( )
typedef Vector2<double> OVR::Point2d ( )
typedef Vector2<int> OVR::Point2i ( )
typedef Vector3<float> OVR::Vector3f ( )
typedef Vector3<double> OVR::Vector3d ( )
typedef Vector3<int32_t> OVR::Vector3i ( )
typedef Vector3<float> OVR::Point3f ( )
typedef Vector3<double> OVR::Point3d ( )
typedef Vector3<int32_t> OVR::Point3i ( )
typedef Vector4<float> OVR::Vector4f ( )
typedef Vector4<double> OVR::Vector4d ( )
typedef Vector4<int> OVR::Vector4i ( )
typedef Bounds3<float> OVR::Bounds3f ( )
typedef Bounds3<double> OVR::Bounds3d ( )
typedef Size<int> OVR::Sizei ( )
typedef Size<unsigned> OVR::Sizeu ( )
typedef Size<float> OVR::Sizef ( )
typedef Size<double> OVR::Sized ( )
typedef Rect<int> OVR::Recti ( )
typedef Quat<float> OVR::Quatf ( )
typedef Quat<double> OVR::Quatd ( )
typedef Pose<float> OVR::Posef ( )
typedef Pose<double> OVR::Posed ( )
typedef Matrix4<float> OVR::Matrix4f ( )
typedef Matrix4<double> OVR::Matrix4d ( )
typedef Matrix3<float> OVR::Matrix3f ( )
typedef Matrix3<double> OVR::Matrix3d ( )
typedef Matrix2<float> OVR::Matrix2f ( )
typedef Matrix2<double> OVR::Matrix2d ( )
typedef SymMat3<float> OVR::SymMat3f ( )
typedef SymMat3<double> OVR::SymMat3d ( )
typedef Angle<float> OVR::Anglef ( )
typedef Angle<double> OVR::Angled ( )
typedef Plane<float> OVR::Planef ( )
typedef Plane<double> OVR::Planed ( )

Function Documentation

const T OVR::OVRMath_Min ( const T a, const T b )
const T OVR::OVRMath_Max ( const T a, const T b )
void OVR::OVRMath_Swap ( T & a, T & b )
float OVR::RadToDegree ( float rad )
double OVR::RadToDegree ( double rad )
float OVR::DegreeToRad ( float deg )
double OVR::DegreeToRad ( double deg )
T OVR::Sqr ( T x )
T OVR::RcpSqrt ( const T f )
T OVR::Sign ( T x )
float OVR::Acos ( float x )
double OVR::Acos ( double x )
float OVR::Asin ( float x )
double OVR::Asin ( double x )
OVR::OVR_MATH_STATIC_ASSERT ( (sizeof(Vector3f)==3 *sizeof(float)) , "sizeof(Vector3f) failure" )
OVR::OVR_MATH_STATIC_ASSERT ( (sizeof(Vector3d)==3 *sizeof(double)) , "sizeof(Vector3d) failure" )
OVR::OVR_MATH_STATIC_ASSERT ( (sizeof(Vector3i)==3 *sizeof(int32_t)) , "sizeof(Vector3i) failure" )
OVR::OVR_MATH_STATIC_ASSERT ( (sizeof(Quatf)==4 *sizeof(float)) , "sizeof(Quatf) failure" )
OVR::OVR_MATH_STATIC_ASSERT ( (sizeof(Quatd)==4 *sizeof(double)) , "sizeof(Quatd) failure" )
OVR::OVR_MATH_STATIC_ASSERT ( (sizeof(Posed)==sizeof(Quatd)+sizeof(Vector3d)) , "sizeof(Posed) failure" )
OVR::OVR_MATH_STATIC_ASSERT ( (sizeof(Posef)==sizeof(Quatf)+sizeof(Vector3f)) , "sizeof(Posef) failure" )
Matrix3<T> OVR::operator* ( const SymMat3< T > & a, const SymMat3< T > & b )
Matrix3<T> OVR::operator* ( const Matrix3< T > & a, const SymMat3< T > & b )
Matrix4f OVR::CreateProjection ( bool rightHanded, bool isOpenGL, FovPort fov, StereoEye eye, float zNear, float zFar, bool flipZ, bool farAtInfinity )
Matrix4f OVR::CreateOrthoSubProjection ( bool rightHanded, StereoEye eyeType, float tanHalfFovX, float tanHalfFovY, float unitsX, float unitsY, float distanceFromCamera, float interpupillaryDistance, Matrix4f const & projection, float zNear, float zFar, bool flipZ, bool farAtInfinity )
ScaleAndOffset2D OVR::CreateNDCScaleAndOffsetFromFov ( FovPort fov )
The documentation for this namespace was generated from the following file: Include/Extras/OVR_Math.h