Basic structures and conversion utilities for common math entites.This is not intended to be a full math library. It is expected that you convert the values in these structures into your own math types. If you do not yet have a math library, Eigen is highly recommended. More...

Modules
	Matrix conventions and bit flags

Namespaces
	osvr::util::eigen_interop

Classes
struct	OSVR_Pose3
	A structure defining a 3D (6DOF) rigid body pose: translation and rotation. More...

struct	OSVR_Quaternion
	A structure defining a quaternion, often a unit quaternion representing 3D rotation. More...

struct	OSVR_RadialDistortionParameters
	Parameters for a per-color-component radial distortion shader. More...

struct	OSVR_Vec2
	A structure defining a 2D vector, which represents position. More...

struct	OSVR_Vec3
	A structure defining a 3D vector, often a position/translation. More...

Typedefs
typedef struct OSVR_Pose3	OSVR_Pose3
	A structure defining a 3D (6DOF) rigid body pose: translation and rotation.

typedef struct OSVR_Quaternion	OSVR_Quaternion
	A structure defining a quaternion, often a unit quaternion representing 3D rotation.

typedef struct OSVR_RadialDistortionParameters	OSVR_RadialDistortionParameters
	Parameters for a per-color-component radial distortion shader.

typedef struct OSVR_Vec2	OSVR_Vec2
	A structure defining a 2D vector, which represents position.

typedef struct OSVR_Vec3	OSVR_Vec3
	A structure defining a 3D vector, often a position/translation.

Functions
Eigen::Map< Eigen::Vector3d >	osvr::util::vecMap (OSVR_Vec3 &vec)
	Wrap an OSVR_Vec3 in an Eigen object that allows it to interoperate with Eigen as though it were an Eigen::Vector3d. More...

Eigen::Map< const Eigen::Vector3d >	osvr::util::vecMap (OSVR_Vec3 const &vec)

Eigen::Quaterniond	osvr::util::fromQuat (OSVR_Quaternion const &q)
	Convert an OSVR_Quaternion to an Eigen::Quaterniond.

void	osvr::util::toQuat (Eigen::Quaterniond const &src, OSVR_Quaternion &q)
	Convert an Eigen::Quaterniond to a OSVR_Quaternion.

Eigen::Isometry3d	osvr::util::fromPose (OSVR_Pose3 const &pose)
	Turn an OSVR_Pose3 into an Eigen::Transform. More...

void	osvr::util::toPose (Eigen::Isometry3d const &xform, OSVR_Pose3 &pose)
	Turn an Eigen::Isometry3d (transform) into an OSVR_Pose3. More...

void	osvr::util::toPose (Eigen::Matrix4d const &mat, OSVR_Pose3 &pose)
	Turn an Eigen::Matrix4d (transform) into an OSVR_Pose3. More...

OSVR_ReturnCode	osvrPose3ToMatrixd (OSVR_Pose3 const pose, OSVR_MatrixConventions flags, double mat)
	Set a matrix of doubles based on a Pose3. More...

OSVR_ReturnCode	osvrPose3ToMatrixf (OSVR_Pose3 const pose, OSVR_MatrixConventions flags, float mat)
	Set a matrix of floats based on a Pose3. More...

void	osvrPose3SetIdentity (OSVR_Pose3 *pose)
	Set a pose to identity.

double	osvrQuatGetW (OSVR_Quaternion const *q)
	Accessor for quaternion component W.

void	osvrQuatSetW (OSVR_Quaternion *q, double val)
	Setter for quaternion component W.

double	osvrQuatGetX (OSVR_Quaternion const *q)
	Accessor for quaternion component X.

void	osvrQuatSetX (OSVR_Quaternion *q, double val)
	Setter for quaternion component X.

double	osvrQuatGetY (OSVR_Quaternion const *q)
	Accessor for quaternion component Y.

void	osvrQuatSetY (OSVR_Quaternion *q, double val)
	Setter for quaternion component Y.

double	osvrQuatGetZ (OSVR_Quaternion const *q)
	Accessor for quaternion component Z.

void	osvrQuatSetZ (OSVR_Quaternion *q, double val)
	Setter for quaternion component Z.

void	osvrQuatSetIdentity (OSVR_Quaternion *q)
	Set a quaternion to the identity rotation.

double	osvrVec2GetX (OSVR_Vec2 const *v)
	Accessor for Vec2 component X.

void	osvrVec2SetX (OSVR_Vec2 *v, double val)
	Setter for Vec2 component X.

double	osvrVec2GetY (OSVR_Vec2 const *v)
	Accessor for Vec2 component Y.

void	osvrVec2SetY (OSVR_Vec2 *v, double val)
	Setter for Vec2 component Y.

void	osvrVec2Zero (OSVR_Vec2 *v)
	Set a Vec2 to the zero vector.

double	osvrVec3GetX (OSVR_Vec3 const *v)
	Accessor for Vec3 component X.

void	osvrVec3SetX (OSVR_Vec3 *v, double val)
	Setter for Vec3 component X.

double	osvrVec3GetY (OSVR_Vec3 const *v)
	Accessor for Vec3 component Y.

void	osvrVec3SetY (OSVR_Vec3 *v, double val)
	Setter for Vec3 component Y.

double	osvrVec3GetZ (OSVR_Vec3 const *v)
	Accessor for Vec3 component Z.

void	osvrVec3SetZ (OSVR_Vec3 *v, double val)
	Setter for Vec3 component Z.

void	osvrVec3Zero (OSVR_Vec3 *v)
	Set a Vec3 to the zero vector.

Variables
OSVR_Vec3	OSVR_RadialDistortionParameters::k1
	Vector of K1 coefficients for the R, G, B channels.

OSVR_Vec2	OSVR_RadialDistortionParameters::centerOfProjection
	Center of projection for the radial distortion, relative to the bounds of this surface.

Detailed Description

Basic structures and conversion utilities for common math entites.

This is not intended to be a full math library. It is expected that you convert the values in these structures into your own math types. If you do not yet have a math library, Eigen is highly recommended.

Function Documentation

Eigen::Map<Eigen::Vector3d> osvr::util::vecMap ( OSVR_Vec3 & vec )

inline

#include <osvr/Util/EigenInterop.h>

Wrap an OSVR_Vec3 in an Eigen object that allows it to interoperate with Eigen as though it were an Eigen::Vector3d.

Parameters

vec	A vector to wrap

Returns: an Eigen::Map allowing use of the OSVR_Vec3 as an Eigen::Vector3d.

Definition at line 52 of file EigenInterop.h.

Eigen::Map<const Eigen::Vector3d> osvr::util::vecMap ( OSVR_Vec3 const & vec )

inline

#include <osvr/Util/EigenInterop.h>

This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts. For constant vectors.

Definition at line 58 of file EigenInterop.h.

Eigen::Isometry3d osvr::util::fromPose ( OSVR_Pose3 const & pose )

inline

#include <osvr/Util/EigenInterop.h>

Turn an OSVR_Pose3 into an Eigen::Transform.

Parameters

pose	Input pose

Returns: an Eigen::Isometry3d (convertible to an Eigen::Affine3d) 3-dimensional transform object equivalent to pose.

Definition at line 81 of file EigenInterop.h.

void osvr::util::toPose	(	Eigen::Isometry3d const &	xform,
		OSVR_Pose3 &	pose
	)

inline

#include <osvr/Util/EigenInterop.h>

Turn an Eigen::Isometry3d (transform) into an OSVR_Pose3.

Parameters

[in]	xform	Input transform.
[out]	pose	Destination to set based on xform.

Definition at line 93 of file EigenInterop.h.

void osvr::util::toPose	(	Eigen::Matrix4d const &	mat,
		OSVR_Pose3 &	pose
	)

inline

#include <osvr/Util/EigenInterop.h>

Turn an Eigen::Matrix4d (transform) into an OSVR_Pose3.

Parameters

[in]	mat	Input transform. Assumed to contain only position and orientation.
[out]	pose	Destination to set based on xform.

Definition at line 104 of file EigenInterop.h.

OSVR_ReturnCode osvrPose3ToMatrixd	(	OSVR_Pose3 const *	pose,
		OSVR_MatrixConventions	flags,
		double *	mat
	)

#include <osvr/Util/MatrixConventionsC.h>

Set a matrix of doubles based on a Pose3.

Parameters

	pose	The Pose3 to convert
	flags	Memory ordering flag - see Matrix flags
[out]	mat	an array of 16 doubles

OSVR_ReturnCode osvrPose3ToMatrixf	(	OSVR_Pose3 const *	pose,
		OSVR_MatrixConventions	flags,
		float *	mat
	)

#include <osvr/Util/MatrixConventionsC.h>

Set a matrix of floats based on a Pose3.

Parameters

	pose	The Pose3 to convert
	flags	Memory ordering flag - see Matrix flags
[out]	mat	an array of 16 floats

Modules

Namespaces

Classes

Typedefs

Functions

Variables

Detailed Description

Function Documentation