#include <osvr/Util/Rect.h>
#include <osvr/Util/EigenCoreGeometry.h>
#include <type_traits>

Classes
struct	osvr::util::projection_detail::ThirdRow< options, bool >

struct	osvr::util::projection_detail::ThirdRow< options, true >

struct	osvr::util::projection_detail::LeftHandedCorrection< options, typename >
	Adjustment needed for left-handed input: dummy case of not requesting left-hand input. More...

struct	osvr::util::projection_detail::LeftHandedCorrection< options, typename std::enable_if< projection_options::IsLeftHandedInput< options >::value >::type >
	Adjustment needed for left-handed input. More...

Namespaces
	osvr
	<

	osvr::util
	The Util library: Functionality not necessarily coupled to any particular core library, serving more as a common base layer behind all systems.

Typedefs
typedef unsigned char	osvr::util::projection_options::OptionType

template<OptionType Options, OptionType Bit>
using	osvr::util::projection_options::CheckOptionBit = std::integral_constant< bool, static_cast< bool >(0!=(Options &Bit))>

template<OptionType Options>
using	osvr::util::projection_options::IsZOutputUnsigned = CheckOptionBit< Options, ZOutputUnsignedBit >

template<OptionType Options>
using	osvr::util::projection_options::IsLeftHandedInput = CheckOptionBit< Options, LeftHandedInputBit >

Enumerations
enum	OptMasks { ZOutputUnsignedBit = 0x1, LeftHandedInputBit = 0x2 }
	The bit masks for testing conditions - do not depend on these being equal to a given enum value of OptBits!

enum	OptBits { ZOutputSigned = 0, ZOutputUnsigned = ZOutputUnsignedBit, RightHandedInput = 0, LeftHandedInput = LeftHandedInputBit }
	The flags (combine with bitwise-or `\|`) for specifying configuration - do not depend on these being equal to a given enum value of OptMasks!

Functions
Eigen::Matrix4d	osvr::util::createProjectionMatrix (Rectd const &bounds, double near, double far)
	Takes in points at the near clipping plane, as well as the near and far clipping planes. Result matrix maps [l, r] and [b, t] to [-1, 1], and [n, f] to [-1, 1] (should be configurable) More...

template<projection_options::OptionType options>
double	osvr::util::projection_detail::get33 (double near, double far)

template<projection_options::OptionType options>
double	osvr::util::projection_detail::get34 (double near, double far)

template<projection_options::OptionType options = projection_options::ZOutputSigned \| projection_options::RightHandedInput>
Eigen::Matrix4d	osvr::util::parameterizedCreateProjectionMatrix (Rectd const &bounds, double near, double far)
	Takes in points at the near clipping plane, as well as the near and far clipping planes. Result matrix maps [l, r] and [b, t] to [-1, 1], and [n, f] to [-1, 1] or [0, 1] depending on presence/absence of ZOutputUnsigned flag bit, taking in right- or left-handed input also as configured.

Detailed Description

Header.

Definition in file ProjectionMatrix.h.

Classes