portable.hpp File Reference

#include <cmath>

Go to the source code of this file.

Classes
struct	peclet::core::Vec3< Real >
	Real-templated POD 3-vector — the geometry layer's point type on host and device. More...
struct	peclet::core::Quat< Real >
	Quaternion, {x, y, z, w} — dem's F4 ordering (dem_portable.hpp), NOT {w, x, y, z}. More...

Namespaces
namespace	peclet
namespace	peclet::core
namespace	peclet::core::detail

Macros
#define	PECLET_HD   inline

Functions
template<class Real >
PECLET_HD Vec3< Real >	peclet::core::add (Vec3< Real > a, Vec3< Real > b)
template<class Real >
PECLET_HD Vec3< Real >	peclet::core::sub (Vec3< Real > a, Vec3< Real > b)
template<class Real >
PECLET_HD Vec3< Real >	peclet::core::scale (Vec3< Real > a, Real s)
template<class Real >
PECLET_HD Real	peclet::core::dot (Vec3< Real > a, Vec3< Real > b)
template<class Real >
PECLET_HD Vec3< Real >	peclet::core::cross (Vec3< Real > a, Vec3< Real > b)
template<class Real >
PECLET_HD Vec3< Real >	peclet::core::rotate (Quat< Real > q, Vec3< Real > v)
	Rotate v by q.
template<class Real >
PECLET_HD Vec3< Real >	peclet::core::invRotate (Quat< Real > q, Vec3< Real > v)
	Rotate v by the conjugate of q — dem invRotateVector.
template<class Real >
PECLET_HD Quat< Real >	peclet::core::mulQuat (Quat< Real > a, Quat< Real > b)
	Hamilton product a ⊗ b in the (x, y, z, w) storage convention rotate uses, so rotate(mulQuat(a, b), v) == rotate(a, rotate(b, v)) — i.e.
template<class Real >
PECLET_HD Real	peclet::core::detail::hdSqrt (Real v)
template<class Real >
PECLET_HD Real	peclet::core::detail::hdAbs (Real v)
template<class Real >
PECLET_HD Real	peclet::core::detail::hdMax (Real a, Real b)
template<class Real >
PECLET_HD Real	peclet::core::detail::hdMin (Real a, Real b)
template<class Real >
PECLET_HD Real	peclet::core::detail::hdPow (Real a, Real b)
template<class Real >
PECLET_HD Real	peclet::core::detail::hdNearbyint (Real v)
template<class Real >
PECLET_HD Real	peclet::core::detail::hdFloor (Real v)
template<class Real >
PECLET_HD Real	peclet::core::detail::hdFma (Real a, Real b, Real c)
template<class Real >
PECLET_HD Real	peclet::core::detail::cmpMax (Real a, Real b)
	Comparison-based max, <-ordered (ties keep the earlier operand) — std::max semantics, NOT fmax's NaN-swallowing ones.

Macro Definition Documentation

PECLET_HD

#define PECLET_HD   inline

Definition at line 35 of file portable.hpp.