OpenTissue Namespace Reference

Namespaces
namespace	aabb_tree
namespace	animation
namespace	bvh
namespace	cg
namespace	collision
namespace	containers
namespace	detail
namespace	edm
namespace	fem
namespace	function
namespace	geometry
namespace	gjk
namespace	gl
namespace	glut
namespace	grid
namespace	image
namespace	image_analysis
namespace	interpolation
namespace	intersect
namespace	kinematics
namespace	math
namespace	mbd
namespace	mesh
namespace	meshless_deformation
namespace	noise
namespace	obb_tree
namespace	polymesh
namespace	psys
namespace	scan_conversion
namespace	sdf
namespace	skeleton
namespace	skinning
namespace	spatial_hashing
namespace	sph
namespace	spline
namespace	swe
namespace	t4mesh
namespace	texture
namespace	trimesh
namespace	utility
namespace	vclip
namespace	versatile
namespace	volume_rendering
Classes
struct	t4_cpu_unsigned
struct	t4_cpu_signed
struct	t4_gpu_unsigned
struct	t4_gpu_signed
Functions
template<typename surface_mesh , typename grid_type >
void	t4_cpu_scan (surface_mesh &surface, double const &thickness, grid_type &phi, t4_cpu_signed const &)
template<typename surface_mesh , typename grid_type >
void	t4_cpu_scan (surface_mesh &surface, double const &thickness, grid_type &phi, t4_cpu_unsigned const &)
template<typename surface_mesh , typename grid_type >
bool	t4_gpu_scan (surface_mesh &surface, double const &thickness, grid_type &phi)
template<typename surface_mesh , typename grid_type >
bool	t4_gpu_scan (surface_mesh &surface, double const &thickness, grid_type &phi, t4_gpu_signed const &)
template<typename surface_mesh , typename grid_type >
bool	t4_gpu_scan (surface_mesh &surface, double const &thickness, grid_type &phi, t4_gpu_unsigned const &)

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Detailed Description

Main SPH include file. Recursively includes required headers.

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Function Documentation

template<typename surface_mesh , typename grid_type >

void OpenTissue::t4_cpu_scan	(	surface_mesh &	surface,
		double const &	thickness,
		grid_type &	phi,
		t4_cpu_signed const &
	)			[inline]

CPU Signed Distance Field Computation.

Parameters:

	surface	A surface mesh, used to generate the distance field from.
	thickness	An offset parameter, describing the extent of the generated distance field along vertex normals (not the same as face normals!).
	phi	Upon return holds the generated distance field.

template<typename surface_mesh , typename grid_type >

void OpenTissue::t4_cpu_scan	(	surface_mesh &	surface,
		double const &	thickness,
		grid_type &	phi,
		t4_cpu_unsigned const &
	)			[inline]

CPU Unsgined Distance Field Computation.

Parameters:

	surface	A surface mesh, used to generate the distance field from.
	thickness	An offset parameter, describing the extent of the generated distance field along vertex normals (not the same as face normals!).
	phi	Upon return holds the generated distance field.

template<typename surface_mesh , typename grid_type >

bool OpenTissue::t4_gpu_scan	(	surface_mesh &	surface,
		double const &	thickness,
		grid_type &	phi,
		t4_gpu_signed const &
	)			[inline]

Signed GPU Distance Field Computation.

Parameters:

unsigned

A dispatcher tag used to select the unsigned version.

template<typename surface_mesh , typename grid_type >

bool OpenTissue::t4_gpu_scan	(	surface_mesh &	surface,
		double const &	thickness,
		grid_type &	phi
	)			[inline]

Default GPU Distance Field Computation. This will compue a signed distance field by default.

Parameters:

	mesh	A surface mesh, used to generate the distance field from.
	thickness	An offset parameter, describing the extent of the generated distance field along vertex normals (not the same as face normals!).
	phi	Upon return holds the generated distance field.

Returns:

If computation succeded then the return value is true otherwise it is false.

template<typename surface_mesh , typename grid_type >

bool OpenTissue::t4_gpu_scan	(	surface_mesh &	surface,
		double const &	thickness,
		grid_type &	phi,
		t4_gpu_unsigned const &
	)			[inline]

Unsigned GPU Distance Field Computation.

Parameters:

unsigned

A dispatcher tag used to select the unsigned version.