MR::FillingSurface::TPMS Namespace Reference

Triply Periodic Minimal Surface. More...

Classes
struct	MeshParams
struct	VolumeParams

Enumerations
enum class	Type : int {   SchwartzP , ThickSchwartzP , DoubleGyroid , ThickGyroid ,   Count }
	Supported types of TPMS (Triply Periodic Minimal Surfaces) More...

Functions
std::vector< std::string >	getTypeNames ()
	Returns the names for each type of filling.
std::vector< std::string >	getTypeTooltips ()
	Returns the tooltips for each type of filling.
bool	isThick (Type type)
	Returns true if the type is thick.
FunctionVolume	buildVolume (const Vector3f &size, const VolumeParams &params)
Expected< Mesh >	build (const Vector3f &size, const MeshParams &params, ProgressCallback cb={})
	Constructs TPMS level-set and then convert it to mesh.
Expected< Mesh >	fill (const Mesh &mesh, const MeshParams &params, ProgressCallback cb={})
	Constructs TPMS-filling for the given mesh.
size_t	getNumberOfVoxels (const Mesh &mesh, float frequency, float resolution)
	Returns number of voxels that would be used to perform fillWithTPMS.
size_t	getNumberOfVoxels (const Vector3f &size, float frequency, float resolution)
	Returns number of voxels that would be used to perform buildTPMS or buildTPMSVolume.
float	estimateIso (Type type, float targetDensity)
float	estimateDensity (Type type, float targetIso)
float	getMinimalResolution (Type type, float iso)
	Returns minimal reasonable resolution for given parameters.

Detailed Description

Triply Periodic Minimal Surface.

Enumeration Type Documentation

Type

enum class MR::FillingSurface::TPMS::Type : int

strong

Supported types of TPMS (Triply Periodic Minimal Surfaces)

Enumerator
SchwartzP
ThickSchwartzP
DoubleGyroid
ThickGyroid
Count

Function Documentation

build()

Expected< Mesh > MR::FillingSurface::TPMS::build	(	const Vector3f &	size,
		const MeshParams &	params,
		ProgressCallback	cb = {} )

Constructs TPMS level-set and then convert it to mesh.

buildVolume()

FunctionVolume MR::FillingSurface::TPMS::buildVolume	(	const Vector3f &	size,
		const VolumeParams &	params )

Construct TPMS using implicit function (https:/// www.researchgate.net/publication/350658078_Computational_method_and_program_for_generating_a_porous_scaffold_based_on_implicit_surfaces)

Parameters

size	Size of the cube with the surface

Returns

Distance-volume starting at (0, 0, 0) and having specified size

estimateDensity()

float MR::FillingSurface::TPMS::estimateDensity	(	Type	type,
		float	targetIso )

Returns approximate density corresponding to the given ISO value

Parameters

targetIso

value in [-1; 1]

Returns

Value in [0; 1]

estimateIso()

float MR::FillingSurface::TPMS::estimateIso	(	Type	type,
		float	targetDensity )

Returns approximated ISO value corresponding to the given density

Parameters

targetDensity

value in [0; 1]

Returns

Value in [-1; 1]

fill()

Expected< Mesh > MR::FillingSurface::TPMS::fill	(	const Mesh &	mesh,
		const MeshParams &	params,
		ProgressCallback	cb = {} )

Constructs TPMS-filling for the given mesh.

getMinimalResolution()

float MR::FillingSurface::TPMS::getMinimalResolution	(	Type	type,
		float	iso )

Returns minimal reasonable resolution for given parameters.

getNumberOfVoxels() [1/2]

size_t MR::FillingSurface::TPMS::getNumberOfVoxels	(	const Mesh &	mesh,
		float	frequency,
		float	resolution )

Returns number of voxels that would be used to perform fillWithTPMS.

getNumberOfVoxels() [2/2]

size_t MR::FillingSurface::TPMS::getNumberOfVoxels	(	const Vector3f &	size,
		float	frequency,
		float	resolution )

Returns number of voxels that would be used to perform buildTPMS or buildTPMSVolume.

getTypeNames()

std::vector< std::string > MR::FillingSurface::TPMS::getTypeNames

(

)

Returns the names for each type of filling.

getTypeTooltips()

std::vector< std::string > MR::FillingSurface::TPMS::getTypeTooltips

(

)

Returns the tooltips for each type of filling.

isThick()

bool MR::FillingSurface::TPMS::isThick

(

Type

type

)

Returns true if the type is thick.