mrmeshpy.FillingSurface.TPMS Class Reference

Classes
class	MeshParams
class	Type
class	VolumeParams

Static Public Member Functions
Mesh	build (Vector3f size, FillingSurface.TPMS.MeshParams params, func_bool_from_float cb='{}')
FunctionVolume	buildVolume (Vector3f size, FillingSurface.TPMS.VolumeParams params)
float	estimateDensity (FillingSurface.TPMS.Type type, float targetIso)
float	estimateIso (FillingSurface.TPMS.Type type, float targetDensity)
Mesh	fill (Mesh mesh, FillingSurface.TPMS.MeshParams params, func_bool_from_float cb='{}')
float	getMinimalResolution (FillingSurface.TPMS.Type type, float iso)
int	getNumberOfVoxels (Mesh mesh, float frequency, float resolution)
int	getNumberOfVoxels (Vector3f size, float frequency, float resolution)
std_vector_std_string	getTypeNames ()
std_vector_std_string	getTypeTooltips ()
bool	isThick (FillingSurface.TPMS.Type type)

Detailed Description

This is a namespace.

Member Function Documentation

build()

Mesh mrmeshpy.FillingSurface.TPMS.build ( Vector3f size, FillingSurface.TPMS.MeshParams params, func_bool_from_float cb = '{}' )

static

Constructs TPMS level-set and then convert it to mesh

buildVolume()

FunctionVolume mrmeshpy.FillingSurface.TPMS.buildVolume ( Vector3f size, FillingSurface.TPMS.VolumeParams params )

static

Construct TPMS using implicit function (https://www.researchgate.net/publication/350658078_Computational_method_and_program_for_generating_a_porous_scaffold_based_on_implicit_surfaces)
@param size Size of the cube with the surface
@return Distance-volume starting at (0, 0, 0) and having specified @p size

estimateDensity()

float mrmeshpy.FillingSurface.TPMS.estimateDensity ( FillingSurface.TPMS.Type type, float targetIso )

static

Returns approximate density corresponding to the given ISO value
@param targetIso value in [-1; 1]
@return Value in [0; 1]

estimateIso()

float mrmeshpy.FillingSurface.TPMS.estimateIso ( FillingSurface.TPMS.Type type, float targetDensity )

static

Returns approximated ISO value corresponding to the given density
@param targetDensity value in [0; 1]
@return Value in [-1; 1]

fill()

Mesh mrmeshpy.FillingSurface.TPMS.fill ( Mesh mesh, FillingSurface.TPMS.MeshParams params, func_bool_from_float cb = '{}' )

static

Constructs TPMS-filling for the given @p mesh

getMinimalResolution()

float mrmeshpy.FillingSurface.TPMS.getMinimalResolution ( FillingSurface.TPMS.Type type, float iso )

static

Returns minimal reasonable resolution for given parameters

getNumberOfVoxels() [1/2]

int mrmeshpy.FillingSurface.TPMS.getNumberOfVoxels ( Mesh mesh, float frequency, float resolution )

static

Returns number of voxels that would be used to perform \\ref fillWithTPMS

getNumberOfVoxels() [2/2]

int mrmeshpy.FillingSurface.TPMS.getNumberOfVoxels ( Vector3f size, float frequency, float resolution )

static

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

getTypeNames()

std_vector_std_string mrmeshpy.FillingSurface.TPMS.getTypeNames ( )

static

Returns the names for each type of filling

getTypeTooltips()

std_vector_std_string mrmeshpy.FillingSurface.TPMS.getTypeTooltips ( )

static

Returns the tooltips for each type of filling

isThick()

bool mrmeshpy.FillingSurface.TPMS.isThick ( FillingSurface.TPMS.Type type )

static

Returns true if the \\p type is thick

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The documentation for this class was generated from the following file:

• mrmeshpy.pyi