#include <opennurbs_mesh_modifiers.h>

Inheritance diagram for ON_Displacement:

Classes
class	Defaults

class	SubItem
	Sub-items can exist to override the top-level parameters for polysurface/SubD faces. More...

class	SubItemIterator

Public Types
enum	SweepResolutionFormulas : int { SweepResolutionFormulas::Default = 0, SweepResolutionFormulas::AbsoluteToleranceDependent = 1 }

Public Member Functions
	ON_Displacement ()

	ON_Displacement (const ON_Displacement &dsp)

	ON_Displacement (const ON_XMLNode &node)

	~ON_Displacement ()

virtual ON_XMLNode *	AddChildXML (ON_XMLRootNode &root) const override
	< For internal use only. More...

SubItem &	AddSubItem (void)

double	BlackPoint (void) const
	Specifies the amount of displacement for the black color in the texture. More...

void	DeleteAllSubItems (void)

void	DeleteSubItem (int face_index)

int	Fairing (void) const
	Specifies number of steps for fairing process. This straightens rough feature edges. More...

bool	FairingOn (void) const
	Specifies whether to perform a fairing step. More...

int	FinalMaxFaces (void) const
	Specifies how many faces the reduction post process should target to. More...

bool	FinalMaxFacesOn (void) const
	Specifies whether to perform a mesh reduction as a post process to simplify the result of displacement. More...

SubItem *	FindSubItem (int face_index) const

int	FindSubItemArrayIndex (int face_index) const

SubItemIterator	GetSubItemIterator (void) const

int	InitialQuality (void) const

int	MappingChannel (void) const
	Specifies which texture mapping channel is used for displacement texture. More...

int	MeshMemoryLimit (void) const
	Specifies in megabytes how much memory can be allocated for use by the displacement mesh. More...

bool	On (void) const
	Specifies whether the feature is enabled or not. More...

bool	operator!= (const ON_Displacement &dsp) const

const ON_Displacement &	operator= (const ON_Displacement &dsp)

bool	operator== (const ON_Displacement &dsp) const

double	PostWeldAngle (void) const

double	RefineSensitivity (void) const

int	RefineSteps (void) const
	Specifies the number of refinement passes. More...

void	SetBlackPoint (double b)

void	SetFairing (int f)

void	SetFairingOn (bool b)

void	SetFinalMaxFaces (int f)

void	SetFinalMaxFacesOn (bool b)

void	SetInitialQuality (int q)

void	SetMappingChannel (int c)

void	SetMeshMemoryLimit (int l)

void	SetOn (bool b)

void	SetPostWeldAngle (double a)

void	SetRefineSensitivity (double s)

void	SetRefineSteps (int s)

void	SetSweepResolutionFormula (SweepResolutionFormulas f)

void	SetTexture (const ON_UUID &id)

void	SetWhitePoint (double w)

SweepResolutionFormulas	SweepResolutionFormula (void) const

ON_UUID	Texture (void) const
	Specifies which texture is used for computing displacement amount. More...

virtual ON_UUID	Uuid (void) const override
	Return the unique identifier of this mesh modifier. More...

double	WhitePoint (void) const
	Specifies the amount of displacement for the white color in the texture. More...

Public Member Functions inherited from ON_MeshModifier
	ON_MeshModifier ()

	ON_MeshModifier (const ON_MeshModifier &mm)=delete

	ON_MeshModifier (const ON_XMLNode &node)

virtual	~ON_MeshModifier ()

const ON_MeshModifier &	operator= (const ON_MeshModifier &)=delete

Additional Inherited Members
Static Public Member Functions inherited from ON_MeshModifier
static ON_UUID	PlugInId (void)
	Returns the plug-in id of the 'Displacement' plug-in which implements all the mesh modifiers. More...

Protected Attributes inherited from ON_MeshModifier
CImpl *	m_impl

Member Enumeration Documentation

◆ SweepResolutionFormulas

enum ON_Displacement::SweepResolutionFormulas : int

strong

Specifies which formula is used to calculate sweep resolution from initial quality. Default = Default formula. AbsoluteToleranceDependent = Formula used in Rhino 5. Dependent on absolute tolerance.

Enumerator
Default
AbsoluteToleranceDependent

Constructor & Destructor Documentation

◆ ON_Displacement() [1/3]

ON_Displacement::ON_Displacement ( )

◆ ON_Displacement() [2/3]

ON_Displacement::ON_Displacement ( const ON_XMLNode & node )

◆ ON_Displacement() [3/3]

ON_Displacement::ON_Displacement ( const ON_Displacement & dsp )

◆ ~ON_Displacement()

ON_Displacement::~ON_Displacement ( )

Member Function Documentation

◆ AddChildXML()

virtual ON_XMLNode* ON_Displacement::AddChildXML ( ON_XMLRootNode & root ) const

overridevirtual

< For internal use only.

Reimplemented from ON_MeshModifier.

◆ AddSubItem()

SubItem& ON_Displacement::AddSubItem ( void )

◆ BlackPoint()

double ON_Displacement::BlackPoint ( void ) const

Specifies the amount of displacement for the black color in the texture.

◆ DeleteAllSubItems()

void ON_Displacement::DeleteAllSubItems ( void )

◆ DeleteSubItem()

void ON_Displacement::DeleteSubItem ( int face_index )

◆ Fairing()

int ON_Displacement::Fairing ( void ) const

Specifies number of steps for fairing process. This straightens rough feature edges.

◆ FairingOn()

bool ON_Displacement::FairingOn ( void ) const

Specifies whether to perform a fairing step.

◆ FinalMaxFaces()

int ON_Displacement::FinalMaxFaces ( void ) const

Specifies how many faces the reduction post process should target to.

◆ FinalMaxFacesOn()

bool ON_Displacement::FinalMaxFacesOn ( void ) const

Specifies whether to perform a mesh reduction as a post process to simplify the result of displacement.

◆ FindSubItem()

SubItem* ON_Displacement::FindSubItem ( int face_index ) const

◆ FindSubItemArrayIndex()

int ON_Displacement::FindSubItemArrayIndex ( int face_index ) const

◆ GetSubItemIterator()

SubItemIterator ON_Displacement::GetSubItemIterator ( void ) const

◆ InitialQuality()

int ON_Displacement::InitialQuality ( void ) const

Specifies how densely the object is initially subdivided. The lower the value, the higher the resolution of the displaced mesh.

◆ MappingChannel()

int ON_Displacement::MappingChannel ( void ) const

Specifies which texture mapping channel is used for displacement texture.

◆ MeshMemoryLimit()

int ON_Displacement::MeshMemoryLimit ( void ) const

Specifies in megabytes how much memory can be allocated for use by the displacement mesh.

◆ On()

bool ON_Displacement::On ( void ) const

Specifies whether the feature is enabled or not.

◆ operator!=()

bool ON_Displacement::operator!= ( const ON_Displacement & dsp ) const

◆ operator=()

const ON_Displacement& ON_Displacement::operator= ( const ON_Displacement & dsp )

◆ operator==()

bool ON_Displacement::operator== ( const ON_Displacement & dsp ) const

◆ PostWeldAngle()

double ON_Displacement::PostWeldAngle ( void ) const

Specifies the maximum angle between face normals of adjacent faces that will get welded together.

◆ RefineSensitivity()

double ON_Displacement::RefineSensitivity ( void ) const

Specifies how sensitive the divider for contrasts is on the displacement texture. Specify 1 to split all mesh edges on each refine step. Specify 0.99 to make even slight contrasts on the displacement texture cause edges to be split. Specifying 0.01 only splits edges where heavy contrast exists.

◆ RefineSteps()

int ON_Displacement::RefineSteps ( void ) const

Specifies the number of refinement passes.

◆ SetBlackPoint()

void ON_Displacement::SetBlackPoint ( double b )

◆ SetFairing()

void ON_Displacement::SetFairing ( int f )

◆ SetFairingOn()

void ON_Displacement::SetFairingOn ( bool b )

◆ SetFinalMaxFaces()

void ON_Displacement::SetFinalMaxFaces ( int f )

◆ SetFinalMaxFacesOn()

void ON_Displacement::SetFinalMaxFacesOn ( bool b )

◆ SetInitialQuality()

void ON_Displacement::SetInitialQuality ( int q )

◆ SetMappingChannel()

void ON_Displacement::SetMappingChannel ( int c )

◆ SetMeshMemoryLimit()

void ON_Displacement::SetMeshMemoryLimit ( int l )

◆ SetOn()

void ON_Displacement::SetOn ( bool b )

◆ SetPostWeldAngle()

void ON_Displacement::SetPostWeldAngle ( double a )

◆ SetRefineSensitivity()

void ON_Displacement::SetRefineSensitivity ( double s )

◆ SetRefineSteps()

void ON_Displacement::SetRefineSteps ( int s )

◆ SetSweepResolutionFormula()

void ON_Displacement::SetSweepResolutionFormula ( SweepResolutionFormulas f )

◆ SetTexture()

void ON_Displacement::SetTexture ( const ON_UUID & id )

◆ SetWhitePoint()

void ON_Displacement::SetWhitePoint ( double w )

◆ SweepResolutionFormula()

SweepResolutionFormulas ON_Displacement::SweepResolutionFormula ( void ) const

◆ Texture()

ON_UUID ON_Displacement::Texture ( void ) const

Specifies which texture is used for computing displacement amount.

◆ Uuid()

virtual ON_UUID ON_Displacement::Uuid ( void ) const