Web Analytics Made Easy - Statcounter
Skip to content

Class SBDDataGraphNodeMaterialAppearance#

ClassList > SBDDataGraphNodeMaterialAppearance

This class describes a material appearance. More...

  • #include <SBDDataGraphNodeMaterialAppearance.hpp>

Inherits the following classes: SBCReferenceTarget

Public Static Attributes#

Type Name
const SBDDataGraphNodeMaterialAppearance emissiveBright
The default emissive "Bright (1000)" appearance preset.
const SBDDataGraphNodeMaterialAppearance emissiveFaint
The default emissive "Faint (0.1)" appearance preset.
const SBDDataGraphNodeMaterialAppearance emissiveGlowing
The default emissive "Glowing (10)" appearance preset.
const SBDDataGraphNodeMaterialAppearance emissiveIntense
The default emissive "Intense (100000)" appearance preset.
const SBDDataGraphNodeMaterialAppearance emissiveShining
The default emissive "Shining (100)" appearance preset.
const SBDDataGraphNodeMaterialAppearance emissiveSoft
The default emissive "Soft (1)" appearance preset.
const SBDDataGraphNodeMaterialAppearance emissiveStrong
The default emissive "Strong (10000)" appearance preset.
const SBDDataGraphNodeMaterialAppearance metallicCarbonFiber
The default metallic "Carbon Fiber" appearance preset.
const SBDDataGraphNodeMaterialAppearance metallicCarbonSteel
The default metallic "Carbon Steel" appearance preset.
const SBDDataGraphNodeMaterialAppearance metallicCopper
The default metallic "Copper" appearance preset.
const SBDDataGraphNodeMaterialAppearance metallicGold
The default metallic "Gold" appearance preset.
const SBDDataGraphNodeMaterialAppearance metallicPaint
The default metallic "Paint" appearance preset.
const SBDDataGraphNodeMaterialAppearance metallicSilver
The default metallic "Silver" appearance preset.
const SBDDataGraphNodeMaterialAppearance metallicSteel
The default metallic "Steel" appearance preset.
const SBDDataGraphNodeMaterialAppearance metallicZinc
The default metallic "Zinc" appearance preset.
const SBDDataGraphNodeMaterialAppearance roughConcrete
The default rough "Concrete" appearance preset.
const SBDDataGraphNodeMaterialAppearance roughFeather
The default rough "Feather" appearance preset.
const SBDDataGraphNodeMaterialAppearance roughGranite
The default rough "Granite" appearance preset.
const SBDDataGraphNodeMaterialAppearance roughVelvet
The default rough "Velvet" appearance preset.
const SBDDataGraphNodeMaterialAppearance roughWood
The default rough "Wood" appearance preset.
const SBDDataGraphNodeMaterialAppearance semiMetallicBrass
The default semi-metallic "Brass" appearance preset.
const SBDDataGraphNodeMaterialAppearance semiMetallicBronze
The default semi-metallic "Bronze" appearance preset.
const SBDDataGraphNodeMaterialAppearance semiMetallicEpoxy
The default semi-metallic "Epoxy" appearance preset.
const SBDDataGraphNodeMaterialAppearance semiMetallicPearl
The default semi-metallic "Pearl" appearance preset.
const SBDDataGraphNodeMaterialAppearance semiMetallicRust
The default semi-metallic "Rust" appearance preset.
const SBDDataGraphNodeMaterialAppearance smoothCeramic
The default smooth "Ceramic" appearance preset.
const SBDDataGraphNodeMaterialAppearance smoothLatex
The default smooth "Latex" appearance preset.
const SBDDataGraphNodeMaterialAppearance smoothMarble
The default smooth "Marble" appearance preset.
const SBDDataGraphNodeMaterialAppearance smoothPaint
The default smooth "Paint" appearance preset.
const SBDDataGraphNodeMaterialAppearance smoothPaper
The default smooth "Paper" appearance preset.
const SBDDataGraphNodeMaterialAppearance smoothPlastic
The default smooth "Plastic" appearance preset.
const SBDDataGraphNodeMaterialAppearance smoothPolystyrene
The default smooth "Polystyrene" appearance preset.
const SBDDataGraphNodeMaterialAppearance smoothSatin
The default smooth "Satin" appearance preset.
const SBDDataGraphNodeMaterialAppearance smoothShinyPlastic
The default smooth "Shiny plastic" appearance preset.
const SBDDataGraphNodeMaterialAppearance transparentGlass
The default transparent "Glass" appearance preset.
const SBDDataGraphNodeMaterialAppearance transparentIce
The default transparent "Ice" appearance preset.
const SBDDataGraphNodeMaterialAppearance transparentJade
The default transparent "Jade" appearance preset.
const SBDDataGraphNodeMaterialAppearance transparentObsidian
The default transparent "Obsidian" appearance preset.
const SBDDataGraphNodeMaterialAppearance transparentWater
The default transparent "Water" appearance preset.
const SBDDataGraphNodeMaterialAppearance transparentWax
The default transparent "Wax" appearance preset.

Public Functions#

Type Name
SBDDataGraphNodeMaterialAppearance (float metallicCoefficient=0.0f, float roughnessCoefficient=0.5f, float specularCoefficient=0.5f, float specularTint=0.0f, float clearcoatCoefficient=0.0f, float clearcoatRoughness=0.03f, float transmissionCoefficient=0.0f, float transmissionRoughness=0.0f, float transmissionIOR=1.45f, float emissionStrength=0.0f, const SBColor & emissionColor=SBColor(0.0f, 0.0f, 0.0f), float subsurfaceCoefficient=0.0f, const SBVector3 & subsurfaceRadius=SBVector3(1.0, 0.2, 0.1), const SBColor & subsurfaceColor=SBColor(0.8f, 0.8f, 0.8f), float subsurfaceIOR=1.4f, float subsurfaceAnisotropy=0.0f, float transparency=0.0f, float sheenCoefficient=0.0f, float sheenTint=0.5f, float anisotropicCoefficient=0.0f, float anisotropicRotation=0.0f)
Constructs a material appearance with the given parameters.
SBDDataGraphNodeMaterialAppearance (const SBDDataGraphNodeMaterialAppearance & other)
Copy constructor.
float getAnisotropicCoefficient () const
Returns the anisotropic coefficient.
float getAnisotropicRotation () const
Returns the anisotropic rotation.
float getClearcoatCoefficient () const
Returns the clearcoat coefficient.
float getClearcoatRoughness () const
Returns the clearcoat roughness.
SBColor const & getEmissionColor () const
Returns the emission color.
float getEmissionStrength () const
Returns the emission strength.
float getMetallicCoefficient () const
Returns the metallic coefficient.
float getRoughnessCoefficient () const
Returns the roughness coefficient.
float getSheenCoefficient () const
Returns the sheen coefficient.
float getSheenTint () const
Returns the sheen tint.
float getSpecularCoefficient () const
Returns the specular coefficient.
float getSpecularTint () const
Returns the specular tint.
float getSubsurfaceAnisotropy () const
Returns the subsurface anisotropy.
float getSubsurfaceCoefficient () const
Returns the subsurface coefficient.
SBColor const & getSubsurfaceColor () const
Returns the subsurface color.
float getSubsurfaceIOR () const
Returns the subsurface index of refraction.
SBVector3 const & getSubsurfaceRadius () const
Returns the subsurface radius.
float getTransmissionCoefficient () const
Returns the transmission coefficient.
float getTransmissionIOR () const
Returns the transmission index of refraction.
float getTransmissionRoughness () const
Returns the transmission roughness.
float getTransparency () const
Returns the transparency.
virtual bool isSerializable () const
Returns true __
bool operator!= (const SBDDataGraphNodeMaterialAppearance & other) const
Inequality operator.
SBDDataGraphNodeMaterialAppearance & operator= (const SBDDataGraphNodeMaterialAppearance & other)
Copy assignment.
bool operator== (const SBDDataGraphNodeMaterialAppearance & other) const
Equality operator.
virtual void serialize (SBCSerializer * serializer, const SBNodeIndexer & nodeIndexer, const SBVersionNumber & sdkVersionNumber=SB_SDK_VERSION_NUMBER, const SBVersionNumber & classVersionNumber=SBVersionNumber(1, 0, 0)) const
Serializes the document.
void setAnisotropicCoefficient (float anisotropicCoefficient)
Sets the anisotropic coefficient.
void setAnisotropicRotation (float anisotropicRotation)
Sets the anisotropic rotation.
void setClearcoatCoefficient (float clearcoatCoefficient)
Sets the clearcoat coefficient.
void setClearcoatRoughness (float clearcoatRoughness)
Sets the clearcoat roughness.
void setEmissionColor (const SBColor & emissionColor)
Sets the emission color.
void setEmissionStrength (float emissionStrength)
Sets the emission strength.
void setMetallicCoefficient (float metallicCoefficient)
Sets the metallic coefficient.
void setRoughnessCoefficient (float roughnessCoefficient)
Sets the roughness coefficient.
void setSheenCoefficient (float sheenCoefficient)
Sets the sheen coefficient.
void setSheenTint (float sheenTint)
Sets the sheen tint.
void setSpecularCoefficient (float specular)
Sets the specular coefficient.
void setSpecularTint (float specularTint)
Sets the specular tint.
void setSubsurfaceAnisotropy (float subsurfaceAnisotropy)
Sets the subsurface anisotropy.
void setSubsurfaceCoefficient (float subsurfaceCoefficient)
Sets the subsurface coefficient.
void setSubsurfaceColor (const SBColor & subsurfaceColor)
Sets the subsurface color.
void setSubsurfaceIOR (float subsurfaceIOR)
Sets the subsurface index of refraction.
void setSubsurfaceRadius (const SBVector3 & subsurfaceRadius)
Sets the subsurface radius.
void setTransmissionCoefficient (float transmissionCoefficient)
Sets the transmission coefficient.
void setTransmissionIOR (float ior)
Sets the transmission index of refraction.
void setTransmissionRoughness (float transmissionRoughness)
Sets the transmission roughness.
void setTransparency (float transparency)
Sets the transparency.
virtual std::string toPythonCode () const
Returns the string representation of the object that can be used to reconstruct it in Python.
virtual void unserialize (SBCSerializer * serializer, const SBNodeIndexer & nodeIndexer, const SBVersionNumber & sdkVersionNumber=SB_SDK_VERSION_NUMBER, const SBVersionNumber & classVersionNumber=SBVersionNumber(1, 0, 0))
Unserializes the document.
virtual ~SBDDataGraphNodeMaterialAppearance ()
Destructs the material appearance.

Public Functions inherited from SBCReferenceTarget#

See SBCReferenceTarget

Type Name
SBCReferenceTarget ()
Builds the reference target.
unsigned int getMemoryFootprint () const
Returns the memory footprint.
void printReferencesToOwners () const
Prints the references to the owners of this reference target.
virtual ~SBCReferenceTarget ()
Destructor.

Protected Attributes inherited from SBCReferenceTarget#

See SBCReferenceTarget

Type Name
SBCReferenceTargetData * dataPointer
A pointer to the private data.

Protected Functions#

Type Name
SBDDataGraphNodeMaterialAppearance (SBDDataGraphNodeMaterialAppearanceData * dataPointer)
Protected constructor.

Protected Functions inherited from SBCReferenceTarget#

See SBCReferenceTarget

Type Name
SBCReferenceTarget (SBCReferenceTargetData * dataPointer)
Protected constructor.
void removeAllReferenceOwners ()
Stops all the reference owners from referencing this reference target.

Detailed Description#

This class describes a material appearance in SAMSON.

Please refer to Materials for more information.

Short name: SBNodeMaterialAppearance

See also: Materials

Public Static Attributes Documentation#

variable emissiveBright#

The default emissive "Bright (1000)" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::emissiveBright;

variable emissiveFaint#

The default emissive "Faint (0.1)" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::emissiveFaint;

variable emissiveGlowing#

The default emissive "Glowing (10)" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::emissiveGlowing;

variable emissiveIntense#

The default emissive "Intense (100000)" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::emissiveIntense;

variable emissiveShining#

The default emissive "Shining (100)" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::emissiveShining;

variable emissiveSoft#

The default emissive "Soft (1)" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::emissiveSoft;

variable emissiveStrong#

The default emissive "Strong (10000)" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::emissiveStrong;

variable metallicCarbonFiber#

The default metallic "Carbon Fiber" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::metallicCarbonFiber;

variable metallicCarbonSteel#

The default metallic "Carbon Steel" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::metallicCarbonSteel;

variable metallicCopper#

The default metallic "Copper" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::metallicCopper;

variable metallicGold#

The default metallic "Gold" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::metallicGold;

variable metallicPaint#

The default metallic "Paint" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::metallicPaint;

variable metallicSilver#

The default metallic "Silver" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::metallicSilver;

variable metallicSteel#

The default metallic "Steel" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::metallicSteel;

variable metallicZinc#

The default metallic "Zinc" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::metallicZinc;

variable roughConcrete#

The default rough "Concrete" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::roughConcrete;

variable roughFeather#

The default rough "Feather" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::roughFeather;

variable roughGranite#

The default rough "Granite" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::roughGranite;

variable roughVelvet#

The default rough "Velvet" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::roughVelvet;

variable roughWood#

The default rough "Wood" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::roughWood;

variable semiMetallicBrass#

The default semi-metallic "Brass" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::semiMetallicBrass;

variable semiMetallicBronze#

The default semi-metallic "Bronze" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::semiMetallicBronze;

variable semiMetallicEpoxy#

The default semi-metallic "Epoxy" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::semiMetallicEpoxy;

variable semiMetallicPearl#

The default semi-metallic "Pearl" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::semiMetallicPearl;

variable semiMetallicRust#

The default semi-metallic "Rust" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::semiMetallicRust;

variable smoothCeramic#

The default smooth "Ceramic" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::smoothCeramic;

variable smoothLatex#

The default smooth "Latex" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::smoothLatex;

variable smoothMarble#

The default smooth "Marble" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::smoothMarble;

variable smoothPaint#

The default smooth "Paint" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::smoothPaint;

variable smoothPaper#

The default smooth "Paper" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::smoothPaper;

variable smoothPlastic#

The default smooth "Plastic" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::smoothPlastic;

variable smoothPolystyrene#

The default smooth "Polystyrene" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::smoothPolystyrene;

variable smoothSatin#

The default smooth "Satin" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::smoothSatin;

variable smoothShinyPlastic#

The default smooth "Shiny plastic" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::smoothShinyPlastic;

variable transparentGlass#

The default transparent "Glass" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::transparentGlass;

variable transparentIce#

The default transparent "Ice" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::transparentIce;

variable transparentJade#

The default transparent "Jade" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::transparentJade;

variable transparentObsidian#

The default transparent "Obsidian" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::transparentObsidian;

variable transparentWater#

The default transparent "Water" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::transparentWater;

variable transparentWax#

The default transparent "Wax" appearance preset. 

const SBDDataGraphNodeMaterialAppearance SBDDataGraphNodeMaterialAppearance::transparentWax;

Public Functions Documentation#

function SBDDataGraphNodeMaterialAppearance [2/3]#

Constructs a material appearance with the given parameters. 

SBDDataGraphNodeMaterialAppearance::SBDDataGraphNodeMaterialAppearance (
    float metallicCoefficient=0.0f,
    float roughnessCoefficient=0.5f,
    float specularCoefficient=0.5f,
    float specularTint=0.0f,
    float clearcoatCoefficient=0.0f,
    float clearcoatRoughness=0.03f,
    float transmissionCoefficient=0.0f,
    float transmissionRoughness=0.0f,
    float transmissionIOR=1.45f,
    float emissionStrength=0.0f,
    const SBColor & emissionColor=SBColor (0.0f, 0.0f, 0.0f),
    float subsurfaceCoefficient=0.0f,
    const SBVector3 & subsurfaceRadius=SBVector3(1.0, 0.2, 0.1),
    const SBColor & subsurfaceColor=SBColor (0.8f, 0.8f, 0.8f),
    float subsurfaceIOR=1.4f,
    float subsurfaceAnisotropy=0.0f,
    float transparency=0.0f,
    float sheenCoefficient=0.0f,
    float sheenTint=0.5f,
    float anisotropicCoefficient=0.0f,
    float anisotropicRotation=0.0f
)

Constructs a material appearance with the specified physical parameters.

This constructor initializes all material appearance attributes, such as metallic and roughness coefficients, specular properties, clearcoat, transmission, emission, subsurface scattering, transparency, sheen, and anisotropy.

Parameters:

  • metallicCoefficient Metallic coefficient of the material.
  • roughnessCoefficient Roughness coefficient of the material.
  • specularCoefficient Specular reflection coefficient.
  • specularTint Tint applied to the specular reflection.
  • clearcoatCoefficient Clearcoat layer coefficient.
  • clearcoatRoughness Roughness of the clearcoat layer.
  • transmissionCoefficient Coefficient governing transmission (transparency) of the material.
  • transmissionRoughness Roughness of the transmission.
  • transmissionIOR Index of refraction for transmission.
  • emissionStrength Strength of the emitted light.
  • emissionColor Color of the emitted light.
  • subsurfaceCoefficient Subsurface scattering coefficient.
  • subsurfaceRadius Radius of subsurface scattering (per color channel).
  • subsurfaceColor Color of subsurface scattering.
  • subsurfaceIOR Index of refraction for subsurface scattering.
  • subsurfaceAnisotropy Anisotropy factor for subsurface scattering.
  • transparency Overall transparency of the material.
  • sheenCoefficient Sheen (soft highlight) coefficient.
  • sheenTint Tint applied to the sheen.
  • anisotropicCoefficient Anisotropic reflection coefficient.
  • anisotropicRotation Rotation of the anisotropic direction.

function SBDDataGraphNodeMaterialAppearance [3/3]#

Copy constructor. 

SBDDataGraphNodeMaterialAppearance::SBDDataGraphNodeMaterialAppearance (
    const SBDDataGraphNodeMaterialAppearance & other
)

Constructs a material appearance as a copy of another.

Initializes a new material appearance with the same attribute values as the provided instance.

Parameters:

  • other The material appearance to copy from.

function getAnisotropicCoefficient#

Returns the anisotropic coefficient. 

float SBDDataGraphNodeMaterialAppearance::getAnisotropicCoefficient () const

function getAnisotropicRotation#

Returns the anisotropic rotation. 

float SBDDataGraphNodeMaterialAppearance::getAnisotropicRotation () const

function getClearcoatCoefficient#

Returns the clearcoat coefficient. 

float SBDDataGraphNodeMaterialAppearance::getClearcoatCoefficient () const

function getClearcoatRoughness#

Returns the clearcoat roughness. 

float SBDDataGraphNodeMaterialAppearance::getClearcoatRoughness () const

function getEmissionColor#

Returns the emission color. 

SBColor const & SBDDataGraphNodeMaterialAppearance::getEmissionColor () const

function getEmissionStrength#

Returns the emission strength. 

float SBDDataGraphNodeMaterialAppearance::getEmissionStrength () const

function getMetallicCoefficient#

Returns the metallic coefficient. 

float SBDDataGraphNodeMaterialAppearance::getMetallicCoefficient () const

function getRoughnessCoefficient#

Returns the roughness coefficient. 

float SBDDataGraphNodeMaterialAppearance::getRoughnessCoefficient () const

function getSheenCoefficient#

Returns the sheen coefficient. 

float SBDDataGraphNodeMaterialAppearance::getSheenCoefficient () const

function getSheenTint#

Returns the sheen tint. 

float SBDDataGraphNodeMaterialAppearance::getSheenTint () const

function getSpecularCoefficient#

Returns the specular coefficient. 

float SBDDataGraphNodeMaterialAppearance::getSpecularCoefficient () const

function getSpecularTint#

Returns the specular tint. 

float SBDDataGraphNodeMaterialAppearance::getSpecularTint () const

function getSubsurfaceAnisotropy#

Returns the subsurface anisotropy. 

float SBDDataGraphNodeMaterialAppearance::getSubsurfaceAnisotropy () const

function getSubsurfaceCoefficient#

Returns the subsurface coefficient. 

float SBDDataGraphNodeMaterialAppearance::getSubsurfaceCoefficient () const

function getSubsurfaceColor#

Returns the subsurface color. 

SBColor const & SBDDataGraphNodeMaterialAppearance::getSubsurfaceColor () const

function getSubsurfaceIOR#

Returns the subsurface index of refraction. 

float SBDDataGraphNodeMaterialAppearance::getSubsurfaceIOR () const

function getSubsurfaceRadius#

Returns the subsurface radius. 

SBVector3 const & SBDDataGraphNodeMaterialAppearance::getSubsurfaceRadius () const

function getTransmissionCoefficient#

Returns the transmission coefficient. 

float SBDDataGraphNodeMaterialAppearance::getTransmissionCoefficient () const

function getTransmissionIOR#

Returns the transmission index of refraction. 

float SBDDataGraphNodeMaterialAppearance::getTransmissionIOR () const

function getTransmissionRoughness#

Returns the transmission roughness. 

float SBDDataGraphNodeMaterialAppearance::getTransmissionRoughness () const

function getTransparency#

Returns the transparency. 

float SBDDataGraphNodeMaterialAppearance::getTransparency () const

function isSerializable#

Returns true __ 

virtual bool SBDDataGraphNodeMaterialAppearance::isSerializable () const

Indicates whether the material appearance can be serialized.

This function always returns true for material appearances.

Returns:

true.

function operator!=#

Inequality operator. 

bool SBDDataGraphNodeMaterialAppearance::operator!= (
    const SBDDataGraphNodeMaterialAppearance & other
) const

Checks whether this material appearance is not equal to another.

Returns the logical negation of the equality comparison.

Parameters:

  • other The material appearance to compare with.

Returns:

true if any attribute differs, false if all attributes are equal.

function operator=#

Copy assignment. 

SBDDataGraphNodeMaterialAppearance & SBDDataGraphNodeMaterialAppearance::operator= (
    const SBDDataGraphNodeMaterialAppearance & other
)

Assigns the values from another material appearance to this instance.

Copies all attribute values from the source material appearance.

Parameters:

  • other The material appearance to assign from.

Returns:

Reference to this material appearance after assignment.

function operator==#

Equality operator. 

bool SBDDataGraphNodeMaterialAppearance::operator== (
    const SBDDataGraphNodeMaterialAppearance & other
) const

Checks whether this material appearance is equal to another.

Compares all material appearance attributes for equality.

Parameters:

  • other The material appearance to compare with.

Returns:

true if all attributes are equal, false otherwise.

function serialize#

Serializes the document. 

virtual void SBDDataGraphNodeMaterialAppearance::serialize (
    SBCSerializer * serializer,
    const SBNodeIndexer & nodeIndexer,
    const SBVersionNumber & sdkVersionNumber=SB_SDK_VERSION_NUMBER,
    const SBVersionNumber & classVersionNumber=SBVersionNumber (1, 0, 0)
) const

Serializes the material appearance to a serializer.

Writes all material appearance attributes to the provided serializer.

Parameters:

  • serializer The serializer to write the data to.
  • nodeIndexer Indexer used for node references.
  • sdkVersionNumber SDK version number used for serialization.
  • classVersionNumber Class version number used for serialization.

function setAnisotropicCoefficient#

Sets the anisotropic coefficient. 

void SBDDataGraphNodeMaterialAppearance::setAnisotropicCoefficient (
    float anisotropicCoefficient
)

function setAnisotropicRotation#

Sets the anisotropic rotation. 

void SBDDataGraphNodeMaterialAppearance::setAnisotropicRotation (
    float anisotropicRotation
)

function setClearcoatCoefficient#

Sets the clearcoat coefficient. 

void SBDDataGraphNodeMaterialAppearance::setClearcoatCoefficient (
    float clearcoatCoefficient
)

function setClearcoatRoughness#

Sets the clearcoat roughness. 

void SBDDataGraphNodeMaterialAppearance::setClearcoatRoughness (
    float clearcoatRoughness
)

function setEmissionColor#

Sets the emission color. 

void SBDDataGraphNodeMaterialAppearance::setEmissionColor (
    const SBColor & emissionColor
)

function setEmissionStrength#

Sets the emission strength. 

void SBDDataGraphNodeMaterialAppearance::setEmissionStrength (
    float emissionStrength
)

function setMetallicCoefficient#

Sets the metallic coefficient. 

void SBDDataGraphNodeMaterialAppearance::setMetallicCoefficient (
    float metallicCoefficient
)

function setRoughnessCoefficient#

Sets the roughness coefficient. 

void SBDDataGraphNodeMaterialAppearance::setRoughnessCoefficient (
    float roughnessCoefficient
)

function setSheenCoefficient#

Sets the sheen coefficient. 

void SBDDataGraphNodeMaterialAppearance::setSheenCoefficient (
    float sheenCoefficient
)

function setSheenTint#

Sets the sheen tint. 

void SBDDataGraphNodeMaterialAppearance::setSheenTint (
    float sheenTint
)

function setSpecularCoefficient#

Sets the specular coefficient. 

void SBDDataGraphNodeMaterialAppearance::setSpecularCoefficient (
    float specular
)

function setSpecularTint#

Sets the specular tint. 

void SBDDataGraphNodeMaterialAppearance::setSpecularTint (
    float specularTint
)

function setSubsurfaceAnisotropy#

Sets the subsurface anisotropy. 

void SBDDataGraphNodeMaterialAppearance::setSubsurfaceAnisotropy (
    float subsurfaceAnisotropy
)

function setSubsurfaceCoefficient#

Sets the subsurface coefficient. 

void SBDDataGraphNodeMaterialAppearance::setSubsurfaceCoefficient (
    float subsurfaceCoefficient
)

function setSubsurfaceColor#

Sets the subsurface color. 

void SBDDataGraphNodeMaterialAppearance::setSubsurfaceColor (
    const SBColor & subsurfaceColor
)

function setSubsurfaceIOR#

Sets the subsurface index of refraction. 

void SBDDataGraphNodeMaterialAppearance::setSubsurfaceIOR (
    float subsurfaceIOR
)

function setSubsurfaceRadius#

Sets the subsurface radius. 

void SBDDataGraphNodeMaterialAppearance::setSubsurfaceRadius (
    const SBVector3 & subsurfaceRadius
)

function setTransmissionCoefficient#

Sets the transmission coefficient. 

void SBDDataGraphNodeMaterialAppearance::setTransmissionCoefficient (
    float transmissionCoefficient
)

function setTransmissionIOR#

Sets the transmission index of refraction. 

void SBDDataGraphNodeMaterialAppearance::setTransmissionIOR (
    float ior
)

function setTransmissionRoughness#

Sets the transmission roughness. 

void SBDDataGraphNodeMaterialAppearance::setTransmissionRoughness (
    float transmissionRoughness
)

function setTransparency#

Sets the transparency. 

void SBDDataGraphNodeMaterialAppearance::setTransparency (
    float transparency
)

function toPythonCode#

Returns the string representation of the object that can be used to reconstruct it in Python. 

virtual std::string SBDDataGraphNodeMaterialAppearance::toPythonCode () const

Returns a Python code representation of this material appearance.

This method produces a string that can be used to reconstruct the material appearance in Python. If the appearance matches one of the built-in preset appearances, the corresponding preset name is returned; otherwise a full constructor call with all attribute values is generated.

Returns:

A Python code string representing this material appearance.

function unserialize#

Unserializes the document. 

virtual void SBDDataGraphNodeMaterialAppearance::unserialize (
    SBCSerializer * serializer,
    const SBNodeIndexer & nodeIndexer,
    const SBVersionNumber & sdkVersionNumber=SB_SDK_VERSION_NUMBER,
    const SBVersionNumber & classVersionNumber=SBVersionNumber (1, 0, 0)
)

Deserializes the material appearance from a serializer.

Reads all material appearance attributes from the provided serializer.

Parameters:

  • serializer The serializer to read the data from.
  • nodeIndexer Indexer used for node references.
  • sdkVersionNumber SDK version number used for deserialization.
  • classVersionNumber Class version number used for deserialization.

function ~SBDDataGraphNodeMaterialAppearance#

Destructs the material appearance. 

virtual SBDDataGraphNodeMaterialAppearance::~SBDDataGraphNodeMaterialAppearance ()

Destroys the material appearance.

Releases any resources associated with the material appearance.

Protected Functions Documentation#

function SBDDataGraphNodeMaterialAppearance [1/3]#

Protected constructor. 

SBDDataGraphNodeMaterialAppearance::SBDDataGraphNodeMaterialAppearance (
    SBDDataGraphNodeMaterialAppearanceData * dataPointer
)

Constructs a material appearance with a given data pointer.

This constructor is used internally to associate the material appearance with its underlying data object.

Parameters:

  • dataPointer Pointer to the internal data structure representing the material appearance.