This reference page is linked to from the following overview topics: FBX SDK 2012, Meshes, Materials and Textures, Layered Textures, List of Python FBX classes.

Detailed Description

KFbxLayeredTexture is a combination of multiple textures(KFbxTexture) blended sequentially.

For example, you can access individual texture by:

 KFbxTexture* pIndiTexture = lLayeredTexture->GetSrcObject(KFbxTexture::ClassId, pTextureIndex);

Another example to construct a layered texture with two sub textures.

 KFbxFileTexture *background, *file1;
 KFbxLayeredTexture* layeredTexture;

 // connect two file textures to a layered texture via OO connections
 layeredTexture->ConnectSrcObject(background);
 layeredTexture->ConnectSrcObject(file1);

 // set the second file texture's blend mode and alpha.
 layeredTexture->SetTextureBlendMode(1, KFbxLayeredTexture::eOVER);
 layeredTexture->SetTextureAlpha(1, 0.5);

See also:: KFbxTexture

Examples:: ImportScene/DisplayMaterial.cxx, ImportScene/DisplayMesh.cxx, ImportScene/DisplayTexture.cxx, and Layers/main.cxx.

Definition at line 46 of file kfbxlayeredtexture.h.

#include <kfbxlayeredtexture.h>

Inheritance diagram for KFbxLayeredTexture:

[legend]

List of all members.

Classes
struct	InputData
Public Types
enum	EBlendMode { eTRANSLUCENT, eADDITIVE, eMODULATE, eMODULATE2, eOVER, eNORMAL, eDISSOLVE, eDARKEN, eCOLORBURN, eLINEARBURN, eDARKERCOLOR, eLIGHTEN, eSCREEN, eCOLORDODGE, eLINEARDODGE, eLIGHTERCOLOR, eSOFTLIGHT, eHARDLIGHT, eVIVIDLIGHT, eLINEARLIGHT, ePINLIGHT, eHARDMIX, eDIFFERENCE, eEXCLUSION, eSUBTRACT, eDIVIDE, eHUE, eSATURATION, eCOLOR, eLUMINOSITY }
	Blend modes. More...
Public Member Functions
bool	operator== (const KFbxLayeredTexture &pOther) const
	Equivalence operator.
bool	SetTextureBlendMode (int pIndex, EBlendMode pMode)
	Sets the blending mode of a specified texture.
bool	GetTextureBlendMode (int pIndex, EBlendMode &pMode) const
	Returns the blending mode of a specified texture.
bool	SetTextureAlpha (int pIndex, double pAlpha)
	Sets the alpha of a specified texture.
bool	GetTextureAlpha (int pIndex, double &pAlpha) const
	Returns the alpha of a specified texture.
Public Attributes
KArrayTemplate< InputData >	mInputData
Protected Member Functions
	KFbxLayeredTexture (KFbxSdkManager &pManager, char const *pName)
virtual bool	ConnecNotify (KFbxConnectEvent const &pEvent)
bool	RemoveInputData (int pIndex)

Member Enumeration Documentation

enum EBlendMode

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Blend modes.

eTRANSLUCENT, The new texture layer is transparent (depending on the Alpha value).
eADDITIVE, Add the color of the new texture to the previous texture.
eMODULATE, Multiples the color value of the new texture by the color values of all previous layers of texture.
eMODULATE2, Multiples the color value of the new texture by two and then by the color values of all previous layers of texture.
eOVER, Blends the new texture over top of the old texture, according to the new texture's alpha channel.
eNORMAL, The colors of the two layers will not interact in any way, and it will display the full value of the colors in layer 1.
eDISSOLVE, Dissolve makes the lower layer take on the colors of the top layer, and how much depends on the opacity of the upper layer.
eDARKEN, Darken compares each pixel value of the upper layer to its counterpart's pixel value of the lower layer and chooses the darker of the two to display.
eCOLORBURN, Color Burn burns in the color of the upper layer with the lower layer. No part of the image will get lighter.
eLINEARBURN, Linear Burn works like multiply but the results are more intense.
eDARKERCOLOR, This blend mode simply divides pixel values of one layer with the other.
eLIGHTEN, Lighten compares the two layers pixel for pixel and uses the lightest pixel value. No part of the image gets darker.
eSCREEN, Screen brightens by lightning the lower layer based on the lightness of the upper layer
eCOLORDODGE, Color Dodge dodges the lower layer with the upper layer, resulting in a lighter image. No part of the image will be darkened.
eLINEARDODGE, Linear Dodge works like screen but with more intense results.
eLIGHTERCOLOR, This blend mode has the opposite effect of the Darker Color mode. It compares all the values in both layers, then displays the lightest values.
eSOFTLIGHT, Soft Light will multiply the dark tones and screen the light tones.
eHARDLIGHT, Hard Light multiplies the dark colors and screens the light colors.
eVIVIDLIGHT, Vivid Light will dodges or burn the lower layer pixels depending on whether the upper layer pixels are brighter or darker than neutral gray. It works on the contrast of the lower layer.
eLINEARLIGHT, Linear Light is the same as Vivid light but it works on the brightness of the lower layer.
ePINLIGHT, Pin Light changes the lower layer pixels depending on how bright the pixels are in the upper layer.
eHARDMIX, Produces either white or black, depending on similarities between A and B.
eDIFFERENCE, Difference reacts to the differences between the upper and lower layer pixels.
eEXCLUSION, Exclusion uses the darkness of the lower layer to mask the difference between upper and lower layers.
eSUBTRACT, The result color is the foreground color subtracted from the background color. The result color is then applied over the background color using the foreground alpha to define the opacity of the result.
eDIVIDE, This blend mode simply divides pixel values of one layer with the other.
eHUE, Hue changes the hue of the lower layer to the hue of the upper layer but leaves brightness and saturation alone.
eSATURATION, Saturation changes the saturation of the lower layer to the hue of the upper layer but leaves brightness and hue alone.
eCOLOR, Color changes the hue and saturation of the lower layer to the hue and saturation of the upper layer but leaves luminosity alone.
eLUMINOSITY Luminosity changes the luminosity of the lower layer to the luminosity of the upper layer while leaving hue and saturation the same.

Enumerator:

eTRANSLUCENT	The texture is transparent, depending on the Alpha settings. Search for all occurrences
eADDITIVE	The color of the texture is added to the previous texture. Search for all occurrences
eMODULATE	The color value of the texture is multiplied by the color values of all previous layers of texture. Search for all occurrences
eMODULATE2	The color value of the texture is multiplied by two and then multiplied by the color values of all previous layers of texture. Search for all occurrences
eOVER	The texture is opaque. Search for all occurrences
eNORMAL	Search for all occurrences
eDISSOLVE	Search for all occurrences
eDARKEN	Search for all occurrences
eCOLORBURN	Search for all occurrences
eLINEARBURN	Search for all occurrences
eDARKERCOLOR	Search for all occurrences
eLIGHTEN	Search for all occurrences
eSCREEN	Search for all occurrences
eCOLORDODGE	Search for all occurrences
eLINEARDODGE	Search for all occurrences
eLIGHTERCOLOR	Search for all occurrences
eSOFTLIGHT	Search for all occurrences
eHARDLIGHT	Search for all occurrences
eVIVIDLIGHT	Search for all occurrences
eLINEARLIGHT	Search for all occurrences
ePINLIGHT	Search for all occurrences
eHARDMIX	Search for all occurrences
eDIFFERENCE	Search for all occurrences
eEXCLUSION	Search for all occurrences
eSUBTRACT	Search for all occurrences
eDIVIDE	Search for all occurrences
eHUE	Search for all occurrences
eSATURATION	Search for all occurrences
eCOLOR	Search for all occurrences
eLUMINOSITY	Search for all occurrences

Reimplemented from KFbxTexture.

Definition at line 83 of file kfbxlayeredtexture.h.

    {
        eTRANSLUCENT,
        eADDITIVE,
        eMODULATE,
        eMODULATE2,
        eOVER,
        eNORMAL,        
        eDISSOLVE,
        eDARKEN,            
        eCOLORBURN,
        eLINEARBURN,    
        eDARKERCOLOR,
        eLIGHTEN,           
        eSCREEN,        
        eCOLORDODGE,
        eLINEARDODGE,
        eLIGHTERCOLOR,
        eSOFTLIGHT,     
        eHARDLIGHT,     
        eVIVIDLIGHT,
        eLINEARLIGHT,
        ePINLIGHT,      
        eHARDMIX,       
        eDIFFERENCE,        
        eEXCLUSION,         
        eSUBTRACT,
        eDIVIDE,
        eHUE,           
        eSATURATION,        
        eCOLOR,     
        eLUMINOSITY
    } EBlendMode;

Constructor & Destructor Documentation

KFbxLayeredTexture	(	KFbxSdkManager &	pManager,
		char const *	pName
	)		`[protected]`

Member Function Documentation

bool operator== ( const KFbxLayeredTexture & pOther ) const

Equivalence operator.

Parameters:

pOther The object for comparison.

Returns:: True if pOther is equivalent to this object, returns false otherwise.

bool SetTextureBlendMode	(	int	pIndex,
		EBlendMode	pMode
	)

Search for all occurrences

Sets the blending mode of a specified texture.

Parameters:

pIndex	The texture index.
pMode	The blend mode to be set.

Returns:: True if successful, returns false otherwise.

Examples:: Layers/main.cxx.

bool GetTextureBlendMode	(	int	pIndex,
		EBlendMode &	pMode
	)		const

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Returns the blending mode of a specified texture.

Parameters:

pIndex	The texture index.
pMode	The parameter that will hold the returned blend mode.

Returns:: True if successful, returns false otherwise.

Examples:: ImportScene/DisplayTexture.cxx.

bool SetTextureAlpha	(	int	pIndex,
		double	pAlpha
	)

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Sets the alpha of a specified texture.

Parameters:

pIndex	The texture index.
pAlpha	The alpha to be set.

Returns:: True if successful, returns false otherwise.

bool GetTextureAlpha	(	int	pIndex,
		double &	pAlpha
	)		const

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Returns the alpha of a specified texture.

Parameters:

pIndex	The texture index.
pAlpha	The parameter that will hold the returned alpha.

Returns:: True if successful, returns false otherwise.

virtual bool ConnecNotify ( KFbxConnectEvent const & pEvent ) [protected, virtual]

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Reimplemented from KFbxObject.

bool RemoveInputData ( int pIndex ) [protected]

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Member Data Documentation

KArrayTemplate<InputData> mInputData

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Definition at line 170 of file kfbxlayeredtexture.h.

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

fbxfilesdk/kfbxplugins/kfbxlayeredtexture.h

KFbxLayeredTexture Class Reference

Detailed Description

Classes

Public Types

Public Member Functions

Public Attributes

Protected Member Functions

Member Enumeration Documentation

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation