#include <ImageGeometry.h>

Inheritance diagram for ImageGeometry:

Public Types
enum	_State { kDisabled = 0, kEnabled = 1, kUseContext }
enum	{ kDirtyImage = Geometry::kLastDirty, kLastDirty }
typedef enum awScene::ImageGeometry::_State	State
Public Member Functions
	ImageGeometry (bool usesXYPlane=true, const awString::IString &matType="Images")
	ImageGeometry (const ImageGeometry &)
ImageGeometry &	operator= (const ImageGeometry &)
void	setImagePath (const awString::IString &path)
const awString::IString &	getImagePath () const
void	setBlendSourceFunction (const awString::IString &)
	These values should be one of the ones described in the CgFx 1.4 spec.
const awString::IString &	getBlendSourceFunction () const
void	setBlendDestinationFunction (const awString::IString &)
const awString::IString &	getBlendDestinationFunction () const
int	getOrientationConstraint () const
	The value is one of the Orientation enum values.
void	setOrientationConstraint (int)
bool	getIsFixedPixelSize () const
	Fixed pixel size means that scale and zoom will be "ignored".
void	setIsFixedPixelSize (bool)
float	getExplicitWidth () const
	By default, the width and height are set to 1.0/1.0.
void	setExplicitWidth (float)
float	getExplicitHeight () const
void	setExplicitHeight (float)
float	getFixedPixelWidth () const
	By default, the fixed pixel width and height are set to -1.0 (use the image resolution).
void	setFixedPixelWidth (float)
float	getFixedPixelHeight () const
void	setFixedPixelHeight (float)
State	getDepthState () const
bool	setDepthState (State newDepthState)
bool	usesXYPlane () const
void	setMinFilterMode (const awString::IString &)
const awString::IString &	getMinFilterMode () const
void	setMagFilterMode (const awString::IString &)
const awString::IString &	getMagFilterMode () const
void	setWrapMode (const awString::IString &toSet)
	Currently we assume that each coordinate S,R and T wrap in the exact same way.
const awString::IString &	getWrapMode () const
void	setColor (float r, float g, float b, float a)
void	useColor (bool useColor)
virtual void	accept (NodeVisitor &)
virtual void	setAllDirty (bool dirty)
Protected Member Functions
virtual	~ImageGeometry ()
	Reference counted objects shouldn't exist on the stack.
void	createMaterial ()

Member Typedef Documentation

typedef enum awScene::ImageGeometry::_State State

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Member Enumeration Documentation

enum _State

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Enumerator:

kDisabled	Search for all occurrences
kEnabled	Search for all occurrences
kUseContext	Search for all occurrences

                       {
        kDisabled=0,
        kEnabled=1,
        kUseContext
    }State;

anonymous enum

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Enumerator:

kDirtyImage	Search for all occurrences
kLastDirty	Search for all occurrences

         {
        kDirtyImage = Geometry::kLastDirty,
        kLastDirty
    };

Constructor & Destructor Documentation

ImageGeometry	(	bool	usesXYPlane = `true`,
		const awString::IString &	matType = `"Images"`
	)		`[explicit]`

ImageGeometry ( const ImageGeometry & )

virtual ~ImageGeometry ( ) [protected, virtual]

Reference counted objects shouldn't exist on the stack.

Member Function Documentation

ImageGeometry& operator= ( const ImageGeometry & )

void setImagePath ( const awString::IString & path )

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const awString::IString& getImagePath ( ) const

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void setBlendSourceFunction ( const awString::IString & )

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These values should be one of the ones described in the CgFx 1.4 spec.

For example, SrcAlpha, OneMinusSrcAlpha, Zero, One, DstAlpha, OneMinusDestColor, etc. There are no tests for the validity, so be careful.

const awString::IString& getBlendSourceFunction ( ) const

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void setBlendDestinationFunction ( const awString::IString & )

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const awString::IString& getBlendDestinationFunction ( ) const

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int getOrientationConstraint ( ) const

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The value is one of the Orientation enum values.

If set to kOrientToCameraAlways, the image will always automatically rotate to face the camera. If fixed pixel size is true, then the image will also be automatically scaled to be a constant size on screen.

If set to kOrientToCameraAroundZ, the image will always rotate around the up (Z) axis to face the camera, but will not adjust the scale or "elevation" rotation.

If set to kNoOrientationConstraint, the image will not change in orientation. If fixed pixel size is true, then the image will be automatically scaled to be a constant size on screen.

In all cases, the position is freely controlled by the group parent of this node.

void setOrientationConstraint ( int )

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bool getIsFixedPixelSize ( ) const

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Fixed pixel size means that scale and zoom will be "ignored".

Currently only supported if the orientation constraints are kOrientToCameraAlways or kNoOrientationConstraint.

void setIsFixedPixelSize ( bool )

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float getExplicitWidth ( ) const

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By default, the width and height are set to 1.0/1.0.