nodes_mpeg4.h

一个用于智能手机的多媒体库适合S60 WinCE的跨平台开发库

{
	BASE_NODE
	SFBool isKeyed;	/*exposedField*/
	SFBool isRGB;	/*exposedField*/
	SFColor keyColor;	/*exposedField*/
	SFFloat lowThreshold;	/*exposedField*/
	SFFloat highThreshold;	/*exposedField*/
	SFFloat transparency;	/*exposedField*/
} M_MaterialKey;


typedef struct _tagPerceptualParameters
{
	BASE_NODE
	SFFloat sourcePresence;	/*exposedField*/
	SFFloat sourceWarmth;	/*exposedField*/
	SFFloat sourceBrilliance;	/*exposedField*/
	SFFloat roomPresence;	/*exposedField*/
	SFFloat runningReverberance;	/*exposedField*/
	SFFloat envelopment;	/*exposedField*/
	SFFloat lateReverberance;	/*exposedField*/
	SFFloat heavyness;	/*exposedField*/
	SFFloat liveness;	/*exposedField*/
	MFFloat omniDirectivity;	/*exposedField*/
	MFFloat directFilterGains;	/*exposedField*/
	MFFloat inputFilterGains;	/*exposedField*/
	SFFloat refDistance;	/*exposedField*/
	SFFloat freqLow;	/*exposedField*/
	SFFloat freqHigh;	/*exposedField*/
	SFTime timeLimit1;	/*exposedField*/
	SFTime timeLimit2;	/*exposedField*/
	SFTime timeLimit3;	/*exposedField*/
	SFTime modalDensity;	/*exposedField*/
} M_PerceptualParameters;


typedef struct _tagTemporalTransform
{
	BASE_NODE
	VRML_CHILDREN
	MFURL url;	/*exposedField*/
	SFTime startTime;	/*exposedField*/
	SFTime optimalDuration;	/*exposedField*/
	SFBool active;	/*exposedField*/
	SFFloat speed;	/*exposedField*/
	SFVec2f scalability;	/*exposedField*/
	MFInt32 stretchMode;	/*exposedField*/
	MFInt32 shrinkMode;	/*exposedField*/
	SFTime maxDelay;	/*exposedField*/
	SFTime actualDuration;	/*eventOut*/
} M_TemporalTransform;


typedef struct _tagTemporalGroup
{
	BASE_NODE
	VRML_CHILDREN
	SFBool costart;	/*field*/
	SFBool coend;	/*field*/
	SFBool meet;	/*field*/
	MFFloat priority;	/*exposedField*/
	SFBool isActive;	/*eventOut*/
	SFInt32 activeChild;	/*eventOut*/
} M_TemporalGroup;


typedef struct _tagServerCommand
{
	BASE_NODE
	SFBool trigger;	/*eventIn*/
	void (*on_trigger)(GF_Node *pThis);	/*eventInHandler*/
	SFBool enable;	/*exposedField*/
	MFURL url;	/*exposedField*/
	SFString command;	/*exposedField*/
} M_ServerCommand;


typedef struct _tagInputSensor
{
	BASE_NODE
	SFBool enabled;	/*exposedField*/
	SFCommandBuffer buffer;	/*exposedField*/
	MFURL url;	/*exposedField*/
	SFTime eventTime;	/*eventOut*/
} M_InputSensor;


typedef struct _tagMatteTexture
{
	BASE_NODE
	GF_Node *surfaceA;	/*field*/
	GF_Node *surfaceB;	/*field*/
	GF_Node *alphaSurface;	/*field*/
	SFString operation;	/*exposedField*/
	SFBool overwrite;	/*field*/
	SFFloat fraction;	/*exposedField*/
	MFFloat parameter;	/*exposedField*/
} M_MatteTexture;


typedef struct _tagMediaBuffer
{
	BASE_NODE
	SFFloat bufferSize;	/*exposedField*/
	MFURL url;	/*exposedField*/
	SFTime mediaStartTime;	/*exposedField*/
	SFTime mediaStopTime;	/*exposedField*/
	SFBool isBuffered;	/*eventOut*/
	SFBool enabled;	/*exposedField*/
} M_MediaBuffer;


typedef struct _tagMediaControl
{
	BASE_NODE
	MFURL url;	/*exposedField*/
	SFTime mediaStartTime;	/*exposedField*/
	SFTime mediaStopTime;	/*exposedField*/
	SFFloat mediaSpeed;	/*exposedField*/
	SFBool loop;	/*exposedField*/
	SFBool preRoll;	/*exposedField*/
	SFBool mute;	/*exposedField*/
	SFBool enabled;	/*exposedField*/
	SFBool isPreRolled;	/*eventOut*/
} M_MediaControl;


typedef struct _tagMediaSensor
{
	BASE_NODE
	MFURL url;	/*exposedField*/
	SFTime mediaCurrentTime;	/*eventOut*/
	SFTime streamObjectStartTime;	/*eventOut*/
	SFTime mediaDuration;	/*eventOut*/
	SFBool isActive;	/*eventOut*/
	MFString info;	/*eventOut*/
} M_MediaSensor;


typedef struct _tagCoordinateInterpolator4D
{
	BASE_NODE
	SFFloat set_fraction;	/*eventIn*/
	void (*on_set_fraction)(GF_Node *pThis);	/*eventInHandler*/
	MFFloat key;	/*exposedField*/
	MFVec4f keyValue;	/*exposedField*/
	MFVec4f value_changed;	/*eventOut*/
} M_CoordinateInterpolator4D;


typedef struct _tagNonLinearDeformer
{
	BASE_NODE
	SFVec3f axis;	/*exposedField*/
	MFFloat extend;	/*exposedField*/
	GF_Node *geometry;	/*exposedField*/
	SFFloat param;	/*exposedField*/
	SFInt32 type;	/*exposedField*/
} M_NonLinearDeformer;


typedef struct _tagPositionAnimator
{
	BASE_NODE
	SFFloat set_fraction;	/*eventIn*/
	void (*on_set_fraction)(GF_Node *pThis);	/*eventInHandler*/
	SFVec2f fromTo;	/*exposedField*/
	MFFloat key;	/*exposedField*/
	MFRotation keyOrientation;	/*exposedField*/
	SFInt32 keyType;	/*exposedField*/
	MFVec2f keySpline;	/*exposedField*/
	MFVec3f keyValue;	/*exposedField*/
	SFInt32 keyValueType;	/*exposedField*/
	SFVec3f offset;	/*exposedField*/
	MFFloat weight;	/*exposedField*/
	SFVec3f endValue;	/*eventOut*/
	SFRotation rotation_changed;	/*eventOut*/
	SFVec3f value_changed;	/*eventOut*/
} M_PositionAnimator;


typedef struct _tagPositionAnimator2D
{
	BASE_NODE
	SFFloat set_fraction;	/*eventIn*/
	void (*on_set_fraction)(GF_Node *pThis);	/*eventInHandler*/
	SFVec2f fromTo;	/*exposedField*/
	MFFloat key;	/*exposedField*/
	SFInt32 keyOrientation;	/*exposedField*/
	SFInt32 keyType;	/*exposedField*/
	MFVec2f keySpline;	/*exposedField*/
	MFVec2f keyValue;	/*exposedField*/
	SFInt32 keyValueType;	/*exposedField*/
	SFVec2f offset;	/*exposedField*/
	MFFloat weight;	/*exposedField*/
	SFVec2f endValue;	/*eventOut*/
	SFFloat rotation_changed;	/*eventOut*/
	SFVec2f value_changed;	/*eventOut*/
} M_PositionAnimator2D;


typedef struct _tagPositionInterpolator4D
{
	BASE_NODE
	SFFloat set_fraction;	/*eventIn*/
	void (*on_set_fraction)(GF_Node *pThis);	/*eventInHandler*/
	MFFloat key;	/*exposedField*/
	MFVec4f keyValue;	/*exposedField*/
	SFVec4f value_changed;	/*eventOut*/
} M_PositionInterpolator4D;


typedef struct _tagScalarAnimator
{
	BASE_NODE
	SFFloat set_fraction;	/*eventIn*/
	void (*on_set_fraction)(GF_Node *pThis);	/*eventInHandler*/
	SFVec2f fromTo;	/*exposedField*/
	MFFloat key;	/*exposedField*/
	SFInt32 keyType;	/*exposedField*/
	MFVec2f keySpline;	/*exposedField*/
	MFFloat keyValue;	/*exposedField*/
	SFInt32 keyValueType;	/*exposedField*/
	SFFloat offset;	/*exposedField*/
	MFFloat weight;	/*exposedField*/
	SFFloat endValue;	/*eventOut*/
	SFFloat value_changed;	/*eventOut*/
} M_ScalarAnimator;


typedef struct _tagClipper2D
{
	BASE_NODE
	VRML_CHILDREN
	GF_Node *geometry;	/*exposedField*/
	SFBool inside;	/*exposedField*/
	GF_Node *transform;	/*exposedField*/
	SFBool XOR;	/*exposedField*/
} M_Clipper2D;


typedef struct _tagColorTransform
{
	BASE_NODE
	VRML_CHILDREN
	SFFloat mrr;	/*exposedField*/
	SFFloat mrg;	/*exposedField*/
	SFFloat mrb;	/*exposedField*/
	SFFloat mra;	/*exposedField*/
	SFFloat tr;	/*exposedField*/
	SFFloat mgr;	/*exposedField*/
	SFFloat mgg;	/*exposedField*/
	SFFloat mgb;	/*exposedField*/
	SFFloat mga;	/*exposedField*/
	SFFloat tg;	/*exposedField*/
	SFFloat mbr;	/*exposedField*/
	SFFloat mbg;	/*exposedField*/
	SFFloat mbb;	/*exposedField*/
	SFFloat mba;	/*exposedField*/
	SFFloat tb;	/*exposedField*/
	SFFloat mar;	/*exposedField*/
	SFFloat mag;	/*exposedField*/
	SFFloat mab;	/*exposedField*/
	SFFloat maa;	/*exposedField*/
	SFFloat ta;	/*exposedField*/
} M_ColorTransform;


typedef struct _tagEllipse
{
	BASE_NODE
	SFVec2f radius;	/*exposedField*/
} M_Ellipse;


typedef struct _tagLinearGradient
{
	BASE_NODE
	SFVec2f endPoint;	/*exposedField*/
	MFFloat key;	/*exposedField*/
	MFColor keyValue;	/*exposedField*/
	MFFloat opacity;	/*exposedField*/
	SFInt32 spreadMethod;	/*exposedField*/
	SFVec2f startPoint;	/*exposedField*/
	GF_Node *transform;	/*exposedField*/
} M_LinearGradient;


typedef struct _tagPathLayout
{
	BASE_NODE
	VRML_CHILDREN
	GF_Node *geometry;	/*exposedField*/
	MFInt32 alignment;	/*exposedField*/
	SFFloat pathOffset;	/*exposedField*/
	SFFloat spacing;	/*exposedField*/
	SFBool reverseLayout;	/*exposedField*/
	SFInt32 wrapMode;	/*exposedField*/
	SFBool splitText;	/*exposedField*/
} M_PathLayout;


typedef struct _tagRadialGradient
{
	BASE_NODE
	SFVec2f center;	/*exposedField*/
	SFVec2f focalPoint;	/*exposedField*/
	MFFloat key;	/*exposedField*/
	MFColor keyValue;	/*exposedField*/
	MFFloat opacity;	/*exposedField*/
	SFFloat radius;	/*exposedField*/
	SFInt32 spreadMethod;	/*exposedField*/
	GF_Node *transform;	/*exposedField*/
} M_RadialGradient;


typedef struct _tagTransformMatrix2D
{
	BASE_NODE
	VRML_CHILDREN
	SFFloat mxx;	/*exposedField*/
	SFFloat mxy;	/*exposedField*/
	SFFloat tx;	/*exposedField*/
	SFFloat myx;	/*exposedField*/
	SFFloat myy;	/*exposedField*/
	SFFloat ty;	/*exposedField*/
} M_TransformMatrix2D;


typedef struct _tagViewport
{
	BASE_NODE
	SFBool set_bind;	/*eventIn*/
	void (*on_set_bind)(GF_Node *pThis);	/*eventInHandler*/
	SFVec2f position;	/*exposedField*/
	SFVec2f size;	/*exposedField*/
	SFFloat orientation;	/*exposedField*/
	MFInt32 alignment;	/*exposedField*/
	SFInt32 fit;	/*exposedField*/
	SFString description;	/*field*/
	SFTime bindTime;	/*eventOut*/
	SFBool isBound;	/*eventOut*/
} M_Viewport;


typedef struct _tagXCurve2D
{
	BASE_NODE
	GF_Node *point;	/*exposedField*/
	SFFloat fineness;	/*exposedField*/
	MFInt32 type;	/*exposedField*/
} M_XCurve2D;


typedef struct _tagXFontStyle
{
	BASE_NODE
	MFString fontName;	/*exposedField*/
	SFBool horizontal;	/*exposedField*/
	MFString justify;	/*exposedField*/
	SFString language;	/*exposedField*/
	SFBool leftToRight;	/*exposedField*/
	SFFloat size;	/*exposedField*/
	SFString stretch;	/*exposedField*/
	SFFloat letterSpacing;	/*exposedField*/
	SFFloat wordSpacing;	/*exposedField*/
	SFInt32 weight;	/*exposedField*/
	SFBool fontKerning;	/*exposedField*/
	SFString style;	/*exposedField*/
	SFBool topToBottom;	/*exposedField*/
	MFString featureName;	/*exposedField*/
	MFInt32 featureStartOffset;	/*exposedField*/
	MFInt32 featureLength;	/*exposedField*/
	MFInt32 featureValue;	/*exposedField*/
} M_XFontStyle;


typedef struct _tagXLineProperties
{
	BASE_NODE
	SFColor lineColor;	/*exposedField*/
	SFInt32 lineStyle;	/*exposedField*/
	SFBool isCenterAligned;	/*exposedField*/
	SFBool isScalable;	/*exposedField*/
	SFInt32 lineCap;	/*exposedField*/
	SFInt32 lineJoin;	/*exposedField*/
	SFFloat miterLimit;	/*exposedField*/
	SFFloat transparency;	/*exposedField*/
	SFFloat width;	/*exposedField*/
	SFFloat dashOffset;	/*exposedField*/
	MFFloat dashes;	/*exposedField*/
	GF_Node *texture;	/*exposedField*/
	GF_Node *textureTransform;	/*exposedField*/
} M_XLineProperties;


/*NodeDataType tags*/
enum {
	NDT_SFWorldNode = 1,
	NDT_SF3DNode,
	NDT_SF2DNode,
	NDT_SFStreamingNode,
	NDT_SFAppearanceNode,
	NDT_SFAudioNode,
	NDT_SFBackground3DNode,
	NDT_SFBackground2DNode,
	NDT_SFGeometryNode,
	NDT_SFColorNode,
	NDT_SFTextureNode,
	NDT_SFCoordinateNode,
	NDT_SFCoordinate2DNode,
	NDT_SFExpressionNode,
	NDT_SFFaceDefMeshNode,
	NDT_SFFaceDefTablesNode,
	NDT_SFFaceDefTransformNode,
	NDT_SFFAPNode,
	NDT_SFFDPNode,
	NDT_SFFITNode,
	NDT_SFFogNode,
	NDT_SFFontStyleNode,
	NDT_SFTopNode,
	NDT_SFLinePropertiesNode,
	NDT_SFMaterialNode,
	NDT_SFNavigationInfoNode,
	NDT_SFNormalNode,
	NDT_SFTextureCoordinateNode,
	NDT_SFTextureTransformNode,
	NDT_SFViewpointNode,
	NDT_SFVisemeNode,
	NDT_SFViewportNode,
	NDT_SFBAPNode,
	NDT_SFBDPNode,
	NDT_SFBodyDefTableNode,
	NDT_SFBodySegmentConnectionHintNode,
	NDT_SFPerceptualParameterNode,
	NDT_SFTemporalNode,
	NDT_SFDepthImageNode,
	NDT_SFBlendListNode,
	NDT_SFFrameListNode,
	NDT_SFLightMapNode,
	NDT_SFSurfaceMapNode,
	NDT_SFViewMapNode,
	NDT_SFParticleInitializerNode,
	NDT_SFInfluenceNode,
	NDT_SFDepthTextureNode,
	NDT_SFSBBoneNode,
	NDT_SFSBMuscleNode,
	NDT_SFSBSegmentNode,
	NDT_SFSBSiteNode,
	NDT_SFBaseMeshNode,
	NDT_SFSubdivSurfaceSectorNode
};

/*All BIFS versions handled*/
#define GF_BIFS_NUM_VERSION		6

enum {
	GF_BIFS_V1 = 1,
	GF_BIFS_V2,
	GF_BIFS_V3,
	GF_BIFS_V4,
	GF_BIFS_V5,
	GF_BIFS_V6,
	GF_BIFS_LAST_VERSION = GF_BIFS_V6
};



#ifdef __cplusplus
}
#endif



#endif		/*_nodes_mpeg4_H*/