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

	SFBool on;	/*exposedField*/
	SFFloat radius;	/*exposedField*/
} M_PointLight;


typedef struct _tagPointSet
{
	BASE_NODE
	GF_Node *color;	/*exposedField*/
	GF_Node *coord;	/*exposedField*/
} M_PointSet;


typedef struct _tagPointSet2D
{
	BASE_NODE
	GF_Node *color;	/*exposedField*/
	GF_Node *coord;	/*exposedField*/
} M_PointSet2D;


typedef struct _tagPositionInterpolator
{
	BASE_NODE
	SFFloat set_fraction;	/*eventIn*/
	void (*on_set_fraction)(GF_Node *pThis);	/*eventInHandler*/
	MFFloat key;	/*exposedField*/
	MFVec3f keyValue;	/*exposedField*/
	SFVec3f value_changed;	/*eventOut*/
} M_PositionInterpolator;


typedef struct _tagPositionInterpolator2D
{
	BASE_NODE
	SFFloat set_fraction;	/*eventIn*/
	void (*on_set_fraction)(GF_Node *pThis);	/*eventInHandler*/
	MFFloat key;	/*exposedField*/
	MFVec2f keyValue;	/*exposedField*/
	SFVec2f value_changed;	/*eventOut*/
} M_PositionInterpolator2D;


typedef struct _tagProximitySensor2D
{
	BASE_NODE
	SFVec2f center;	/*exposedField*/
	SFVec2f size;	/*exposedField*/
	SFBool enabled;	/*exposedField*/
	SFBool isActive;	/*eventOut*/
	SFVec2f position_changed;	/*eventOut*/
	SFFloat orientation_changed;	/*eventOut*/
	SFTime enterTime;	/*eventOut*/
	SFTime exitTime;	/*eventOut*/
} M_ProximitySensor2D;


typedef struct _tagProximitySensor
{
	BASE_NODE
	SFVec3f center;	/*exposedField*/
	SFVec3f size;	/*exposedField*/
	SFBool enabled;	/*exposedField*/
	SFBool isActive;	/*eventOut*/
	SFVec3f position_changed;	/*eventOut*/
	SFRotation orientation_changed;	/*eventOut*/
	SFTime enterTime;	/*eventOut*/
	SFTime exitTime;	/*eventOut*/
} M_ProximitySensor;


typedef struct _tagQuantizationParameter
{
	BASE_NODE
	SFBool isLocal;	/*field*/
	SFBool position3DQuant;	/*field*/
	SFVec3f position3DMin;	/*field*/
	SFVec3f position3DMax;	/*field*/
	SFInt32 position3DNbBits;	/*field*/
	SFBool position2DQuant;	/*field*/
	SFVec2f position2DMin;	/*field*/
	SFVec2f position2DMax;	/*field*/
	SFInt32 position2DNbBits;	/*field*/
	SFBool drawOrderQuant;	/*field*/
	SFFloat drawOrderMin;	/*field*/
	SFFloat drawOrderMax;	/*field*/
	SFInt32 drawOrderNbBits;	/*field*/
	SFBool colorQuant;	/*field*/
	SFFloat colorMin;	/*field*/
	SFFloat colorMax;	/*field*/
	SFInt32 colorNbBits;	/*field*/
	SFBool textureCoordinateQuant;	/*field*/
	SFFloat textureCoordinateMin;	/*field*/
	SFFloat textureCoordinateMax;	/*field*/
	SFInt32 textureCoordinateNbBits;	/*field*/
	SFBool angleQuant;	/*field*/
	SFFloat angleMin;	/*field*/
	SFFloat angleMax;	/*field*/
	SFInt32 angleNbBits;	/*field*/
	SFBool scaleQuant;	/*field*/
	SFFloat scaleMin;	/*field*/
	SFFloat scaleMax;	/*field*/
	SFInt32 scaleNbBits;	/*field*/
	SFBool keyQuant;	/*field*/
	SFFloat keyMin;	/*field*/
	SFFloat keyMax;	/*field*/
	SFInt32 keyNbBits;	/*field*/
	SFBool normalQuant;	/*field*/
	SFInt32 normalNbBits;	/*field*/
	SFBool sizeQuant;	/*field*/
	SFFloat sizeMin;	/*field*/
	SFFloat sizeMax;	/*field*/
	SFInt32 sizeNbBits;	/*field*/
	SFBool useEfficientCoding;	/*field*/
} M_QuantizationParameter;


typedef struct _tagRectangle
{
	BASE_NODE
	SFVec2f size;	/*exposedField*/
} M_Rectangle;


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


typedef struct _tagScript
{
	BASE_NODE
	MFScript url;	/*exposedField*/
	SFBool directOutput;	/*field*/
	SFBool mustEvaluate;	/*field*/
} M_Script;


typedef struct _tagShape
{
	BASE_NODE
	GF_Node *appearance;	/*exposedField*/
	GF_Node *geometry;	/*exposedField*/
} M_Shape;


typedef struct _tagSound
{
	BASE_NODE
	SFVec3f direction;	/*exposedField*/
	SFFloat intensity;	/*exposedField*/
	SFVec3f location;	/*exposedField*/
	SFFloat maxBack;	/*exposedField*/
	SFFloat maxFront;	/*exposedField*/
	SFFloat minBack;	/*exposedField*/
	SFFloat minFront;	/*exposedField*/
	SFFloat priority;	/*exposedField*/
	GF_Node *source;	/*exposedField*/
	SFBool spatialize;	/*field*/
} M_Sound;


typedef struct _tagSound2D
{
	BASE_NODE
	SFFloat intensity;	/*exposedField*/
	SFVec2f location;	/*exposedField*/
	GF_Node *source;	/*exposedField*/
	SFBool spatialize;	/*field*/
} M_Sound2D;


typedef struct _tagSphere
{
	BASE_NODE
	SFFloat radius;	/*field*/
} M_Sphere;


typedef struct _tagSphereSensor
{
	BASE_NODE
	SFBool autoOffset;	/*exposedField*/
	SFBool enabled;	/*exposedField*/
	SFRotation offset;	/*exposedField*/
	SFBool isActive;	/*eventOut*/
	SFRotation rotation_changed;	/*eventOut*/
	SFVec3f trackPoint_changed;	/*eventOut*/
} M_SphereSensor;


typedef struct _tagSpotLight
{
	BASE_NODE
	SFFloat ambientIntensity;	/*exposedField*/
	SFVec3f attenuation;	/*exposedField*/
	SFFloat beamWidth;	/*exposedField*/
	SFColor color;	/*exposedField*/
	SFFloat cutOffAngle;	/*exposedField*/
	SFVec3f direction;	/*exposedField*/
	SFFloat intensity;	/*exposedField*/
	SFVec3f location;	/*exposedField*/
	SFBool on;	/*exposedField*/
	SFFloat radius;	/*exposedField*/
} M_SpotLight;


typedef struct _tagSwitch
{
	BASE_NODE
	GF_ChildNodeItem *choice;	/*exposedField*/
	SFInt32 whichChoice;	/*exposedField*/
} M_Switch;


typedef struct _tagTermCap
{
	BASE_NODE
	SFTime evaluate;	/*eventIn*/
	void (*on_evaluate)(GF_Node *pThis);	/*eventInHandler*/
	SFInt32 capability;	/*exposedField*/
	SFInt32 value;	/*eventOut*/
} M_TermCap;


typedef struct _tagText
{
	BASE_NODE
	MFString string;	/*exposedField*/
	MFFloat length;	/*exposedField*/
	GF_Node *fontStyle;	/*exposedField*/
	SFFloat maxExtent;	/*exposedField*/
} M_Text;


typedef struct _tagTextureCoordinate
{
	BASE_NODE
	MFVec2f point;	/*exposedField*/
} M_TextureCoordinate;


typedef struct _tagTextureTransform
{
	BASE_NODE
	SFVec2f center;	/*exposedField*/
	SFFloat rotation;	/*exposedField*/
	SFVec2f scale;	/*exposedField*/
	SFVec2f translation;	/*exposedField*/
} M_TextureTransform;


typedef struct _tagTimeSensor
{
	BASE_NODE
	SFTime cycleInterval;	/*exposedField*/
	SFBool enabled;	/*exposedField*/
	SFBool loop;	/*exposedField*/
	SFTime startTime;	/*exposedField*/
	SFTime stopTime;	/*exposedField*/
	SFTime cycleTime;	/*eventOut*/
	SFFloat fraction_changed;	/*eventOut*/
	SFBool isActive;	/*eventOut*/
	SFTime time;	/*eventOut*/
} M_TimeSensor;


typedef struct _tagTouchSensor
{
	BASE_NODE
	SFBool enabled;	/*exposedField*/
	SFVec3f hitNormal_changed;	/*eventOut*/
	SFVec3f hitPoint_changed;	/*eventOut*/
	SFVec2f hitTexCoord_changed;	/*eventOut*/
	SFBool isActive;	/*eventOut*/
	SFBool isOver;	/*eventOut*/
	SFTime touchTime;	/*eventOut*/
} M_TouchSensor;


typedef struct _tagTransform
{
	BASE_NODE
	VRML_CHILDREN
	SFVec3f center;	/*exposedField*/
	SFRotation rotation;	/*exposedField*/
	SFVec3f scale;	/*exposedField*/
	SFRotation scaleOrientation;	/*exposedField*/
	SFVec3f translation;	/*exposedField*/
} M_Transform;


typedef struct _tagTransform2D
{
	BASE_NODE
	VRML_CHILDREN
	SFVec2f center;	/*exposedField*/
	SFFloat rotationAngle;	/*exposedField*/
	SFVec2f scale;	/*exposedField*/
	SFFloat scaleOrientation;	/*exposedField*/
	SFVec2f translation;	/*exposedField*/
} M_Transform2D;


typedef struct _tagValuator
{
	BASE_NODE
	SFBool inSFBool;	/*eventIn*/
	void (*on_inSFBool)(GF_Node *pThis);	/*eventInHandler*/
	SFColor inSFColor;	/*eventIn*/
	void (*on_inSFColor)(GF_Node *pThis);	/*eventInHandler*/
	MFColor inMFColor;	/*eventIn*/
	void (*on_inMFColor)(GF_Node *pThis);	/*eventInHandler*/
	SFFloat inSFFloat;	/*eventIn*/
	void (*on_inSFFloat)(GF_Node *pThis);	/*eventInHandler*/
	MFFloat inMFFloat;	/*eventIn*/
	void (*on_inMFFloat)(GF_Node *pThis);	/*eventInHandler*/
	SFInt32 inSFInt32;	/*eventIn*/
	void (*on_inSFInt32)(GF_Node *pThis);	/*eventInHandler*/
	MFInt32 inMFInt32;	/*eventIn*/
	void (*on_inMFInt32)(GF_Node *pThis);	/*eventInHandler*/
	SFRotation inSFRotation;	/*eventIn*/
	void (*on_inSFRotation)(GF_Node *pThis);	/*eventInHandler*/
	MFRotation inMFRotation;	/*eventIn*/
	void (*on_inMFRotation)(GF_Node *pThis);	/*eventInHandler*/
	SFString inSFString;	/*eventIn*/
	void (*on_inSFString)(GF_Node *pThis);	/*eventInHandler*/
	MFString inMFString;	/*eventIn*/
	void (*on_inMFString)(GF_Node *pThis);	/*eventInHandler*/
	SFTime inSFTime;	/*eventIn*/
	void (*on_inSFTime)(GF_Node *pThis);	/*eventInHandler*/
	SFVec2f inSFVec2f;	/*eventIn*/
	void (*on_inSFVec2f)(GF_Node *pThis);	/*eventInHandler*/
	MFVec2f inMFVec2f;	/*eventIn*/
	void (*on_inMFVec2f)(GF_Node *pThis);	/*eventInHandler*/
	SFVec3f inSFVec3f;	/*eventIn*/
	void (*on_inSFVec3f)(GF_Node *pThis);	/*eventInHandler*/
	MFVec3f inMFVec3f;	/*eventIn*/
	void (*on_inMFVec3f)(GF_Node *pThis);	/*eventInHandler*/
	SFBool outSFBool;	/*eventOut*/
	SFColor outSFColor;	/*eventOut*/
	MFColor outMFColor;	/*eventOut*/
	SFFloat outSFFloat;	/*eventOut*/
	MFFloat outMFFloat;	/*eventOut*/
	SFInt32 outSFInt32;	/*eventOut*/
	MFInt32 outMFInt32;	/*eventOut*/
	SFRotation outSFRotation;	/*eventOut*/
	MFRotation outMFRotation;	/*eventOut*/
	SFString outSFString;	/*eventOut*/
	MFString outMFString;	/*eventOut*/
	SFTime outSFTime;	/*eventOut*/
	SFVec2f outSFVec2f;	/*eventOut*/
	MFVec2f outMFVec2f;	/*eventOut*/
	SFVec3f outSFVec3f;	/*eventOut*/
	MFVec3f outMFVec3f;	/*eventOut*/
	SFFloat Factor1;	/*exposedField*/
	SFFloat Factor2;	/*exposedField*/
	SFFloat Factor3;	/*exposedField*/
	SFFloat Factor4;	/*exposedField*/
	SFFloat Offset1;	/*exposedField*/
	SFFloat Offset2;	/*exposedField*/
	SFFloat Offset3;	/*exposedField*/
	SFFloat Offset4;	/*exposedField*/
	SFBool Sum;	/*exposedField*/
} M_Valuator;


typedef struct _tagViewpoint
{
	BASE_NODE
	SFBool set_bind;	/*eventIn*/
	void (*on_set_bind)(GF_Node *pThis);	/*eventInHandler*/
	SFFloat fieldOfView;	/*exposedField*/
	SFBool jump;	/*exposedField*/
	SFRotation orientation;	/*exposedField*/
	SFVec3f position;	/*exposedField*/
	SFString description;	/*field*/
	SFTime bindTime;	/*eventOut*/
	SFBool isBound;	/*eventOut*/
} M_Viewpoint;


typedef struct _tagVisibilitySensor
{
	BASE_NODE
	SFVec3f center;	/*exposedField*/
	SFBool enabled;	/*exposedField*/
	SFVec3f size;	/*exposedField*/
	SFTime enterTime;	/*eventOut*/
	SFTime exitTime;	/*eventOut*/
	SFBool isActive;	/*eventOut*/
} M_VisibilitySensor;


typedef struct _tagWorldInfo
{
	BASE_NODE
	MFString info;	/*field*/
	SFString title;	/*field*/
} M_WorldInfo;


typedef struct _tagAcousticMaterial
{
	BASE_NODE
	SFFloat ambientIntensity;	/*exposedField*/
	SFColor diffuseColor;	/*exposedField*/
	SFColor emissiveColor;	/*exposedField*/
	SFFloat shininess;	/*exposedField*/
	SFColor specularColor;	/*exposedField*/
	SFFloat transparency;	/*exposedField*/
	MFFloat reffunc;	/*field*/
	MFFloat transfunc;	/*field*/
	MFFloat refFrequency;	/*field*/
	MFFloat transFrequency;	/*field*/
} M_AcousticMaterial;


typedef struct _tagAcousticScene
{
	BASE_NODE
	SFVec3f center;	/*field*/
	SFVec3f Size;	/*field*/
	MFTime reverbTime;	/*field*/
	MFFloat reverbFreq;	/*field*/
	SFFloat reverbLevel;	/*exposedField*/
	SFTime reverbDelay;	/*exposedField*/
} M_AcousticScene;


typedef struct _tagApplicationWindow
{
	BASE_NODE
	SFBool isActive;	/*exposedField*/
	SFTime startTime;	/*exposedField*/
	SFTime stopTime;	/*exposedField*/
	SFString description;	/*exposedField*/
	MFString parameter;	/*exposedField*/
	MFURL url;	/*exposedField*/
	SFVec2f size;	/*exposedField*/
} M_ApplicationWindow;


typedef struct _tagDirectiveSound
{
	BASE_NODE
	SFVec3f direction;	/*exposedField*/
	SFFloat intensity;	/*exposedField*/
	SFVec3f location;	/*exposedField*/
	GF_Node *source;	/*exposedField*/
	GF_Node *perceptualParameters;	/*exposedField*/
	SFBool roomEffect;	/*exposedField*/
	SFBool spatialize;	/*exposedField*/
	MFFloat directivity;	/*field*/
	MFFloat angles;	/*field*/
	MFFloat frequency;	/*field*/
	SFFloat speedOfSound;	/*field*/
	SFFloat distance;	/*field*/
	SFBool useAirabs;	/*field*/
} M_DirectiveSound;


typedef struct _tagHierarchical3DMesh
{
	BASE_NODE
	SFInt32 triangleBudget;	/*eventIn*/
	void (*on_triangleBudget)(GF_Node *pThis);	/*eventInHandler*/
	SFFloat level;	/*exposedField*/
	MFURL url;	/*field*/
	SFBool doneLoading;	/*eventOut*/
} M_Hierarchical3DMesh;


typedef struct _tagMaterialKey