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

typedef struct _tagCoordinate2D
{
	BASE_NODE
	MFVec2f point;	/*exposedField*/
} M_Coordinate2D;


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


typedef struct _tagCoordinateInterpolator2D
{
	BASE_NODE
	SFFloat set_fraction;	/*eventIn*/
	void (*on_set_fraction)(GF_Node *pThis);	/*eventInHandler*/
	MFFloat key;	/*exposedField*/
	MFVec2f keyValue;	/*exposedField*/
	MFVec2f value_changed;	/*eventOut*/
} M_CoordinateInterpolator2D;


typedef struct _tagCurve2D
{
	BASE_NODE
	GF_Node *point;	/*exposedField*/
	SFFloat fineness;	/*exposedField*/
	MFInt32 type;	/*exposedField*/
} M_Curve2D;


typedef struct _tagCylinder
{
	BASE_NODE
	SFBool bottom;	/*field*/
	SFFloat height;	/*field*/
	SFFloat radius;	/*field*/
	SFBool side;	/*field*/
	SFBool top;	/*field*/
} M_Cylinder;


typedef struct _tagCylinderSensor
{
	BASE_NODE
	SFBool autoOffset;	/*exposedField*/
	SFFloat diskAngle;	/*exposedField*/
	SFBool enabled;	/*exposedField*/
	SFFloat maxAngle;	/*exposedField*/
	SFFloat minAngle;	/*exposedField*/
	SFFloat offset;	/*exposedField*/
	SFBool isActive;	/*eventOut*/
	SFRotation rotation_changed;	/*eventOut*/
	SFVec3f trackPoint_changed;	/*eventOut*/
} M_CylinderSensor;


typedef struct _tagDirectionalLight
{
	BASE_NODE
	SFFloat ambientIntensity;	/*exposedField*/
	SFColor color;	/*exposedField*/
	SFVec3f direction;	/*exposedField*/
	SFFloat intensity;	/*exposedField*/
	SFBool on;	/*exposedField*/
} M_DirectionalLight;


typedef struct _tagDiscSensor
{
	BASE_NODE
	SFBool autoOffset;	/*exposedField*/
	SFBool enabled;	/*exposedField*/
	SFFloat maxAngle;	/*exposedField*/
	SFFloat minAngle;	/*exposedField*/
	SFFloat offset;	/*exposedField*/
	SFBool isActive;	/*eventOut*/
	SFFloat rotation_changed;	/*eventOut*/
	SFVec2f trackPoint_changed;	/*eventOut*/
} M_DiscSensor;


typedef struct _tagElevationGrid
{
	BASE_NODE
	MFFloat set_height;	/*eventIn*/
	void (*on_set_height)(GF_Node *pThis);	/*eventInHandler*/
	GF_Node *color;	/*exposedField*/
	GF_Node *normal;	/*exposedField*/
	GF_Node *texCoord;	/*exposedField*/
	MFFloat height;	/*field*/
	SFBool ccw;	/*field*/
	SFBool colorPerVertex;	/*field*/
	SFFloat creaseAngle;	/*field*/
	SFBool normalPerVertex;	/*field*/
	SFBool solid;	/*field*/
	SFInt32 xDimension;	/*field*/
	SFFloat xSpacing;	/*field*/
	SFInt32 zDimension;	/*field*/
	SFFloat zSpacing;	/*field*/
} M_ElevationGrid;


typedef struct _tagExtrusion
{
	BASE_NODE
	MFVec2f set_crossSection;	/*eventIn*/
	void (*on_set_crossSection)(GF_Node *pThis);	/*eventInHandler*/
	MFRotation set_orientation;	/*eventIn*/
	void (*on_set_orientation)(GF_Node *pThis);	/*eventInHandler*/
	MFVec2f set_scale;	/*eventIn*/
	void (*on_set_scale)(GF_Node *pThis);	/*eventInHandler*/
	MFVec3f set_spine;	/*eventIn*/
	void (*on_set_spine)(GF_Node *pThis);	/*eventInHandler*/
	SFBool beginCap;	/*field*/
	SFBool ccw;	/*field*/
	SFBool convex;	/*field*/
	SFFloat creaseAngle;	/*field*/
	MFVec2f crossSection;	/*field*/
	SFBool endCap;	/*field*/
	MFRotation orientation;	/*field*/
	MFVec2f scale;	/*field*/
	SFBool solid;	/*field*/
	MFVec3f spine;	/*field*/
} M_Extrusion;


typedef struct _tagFog
{
	BASE_NODE
	SFColor color;	/*exposedField*/
	SFString fogType;	/*exposedField*/
	SFFloat visibilityRange;	/*exposedField*/
	SFBool set_bind;	/*eventIn*/
	void (*on_set_bind)(GF_Node *pThis);	/*eventInHandler*/
	SFBool isBound;	/*eventOut*/
} M_Fog;


typedef struct _tagFontStyle
{
	BASE_NODE
	MFString family;	/*exposedField*/
	SFBool horizontal;	/*exposedField*/
	MFString justify;	/*exposedField*/
	SFString language;	/*exposedField*/
	SFBool leftToRight;	/*exposedField*/
	SFFloat size;	/*exposedField*/
	SFFloat spacing;	/*exposedField*/
	SFString style;	/*exposedField*/
	SFBool topToBottom;	/*exposedField*/
} M_FontStyle;


typedef struct _tagForm
{
	BASE_NODE
	VRML_CHILDREN
	SFVec2f size;	/*exposedField*/
	MFInt32 groups;	/*exposedField*/
	MFString constraints;	/*exposedField*/
	MFInt32 groupsIndex;	/*exposedField*/
} M_Form;


typedef struct _tagGroup
{
	BASE_NODE
	VRML_CHILDREN
} M_Group;


typedef struct _tagImageTexture
{
	BASE_NODE
	MFURL url;	/*exposedField*/
	SFBool repeatS;	/*field*/
	SFBool repeatT;	/*field*/
} M_ImageTexture;


typedef struct _tagIndexedFaceSet
{
	BASE_NODE
	MFInt32 set_colorIndex;	/*eventIn*/
	void (*on_set_colorIndex)(GF_Node *pThis);	/*eventInHandler*/
	MFInt32 set_coordIndex;	/*eventIn*/
	void (*on_set_coordIndex)(GF_Node *pThis);	/*eventInHandler*/
	MFInt32 set_normalIndex;	/*eventIn*/
	void (*on_set_normalIndex)(GF_Node *pThis);	/*eventInHandler*/
	MFInt32 set_texCoordIndex;	/*eventIn*/
	void (*on_set_texCoordIndex)(GF_Node *pThis);	/*eventInHandler*/
	GF_Node *color;	/*exposedField*/
	GF_Node *coord;	/*exposedField*/
	GF_Node *normal;	/*exposedField*/
	GF_Node *texCoord;	/*exposedField*/
	SFBool ccw;	/*field*/
	MFInt32 colorIndex;	/*field*/
	SFBool colorPerVertex;	/*field*/
	SFBool convex;	/*field*/
	MFInt32 coordIndex;	/*field*/
	SFFloat creaseAngle;	/*field*/
	MFInt32 normalIndex;	/*field*/
	SFBool normalPerVertex;	/*field*/
	SFBool solid;	/*field*/
	MFInt32 texCoordIndex;	/*field*/
} M_IndexedFaceSet;


typedef struct _tagIndexedFaceSet2D
{
	BASE_NODE
	MFInt32 set_colorIndex;	/*eventIn*/
	void (*on_set_colorIndex)(GF_Node *pThis);	/*eventInHandler*/
	MFInt32 set_coordIndex;	/*eventIn*/
	void (*on_set_coordIndex)(GF_Node *pThis);	/*eventInHandler*/
	MFInt32 set_texCoordIndex;	/*eventIn*/
	void (*on_set_texCoordIndex)(GF_Node *pThis);	/*eventInHandler*/
	GF_Node *color;	/*exposedField*/
	GF_Node *coord;	/*exposedField*/
	GF_Node *texCoord;	/*exposedField*/
	MFInt32 colorIndex;	/*field*/
	SFBool colorPerVertex;	/*field*/
	SFBool convex;	/*field*/
	MFInt32 coordIndex;	/*field*/
	MFInt32 texCoordIndex;	/*field*/
} M_IndexedFaceSet2D;


typedef struct _tagIndexedLineSet
{
	BASE_NODE
	MFInt32 set_colorIndex;	/*eventIn*/
	void (*on_set_colorIndex)(GF_Node *pThis);	/*eventInHandler*/
	MFInt32 set_coordIndex;	/*eventIn*/
	void (*on_set_coordIndex)(GF_Node *pThis);	/*eventInHandler*/
	GF_Node *color;	/*exposedField*/
	GF_Node *coord;	/*exposedField*/
	MFInt32 colorIndex;	/*field*/
	SFBool colorPerVertex;	/*field*/
	MFInt32 coordIndex;	/*field*/
} M_IndexedLineSet;


typedef struct _tagIndexedLineSet2D
{
	BASE_NODE
	MFInt32 set_colorIndex;	/*eventIn*/
	void (*on_set_colorIndex)(GF_Node *pThis);	/*eventInHandler*/
	MFInt32 set_coordIndex;	/*eventIn*/
	void (*on_set_coordIndex)(GF_Node *pThis);	/*eventInHandler*/
	GF_Node *color;	/*exposedField*/
	GF_Node *coord;	/*exposedField*/
	MFInt32 colorIndex;	/*field*/
	SFBool colorPerVertex;	/*field*/
	MFInt32 coordIndex;	/*field*/
} M_IndexedLineSet2D;


typedef struct _tagInline
{
	BASE_NODE
	MFURL url;	/*exposedField*/
} M_Inline;


typedef struct _tagLOD
{
	BASE_NODE
	GF_ChildNodeItem *level;	/*exposedField*/
	SFVec3f center;	/*field*/
	MFFloat range;	/*field*/
} M_LOD;


typedef struct _tagLayer2D
{
	BASE_NODE
	VRML_CHILDREN
	SFVec2f size;	/*exposedField*/
	GF_Node *background;	/*exposedField*/
	GF_Node *viewport;	/*exposedField*/
} M_Layer2D;


typedef struct _tagLayer3D
{
	BASE_NODE
	VRML_CHILDREN
	SFVec2f size;	/*exposedField*/
	GF_Node *background;	/*exposedField*/
	GF_Node *fog;	/*exposedField*/
	GF_Node *navigationInfo;	/*exposedField*/
	GF_Node *viewpoint;	/*exposedField*/
} M_Layer3D;


typedef struct _tagLayout
{
	BASE_NODE
	VRML_CHILDREN
	SFBool wrap;	/*exposedField*/
	SFVec2f size;	/*exposedField*/
	SFBool horizontal;	/*exposedField*/
	MFString justify;	/*exposedField*/
	SFBool leftToRight;	/*exposedField*/
	SFBool topToBottom;	/*exposedField*/
	SFFloat spacing;	/*exposedField*/
	SFBool smoothScroll;	/*exposedField*/
	SFBool loop;	/*exposedField*/
	SFBool scrollVertical;	/*exposedField*/
	SFFloat scrollRate;	/*exposedField*/
	SFInt32 scrollMode;	/*exposedField*/
} M_Layout;


typedef struct _tagLineProperties
{
	BASE_NODE
	SFColor lineColor;	/*exposedField*/
	SFInt32 lineStyle;	/*exposedField*/
	SFFloat width;	/*exposedField*/
} M_LineProperties;


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


typedef struct _tagMaterial
{
	BASE_NODE
	SFFloat ambientIntensity;	/*exposedField*/
	SFColor diffuseColor;	/*exposedField*/
	SFColor emissiveColor;	/*exposedField*/
	SFFloat shininess;	/*exposedField*/
	SFColor specularColor;	/*exposedField*/
	SFFloat transparency;	/*exposedField*/
} M_Material;


typedef struct _tagMaterial2D
{
	BASE_NODE
	SFColor emissiveColor;	/*exposedField*/
	SFBool filled;	/*exposedField*/
	GF_Node *lineProps;	/*exposedField*/
	SFFloat transparency;	/*exposedField*/
} M_Material2D;


typedef struct _tagMovieTexture
{
	BASE_NODE
	SFBool loop;	/*exposedField*/
	SFFloat speed;	/*exposedField*/
	SFTime startTime;	/*exposedField*/
	SFTime stopTime;	/*exposedField*/
	MFURL url;	/*exposedField*/
	SFBool repeatS;	/*field*/
	SFBool repeatT;	/*field*/
	SFTime duration_changed;	/*eventOut*/
	SFBool isActive;	/*eventOut*/
} M_MovieTexture;


typedef struct _tagNavigationInfo
{
	BASE_NODE
	SFBool set_bind;	/*eventIn*/
	void (*on_set_bind)(GF_Node *pThis);	/*eventInHandler*/
	MFFloat avatarSize;	/*exposedField*/
	SFBool headlight;	/*exposedField*/
	SFFloat speed;	/*exposedField*/
	MFString type;	/*exposedField*/
	SFFloat visibilityLimit;	/*exposedField*/
	SFBool isBound;	/*eventOut*/
} M_NavigationInfo;


typedef struct _tagNormal
{
	BASE_NODE
	MFVec3f vector;	/*exposedField*/
} M_Normal;


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


typedef struct _tagOrderedGroup
{
	BASE_NODE
	VRML_CHILDREN
	MFFloat order;	/*exposedField*/
} M_OrderedGroup;


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


typedef struct _tagPixelTexture
{
	BASE_NODE
	SFImage image;	/*exposedField*/
	SFBool repeatS;	/*field*/
	SFBool repeatT;	/*field*/
} M_PixelTexture;


typedef struct _tagPlaneSensor
{
	BASE_NODE
	SFBool autoOffset;	/*exposedField*/
	SFBool enabled;	/*exposedField*/
	SFVec2f maxPosition;	/*exposedField*/
	SFVec2f minPosition;	/*exposedField*/
	SFVec3f offset;	/*exposedField*/
	SFBool isActive;	/*eventOut*/
	SFVec3f trackPoint_changed;	/*eventOut*/
	SFVec3f translation_changed;	/*eventOut*/
} M_PlaneSensor;


typedef struct _tagPlaneSensor2D
{
	BASE_NODE
	SFBool autoOffset;	/*exposedField*/
	SFBool enabled;	/*exposedField*/
	SFVec2f maxPosition;	/*exposedField*/
	SFVec2f minPosition;	/*exposedField*/
	SFVec2f offset;	/*exposedField*/
	SFBool isActive;	/*eventOut*/
	SFVec2f trackPoint_changed;	/*eventOut*/
	SFVec2f translation_changed;	/*eventOut*/
} M_PlaneSensor2D;


typedef struct _tagPointLight
{
	BASE_NODE
	SFFloat ambientIntensity;	/*exposedField*/
	SFVec3f attenuation;	/*exposedField*/
	SFColor color;	/*exposedField*/
	SFFloat intensity;	/*exposedField*/
	SFVec3f location;	/*exposedField*/