#include "maxheap.h"
#include "inode.h"
#include "maxapi.h"
#include "plugapi.h"
#include "snap.h"
#include "genshape.h"
#include "hitdata.h"
#include "imtl.h"
#include "channels.h"
#include "LightTypeEnums.h"
#include "mesh.h"
#include "GraphicsTypes.h"
#include "GraphicsWindow.h"
#include "INodeTab.h"
#include "UVWMapTypes.h"
#include "AnimPropertyID.h"
#include "Graphics/IObjectDisplay2.h"
#include "Graphics/RenderItemHandle.h"

Classes
class	IdentityTM
	This class is another version of Matrix3 where the matrix is initialized to the identity by the default constructor. More...

class	View
	This class is passed in to GeomObject::GetRenderMesh() to allow objects to do view dependent rendering. More...

class	ObjectState
	The ObjectState is the structure that flows up the geometry pipeline. More...

class	LocalModData
	This class allows a modifier to store application specific data. More...

class	ModContext
	The ModContext stores information about the space the modifier was applied in, and allows the modifier to store data is needs for its operation. More...

class	ModContextList
	A modifier may be applied to several objects in the scene. More...

class	BaseObject
	This is the base class for objects and modifiers. More...

class	Deformer
	The callback object used by modifiers to deform "Deformable" objects. More...

class	XTCContainer
	This class represents a container class for XTCObjects. More...

class	IXTCAccess
	Provides an interface to access Extension Channels. More...

class	Object
	The object class is the base class for all objects. More...

class	IMultiPassCameraEffect
	The multipass camera effect allows modification of viewpoints and view directions or time for each pass of a multipass rendering. More...

struct	CameraState
	Note: The camera looks down the negative Z axis, with X to the right and Y up. More...

class	CameraObject
	This is a base class from which camera plug-ins may be derived. More...

struct	LightState
	This structure describes the properties of a light. More...

class	LightRayTraversal
	This is a callback class that can be given to a ObjLightDesc to have a ray traced through the light volume. More...

class	IlluminateComponents
	Provides the components of the Illuminate function to Shaders, Materials and Render Elements. More...

class	IIlluminationComponents
	this is the interface to use illumination by components this may be supported by a light object returned by lightObjDesc::GetInterface( IID_IIlluminationComponents ); More...

class	ObjLightDesc
	A light must be able to create one of these objects to give to the renderer. More...

class	LightObject
	This is the base class from which plug-in lights may be derived. More...

class	HelperObject
	This is used as a base class to create helper object plug-ins. More...

class	ConstObject
	This is a base class used to create construction grid objects. More...

class	GeomObject
	This is the base class for the creation of Geometric Object plug-ins. More...

class	ForceField
	A Space Warp modifier usually uses an instance of this class and implements the Force() method. More...

class	CollisionObject
	A collision object can be applied to a particle system by a Space Warp. More...

class	ParticleObject
	This is the base class for creating particle system plug-ins. More...

class	IShapeRectRenderParams
	Rectangular Shape Render Parameters API This interface gives access to the new Renderable SPline parameters for Rectangular Shapes The IShapeRectRenderParams interface can be retrieved like this: IShapeRectRenderParams* rparams = (IShapeRectRenderParams*)obj->GetProperty(SHAPE_RECT_RENDERPARAMS_PROPID); Note that this interface contains VPT and non VPT parameters. More...

class	ShapeObject
	ShapeObjects are open or closed hierarchical shapes made up of one or more pieces. More...

class	WSMObject
	This class is a base class used to derived the helper object for a space warp modifier (WSM Modifier). More...

class	ModContextEnumProc
	Callback object used with Modifier::EnumModContexts(). More...

class	Modifier
	This is the class from which you may derive Object Space and Space Warp (World Space) Modifier plug-ins. More...

class	OSModifier
	This is a base class developers creating object space modifiers may derives their plug-ins from. More...

class	WSModifier
	This is a base class for creating world space modifiers. More...

class	PolyLineProc
	This is a callback used to draw a series of lines. More...

class	DrawLineProc
	This class provides a simplified way to draw a connected series of lines to the GraphicsWindow passed to the class constructor. More...

class	BoxLineProc
	This class provides a bounding box and a matrix. More...

class	HitRecord
	This class provides a data structure used during sub-object hit-testing. More...

class	HitLog
	This class provides a data structure for keeping a log of hits during sub-object hit-testing. More...

class	ObjectConverter
	This virtual class is implemented by applications that want to supply a conversion method from one object type to another. More...

class	ITimeBasedConverter

class	ISubObjType
	Developers have to return a class derived from this class with implementations for all the methods when implementing sub-objects for objects and modifiers (see BaseObject::GetSubObjType()). More...

class	GenSubObjType
	This class provides a generic implementation for sub-object types. More...

Macros
#define	HITTYPE_POINT 1
	Hit test by a single pick point. More...

#define	HITTYPE_BOX 2
	Hit test by a rectangular area. More...

#define	HITTYPE_CIRCLE 3
	Hit test by circular selection area. More...

#define	HITTYPE_SOLID 4
	Hit test a face as if it was solid, even in wireframe mode. More...

#define	HITTYPE_FENCE 5
	Hit testing by an arbitrary polygon fence. More...

#define	HITTYPE_LASSO 6

#define	HITTYPE_PAINT 7

#define	HIT_SELONLY (1<<0)
	Hit test selected items only. More...

#define	HIT_UNSELONLY (1<<2)
	Hit test unselected items only. More...

#define	HIT_ABORTONHIT (1<<3)
	Abort the process of hit testing after finding any hit. More...

#define	HIT_SELSOLID (1<<4)
	This treats selected items as solid and unselected items as not solid. More...

#define	HIT_ANYSOLID (1<<5)
	This treats any item as solid. More...

#define	HIT_TRANSFORMGIZMO (1<<6)
	This forces hit testing for the transform gizmos. More...

#define	HIT_SWITCH_GIZMO (1<<7)
	This forces hit testing for the Switch axis when hit. More...

#define	HIT_MANIP_SUBHIT (1<<8)
	This forces hit testing for sub-manipulators. More...

#define	HIT_MIRROREDTM (1<<9)
	This flags tells the hittesting that the mesh has been a mirroredtm/negative scale and the winding order needs to be flipped to compute the facing direction. More...

#define	HITFLTR_ALL (1<<10)
	For hit testing everything which can be combined into the flags parameter. More...

#define	HITFLTR_OBJECTS (1<<11)
	For hit testing just objects which can be combined into the flags parameter. More...

#define	HITFLTR_CAMERAS (1<<12)
	For hit testing just cameras which can be combined into the flags parameter. More...

#define	HITFLTR_LIGHTS (1<<13)
	For hit testing just lights which can be combined into the flags parameter. More...

#define	HITFLTR_HELPERS (1<<14)
	For hit testing just helpers which can be combined into the flags parameter. More...

#define	HITFLTR_WSMOBJECTS (1<<15)
	For hit testing just world space objects which can be combined into the flags parameter. More...

#define	HITFLTR_SPLINES (1<<16)
	For hit testing just splines which can be combined into the flags parameter. More...

#define	HITFLTR_BONES (1<<17)
	For hit testing just bones which can be combined into the flags parameter. More...

#define	HIT_SCENEXREFS (1<<18)
	For hit testing scene xrefs. More...

#define	HIT_MANAGER_HIDDEN_SCENEXREFS (1<<19)
	For hit testing scene xrefs hidden in the manager (identified by the XREF_SCENE_HIDEINMANAGERUI XRef flag e.g. More...

#define	HIT_TRAJECTORY (1<<20)
	For hit testing motion paths. More...

#define	HITFLAG_STARTUSERBIT 24
	Starting at this bit through the 31st bit can be used by plug-ins for sub-object hit testing. More...

#define	BASEOBJAPPDATACID Class_ID(0x48a057d2, 0x44f70d8a)

#define	BASEOBJAPPDATALASTSELCID Class_ID(0x1cef158c, 0x1da8486f)

#define	BASEOBJAPPDATACURSELCID Class_ID(0x5b3b25fc, 0x35af6260)

#define	BASEOBJAPPDATASCID USERDATATYPE_CLASS_ID

#define	RENDER_MESH_DISPLACEMENT_MAP 1
	Indicates that Displacement Mapping is enabled. More...

#define	NEWSET_MERGE 1
	The sets should be merged. More...

#define	NEWSET_INTERSECTION 2
	The sets should be intersected – that is the items common to both sets should appear in the new set. More...

#define	NEWSET_SUBTRACT 3
	The new set should be the result of subtracting the 1st thru nth set from the 0th set. More...

#define	USE_DAMAGE_RECT (1<<0)
	If this flag is set, only the damaged area needs to be displayed. More...

#define	DISP_SHOWSUBOBJECT (1<<1)
	This indicates if an item should display its sub-object selection state. More...

#define	IXTCACCESS_INTERFACE_ID Interface_ID(0x60b033d7, 0x3e1d4d0d)

#define	CAM_HITHER_CLIP 1
	The hither/near distance. More...

#define	CAM_YON_CLIP 2
	The yon/far distance. More...

#define	ENV_NEAR_RANGE 0
	The near distance. More...

#define	ENV_FAR_RANGE 1
	The far distance. More...

#define	LIGHT_ATTEN_START 0
	The start range radius. More...

#define	LIGHT_ATTEN_END 1
	The end range radius. More...

#define	TRAVERSE_LOWFILTSHADOWS (1<<0)
	This is a simple filtering where the system samples a point in the shadow map and then some of the neighboring points. More...

#define	TRAVERSE_HIFILTSHADOWS (1<<1)
	This is a higher resolution sampling. More...

#define	TRAVERSE_USESAMPLESIZE (1<<2)
	This produces the highest quality. More...

#define	IID_IIlluminationComponents Interface_ID(0xdae00001, 0x0)

#define	LIGHTSHADOW_NONE 0

#define	LIGHTSHADOW_MAPPED 1

#define	LIGHTSHADOW_RAYTRACED 2

#define	GRID_PLANE_NONE -1

#define	GRID_PLANE_TOP 0

#define	GRID_PLANE_LEFT 1

#define	GRID_PLANE_FRONT 2

#define	GRID_PLANE_BOTTOM 3

#define	GRID_PLANE_RIGHT 4

#define	GRID_PLANE_BACK 5

#define	PARTCENTER_HEAD 1
	Particle geometry lies behind the particle position. More...

#define	PARTCENTER_CENTER 2
	Particle geometry is centered around particle position. More...

#define	PARTCENTER_TAIL 3
	Particle geometry lies in front of the particle position. More...

#define	GENMESH_DEFAULT -1
	Use whatever is stored in the ShapeObject's UseViewport flag. More...

#define	GENMESH_VIEWPORT 0

#define	GENMESH_RENDER 1

#define	SHAPE_OBJ_NUM_REFS 1

#define	SHAPE_OBJ_NUM_SUBS 1

#define	USERPBLOCK SHAPE_OBJ_NUM_REFS
	User's parameter block. More...

#define	IPBLOCK (SHAPE_OBJ_NUM_REFS + 1)
	Interpolations parameter block. More...

#define	SHAPE_RECT_RENDERPARAMS_PROPID PROPID_USER+10

#define	SPACEWARP_CAT_GEOMDEF 1

#define	SPACEWARP_CAT_MODBASED 2

#define	SPACEWARP_CAT_PARTICLE 3

#define	INTERFACE_TIME_BASED_CONVERTER Interface_ID(0x1e064bad,0x716643db)

Typedefs
typedef short	MtlIndex

typedef short	TextMapIndex

typedef Object *	ObjectHandle

typedef Tab< TextMapIndex >	TextMapIndexTab

typedef TextMapIndexTab	TextTab

Enumerations
enum	{ OBJECT_LOCKED = 0x08000000 }

Functions
CoreExport void	setHitType (int t)

CoreExport int	getHitType (void)

CoreExport BOOL	doingXORDraw (void)

CoreExport BOOL	AttachDefaultClearMapChannel ()
	Returns whether when you attach new map faces to a mesh/mnmesh those faces should be cleared or planar mapping applied. More...

CoreExport void	GetPolygonCount (TimeValue t, Object *pObj, int &numFaces, int &numVerts)
	This global function (not part of class Object) may be used to count the number of faces and vertices in an object. More...

CoreExport void	GetTriMeshFaceCount (TimeValue t, Object *pObj, int &numFaces, int &numVerts)
	This function is to count trifaces of a mesh It works similar to GetPolygonCount(), where GetPolygonCount will count EditablePoly object's Polys as 1 Poly, instead of several trifaces. More...

CoreExport void	SetShapeObjectCCSThreshold (float angle)

CoreExport void	MakeHitRegion (HitRegion &hr, int type, int crossing, int epsi, IPoint2 *p)

CoreExport void	DoModifiedBox (Box3 &box, Deformer &def, PolyLineProc &lp)

CoreExport void	DoModifiedLimit (Box3 &box, float z, int axis, Deformer &def, PolyLineProc &lp)

CoreExport void	DrawCenterMark (PolyLineProc &lp, Box3 &box)

CoreExport void	DoSphericalMapIcon (BOOL sel, float radius, PolyLineProc &lp)

CoreExport void	DoCylindricalMapIcon (BOOL sel, float radius, float height, PolyLineProc &lp)

CoreExport void	DoPlanarMapIcon (BOOL sel, float width, float length, PolyLineProc &lp)

CoreExport Object *	MakeObjectDerivedObject (Object *obj)
	Creates a new empty derived object, sets it to point at the given object and returns a pointer to the derived object. More...

CoreExport const MCHAR *	GetSpaceWarpCatString (int id)

CoreExport bool	RegisterObjectConverter (ObjectConverter *conv)
	Registers an object converter with the system. More...

CoreExport int	CanConvertTriObject (Class_ID to)
	Indicates if a TriObject can convert to the specified class ID. More...

CoreExport int	CanConvertPatchObject (Class_ID to)
	Indicates if a PatchObject can convert to the specified class ID. More...

CoreExport int	CanConvertSplineShape (Class_ID to)
	Indicates if a SplineObject can convert to the specified class ID. More...

CoreExport void	RegisterStaticEditTri (Object *triob)
	This method will register the object passed as the editable tri object. More...

CoreExport void	RegisterCollapseType (Class_ID cid, MSTR name, bool canSelfConvert=false)
	Registers a class ID of an object that the user can collapse other objects to. More...

Variables
CoreExport IdentityTM	idTM

CoreExport Class_ID	defObjectClassID
	Class ID of general deformable object. More...

CoreExport Class_ID	mapObjectClassID
	Class ID of general texture-mappable object. More...

CoreExport ChannelMask	chMask []
	an array of channel masks for all the channels "within" the Object. More...

Macro Definition Documentation

#define BASEOBJAPPDATACID Class_ID(0x48a057d2, 0x44f70d8a)

#define BASEOBJAPPDATALASTSELCID Class_ID(0x1cef158c, 0x1da8486f)

#define BASEOBJAPPDATACURSELCID Class_ID(0x5b3b25fc, 0x35af6260)

#define BASEOBJAPPDATASCID USERDATATYPE_CLASS_ID

#define IXTCACCESS_INTERFACE_ID Interface_ID(0x60b033d7, 0x3e1d4d0d)

#define IID_IIlluminationComponents Interface_ID(0xdae00001, 0x0)

#define SHAPE_RECT_RENDERPARAMS_PROPID PROPID_USER+10

#define INTERFACE_TIME_BASED_CONVERTER Interface_ID(0x1e064bad,0x716643db)

Typedef Documentation

typedef short MtlIndex

typedef short TextMapIndex

typedef Object* ObjectHandle

typedef Tab<TextMapIndex> TextMapIndexTab

typedef TextMapIndexTab TextTab

Enumeration Type Documentation

anonymous enum

Enumerator
OBJECT_LOCKED

1224 { OBJECT_LOCKED = 0x08000000 };

OBJECT_LOCKED

Definition: object.h:1224

Function Documentation

CoreExport void setHitType ( int t )

CoreExport int getHitType ( void )

CoreExport BOOL doingXORDraw ( void )

CoreExport BOOL AttachDefaultClearMapChannel ( )

Returns whether when you attach new map faces to a mesh/mnmesh those faces should be cleared or planar mapping applied.

CoreExport void GetPolygonCount	(	TimeValue	t,
		Object *	pObj,
		int &	numFaces,
		int &	numVerts
	)

This global function (not part of class Object) may be used to count the number of faces and vertices in an object.

It uses Object::PolygonCount() if it is supported, and converts to TriObject and counts faces and vertices otherwise.

Parameters

t	time at which to compute the number of faces and vertices.
pObj	to the object to check.
numFaces	number of faces is returned here.
numVerts	number of vertices is returned here.

CoreExport void GetTriMeshFaceCount	(	TimeValue	t,
		Object *	pObj,
		int &	numFaces,
		int &	numVerts
	)

This function is to count trifaces of a mesh It works similar to GetPolygonCount(), where GetPolygonCount will count EditablePoly object's Polys as 1 Poly, instead of several trifaces.

It also will not count splines unless their renderable property is true

CoreExport void SetShapeObjectCCSThreshold ( float angle )

CoreExport void MakeHitRegion	(	HitRegion &	hr,
		int	type,
		int	crossing,
		int	epsi,
		IPoint2 *	p
	)

CoreExport void DoModifiedBox	(	Box3 &	box,
		Deformer &	def,
		PolyLineProc &	lp
	)

CoreExport void DoModifiedLimit	(	Box3 &	box,
		float	z,
		int	axis,
		Deformer &	def,
		PolyLineProc &	lp
	)

CoreExport void DrawCenterMark	(	PolyLineProc &	lp,
		Box3 &	box
	)

CoreExport void DoSphericalMapIcon	(	BOOL	sel,
		float	radius,
		PolyLineProc &	lp
	)

CoreExport void DoCylindricalMapIcon	(	BOOL	sel,
		float	radius,
		float	height,
		PolyLineProc &	lp
	)

CoreExport void DoPlanarMapIcon	(	BOOL	sel,
		float	width,
		float	length,
		PolyLineProc &	lp
	)

CoreExport Object* MakeObjectDerivedObject ( Object * obj )

Creates a new empty derived object, sets it to point at the given object and returns a pointer to the derived object.

Parameters

obj	object reference of the derived object will point at this object.

Returns: A pointer to the derived object.

CoreExport const MCHAR* GetSpaceWarpCatString ( int id )

CoreExport bool RegisterObjectConverter ( ObjectConverter * conv )

Registers an object converter with the system.

Parameters

conv	to the ObjectConverter instance to register.

Returns: Returns true if the converter could be added; false if not.

CoreExport int CanConvertTriObject ( Class_ID to )

Indicates if a TriObject can convert to the specified class ID.

Note: this actually checks if an Editable Mesh object can convert to the specified type, since an Editable Mesh is what you get when you call CreateNewTriObject ().

This method may be used in an object's CanConvertToType() and ConvertToType() methods. If your object supports conversion to a TriObject, but doesn't support conversion to the given class ID, you can use this method to find out if TriObjects can be used as an "intermediary". If so, you can construct a temporary TriObject, convert it to the given class ID, and call the temporary TriObject's DeleteThis() method.

Parameters

to	Class ID to convert to.

Returns: Nonzero if the TriObject can be converted to the specified objec type; otherwise zero.

CoreExport int CanConvertPatchObject ( Class_ID to )

Indicates if a PatchObject can convert to the specified class ID.

Parameters

to	Class ID to convert to.

Returns: Nonzero if the PatchObject can be converted to the specified objec type; otherwise zero.

CoreExport int CanConvertSplineShape ( Class_ID to )

Indicates if a SplineObject can convert to the specified class ID.

Parameters

to	Class ID to convert to.

Returns: Nonzero if the SplineObject can be converted to the specified objec type; otherwise zero.

CoreExport void RegisterStaticEditTri ( Object * triob )

This method will register the object passed as the editable tri object.

Parameters

triob object to register as the editable tri object.

CoreExport void RegisterCollapseType	(	Class_ID	cid,
		MSTR	name,
		bool	canSelfConvert = `false`
	)

Registers a class ID of an object that the user can collapse other objects to.

The type will only appear if the current object returns nonzero from CanConvertTo(cid).

Parameters

cid	class ID the object will collapse to.
name	name of the collapse-to object type (such as "Editable Poly").
canSelfConvert	whether an object should be allowed to collapse to itself. (false is generally preferred, so that the collapse-to menu only has relevant entries.)