#include <maxapi.h>

Class Description

See also: Class FPStaticInterface, Class ViewExp, Class INode, Class INodeTab, Class CommandMode, Class Interval, Class Renderer, Class Modifier, Class Control, Class Atmospheric, Class Point3, Class Matrix3, Class ModContext, Class ReferenceTarget, Template Class Tab

Description:: This class provides an interface for calling functions that are exported from the 3ds Max executable. All the methods in this class are implemented by 3ds Max itself.

Methods are provided for putting up many standard 3ds Max dialogs, working with command modes, working with viewports, controlling the prompt, toolbar and status areas, and working with selection sets. There are also methods for creating objects and nodes in the scene, setting and getting the current time and animation ranges, working with the standard directories of MAX, and many more. See the Method Groups listed below for a breakdown of the various kinds of methods available. Note: When editing in the command panel, a developer gets passed an interface pointer during BeginEditParams(). This pointer is only valid before EndEditParams() is finished. A developer should not hang on to this pointer and call methods on it after EndEditParams() has returned.

Inheritance diagram for Interface:

Classes
class	SuspendSceneRedrawGuard
	Scene redraw guard class. More...

Public Member Functions
virtual BOOL	SetActiveViewportTransparencyDisplay (int transType)=0

virtual BOOL	SetSelectionType (BOOL autoWinCross, int winCrossOrAutoDir)=0

virtual PickModeCallback *	GetCurPickMode ()=0

virtual void	RealizeParamPanel ()=0

virtual BOOL	GetToolButtonState (int button)=0

virtual void	EnableToolButton (int button, BOOL enable=TRUE)=0

virtual void	EnableUndo (BOOL enable)=0

virtual ViewExp &	GetViewExp (HWND hwnd)=0

virtual int	GetAssetDirCount (MaxSDK::AssetManagement::AssetType assetType)=0
	Returns the number of permanent user paths associated with a particular type of asset. More...

virtual const MCHAR *	GetAssetDir (int i, MaxSDK::AssetManagement::AssetType assetType)=0
	Returns the "ith" permanent user path associated with a particular asset type. More...

virtual BOOL	AddAssetDir (const MCHAR *dir, MaxSDK::AssetManagement::AssetType assetType)=0
	Adds a permanent user path associated to a particular asset type. More...

virtual BOOL	AddSessionAssetDir (const MCHAR *dir, MaxSDK::AssetManagement::AssetType assetType, int update=TRUE)=0
	Adds a session user path associated to a particular asset type. More...

virtual int	GetSessionAssetDirCount (MaxSDK::AssetManagement::AssetType assetType)=0
	Returns the number of session user paths associated with a particular type of asset. More...

virtual const MCHAR *	GetSessionAssetDir (int i, MaxSDK::AssetManagement::AssetType assetType)=0
	Returns the "ith" session user path associated with a particular asset type. More...

virtual BOOL	DeleteSessionAssetDir (int i, MaxSDK::AssetManagement::AssetType assetType, int update=TRUE)=0
	Deletes the "ith" session user path associated with a particular asset type. More...

virtual int	GetCurAssetDirCount (MaxSDK::AssetManagement::AssetType assetType)=0
	Returns the number of session (temporary) and permanent user paths associated with a particular type of asset. More...

virtual const MCHAR *	GetCurAssetDir (int i, MaxSDK::AssetManagement::AssetType assetType)=0
	Returns the "ith" session\permanent user path associated with a particular asset type. More...

virtual bool	AttachNodesToGroup (INodeTab &nodes, INode &pTargetNode)=0

virtual bool	DetachNodesFromGroup (INodeTab &nodes)=0

virtual void	IncrementValidityToken ()=0

virtual unsigned int	CurrentValidityToken ()=0

virtual Renderer *	CreateDefaultRenderer (RenderSettingID renderSettingID)=0
	Creates an instance of the default renderer for the given render setting. More...

virtual Class_ID	GetDefaultRendererClassID (RenderSettingID renderSettingID)=0
	Gets the class ID of the default renderer for the given render setting. More...

virtual void	SetDefaultRendererClassID (RenderSettingID renderSettingID, Class_ID classID)=0
	Gets the class ID of the default renderer for the given render setting. More...

virtual Renderer *	GetMEditRenderer (bool createRendererIfItDoesntExist=true)=0
	Gets the renderer assigned to the MEdit slot. . More...

virtual void	AssignMEditRenderer (Renderer *renderer)=0
	Sets the renderer assigned to the MEdit slot. . More...

virtual Renderer *	GetActualMEditRenderer (bool createRendererIfItDoesntExist=true)=0
	Returns the renderer to be used for MEdit. . More...

virtual bool	GetMEditRendererLocked ()=0
	Gets the status of the MEdit renderer lock. More...

virtual void	SetMEditRendererLocked (bool locked)=0
	Sets the status of the MEdit renderer lock. More...

virtual bool	GetMEditRendererLocked_DefaultValue ()=0

virtual void	SetMEditRendererLocked_DefaultValue (bool locked)=0

virtual BOOL	GetRendSimplifyAreaLights ()=0
	returns the state of the toggle in the render dialog, "Area Lights/Shadows as Points". More...

virtual void	SetRendSimplifyAreaLights (BOOL onOff)=0
	Sets the toggle in the render dialog, "Area Lights/Shadows as Points". More...

virtual IOsnapManager *	GetOsnapManager ()=0

virtual MouseManager *	GetMouseManager ()=0

virtual void	InvalidateOsnapdraw ()=0

virtual bool	IsNetworkRenderServer () const =0
	Returns true if the application operates in network render server mode. More...

virtual void *	GetInterface (DWORD id)=0

virtual BaseInterface *	GetInterface (Interface_ID id)=0

virtual ShadowType *	GetGlobalShadowGenerator ()=0

virtual void	SetGlobalShadowGenerator (ShadowType *st)=0

virtual MacroRecorder *	GetMacroRecorder ()=0

Fonts/Cursor Related Methods
virtual HFONT	GetAppHFont ()=0

virtual HCURSOR	GetSysCursor (int id)=0

virtual void	SetCrossHairCur (BOOL onOff)=0

virtual BOOL	GetCrossHairCur ()=0

Viewport Access
virtual void	RedrawViews (TimeValue t, DWORD vpFlags=REDRAW_NORMAL, ReferenceTarget *change=NULL)=0

virtual BOOL	SetActiveViewport (HWND hwnd)=0

virtual ViewExp &	GetActiveViewExp ()=0

virtual void	ForceCompleteRedraw (BOOL doDisabled=TRUE)=0

virtual void	DisableSceneRedraw ()=0
	Turns off scene redraws. More...

virtual void	EnableSceneRedraw ()=0
	Turns on scene redraws. More...

virtual int	IsSceneRedrawDisabled ()=0
	Tells whether the scene redraw is disabled. More...

virtual void	MakeExtendedViewportActive (HWND hWnd)=0

virtual void	PutUpViewMenu (HWND hWnd, POINT pt)=0

virtual int	IsCPEdgeOnInView ()=0

virtual int	GetViewportLayout ()=0

virtual void	SetViewportLayout (int layout)=0

virtual BOOL	IsViewportMaxed ()=0

virtual void	SetViewportMax (BOOL max)=0

virtual void	ViewportZoomExtents (BOOL doAll, BOOL skipPersp=FALSE)=0

virtual void	ZoomToBounds (BOOL doAll, Box3 box)=0

virtual BOOL	RegisterViewWindow (ViewWindow *vw)=0

virtual BOOL	UnRegisterViewWindow (ViewWindow *vw)=0

IObjCreate and IObjParam Pointer Casting

virtual IObjCreate *	GetIObjCreate ()=0

virtual IObjParam *	GetIObjParam ()=0

3ds Max Main Window Access

virtual HWND	GetMAXHWnd () const =0

virtual MaxSDK::QmaxMainWindow *	GetQmaxMainWindow () const =0
	Returns the Qt docking main window of 3ds Max. More...

Renderer Access
virtual BOOL	DisplayActiveCameraViewWithMultiPassEffect ()=0

virtual int	OpenCurRenderer (INode camNode, ViewExp view, RendType t=RENDTYPE_NORMAL, int w=0, int h=0)=0

virtual int	OpenCurRenderer (ViewParams *vpar, RendType t=RENDTYPE_NORMAL, int w=0, int h=0)=0

virtual void	CloseCurRenderer ()=0

virtual int	CurRendererRenderFrame (TimeValue t, Bitmap bm, RendProgressCallback prog=NULL, float frameDur=1.0f, ViewParams vp=NULL, RECT regionRect=NULL)=0

virtual IScanRenderer *	CreateDefaultScanlineRenderer ()=0

Callback/Notification Registration
virtual void	RegisterRedrawViewsCallback (RedrawViewsCallback *cb)=0

virtual void	UnRegisterRedrawViewsCallback (RedrawViewsCallback *cb)=0

virtual void	RegisterSelectFilterCallback (SelectFilterCallback *cb)=0

virtual void	UnRegisterSelectFilterCallback (SelectFilterCallback *cb)=0

virtual void	RegisterDisplayFilterCallback (DisplayFilterCallback *cb)=0

virtual void	UnRegisterDisplayFilterCallback (DisplayFilterCallback *cb)=0

virtual void	RegisterAxisChangeCallback (AxisChangeCallback *cb)=0

virtual void	UnRegisterAxisChangeCallback (AxisChangeCallback *cb)=0

virtual void	RegisterTimeChangeCallback (TimeChangeCallback *tc)=0

virtual void	UnRegisterTimeChangeCallback (TimeChangeCallback *tc)=0

virtual void	RegisterCommandModeChangedCallback (CommandModeChangedCallback *cb)=0

virtual void	UnRegisterCommandModeChangedCallback (CommandModeChangedCallback *cb)=0

virtual void	RegisterViewportDisplayCallback (BOOL preScene, ViewportDisplayCallback *cb)=0

virtual void	UnRegisterViewportDisplayCallback (BOOL preScene, ViewportDisplayCallback *cb)=0

virtual void	NotifyViewportDisplayCallbackChanged (BOOL preScene, ViewportDisplayCallback *cb)=0

virtual void	RegisterExitMAXCallback (ExitMAXCallback *cb)=0

virtual void	UnRegisterExitMAXCallback (ExitMAXCallback *cb)=0

Methods to Display MAX Dialogs

virtual BOOL	TrackViewPickDlg (HWND hParent, TrackViewPick res, TrackViewFilter filter=NULL, DWORD pickTrackFlags=0)=0

virtual BOOL	TrackViewPickMultiDlg (HWND hParent, MaxSDK::Array< TrackViewPick > res, TrackViewFilter filter=NULL, DWORD pickTrackFlags=0)=0

virtual BOOL	DoHitByNameDialog (HitByNameDlgCallback *hbncb=NULL)=0

virtual void	ChooseDirectory (HWND hWnd, const MCHAR title, MCHAR dir, MCHAR *desc=NULL)=0

virtual int	DoExclusionListDialog (ExclList *nl, BOOL doShadows=TRUE)=0

virtual void	ConvertNameTabToExclList (const NameTab nt, ExclList excList)=0

virtual MtlBase *	DoMaterialBrowseDlg (HWND hParent, DWORD vflags, BOOL &newMat, BOOL &cancel)=0

virtual void	PutMtlToMtlEditor (MtlBase *mb, int slot=-1)=0

virtual BOOL	NodeColorPicker (HWND hWnd, DWORD &col)=0

virtual int	ConfigureBitmapPaths ()=0

virtual BOOL	DoSpaceArrayDialog (SpaceArrayCallback *sacb=NULL)=0

Command Modes
virtual void	PushCommandMode (CommandMode *m)=0

virtual void	SetCommandMode (CommandMode *m)=0

virtual void	PopCommandMode ()=0

virtual CommandMode *	GetCommandMode ()=0

virtual void	SetStdCommandMode (int cid)=0

virtual void	PushStdCommandMode (int cid)=0

virtual void	RemoveMode (CommandMode *m)=0

virtual void	DeleteMode (CommandMode *m)=0

virtual int	GetCommandStackSize ()=0

virtual CommandMode *	GetCommandStackEntry (int entry)=0

Status Panel/Prompt Related Methods
Generally prompts are set by the command mode and these are the methods used. You can use the DisplayTempPrompt() method to temporarily display a prompt to the user independent of a command mode.
virtual void	PushPrompt (const MCHAR *s)=0

virtual void	PopPrompt ()=0

virtual void	ReplacePrompt (const MCHAR *s)=0

virtual void	DisplayTempPrompt (const MCHAR *s, int msec=1000)=0

virtual void	RemoveTempPrompt ()=0

virtual void	DisableStatusXYZ ()=0

virtual void	EnableStatusXYZ ()=0

virtual void	SetStatusXYZ (Point3 xyz, int type)=0

virtual void	SetStatusXYZ (AngAxis aa)=0

Auto Backup Time Related Methods

virtual float	GetAutoBackupTime ()=0

virtual void	SetAutoBackupTime (float minutes)=0

virtual BOOL	AutoBackupEnabled ()=0

virtual void	EnableAutoBackup (BOOL onOff)=0

Progress Bar Methods
virtual BOOL	ProgressStart (const MCHAR *title, BOOL dispBar, LPTHREAD_START_ROUTINE fn, LPVOID arg)=0

virtual void	ProgressUpdate (int pct, BOOL showPct=TRUE, const MCHAR *title=NULL)=0

virtual void	ProgressEnd ()=0

virtual BOOL	GetCancel ()=0

virtual void	SetCancel (BOOL sw)=0

Preview Creation

virtual void	CreatePreview (PreviewParams pvp=NULL, MSTR filename=NULL, MSTR *snippet=NULL)=0

Grid Related Methods
virtual float	GetGridSpacing ()=0

virtual int	GetGridMajorLines ()=0

virtual void	AddGridToScene (INode *node)=0

virtual void	SetActiveGrid (INode *node)=0

virtual INode *	GetActiveGrid ()=0

Extended Display Modes

virtual void	SetExtendedDisplayMode (int vflags)=0

virtual int	GetExtendedDisplayMode ()=0

User Interface Controls and Properties
virtual void	SetFlyOffTime (int msecs)=0

virtual int	GetFlyOffTime ()=0

virtual BOOL	GetCrossing ()=0

virtual void	SetToolButtonState (int button, BOOL state)=0

virtual int	GetAxisConstraints ()=0

virtual void	SetAxisConstraints (int c)=0

virtual void	EnableAxisConstraints (int c, BOOL enabled)=0

virtual void	PushAxisConstraints (int c)=0

virtual void	PopAxisConstraints ()=0

virtual int	GetCoordCenter ()=0

virtual void	SetCoordCenter (int c)=0

virtual void	EnableCoordCenter (BOOL enabled)=0

virtual int	GetRefCoordSys ()=0

virtual void	SetRefCoordSys (int c)=0

virtual void	EnableRefCoordSys (BOOL enabled)=0

Snap Related Methods

virtual float	SnapAngle (float angleIn, BOOL fastSnap=TRUE, BOOL forceSnap=FALSE)=0

virtual float	SnapPercent (float percentIn)=0

virtual BOOL	GetSnapState ()=0

virtual int	GetSnapMode ()=0

virtual BOOL	SetSnapMode (int mode)=0

virtual int	InitSnapInfo (SnapInfo *info)=0

Node Picking (interactive selection in the scene)

virtual void	SetPickMode (PickModeCallback *pCB)=0

virtual void	ClearPickMode ()=0

virtual INode *	PickNode (HWND hWnd, IPoint2 pt, PickNodeCallback *filt=NULL)=0

virtual void	BoxPickNode (ViewExp vpt, IPoint2 pt, BOOL crossing, PickNodeCallback *filt=NULL)=0

virtual void	CirclePickNode (ViewExp vpt, IPoint2 pt, BOOL crossing, PickNodeCallback *filt=NULL)=0

virtual void	FencePickNode (ViewExp vpt, IPoint2 pt, BOOL crossing, PickNodeCallback *filt=NULL)=0

virtual void	FlashNodes (INodeTab *nodes)=0

Sub-Object Related Methods

virtual void	RegisterSubObjectTypes (const MCHAR **types, int count, int startIndex=0)=0

virtual int	GetSubObjectLevel ()=0

virtual void	SetSubObjectLevel (int level, BOOL force=FALSE)=0

virtual int	GetNumSubObjectLevels ()=0

virtual void	PipeSelLevelChanged ()=0

virtual void	GetPipelineSubObjLevel (DWORDTab &levels)=0

virtual int	SubObHitTest (TimeValue t, int type, int crossing, int vflags, IPoint2 p, ViewExp vpt)=0

Sub-Object Selection Sets (Named)

virtual void	AppendSubObjectNamedSelSet (const MCHAR *set)=0

virtual void	ClearSubObjectNamedSelSets ()=0

Selection Sets (Named)

virtual void	ClearCurNamedSelSet ()=0

virtual void	SetCurNamedSelSet (const MCHAR *setName)=0

virtual void	NamedSelSetListChanged ()=0

Modifier Related Methods
virtual void	GetModContexts (ModContextList &list, INodeTab &nodes)=0

virtual BaseObject *	GetCurEditObject ()=0

Node Selection Sets
virtual BOOL	SelectionFrozen ()=0

virtual void	FreezeSelection ()=0

virtual void	ThawSelection ()=0

virtual INode *	GetSelNode (int i)=0

virtual int	GetSelNodeCount ()=0

virtual void	SelectNode (INode *node, int clearSel=1)=0

virtual void	DeSelectNode (INode *node)=0

virtual void	SelectNodeTab (INodeTab &nodes, BOOL sel, BOOL redraw=TRUE)=0

virtual void	ClearNodeSelection (BOOL redraw=TRUE)=0

virtual void	GetSelectionWorldBox (TimeValue t, Box3 &box)=0

virtual bool	CloneNodes (INodeTab &nodes, Point3 &offset, bool expandHierarchies=true, CloneType cloneType=NODE_COPY, INodeTab resultSource=NULL, INodeTab resultTarget=NULL)=0

virtual void	CollapseNode (INode *node, BOOL noWarning=FALSE)=0
	@ More...

virtual BOOL	CollapseNodeTo (INode *node, int modIndex, BOOL noWarning=FALSE)=0

virtual BOOL	ConvertNode (INode *node, Class_ID &cid)=0

virtual IRenderPresetsManager *	GetRenderPresetsManager ()=0

virtual DefaultActionSys *	DefaultActions ()=0

virtual BOOL	SetQuietMode (BOOL onOff)=0
	Sets internal flag, returns old value. More...

virtual BOOL	GetQuietMode (BOOL checkServerMode=TRUE)=0
	The return value from this method should be called before displaying any dialogs. More...

virtual void	SetAutoGridEnable (bool sw=true)=0
	Enables/disables system AutoGrid feature. More...

virtual bool	GetAutoGridEnable ()=0
	Query system AutoGrid feature enable state. More...

virtual bool	GetAutoGridState ()=0
	Query system AutoGrid feature state. More...

virtual void	SetAutoGridState (bool sw=true)=0
	Sets system AutoGrid state. More...

Show End Result Related Methods

virtual void	EnableShowEndResult (BOOL enabled)=0

virtual BOOL	GetShowEndResult ()=0

virtual void	SetShowEndResult (BOOL show)=0

Command Panel and Rollup Page Methods

virtual int	GetCommandPanelTaskMode ()=0

virtual void	SetCommandPanelTaskMode (int mode)=0

virtual HWND	AddRollupPage (HINSTANCE hInst, const MCHAR dlgTemplate, DLGPROC dlgProc, const MCHAR title, LPARAM param=0, DWORD rollUpFlags=0, int category=ROLLUP_CAT_STANDARD)=0

virtual void	AddRollupPage (QWidget &qtWidget, const MCHAR *title, DWORD rollupFlags=0, int category=ROLLUP_CAT_STANDARD)=0
	Adds a rollup page that hosts a Qt dialog. More...

virtual HWND	AddRollupPage (HINSTANCE hInst, DLGTEMPLATE dlgTemplate, DLGPROC dlgProc, const MCHAR title, LPARAM param=0, DWORD rollUpFlags=0, int category=ROLLUP_CAT_STANDARD)=0

virtual void	DeleteRollupPage (HWND hRollup)=0

virtual void	DeleteRollupPage (QWidget &qtWidget)=0
	Removes a rollup page that hosts a Qt dialog. More...

virtual HWND	ReplaceRollupPage (HWND hOldRollup, HINSTANCE hInst, const MCHAR dlgTemplate, DLGPROC dlgProc, const MCHAR title, LPARAM param=0, DWORD rollUpFlags=0, int category=ROLLUP_CAT_STANDARD)=0

virtual HWND	ReplaceRollupPage (HWND hOldRollup, HINSTANCE hInst, DLGTEMPLATE dlgTemplate, DLGPROC dlgProc, const MCHAR title, LPARAM param=0, DWORD rollUpFlags=0, int category=ROLLUP_CAT_STANDARD)=0

virtual IRollupWindow *	GetCommandPanelRollup ()=0

virtual void	RollupMouseMessage (HWND hDlg, UINT message, WPARAM wParam, LPARAM lParam)=0

Animation/Time/Playback Related Methods

virtual void	EnableAnimateButton (BOOL enable)=0

virtual BOOL	IsAnimateEnabled ()=0

virtual void	SetAnimateButtonState (BOOL onOff)=0

virtual bool	InProgressiveMode ()=0

virtual void	BeginProgressiveMode ()=0

virtual void	EndProgressiveMode ()=0

virtual TimeValue	GetTime ()=0

virtual void	SetTime (TimeValue t, BOOL redraw=TRUE)=0

virtual Interval	GetAnimRange ()=0

virtual void	SetAnimRange (Interval range)=0

virtual BOOL	GetRealTimePlayback ()=0

virtual void	SetRealTimePlayback (BOOL realTime)=0

virtual BOOL	GetPlayActiveOnly ()=0

virtual void	SetPlayActiveOnly (BOOL playActive)=0

virtual void	StartAnimPlayback (int selOnly=FALSE)=0

virtual void	EndAnimPlayback ()=0

virtual BOOL	IsAnimPlaying ()=0

virtual int	GetPlaybackSpeed ()=0

virtual void	SetPlaybackSpeed (int s)=0

virtual BOOL	GetPlaybackLoop ()=0

virtual void	SetPlaybackLoop (BOOL loop)=0

Selection Filter Drop-down Related Methods
virtual int	GetSelectFilter ()=0

virtual void	SetSelectFilter (int c)=0

virtual int	GetNumberSelectFilters ()=0

virtual const MCHAR *	GetSelectFilterName (int index)=0

virtual BOOL	GetDisplayFilter (int index)=0

virtual void	SetDisplayFilter (int index, BOOL on)=0

virtual int	GetNumberDisplayFilters ()=0

virtual BOOL	DisplayFilterIsNodeVisible (int index, int sid, Class_ID cid, INode *node)=0

virtual const MCHAR *	GetDisplayFilterName (int index)=0

Axis System Related Methods
virtual Matrix3	GetTransformAxis (INode node, int subIndex, BOOL local=NULL)=0

virtual int	GetNumAxis ()=0

virtual void	LockAxisTripods (BOOL onOff)=0

virtual BOOL	AxisTripodLocked ()=0

Register Windows

virtual void	RegisterDlgWnd (HWND hDlg)=0

virtual int	UnRegisterDlgWnd (HWND hDlg)=0

Keyboard Accelerators
virtual void	RegisterAccelTable (HWND hWnd, HACCEL hAccel)=0

virtual int	UnRegisterAccelTable (HWND hWnd, HACCEL hAccel)=0

Action Table and Menu Manager Methods

virtual IActionManager *	GetActionManager ()=0

virtual IMenuManager *	GetMenuManager ()=0

Right Click Menu

virtual RightClickMenuManager *	GetRightClickMenuManager ()=0

Delete Key Notification
virtual void	RegisterDeleteUser (EventUser *user)=0

virtual void	UnRegisterDeleteUser (EventUser *user)=0

Creating Unique
virtual void	MakeNameUnique (MSTR &name)=0

virtual NameMaker *	NewNameMaker (BOOL initFromScene=TRUE)=0

Creation Related Methods
virtual INode *	CreateObjectNode (Object *obj)=0

virtual GenCamera *	CreateCameraObject (int type)=0
	Creates a new camera object of the given type. More...

virtual Object *	CreateTargetObject ()=0

virtual GenLight *	CreateLightObject (int type)=0

virtual void *	CreateInstance (SClass_ID superID, Class_ID classID)=0

virtual int	BindToTarget (INode laNode, INode targNode)=0

virtual void	StopCreating ()=0

virtual Object *	NonMouseCreate (Matrix3 tm)=0

virtual void	NonMouseCreateFinish (Matrix3 tm)=0

Node Related Methods

virtual unsigned int	DeleteNode (INode *node, BOOL redraw=TRUE, BOOL overrideSlaves=FALSE)=0
	Deletes the specified node from the scene. More...

virtual INode *	GetRootNode ()=0

virtual void	SetNodeTMRelConstPlane (INode *node, Matrix3 &mat)=0

virtual INode *	GetINodeByName (const MCHAR *name)=0

virtual INode *	GetINodeByHandle (ULONG handle)=0

Light Related Methods

virtual void	AddLightToScene (INode *node)=0

virtual float	GetLightConeConstraint ()=0

virtual void	AddSFXRollupPage (ULONG vflags=0)=0

virtual void	DeleteSFXRollupPage ()=0

virtual void	RefreshSFXRollupPage ()=0

Plug-In and Bitmap Paths

virtual const MCHAR *	GetDir (int which)=0

virtual int	GetPlugInEntryCount ()=0

virtual const MCHAR *	GetPlugInDesc (int i)=0

virtual const MCHAR *	GetPlugInDir (int i)=0

Material Related Methods
virtual MtlBase *	GetMtlSlot (int slot)=0

virtual MtlBaseLib *	GetSceneMtls ()=0

virtual BOOL	OkMtlForScene (MtlBase *m)=0

virtual MtlBaseLib &	GetMaterialLibrary ()=0

CoreExport void	DeActivateTexture (MtlBase tx, Mtl mtl, int subNum=-1)

CoreExport void	ActivateTexture (MtlBase tx, Mtl mtl, int subNum=-1)

virtual void	AssignNewName (Mtl *m)=0

virtual void	AssignNewName (Texmap *m)=0

virtual void	UpdateMtlEditorBrackets ()=0

virtual void	ConvertMtl (TimeValue t, Material &gm, Mtl mtl, BOOL doTex, int subNum, float vis, BOOL &needDecal, INode node, BitArray needTex, GraphicsWindow gw)=0

Filenames and Pathnames
virtual MSTR &	GetCurFileName ()=0

virtual MSTR &	GetCurFilePath ()=0

virtual const MCHAR *	GetMatLibFileName ()=0

File Open/Merge/Save/Reset/Hold/Fetch Methods
virtual void	FileOpen ()=0

virtual BOOL	FileSave ()=0

virtual BOOL	FileSaveAs ()=0

virtual void	FileSaveSelected ()=0

virtual void	FileReset (BOOL noPrompt=FALSE)=0

virtual void	FileMerge ()=0

virtual void	FileHold ()=0

virtual void	FileFetch ()=0

virtual void	FileOpenMatLib (HWND hWnd)=0

virtual void	FileSaveMatLib (HWND hWnd)=0

virtual void	FileSaveAsMatLib (HWND hWnd)=0

virtual void	LoadDefaultMatLib ()=0

virtual int	LoadFromFile (const MCHAR *name, BOOL refresh=TRUE)=0

virtual int	SaveToFile (const MCHAR *fname, BOOL clearNeedSaveFlag=TRUE, BOOL useNewFile=TRUE)=0

virtual void	FileSaveSelected (const MCHAR *fname)=0

virtual void	FileSaveNodes (INodeTab nodes, const MCHAR fname)=0

virtual int	LoadMaterialLib (const MCHAR name, MtlBaseLib lib=NULL)=0

virtual int	SaveMaterialLib (const MCHAR name, MtlBaseLib lib=NULL)=0

virtual int	MergeFromFile (const MCHAR name, BOOL mergeAll=FALSE, BOOL selMerged=FALSE, BOOL refresh=TRUE, int dupAction=MERGE_DUPS_PROMPT, NameTab mrgList=NULL, int dupMtlAction=MERGE_DUP_MTL_PROMPT, int reparentAction=MERGE_REPARENT_PROMPT, BOOL includeFullGroup=FALSE)=0

virtual BOOL	CheckForSave ()=0

virtual void	SetMAXFileOpenDlg (MAXFileOpenDialog *dlg)=0

virtual void	SetMAXFileSaveDlg (MAXFileSaveDialog *dlg)=0

virtual bool	IsMaxFile (const MCHAR *filename)=0

virtual bool	IsInternetCachedFile (const MCHAR *filename)=0

File Import/Export Related Methods

virtual BOOL	FileImport ()=0

virtual BOOL	FileExport ()=0

virtual BOOL	ImportFromFile (const MCHAR name, BOOL suppressPrompts=FALSE, Class_ID importerID=NULL)=0

virtual BOOL	ExportToFile (const MCHAR name, BOOL suppressPrompts=FALSE, DWORD options=0, Class_ID exporterID=NULL)=0

virtual BOOL	GetImportZoomExtents ()=0

virtual void	SetImportZoomExtents (BOOL onOff)=0

virtual bool	CanImportFile (const MCHAR *filename)=0

Node Grouping

virtual INode *	GroupNodes (INodeTab nodes=NULL, MSTR name=NULL, BOOL selGroup=TRUE)=0

virtual void	UngroupNodes (INodeTab *nodes=NULL)=0

virtual void	ExplodeNodes (INodeTab *nodes=NULL)=0

virtual void	OpenGroup (INodeTab *nodes=NULL, BOOL clearSel=TRUE)=0

virtual void	CloseGroup (INodeTab *nodes=NULL, BOOL selGroup=TRUE)=0

Windows Messages
virtual void	TranslateAndDispatchMAXMessage (MSG &msg)=0

virtual BOOL	CheckMAXMessages ()=0

Viewport Background Properties

virtual BOOL	setBkgImageAsset (const MaxSDK::AssetManagement::AssetUser &asset)=0

virtual const MaxSDK::AssetManagement::AssetUser &	getBkgImageAsset (void)=0

virtual void	setBkgImageAspect (int t)=0

virtual int	getBkgImageAspect ()=0

virtual void	setBkgImageAnimate (BOOL onOff)=0

virtual int	getBkgImageAnimate (void)=0

virtual void	setBkgFrameRange (int start, int end, int step=1)=0

virtual int	getBkgFrameRangeVal (int which)=0

virtual void	setBkgORType (int which, int type)=0

virtual int	getBkgORType (int which)=0

virtual void	setBkgStartTime (TimeValue t)=0

virtual TimeValue	getBkgStartTime ()=0

virtual void	setBkgSyncFrame (int f)=0

virtual int	getBkgSyncFrame ()=0

virtual int	getBkgFrameNum (TimeValue t)=0

virtual void	SetViewportBGColor (const Point3 &color)=0

virtual Point3	GetViewportBGColor ()=0

Plug-In Renderer Access

virtual int	OpenRenderer (Renderer pRenderer, INode camNode, ViewExp *view, RendType type=RENDTYPE_NORMAL, int w=0, int h=0)=0

virtual int	OpenRenderer (Renderer pRenderer, ViewParams vpar, RendType type=RENDTYPE_NORMAL, int w=0, int h=0)=0

virtual int	RendererRenderFrame (Renderer pRenderer, TimeValue t, Bitmap bm, RendProgressCallback prog=NULL, float frameDur=1.0f, ViewParams vp=NULL, RECT *regionRect=NULL)=0

virtual void	CloseRenderer (Renderer *pRenderer)=0

virtual Renderer *	GetCurrentRenderer (bool createRendererIfItDoesntExist=true)=0

virtual Renderer *	GetProductionRenderer (bool createRendererIfItDoesntExist=true)=0

virtual Renderer *	GetDraftRenderer (bool createRendererIfItDoesntExist=true)=0

virtual Renderer *	GetRenderer (RenderSettingID renderSettingID, bool createRendererIfItDoesntExist=true)=0

virtual void	AssignCurRenderer (Renderer *rend)=0

virtual void	AssignProductionRenderer (Renderer *rend)=0

virtual void	AssignDraftRenderer (Renderer *rend)=0

virtual void	AssignRenderer (RenderSettingID renderSettingID, Renderer *rend)=0

virtual void	SetUseDraftRenderer (BOOL b)=0

virtual BOOL	GetUseDraftRenderer ()=0

virtual void	ChangeRenderSetting (RenderSettingID renderSettingID)=0

virtual RenderSettingID	GetCurrentRenderSetting ()=0

virtual IRenderElementMgr *	GetCurRenderElementMgr ()=0

virtual IRenderElementMgr *	GetRenderElementMgr (RenderSettingID renderSettingID)=0

virtual void	SetupRendParams (RendParams &rp, ViewExp *vpt, RendType t=RENDTYPE_NORMAL)=0

virtual void	GetViewParamsFromNode (INode *vnode, ViewParams &vp, TimeValue t)=0

virtual BOOL	CheckForRenderAbort ()=0
	This method may be called during a rendering to check if user has cancelled the render. More...

virtual void	AbortRender ()=0
	Calling this method during a render will set the flag that indicates that the render is to be aborted. More...

virtual int	GetRendTimeType ()=0

virtual void	SetRendTimeType (int type)=0

virtual TimeValue	GetRendStart ()=0

virtual void	SetRendStart (TimeValue start)=0

virtual TimeValue	GetRendEnd ()=0

virtual void	SetRendEnd (TimeValue end)=0

virtual int	GetRendNThFrame ()=0

virtual void	SetRendNThFrame (int n)=0

virtual BOOL	GetRendShowVFB ()=0

virtual void	SetRendShowVFB (BOOL onOff)=0

virtual BOOL	GetRendSaveFile ()=0

virtual void	SetRendSaveFile (BOOL onOff)=0

virtual BOOL	GetRendUseDevice ()=0

virtual void	SetRendUseDevice (BOOL onOff)=0

virtual BOOL	GetRendUseNet ()=0

virtual void	SetRendUseNet (BOOL onOff)=0

virtual BitmapInfo &	GetRendFileBI ()=0

virtual BitmapInfo &	GetRendDeviceBI ()=0

virtual int	GetRendWidth ()=0

virtual void	SetRendWidth (int w)=0

virtual int	GetRendHeight ()=0

virtual void	SetRendHeight (int h)=0

virtual float	GetRendApect ()=0

virtual void	SetRendAspect (float a)=0

virtual float	GetRendImageAspect ()=0

virtual float	GetRendApertureWidth ()=0

virtual void	SetRendApertureWidth (float aw)=0

virtual BOOL	GetRendFieldRender ()=0

virtual void	SetRendFieldRender (BOOL onOff)=0

virtual BOOL	GetRendColorCheck ()=0

virtual void	SetRendColorCheck (BOOL onOff)=0

virtual BOOL	GetRendSuperBlack ()=0

virtual void	SetRendSuperBlack (BOOL onOff)=0

virtual BOOL	GetRendHidden ()=0

virtual void	SetRendHidden (BOOL onOff)=0

virtual BOOL	GetRendForce2Side ()=0

virtual void	SetRendForce2Side (BOOL onOff)=0

virtual BOOL	GetRendAtmosphere ()=0

virtual void	SetRendAtmosphere (BOOL onOff)=0

virtual BOOL	GetRendEffects ()=0

virtual void	SetRendEffects (BOOL onOff)=0

virtual BOOL	GetRendDisplacement ()=0

virtual void	SetRendDisplacement (BOOL onOff)=0

virtual MSTR &	GetRendPickFramesString ()=0

virtual BOOL	GetRendDitherTrue ()=0

virtual void	SetRendDitherTrue (BOOL onOff)=0

virtual BOOL	GetRendDither256 ()=0

virtual void	SetRendDither256 (BOOL onOff)=0

virtual BOOL	GetRendMultiThread ()=0

virtual void	SetRendMultiThread (BOOL onOff)=0

virtual BOOL	GetRendNThSerial ()=0

virtual void	SetRendNThSerial (BOOL onOff)=0

virtual int	GetRendVidCorrectMethod ()=0

virtual void	SetRendVidCorrectMethod (int m)=0

virtual int	GetRendFieldOrder ()=0

virtual void	SetRendFieldOrder (int fo)=0

virtual int	GetRendNTSC_PAL ()=0

virtual void	SetRendNTSC_PAL (int np)=0

virtual int	GetRendSuperBlackThresh ()=0

virtual void	SetRendSuperBlackThresh (int sb)=0

virtual int	GetRendFileNumberBase ()=0

virtual void	SetRendFileNumberBase (int n)=0

virtual BOOL	GetSkipRenderedFrames ()=0

virtual void	SetSkipRenderedFrames (BOOL onOff)=0

Hide By Category Flags

virtual DWORD	GetHideByCategoryFlags ()=0

virtual void	SetHideByCategoryFlags (DWORD f)=0

Video Post Related Methods
virtual INode *	GetINodeFromRenderID (UWORD id)=0

Execute MAX Commands
virtual void	ExecuteMAXCommand (int id)=0

Environment Access (Ambient/Atmosphere/Background Access)

virtual Texmap *	GetEnvironmentMap ()=0

virtual void	SetEnvironmentMap (Texmap *map)=0

virtual BOOL	GetUseEnvironmentMap ()=0

virtual void	SetUseEnvironmentMap (BOOL onOff)=0

virtual Point3	GetAmbient (TimeValue t, Interval &valid)=0

virtual void	SetAmbient (TimeValue t, Point3 col)=0

virtual Control *	GetAmbientController ()=0

virtual void	SetAmbientController (Control *c)=0

virtual Point3	GetLightTint (TimeValue t, Interval &valid)=0

virtual void	SetLightTint (TimeValue t, Point3 col)=0

virtual Control *	GetLightTintController ()=0

virtual void	SetLightTintController (Control *c)=0

virtual float	GetLightLevel (TimeValue t, Interval &valid)=0

virtual void	SetLightLevel (TimeValue t, float lev)=0

virtual Control *	GetLightLevelController ()=0

virtual void	SetLightLevelController (Control *c)=0

virtual int	NumAtmospheric ()=0

virtual Atmospheric *	GetAtmospheric (int i)=0

virtual void	SetAtmospheric (int i, Atmospheric *a)=0

virtual void	AddAtmosphere (Atmospheric *atmos)=0

virtual void	DeleteAtmosphere (int i)=0

virtual void	EditAtmosphere (Atmospheric a, INode gizmo=NULL)=0

virtual Point3	GetBackGround (TimeValue t, Interval &valid)=0

virtual void	SetBackGround (TimeValue t, Point3 col)=0

virtual Control *	GetBackGroundController ()=0

virtual void	SetBackGroundController (Control *c)=0

Render Effects Methods
virtual int	NumEffects ()=0

virtual Effect *	GetEffect (int i)=0

virtual void	SetEffect (int i, Effect *e)=0

virtual void	AddEffect (Effect *eff)=0

virtual void	DeleteEffect (int i)=0

virtual void	EditEffect (Effect e, INode gizmo=NULL)=0

Sound Object Access

virtual SoundObj *	GetSoundObject ()=0

virtual void	SetSoundObject (SoundObj *snd)=0

Error Logging
virtual LogSys *	Log ()=0

DLL Directory Access
virtual DllDir &	GetDllDir ()=0

virtual DllDir *	GetDllDirectory ()=0

General API Expansion Function
virtual INT_PTR	Execute (int cmd, ULONG_PTR arg1=0, ULONG_PTR arg2=0, ULONG_PTR arg3=0, ULONG_PTR arg4=0, ULONG_PTR arg5=0, ULONG_PTR arg6=0)=0

Scene Access

virtual ReferenceTarget *	GetScenePointer ()=0

Track Bar and Track View Related Methods

virtual ITrackViewNode *	GetTrackViewRootNode ()=0

virtual ITrackBar *	GetTrackBar ()=0

virtual ITreeView *	CreateTreeViewChild (ReferenceTarget *root, HWND hParent, DWORD style=0, ULONG id=0, int open=OPENTV_SPECIAL)=0

Bitmap/Texmap Related Methods

virtual void	FreeSceneBitmaps ()=0

virtual void	EnumAuxFiles (AssetEnumCallback &assetEnum, DWORD vflags)=0

virtual void	RenderTexmap (Texmap tex, Bitmap bm, float scale3d=1.0f, BOOL filter=FALSE, BOOL display=FALSE, float z=0.0f, TimeValue t=GetCOREInterface() ->GetTime(), bool bake=false)=0

virtual bool	CanImportBitmap (const MCHAR *filename)=0

virtual bool	CaptureSubObjectRegistration (bool OnOff, Class_ID cid)=0

virtual bool	DownloadUrl (HWND hwnd, const MCHAR url, const MCHAR filename, DWORD downloadFlags=0)=0

virtual INode *	GetImportCtxNode (void)=0

Rescale World Units Method
virtual void	RescaleWorldUnits (float f, BOOL selected)=0

Time Configuration Key Steps Settings Access
virtual BOOL	GetKeyStepsSelOnly ()=0

virtual void	SetKeyStepsSelOnly (BOOL onOff)=0

virtual BOOL	GetKeyStepsUseTrans ()=0

virtual void	SetKeyStepsUseTrans (BOOL onOff)=0

virtual BOOL	GetKeyStepsPos ()=0

virtual void	SetKeyStepsPos (BOOL onOff)=0

virtual BOOL	GetKeyStepsRot ()=0

virtual void	SetKeyStepsRot (BOOL onOff)=0

virtual BOOL	GetKeyStepsScale ()=0

virtual void	SetKeyStepsScale (BOOL onOff)=0

virtual BOOL	GetKeyStepsUseTrackBar ()=0

virtual void	SetKeyStepsUseTrackBar (BOOL onOff)=0

Transform Gizmo Related Methods

virtual BOOL	GetUseTransformGizmo ()=0

virtual void	SetUseTransformGizmo (BOOL onOff)=0

virtual void	SetTransformGizmoRestoreAxis (BOOL bOnOff)=0

virtual BOOL	GetTransformGizmoRestoreAxis ()=0

virtual BOOL	GetConstantAxisRestriction ()=0

virtual void	SetConstantAxisRestriction (BOOL onOff)=0

virtual int	HitTestTransformGizmo (IPoint2 p, ViewExp vpt, int axisFlags)=0

virtual void	DeactivateTransformGizmo ()=0

Add/Delete Class Methods

virtual int	AddClass (ClassDesc *pCD)=0

virtual int	DeleteClass (ClassDesc *pCD)=0

Property Set Access
The following methods provide access to the property set data stored by MAX. You can enter this data through the File Properties dialog. There are three tabs in this dialog that correspond to the options which can be specified for the PropertySet parameter used in the methods below. The PROPSPEC and PROPVARIANT structures used below are part of the Windows API.
virtual int	GetNumProperties (int PropertySet)=0

virtual int	FindProperty (int PropertySet, const PROPSPEC *propspec)=0

virtual const PROPVARIANT *	GetPropertyVariant (int PropertySet, int idx)=0

virtual const PROPSPEC *	GetPropertySpec (int PropertySet, int idx)=0

virtual void	AddProperty (int PropertySet, const PROPSPEC propspec, const PROPVARIANT propvar)=0

virtual void	DeleteProperty (int PropertySet, const PROPSPEC *propspec)=0

XRef Methods
virtual void	SetIncludeXRefsInHierarchy (BOOL onOff)=0

virtual BOOL	GetIncludeXRefsInHierarchy ()=0

virtual BOOL	IsXRefAutoUpdateSuspended ()=0

virtual void	SetXRefAutoUpdateSuspended (BOOL onOff)=0

virtual BOOL	IsSceneXRefNode (INode *node)=0

Licensing Methods
virtual bool	IsTrialLicense ()=0

virtual bool	IsNetworkLicense ()=0
	Returns true if the application is running under a network license. More...

RAM Player

virtual void	RAMPlayer (HWND hWndParent, const MCHAR szChanA=NULL, const MCHAR szChanB=NULL)=0

Undo/Redo Related Methods

virtual void	FlushUndoBuffer ()=0

Deferred Loading Related Methods

virtual bool	DeferredPluginLoadingEnabled ()=0

virtual void	EnableDeferredPluginLoading (bool onOff)=0

Public Member Functions inherited from FPInterfaceDesc
CoreExport	FPInterfaceDesc ()

CoreExport	FPInterfaceDesc (Interface_ID id, const MCHAR int_name, StringResID descr, ClassDesc cd, ULONG flag,...)

CoreExport	~FPInterfaceDesc ()

virtual void	Init ()

LifetimeType	LifetimeControl ()

CoreExport void	LoadDescriptor (Interface_ID id, const MCHAR int_name, StringResID descr, ClassDesc pCD, ULONG flag,...)

CoreExport void	AppendFunction (int id,...)
	Add a new function to this interface descriptor. More...

CoreExport void	AppendProperty (int id,...)
	Add a new property to this interface descriptor. More...

CoreExport void	AppendEnum (int id,...)
	Add a new enum to this interface descriptor. More...

CoreExport void	SetClassDesc (ClassDesc *i_cd)

CoreExport va_list	check_fn (va_list ap, int id)

CoreExport va_list	scan_fn (va_list ap, int id, int index)

CoreExport va_list	check_prop (va_list ap, int id)

CoreExport va_list	scan_prop (va_list ap, int id, int index)

CoreExport va_list	check_enum (va_list ap, EnumID id)

CoreExport va_list	scan_enum (va_list ap, EnumID id, int index)

FPInterfaceDesc *	GetDesc ()

Interface_ID	GetID ()

CoreExport FPFunctionDef *	GetFnDef (FunctionID fid)

ActionTable *	GetActionTable ()

CoreExport void	EnableActions (BOOL onOff)

virtual CoreExport HINSTANCE	HInstance ()

virtual CoreExport const MCHAR *	GetRsrcString (StringResID id)

Public Member Functions inherited from FPInterface
virtual CoreExport FPStatus	Invoke (FunctionID fid, TimeValue t=0, FPParams *params=NULL)

virtual FPStatus	Invoke (FunctionID fid, FPParams *params)

virtual CoreExport FPStatus	Invoke (FunctionID fid, TimeValue t, FPValue &result, FPParams *params=NULL)

virtual FPStatus	Invoke (FunctionID fid, FPValue &result, FPParams *params=NULL)

virtual CoreExport FunctionID	FindFn (const MCHAR *name)

virtual CoreExport BOOL	IsEnabled (FunctionID actionID)

virtual CoreExport BOOL	IsChecked (FunctionID actionID)

virtual CoreExport BOOL	IsVisible (FunctionID actionID)

virtual CoreExport FunctionID	GetIsEnabled (FunctionID actionID)

virtual CoreExport FunctionID	GetIsChecked (FunctionID actionID)

virtual CoreExport FunctionID	GetIsVisible (FunctionID actionID)

Public Member Functions inherited from BaseInterface
virtual UtilExport	~BaseInterface ()
	Destructor. More...

virtual bool	RegisterNotifyCallback (InterfaceNotifyCallback *incb)

virtual void	UnRegisterNotifyCallback (InterfaceNotifyCallback *incb)

virtual BaseInterface *	AcquireInterface ()

virtual void	ReleaseInterface ()

virtual void	DeleteInterface ()

virtual BaseInterface *	CloneInterface (void *remapDir=NULL)

Public Member Functions inherited from InterfaceServer
virtual UtilExport	~InterfaceServer ()
	Destructor. More...

Additional Inherited Members
Public Types inherited from BaseInterface
enum	LifetimeType { noRelease, immediateRelease, wantsRelease, serverControlled }

Static Public Member Functions inherited from MaxHeapOperators
static UtilExport void *	operator new (size_t size)
	Standard new operator used to allocate objects If there is insufficient memory, an exception will be thrown. More...

static UtilExport void *	operator new (size_t size, const std::nothrow_t &e)
	Standard new operator used to allocate objects if there is insufficient memory, NULL will be returned. More...

static UtilExport void *	operator new (size_t size, const char *filename, int line)
	New operator used to allocate objects that takes the filename and line number where the new was called If there is insufficient memory, an exception will be thrown. More...

static UtilExport void *	operator new (size_t size, int block_type, const char *filename, int line)
	New operator used to allocate objects that takes the type of memory, filename and line number where the new was called If there is insufficient memory, an exception will be thrown. More...

static UtilExport void *	operator new (size_t size, const std::nothrow_t &e, const char *filename, int line)
	New operator used to allocate objects that takes the filename and line number where the new was called If there is insufficient memory, NULL will be returned. More...

static UtilExport void *	operator new (size_t size, unsigned long flags)
	New operator used to allocate objects that takes extra flags to specify special operations If there is insufficient memory, an exception will be thrown. More...

static UtilExport void *	operator new (size_t size, const std::nothrow_t &e, unsigned long flags)
	New operator used to allocate objects that takes extra flags to specify special operations If there is insufficient memory, NULL will be returned. More...

static UtilExport void *	operator new[] (size_t size)
	New operator used to allocate arrays of objects If there is insufficient memory, an exception will be thrown. More...

static UtilExport void *	operator new[] (size_t size, const std::nothrow_t &e)
	New operator used to allocate arrays of objects If there is insufficient memory, NULL will be returned. More...

static UtilExport void *	operator new[] (size_t size, const char *filename, int line)
	New operator used to allocate arrays of objects If there is insufficient memory, an exception will be thrown. More...

static UtilExport void *	operator new[] (size_t size, int block_type, const char *filename, int line)
	New operator used to allocate arrays of objects. More...

static UtilExport void *	operator new[] (size_t size, const std::nothrow_t &e, const char *filename, int line)
	New operator used to allocate arrays of objects If there is insufficient memory, NULL will be returned. More...

static UtilExport void *	operator new[] (size_t size, unsigned long flags)
	New operator used to allocate arrays of objects If there is insufficient memory, an exception will be thrown. More...

static UtilExport void *	operator new[] (size_t size, const std::nothrow_t &e, unsigned long flags)
	New operator used to allocate arrays of objects If there is insufficient memory, NULL will be returned. More...

static UtilExport void	operator delete (void *ptr)
	Standard delete operator used to deallocate an object If the pointer is invalid, an exception will be thrown. More...

static UtilExport void	operator delete (void *ptr, const std::nothrow_t &e)
	Standard delete operator used to deallocate an object If the pointer is invalid, nothing will happen. More...

static UtilExport void	operator delete (void ptr, const char filename, int line)
	Delete operator used to deallocate an object that takes the filename and line number where the delete was called If the pointer is invalid, an exception will be thrown. More...

static UtilExport void	operator delete (void ptr, int block_type, const char filename, int line)
	Delete operator used to deallocate an object that takes the type of memory, filename and line number where the delete was called If the pointer is invalid, an exception will be thrown. More...

static UtilExport void	operator delete (void ptr, const std::nothrow_t &e, const char filename, int line)
	Delete operator used to deallocate an object that takes the filename and line number where the delete was called If the pointer is invalid, nothing will happen. More...

static UtilExport void	operator delete (void *ptr, unsigned long flags)
	Delete operator used to deallocate an object that takes extra flags to specify special operations If the pointer is invalid, an exception will be thrown. More...

static UtilExport void	operator delete (void *ptr, const std::nothrow_t &e, unsigned long flags)
	Delete operator used to deallocate an object that takes extra flags to specify special operations If the pointer is invalid, nothing will happen. More...

static UtilExport void	operator delete[] (void *ptr)
	Standard delete operator used to deallocate an array of objects If the pointer is invalid, an exception will be thrown. More...

static UtilExport void	operator delete[] (void *ptr, const std::nothrow_t &e)
	Standard delete operator used to deallocate an array of objects If the pointer is invalid, nothing will happen. More...

static UtilExport void	operator delete[] (void ptr, const char filename, int line)
	Delete operator used to deallocate an array of objects that takes the filename and line number where the delete was called If the pointer is invalid, an exception will be thrown. More...

static UtilExport void	operator delete[] (void ptr, int block_type, const char filename, int line)
	Delete operator used to deallocate an array of objects that takes the type of memory, filename and line number where the delete was called If the pointer is invalid, an exception will be thrown. More...

static UtilExport void	operator delete[] (void ptr, const std::nothrow_t &e, const char filename, int line)
	Delete operator used to deallocate an array of objects that takes the filename and line number where the delete was called If the pointer is invalid, nothing will happen. More...

static UtilExport void	operator delete[] (void *ptr, unsigned long flags)
	Delete operator used to deallocate an array of objects that takes extra flags to specify special operations If the pointer is invalid, an exception will be thrown. More...

static UtilExport void	operator delete[] (void *ptr, const std::nothrow_t &e, unsigned long flags)
	Delete operator used to deallocate an array of objects that takes extra flags to specify special operations If the pointer is invalid, an exception will be thrown. More...

static UtilExport void *	operator new (size_t size, void *placement_ptr)
	Placement new operator. More...

static UtilExport void	operator delete (void ptr, void placement_ptr)
	Placement delete operator. More...

static UtilExport void *	aligned_malloc (size_t size, size_t alignment)
	Allocates memory on a specified alignment boundary. More...

static UtilExport void *	aligned_realloc (void *ptr, size_t size, size_t alignment)
	Reallocates memory on a specified alignment boundary. More...

static UtilExport void	aligned_free (void *ptr)
	Frees a block of memory that was allocated with aligned_malloc/aligned_realloc. More...

Public Attributes inherited from FPInterfaceDesc
Interface_ID	ID

MSTR	internal_name

StringResID	description

ClassDesc *	cd

USHORT	flags

Tab< FPFunctionDef * >	functions

Tab< FPPropDef * >	props

Tab< FPEnum * >	enumerations

MSPluginClass *	pc

Rollout *	rollout

ActionTable *	action_table

Static Public Attributes inherited from FPInterface
static CoreExport FPInterfaceDesc	nullInterface

Protected Member Functions inherited from FPInterfaceDesc
CoreExport void	load_descriptor (Interface_ID id, const MCHAR int_name, StringResID descr, ClassDesc cd, USHORT flag, va_list ap)

Protected Member Functions inherited from FPInterface
virtual FPStatus	_dispatch_fn (FunctionID fid, TimeValue t, FPValue &result, FPParams *p)

Member Function Documentation

virtual HFONT GetAppHFont ( )

pure virtual

Remarks: Returns the handle of the font used by MAX. The default font is the same one returned from GetAppHFont(). So if a developer makes a dialog in the rollup page the correct font will be used automatically.

virtual void RedrawViews	(	TimeValue	t,
		DWORD	vpFlags = `REDRAW_NORMAL`,
		ReferenceTarget *	change = `NULL`
	)

pure virtual

Remarks: This method may be called to cause the viewports to be redrawn.

Parameters:: TimeValue t

The time at which to redraw the viewports.

DWORD vpFlags=REDRAW_NORMAL

You may specify one of the following:

REDRAW_BEGIN

Call this before you redraw.

REDRAW_INTERACTIVE

This allows the view quality to degrade to maintain interactively.

REDRAW_END

If during interactive redraw the state degraded, this will redraw the views in the undegraded state.

REDRAW_NORMAL

This redraws the views in the undegraded state.

ReferenceTarget *change=NULL

This parameter is not used - always let it default to NULL.

Example:: ip->RedrawViews(ip->GetTime(),REDRAW_BEGIN);

// More code ...

ip->RedrawViews(ip->GetTime(),REDRAW_INTERACTIVE);

// More code ...

ip->RedrawViews(ip->GetTime(),REDRAW_END);

virtual BOOL SetActiveViewport ( HWND hwnd )

pure virtual

Remarks: This allows you to specify the active viewport.

Parameters:: HWND hwnd

The handle of the window to activate.

Returns: TRUE if the viewport was not previously active; otherwise FALSE.

virtual ViewExp& GetActiveViewExp ( )

pure virtual

Remarks: Returns the ViewExp reference of the active MAX viewport. NOTE: if none of the viewports are active, the first viewport of the current view tab is returned

virtual void ForceCompleteRedraw ( BOOL doDisabled = TRUE )

pure virtual

Remarks: Calling this method will cause all the viewports to be completely redrawn. Note: This method literally forces everything (every object, every screen rectangle, every view) to be marked invalid and then the whole scene is regenerated. (The individual object pipeline caches are not flushed, however.) So this routine is guaranteed to be slow.

Parameters:: BOOL doDisabled=TRUE

If TRUE disabled viewports are redrawn; otherwise they are not.

virtual IObjCreate* GetIObjCreate ( )

pure virtual

Remarks: Returns this interface pointer cast as a IObjCreate pointer.

virtual IObjParam* GetIObjParam ( )

pure virtual

Remarks: Returns this interface pointer cast as a IObjParam pointer.

virtual HWND GetMAXHWnd ( ) const

pure virtual

Remarks: Returns the window handle of 3ds Max.

virtual MaxSDK::QmaxMainWindow* GetQmaxMainWindow ( ) const

pure virtual

Returns the Qt docking main window of 3ds Max.

Use this window to attach your toolbar or dock widget to the 3ds Max main UI. When you create new Qt toolbars or dock widgets, you must use the extended 3ds Max version QmaxToolBar and QmaxDockWidget instead of the Qt standard components.

See also: class QmaxToolBar, class QmaxDockWidget

virtual BOOL DisplayActiveCameraViewWithMultiPassEffect ( )

pure virtual

Remarks: This method will draw the active view (if it is a camera view with a multi-pass effect enabled) with that effect active.

Returns: TRUE if the active view is a camera view with a multi-pass effect enabled, FALSE otherwise.

virtual BOOL SetActiveViewportTransparencyDisplay ( int transType )

pure virtual

virtual void DisableSceneRedraw ( )

pure virtual

Turns off scene redraws.

In order to increase the speed of certain operations, scene redraw should be turned off temporarily, then once the operation completed, should be turned back on. Scene redraw should be disabled in implementations of the Renderer::Open() method and re-enabled in implementations of Renderer::Close() method.

Note: Calls to DisableSceneRedraw() and EnableSceneRedraw() should be paired up since the system counts the requests for disabling the scene redraw. If several scene disable requests are issued, it takes an equal number of scene enable requests to re-enable the redrawing of the scene.

See also: EnableSceneRedraw, IsSceneRedrawDisabled, class SuspendSceneRedrawGuard

virtual void EnableSceneRedraw ( )

pure virtual

Turns on scene redraws.

In order to increase the speed of certain operations, scene redraw should be turned off temporarily, then once the operation completed, should be turned back on. Scene redraw should be disabled in implementations of the Renderer::Open() method and re-enabled in implementations of Renderer::Close() method.

Note: Calls to DisableSceneRedraw() and EnableSceneRedraw() should be paired up since the system counts the requests for disabling the scene redraw. If several scene disable requests are issued, it takes an equal number of scene enable requests to re-enable the redrawing of the scene.

See also: DisableSceneRedraw, IsSceneRedrawDisabled, class SuspendSceneRedrawGuard

virtual int IsSceneRedrawDisabled ( )

pure virtual

Tells whether the scene redraw is disabled.

Call this method to find out whether the scene redraw is disabled.

Returns: The count of scene redraw disable requests. This will be positive, if the scene redraw is turned off, and zero or negative if it is turned on.

See also: EnableSceneRedraw, DisableSceneredraw, class SuspendSceneRedrawGuard

virtual void RegisterRedrawViewsCallback ( RedrawViewsCallback * cb )

pure virtual

Remarks: Registers a call back object that gets called every time the viewports are redrawn. The proc() method is called after the views are finished redrawing.

Parameters:: RedrawViewsCallback *cb

Points to the callback object whose proc() method is called when the viewports are redrawn. See Class RedrawViewsCallback.

virtual void UnRegisterRedrawViewsCallback ( RedrawViewsCallback * cb )

pure virtual

Remarks: Un-registers the viewport redraw callback.

Parameters:: RedrawViewsCallback *cb

Points to the callback object to un-register. See Class RedrawViewsCallback.

virtual void RegisterSelectFilterCallback ( SelectFilterCallback * cb )

pure virtual

Remarks: Registers a call back object that gets called to filter the selection of nodes.

Parameters:: SelectFilterCallback *cb

Points to the callback object to register. See Class SelectFilterCallback.

virtual void UnRegisterSelectFilterCallback ( SelectFilterCallback * cb )

pure virtual

Remarks: Un-registers the select filter callback.

Parameters:: SelectFilterCallback *cb

Points to the callback object to un-register. See Class SelectFilterCallback.

virtual void RegisterDisplayFilterCallback ( DisplayFilterCallback * cb )

pure virtual

Remarks: Registers a call back object that gets called to filter the display of nodes.

Parameters:: DisplayFilterCallback *cb

Points to the callback object to register. See Class DisplayFilterCallback.

virtual void UnRegisterDisplayFilterCallback ( DisplayFilterCallback * cb )

pure virtual

Remarks: Un-registers the display filter callback.

Parameters:: DisplayFilterCallback *cb

Points to the callback object to un-register. See Class DisplayFilterCallback.

virtual BOOL SetSelectionType	(	BOOL	autoWinCross,
		int	winCrossOrAutoDir
	)

pure virtual

virtual void MakeExtendedViewportActive ( HWND hWnd )

pure virtual

Remarks: This method is used with Extended Viewports (see Class ViewWindow). It is called when the extended viewport needs to become active. It should be called whenever the user clicks in the non-3D window (so as to deactivate the current 3D window, and redirect commands like the Min/Max toggle to the non-3D viewport window).

Parameters:: HWND hWnd

The handle of the window which to made active.

virtual void PutUpViewMenu	(	HWND	hWnd,
		POINT	pt
	)

pure virtual

Remarks: This method is used with Extended Viewports (see Class ViewWindow). It is called to put up the view type popup menu (for example the right-click menu). It should be called when the user right-clicks in a dead region of the non-3D window. This brings up the view selection menu so that the user can choose to replace the current window with a 3D or other non-3D window without having to go to the Views | Viewport Config dialog directly.

Parameters:: HWND hWnd

The handle of the window the menu is to appear in.

POINT pt

The point at which the menu is put up.

Sample Code:: case WM_RBUTTONDOWN:

pt.x = GET_X_LPARAM(lParam);

pt.y = GET_Y_LPARAM(lParam);

GetCOREInterface()->PutUpViewMenu(h, pt);

virtual BOOL TrackViewPickDlg	(	HWND	hParent,
		TrackViewPick *	res,
		TrackViewFilter *	filter = `NULL`,
		DWORD	pickTrackFlags = `0`
	)

pure virtual

Remarks: This method brings up the track view pick dialog.

Parameters:: HWND hParent

The handle of the parent window.

TrackViewPick *res

The item chosen by the user. See Class TrackViewPick

TrackViewFilter *filter=NULL

The call back object to filter selection in the track view. See Class TrackViewFilter.

DWORD pickTrackFlags=0

See Track View Picking Flags IDs for a list of possible flags.

Returns: TRUE if the user selected OK to exit the dialog; otherwise FALSE.

Sample Code:: This code brings up the Track View Pick Dialog and filters the input to MAX's controllers. After the controller is selected GetValue() is called on it.

class MyTVFilter : public TrackViewFilter

{

BOOL proc(Animatable *anim, Animatable *client,int subNum) {

Control *c = (Control*)anim->GetInterface(I_CONTROL);

return (c) ? TRUE : FALSE;

}

};

void DoTest()

{

TrackViewPick res;

MyTVFilter tvf;

BOOL okay = IP->TrackViewPickDlg(IP->GetMAXHWnd(), &res, &tvf);

if (!okay) return;

Control *c = (Control *)res.anim;

SClass_ID sid = c->SuperClassID();

GetSetMethod method = CTRL_ABSOLUTE;

switch(sid) {

case CTRL_FLOAT_CLASS_ID:

float r;

Interval ivalid;

c->GetValue(IP->GetTime(), &r, ivalid, method);

...

virtual BOOL TrackViewPickMultiDlg	(	HWND	hParent,
		MaxSDK::Array< TrackViewPick > *	res,
		TrackViewFilter *	filter = `NULL`,
		DWORD	pickTrackFlags = `0`
	)

pure virtual

Remarks: This methods brings up a dialog that allows one to select multiple tracks. This method works much like the TrackViewPickDlg method above except it is passed a pointer to a table of a TrackViewPick items instead.

Parameters:: HWND hParent

The handle of the parent window.

MaxSDK::Array<TrackViewPick> *res

This is a table (See Template Class Tab) of items chosen by the user. See Class TrackViewPick.

TrackViewFilter *filter=NULL

The call back object to filter selection in the track view. See Class TrackViewFilter.

DWORD pickTrackFlags=0

See Track View Picking Flags IDs for a list of possible flags.

virtual void PushCommandMode ( CommandMode * m )

pure virtual

Remarks: This method pushes the specified command mode on the stack. Typically this is used by developers handling their own creation using ClassDesc::BeginCreate(). See Class ClassDesc for more details.

Note: This method works as documented but a developer may not want to use it. The problem is that other modes can be pushed on the stack (such as viewport transformation modes) and it becomes complicated to track when it is OK to pop your mode. See the methods below for alternatives (such as SetCommandMode).

Parameters:: CommandMode *m

A pointer to the command mode to push.

virtual void SetCommandMode ( CommandMode * m )

pure virtual

Remarks: This method sets the top of the stack to the specified command mode. A developer should call DeleteMode() to delete their command mode when done using it.

Parameters:: CommandMode *m

The command mode to set.

virtual void PopCommandMode ( )

pure virtual

Remarks: Pops the command mode off the top of the stack.

virtual CommandMode* GetCommandMode ( )

pure virtual

Remarks: Returns the current mode on the top of the stack.

virtual void SetStdCommandMode ( int cid )

pure virtual

Remarks: This is the typical method called by the developer to handle mouse interaction. It allows the developer to set the command mode to one of the standard command modes. For example: CID_OBJMOVE, CID_OBJROTATE, CID_OBJSCALE, CID_OBJUSCALE, CID_OBJSQUASH, CID_OBJSELECT, etc.

Parameters:: int cid

The index of the command mode to set. See Standard Command Modes to review the full list.

virtual void PushStdCommandMode ( int cid )

pure virtual

Remarks: Allows the developer to push one of the standard command modes on the command stack. For example: CID_OBJMOVE, CID_OBJROTATE, CID_OBJSCALE, CID_OBJUSCALE, CID_OBJSQUASH, CID_OBJSELECT, etc.

Parameters:: int cid

The index of the command mode to set. See Standard Command Modes to review the full list.

virtual void RemoveMode ( CommandMode * m )

pure virtual

Remarks: Removes the specified command mode from the stack. This method pops items off the command mode stack up to and including the specified mode. The top item in the stack is then set as the active command mode. As usual, ExitMode() is called on the specified mode before it is popped and EnterMode() is called on the newly active mode.

Parameters:: CommandMode *m

Points to the command mode to remove.

virtual void DeleteMode ( CommandMode * m )

pure virtual

Remarks: If the developer sets or pushes a command mode, this method should be called when the developer is done with the mode to ensure that it is no longer anywhere in the stack. If the mode is already deleted this method does nothing.

Note: It is normal for a developer to set the 'Select and Move' command mode to be the active one if their mode was at the top of the stack and is being deleted. For instance:

ip->SetStdCommandMode(CID_OBJMOVE);

ip->DeleteMode(&myCMode);

Parameters:: CommandMode *m

The command mode to delete.

virtual PickModeCallback* GetCurPickMode ( )

pure virtual

Remarks: If a Pick Mode is on top of the command stack, then this function will return the PickModeCallback. If the Pick Mode is not on top of the command stack the it returns NULL.

virtual BOOL DoHitByNameDialog ( HitByNameDlgCallback * hbncb = NULL )

pure virtual

Remarks: This method is called to put up the standard MAX Hit By Name dialog.

If the callback is NULL this method does a standard select by name. The nodes chosen by the user are selected if the user selects 'Select' from the dialog to exit. Use Interface::GetSelNodeCount() and GetSelNode(i) to retrieve the results.

Parameters:: HitByNameDlgCallback *hbncb=NULL

Points to the callback object. See Class HitByNameDlgCallback. Developers should delete this callback when done.

Returns: TRUE if the user selects 'Select' from the dialog; otherwise FALSE.

virtual void PushPrompt ( const MCHAR * s )

pure virtual

Remarks: Pushes a prompt to display on the prompt stack.

Parameters:: MCHAR *s

The string to display.

virtual void PopPrompt ( )

pure virtual

Remarks: Pops a displayed string off the prompt stack. The previous prompt will be restored.

virtual void ReplacePrompt ( const MCHAR * s )

pure virtual

Remarks: Replaces the string on the top of the prompt stack.

Parameters:: MCHAR *s

The string to display.

virtual void DisplayTempPrompt	(	const MCHAR *	s,
		int	msec = `1000`
	)

pure virtual

Remarks: Displays the string passed for the duration passed. After the time elapses, the string is popped from the stack. This may be used to put up a temporary error message for example.

Parameters:: MCHAR *s

The string to display temporarily.

int msec=1000

The duration in milliseconds to display the string.

virtual void RemoveTempPrompt ( )

pure virtual

Remarks: Removes the temporary prompt immediately.

virtual void DisableStatusXYZ ( )

pure virtual

Remarks: Disables mouse tracking and display of coordinates to the X, Y, Z status boxes. Typically a plug-in would disable mouse tracking on mouse down and enable it on mouse up.

virtual void EnableStatusXYZ ( )

pure virtual

Remarks: Enables mouse tracking and display of coordinates to the X, Y, Z status boxes. Typically a plug-in would disable mouse tracking on mouse down and enable it on mouse up.

virtual void SetStatusXYZ	(	Point3	xyz,
		int	type
	)

pure virtual

Remarks: Displays the point passed using the format passed in the X, Y, Z status boxes.

Parameters:: Point3 xyz

The point to be displayed.

int type

The format of the point:

STATUS_UNIVERSE

Current system units.

STATUS_SCALE

0=0%, 1=100%.

STATUS_ANGLE

Degrees.

STATUS_OTHER

Straight floating point value.

virtual void SetStatusXYZ ( AngAxis aa )

pure virtual

Remarks: This method will convert the specified angle axis for status display.

Parameters:: AngAxis aa

The angle axis to convert and display.

virtual void ChooseDirectory	(	HWND	hWnd,
		const MCHAR *	title,
		MCHAR *	dir,
		MCHAR *	desc = `NULL`
	)

pure virtual

Remarks: This methods puts up the Choose Directory dialog box to allow the user to select a directory. The chosen directory including the drive and path is stored in dir.

Parameters:: HWND hWnd

The parent window handle.

MCHAR *title

The title in the dialog box.

MCHAR *dir

The chosen directory is stored here. This points to an empty string on cancel.

MCHAR *desc=NULL

The string to go into the Label field of the dialog. This string may be changed by the user and is returned here.

virtual float GetAutoBackupTime ( )

pure virtual

Remarks: Returns the auto backup interval in minutes.

virtual void SetAutoBackupTime ( float minutes )

pure virtual

Remarks: Sets the auto backup time interval.

Parameters:: float minutes

The time to set in minutes.

virtual BOOL AutoBackupEnabled ( )

pure virtual

Remarks: Returns TRUE if auto backup mode is enabled; FALSE if it's disabled.

virtual void EnableAutoBackup ( BOOL onOff )

pure virtual

Remarks: Enables or Disables the auto backup system.

Parameters:: BOOL onOff

TRUE to turn it on; FALSE to turn it off.

virtual BOOL ProgressStart	(	const MCHAR *	title,
		BOOL	dispBar,
		LPTHREAD_START_ROUTINE	fn,
		LPVOID	arg
	)

pure virtual

Remarks: This method puts up a progress bar in the status panel. The function fn is then called and is passed the argument arg. This function fn does the processing work of the plug-in. See the sample code below.

Note: It is not possible to use the progress bar APIs in the create or modify branches of the command panel. In the create or modify branch of the command panel, EndEditParams() gets called from this method. This is because most of MAX is "shut down" during a progress operation. For example, it is not appropriate for users to be moving objects during an IK calculation, or changing the camera lens while a preview is being created (all these operations use the ProgressStart() API). It is for this same reason that the Transform Type-in, Medit, Track View and Video Post windows are hidden during a progress operation. Since EndEditParams() is called, the Interface pointer a plug-in maintains is no longer valid after the operation is started. This method is useful for Utility plug-ins, and Import/Export plug-ins however.

Parameters:: MCHAR *title

The title string for the progress bar to let the user know what is happening.

BOOL dispBar

If FALSE the progress bar is not displayed; if TRUE the progress bar is displayed.

LPTHREAD_START_ROUTINE fn

This is a pointer to a function that returns a DWORD and takes a single argument. When ProgressStart() is called, this function is called with the argument arg passed. This function should be declared as follows:

DWORD WINAPI fn(LPVOID arg)

LPVOID arg

This is the argument to the function fn.

Returns: TRUE means the progress mode was entered successfully. FALSE means that there was a problem. Currently the return value is always TRUE. When compiled for multi-threading (which is turned off in the 1.0 build), FALSE is returned if the new thread could not be created.

Sample Code:: This code demonstrates the use of the ProgressStart(), ProgressEnd() GetCancel() and SetCancel() APIs. There are two ways to use the APIs. One is to use a dummy function for fn in ProgressStart(). Then just call ProgressUpdate() from whatever function you want to do the processing. The other way is to use fn to do the processing.

In this version, the fn function passed to ProgressStart() performs the work.

DWORD WINAPI fn(LPVOID arg)

{

int i, percent;

Interface *ip = theUtility.ip;

for (i = 0; i < 1000; i++) {

percent = i/10;

ip->ProgressUpdate(percent);

if (ip->GetCancel()) {

switch(MessageBox(ip->GetMAXHWnd(), _M("Really Cancel"), _M("Question"), MB_ICONQUESTION | MB_YESNO)) {

case IDYES:

return(0);

case IDNO:

ip->SetCancel(FALSE);

}

}

}

return(0);

}

void Utility::Test1()

{

Interface *ip = theUtility.ip;

LPVOID arg;

ip->ProgressStart(_M("Title String"), TRUE, fn, arg);

ip->ProgressEnd();

}

/endcode

In this version, the fn function passed to ProgressStart() is a dummy function, and the processing is done outside it.

/code

DWORD WINAPI fn(LPVOID arg)

{

return(0);

}

void Utility::Test1()

{

int i, percent, retval;

Interface *ip = theUtility.ip;

LPVOID arg;

ip->ProgressStart(_M("Title String"), TRUE, fn, arg);

for (i = 0; i < 1000; i++) {

percent = i/10;

ip->ProgressUpdate(percent);

if (ip->GetCancel()) {

retval = MessageBox(ip->GetMAXHWnd(), _M("Really Cancel"), _M("Question"), MB_ICONQUESTION | MB_YESNO);

if (retval == IDYES)

break;

else if (retval == IDNO)

ip->SetCancel(FALSE);

}

}

ip->ProgressEnd();

}

virtual void ProgressUpdate	(	int	pct,
		BOOL	showPct = `TRUE`,
		const MCHAR *	title = `NULL`
	)

pure virtual

Remarks: This method updates the progress bar. As the function fn passed in ProcessStart() above is working it should periodically call this method to report its progress.

Parameters:: int pct

The percentage complete (0 to 99). This is what causes the progress bar to move.

BOOL showPct = TRUE

If TRUE, then the title parameter is ignored, and a percent is displayed to the right of the progress bar. If FALSE, then the title parameter is displayed next to the progress bar. This is for operations that are discrete – the title might change from "extruding" to "capping" to "welding" for example. Note that currently the Cancel button is not shown if showPct is set to FALSE, however the ESC key may be used to cancel.

MCHAR *title = NULL

If showPct is FALSE, this string is displayed next to the progress bar.

virtual void ProgressEnd ( )

pure virtual

Remarks: This method removes the progress bar and frees the memory that was allocated internally to handle the processing.

virtual BOOL GetCancel ( )

pure virtual

Remarks: This method returns the progress bar cancel button status. Also see SetCancel() below.

Returns: TRUE if the user pressed the cancel button; otherwise FALSE.

virtual void SetCancel ( BOOL sw )

pure virtual

Remarks: Sets the cancelled status returned from GetCancel(). This may be used if you want to give the user a confirmation dialog box asking if they really want to cancel. For example, when a MAX user creates an preview animation this API is used. If the user presses cancel, the preview code reads this via GetCancel(). Then a confirmation dialog is displayed asking the user if they indeed want to cancel. If the user selects that they don't want to cancel, this method is called passing FALSE. This sets the class variable that is returned by GetCancel(). The cancel request is ignored and processing continues.

Note that this will not cancel unless you implement code to process GetCancel(). It merely sets the state returned from GetCancel().

Parameters:: BOOL sw

TRUE to set the cancel flag; FALSE to clear the cancel flag.

virtual void CreatePreview	(	PreviewParams *	pvp = `NULL`,
		MSTR *	filename = `NULL`,
		MSTR *	snippet = `NULL`
	)

pure virtual

Remarks: This method is used to render a preview image (or animation) from the currently active viewport using the real-time (viewport) renderer.

Parameters:: PreviewParams *pvp=NULL

This class defines the way the preview is generated (via its data members). If NULL, the parameters from the preview rendering dialog box are used. See Class PreviewParams

MSTR *filename=NULL

The filename for the preview. If NULL, the filename setting from the preview rendering dialog is used. MSTR *snippet=NULL

The MXS code snippet to execute on each frame. The returned string from snippet is displayed in the rendering output. If this value is NULL, the setting in the preview rendering dialog is used.

virtual float GetGridSpacing ( )

pure virtual

Remarks: This method returns the grid spacing value that the user specifies in the Views / Grid and Snap Settings dialog in the Home Grid tab under Grid Spacing.

Implemented in Interface7.

virtual int GetGridMajorLines ( )

pure virtual

Remarks: This method returns the value that the user specifies in the Views / Grid and Snap Settings dialog in the Home Grid tab under Major Lines every Nth.

Implemented in Interface7.

virtual void SetExtendedDisplayMode ( int vflags )

pure virtual

Remarks: This method is used internally to set the extended display mode.

Parameters:: int vflags

See Extended Display Modes.

virtual int GetExtendedDisplayMode ( )

pure virtual

Remarks: Returns the extended display mode flags. This method provides a mechanism to retrieve some additional information about an object that is more dependent on MAX than on the particular object. For example, when a spotlight is selected, it can use this method to detect that it is the only item selected, and display its cone. It checks this using and extended display mode EXT_DISP_ONLY_SELECTED. See Extended Display Modes.

virtual void SetFlyOffTime ( int msecs )

pure virtual

Remarks: This sets the custom control flyoff time to the value passed. This is the number of milliseconds the user must hold down on a flyoff button before the flyoff is activated.

Parameters:: int msecs

The number of milliseconds the user must hold down on the button before the flyoff is activated.

virtual int GetFlyOffTime ( )

pure virtual

Remarks: Returns the number of milliseconds the user must hold down on a flyoff button before the flyoff is activated.

virtual HCURSOR GetSysCursor ( int id )

pure virtual

Remarks: This method returns the cursor handle for the standard MAX cursors. Use SetCursor() from the Windows API to set the cursor.

Parameters:: int id

One of the following values:

SYSCUR_MOVE, SYSCUR_ROTATE, SYSCUR_USCALE, SYSCUR_NUSCALE,

SYSCUR_SQUASH, SYSCUR_SELECT, SYSCUR_DEFARROW.

Returns: The handle of the cursor.

virtual void SetCrossHairCur ( BOOL onOff )

pure virtual

Remarks: This method is reserved for future use.

virtual BOOL GetCrossHairCur ( )

pure virtual

Remarks: This method is reserved for future use.

virtual void RealizeParamPanel ( )

pure virtual

virtual float SnapAngle	(	float	angleIn,
		BOOL	fastSnap = `TRUE`,
		BOOL	forceSnap = `FALSE`
	)

pure virtual

Remarks: Normally, with angle snap off, interactive rotation of a node uses a rate of 1/2 degree per pixel. With angle snap on, the angles are snapped to the nearest MAX angle snap value.

This method may be used when interactive rotation is taking place with the mouse to snap the angle passed to the nearest MAX angle snap value. In this method, the input value/output value snap correspondence is accelerated as the angle grows. This prevents the user from having to move the mouse too much with larger angle values. This is why this method does not return a linear relationship between the input angle and the snapped output angle.

Note that when angle snap is off, this method just returns the input value unaltered.

Note for R3: This method formerly was set up with a single parameter, the angle to be snapped. If the angle snap toggle was on, snapping occurred. If not, it did nothing. There were two problems with this:

1) A multiplier was applied to the angle input, giving faster interactive results in object rotations, etc. This had a negative effect if you just wanted your input angle snapped to the nearest snap angle.

2) It only snapped if the angle snap toggle was on. Sometimes, you might want to snap something to the angle snap value even if the master toggle was off.

To remedy these shortcomings, the method has had two parameters added (fastSnap and forceSnap).

Parameters:: float angleIn

Angle to snap in radians.

BOOL fastSnap=TRUE

If TRUE the snapping multiplier is used; if FALSE it is not.

BOOL forceSnap=FALSE

If TRUE snapping is used even if the master angle snap toggle is off.

Returns: Angle snapped to the nearest angle snap setting (considering acceleration if specified), in radians, to be used for interactive rotation.

virtual float SnapPercent ( float percentIn )

pure virtual

Remarks: Given a value in the range 0.0 (0%) to 1.0 (100%) this method snaps the value using the current percentage snap.

Parameters:: float percentIn

The value to snap.

Returns: The snapped value where 0.0 = 0% and 1.0 = 100%.

virtual BOOL GetSnapState ( )

pure virtual

Remarks: Retrieves the snap toggle state.

Returns: TRUE if snap is on; FALSE if snap is off.

virtual int GetSnapMode ( )

pure virtual

Remarks: Retrieves the current snap type.

Returns: One of the following values:

SNAPMODE_RELATIVE

SNAPMODE_ABSOLUTE

virtual BOOL SetSnapMode ( int mode )

pure virtual

Remarks: Set the current snap mode. Note that setting the mode to SNAPMODE_ABSOLUTE will fail if the reference coordinate system is not in set to Screen.

Parameters:: int mode

One of the following values:

SNAPMODE_RELATIVE

SNAPMODE_ABSOLUTE

Returns: Returns TRUE if succeeded; otherwise FALSE.

virtual void SetPickMode ( PickModeCallback * pCB )

pure virtual

Remarks: This will set the command mode to a standard pick mode. The callback implements hit testing and a method that is called when the user actually picks an item. Note that this method, if called a second time, will cancel the pick mode and put the user into 'Select and Move' mode. This can be used to handle the case where a user clicks on a user interface control a second time to cancel to picking.

Sample code using this API is available in /MAXSDK/SAMPLES/OBJECTS/MORPHOBJ.CPP. A utility plug-in that uses this API is /MAXSDK/SAMPLES/UTILITIES/ASCIIOUT.CPP.

Parameters:: PickModeCallback *pCB

A pointer to an instance of the class PickModeCallback.

virtual void ClearPickMode ( )

pure virtual

Remarks: This method is called to make sure there are no pick modes in the command stack.

virtual INode* PickNode	(	HWND	hWnd,
		IPoint2	pt,
		PickNodeCallback *	filt = `NULL`
	)

pure virtual

Remarks: This method hit tests the screen position for nodes and returns an INode pointer if one is hit, NULL otherwise.

Parameters:: HWND hWnd

Handle of the window to check.

IPoint2 pt

Point to check in screen coordinates.

PickNodeCallback *filt=NULL

This callback may be used to filter nodes from being picked. See Class PickNodeCallback.

Returns: INode pointer of node that was hit; NULL if no node was found.

virtual void BoxPickNode	(	ViewExp *	vpt,
		IPoint2 *	pt,
		BOOL	crossing,
		PickNodeCallback *	filt = `NULL`
	)

pure virtual

Remarks: This method performs a node level hit test on the specified rectangular region. Use either the ViewExp::GetClosestHit() or ViewExp::GetHit() method to access the result.

Parameters:: ViewExp *vpt

The viewport to perform the hit testing.

IPoint2 *pt

These points specify the box region to hit test. The first point in the array is the lower left. The second point is the upper right.

BOOL crossing

If TRUE Crossing selection is used; otherwise Window selection is used.

PickNodeCallback *filt=NULL

This callback may be used to filter nodes from being picked. See Class PickNodeCallback.

virtual void CirclePickNode	(	ViewExp *	vpt,
		IPoint2 *	pt,
		BOOL	crossing,
		PickNodeCallback *	filt = `NULL`
	)

pure virtual

Remarks: This method performs a node level hit test on the specified circular region. Use either the ViewExp::GetClosestHit() or ViewExp::GetHit(int i) method to access the result.

Parameters:: ViewExp *vpt

The viewport to perform the hit testing.

IPoint2 *pt

These points specify the circular region to hit test. The first point in the array is the center. The second point is a point on the radius.

BOOL crossing

If TRUE Crossing selection is used; otherwise Window selection is used.

PickNodeCallback *filt=NULL

This callback may be used to filter nodes from being picked. See Class PickNodeCallback.

virtual void FencePickNode	(	ViewExp *	vpt,
		IPoint2 *	pt,
		BOOL	crossing,
		PickNodeCallback *	filt = `NULL`
	)

pure virtual

Remarks: This method performs a node level hit test on the specified arbitrary polygonal region. Use either the ViewExp::GetClosestHit() or ViewExp::GetHit() method to access the result.

Parameters:: ViewExp *vpt

The viewport to perform the hit testing.

IPoint2 *pt

These points specify the fence region to hit test. It is assumed the last point is connected to the first point to close the region. The fence knows when it's out of points when it hits a point that has negative x and y values. So, the initializer IPoint2(-1, -1) added to the bottom of this IPoint2 list signals the end.

BOOL crossing

If TRUE Crossing selection is used; otherwise Window selection is used.

PickNodeCallback *filt=NULL

This callback may be used to filter nodes from being picked. See Class PickNodeCallback.

virtual void RegisterSubObjectTypes	(	const MCHAR **	types,
		int	count,
		int	startIndex = `0`
	)

pure virtual

Remarks: This method registers the sub-object types for a given plug-in object type. See the Advanced Topics section on sub-object selection for more details.

Parameters:: const MCHAR **types

Array of strings listing the sub object levels. The order the strings appear in the array sets the indices used for the sub-object levels. Level 0 is always object level, the first string corresponds to level 1, and the second string corresponds to level 2, etc. In the sample code below, "Center" is level 1 and "Gizmo" is level 2.

int count

The number of strings in the array.

int startIndex=0

Specifies which string to display initially in the sub-object type combo box. This is needed because the NURBS object computes its sub-object list dynamically, and sometimes it add a new sub-object level while already in a sub-object level. The default value of zero replicates the original behavior.

Sample Code:: const MCHAR *ptype[] = { _M("Center"), _M("Gizmo") };

ip->RegisterSubObjectTypes(ptype, 2);

virtual void AppendSubObjectNamedSelSet ( const MCHAR * set )

pure virtual

Remarks: A modifier may call this method to add sub-object named selection sets to the named selection set drop down list in the MAX toolbar. This should be done whenever the selection level changes (in the Modifiers BaseObject::ActivateSubobjSel() method). See Class BaseObject for additional methods associated with sub-object named selection sets.

Parameters:: const MCHAR *set

The named selection set to add to the list.

virtual void ClearSubObjectNamedSelSets ( )

pure virtual

Remarks: This method clears the named sub-object selection sets from the drop down.

virtual void ClearCurNamedSelSet ( )

pure virtual

Remarks: This method clears the current edit field of the named selection set drop down.

virtual void SetCurNamedSelSet ( const MCHAR * setName )

pure virtual

Remarks: Sets the edit field of the named selection set drop down to the set whose name is passed.

Parameters:: MCHAR *setName

The name of the selection set to make current.

virtual void NamedSelSetListChanged ( )

pure virtual

Remarks: Calling this method tells the system that the named sub-object selection sets have changed and that the drop down needs to be rebuilt. This will cause BaseObject::SetupNamedSelDropDown() to be called on the current item being edited. This is often called inside restore objects that undo changes to the selection set. This causes the system to check if the current item being edited is in sub-object selection mode, and if so, will cause SetupNamedSelDropDown() to be called. Note that restore objects can be invoked at any time and the user may not be in sub-object selection mode (for instance they might be in the Display panel). Restore objects however can simply call this method and the system will figure out if the drop down needs to be updated.

virtual int GetSubObjectLevel ( )

pure virtual

Remarks: Returns the state of the sub object drop-down.

Returns: 0 is object level and >= 1 refers to the levels registered by the object using RegisterSubObjectTypes(). The value refers to the order the item appeared in the list. 1 is the first item, 2 is the second, etc.

virtual void SetSubObjectLevel	(	int	level,
		BOOL	force = `FALSE`
	)

pure virtual

Remarks: Sets the sub-object drop down. This will cause the object being edited to receive a notification that the current sub-object level has changed (via BaseObject::ActivateSubobjSel()).

Parameters:: int level

The level registered by the object using RegisterSubObjectTypes(). 0 indicates object level. Values greater than 1 refer to the order the items appeared in the list.

BOOL force = FALSE

If this parameter is TRUE, this method will set the level even if the current level is the same as the level requested. This is to support objects that change sub-object levels on the fly, for instance NURBS.

virtual int GetNumSubObjectLevels ( )

pure virtual

Remarks: This method returns the number of sub object levels that the currently edited object (or modifier) has. Like the other sub-object related methods in this class, this method will only return a valid answer if the modifier panel is displayed.

virtual void PipeSelLevelChanged ( )

pure virtual

Remarks: Plug-ins call this method to notify the system that the selection level in the pipeline has changed. The selection level flows up the pipeline so if you change the selection level you affect things later in the pipeline. For example an edit modifier that changes the sub-object level from vertex to object level must call this method after making the change to notify the system. Note that it is only called for modifiers whose sub-object levels propagate up the pipeline. For example, when entering a sub-object level within the Bend modifier, PipeSelLevelChanged() is not called.

This method should be called from within ActivateSubobjSel() to notify the system that a selection level has changed in the pipeline. Note that calling this method from within ModifyObject() is no good since it involves re-evaluating the pipeline, which will call ModifyObject(), which will the call PipeSelLevelChanged() again, etc.

virtual void GetPipelineSubObjLevel ( DWORDTab & levels )

pure virtual

Remarks: Gets the sub-object selection level at the point in the pipeline just before the current place in the history.

Parameters:: DWORDTab &levels

The sub-object level. This value depends on the object. The only level defined is level 0, which means 'object' level selection.

virtual int SubObHitTest	(	TimeValue	t,
		int	type,
		int	crossing,
		int	vflags,
		IPoint2 *	p,
		ViewExp *	vpt
	)

pure virtual

Remarks: This method may be called to perform a sub-object hit test. You may access the number of hits using: vpt->NumSubObjHits(); See Class ViewExp for a list of the other methods that may be used to examine the results.

Parameters:: TimeValue t

The time of the hit testing.

int type

The hit test type. See Scene and Node Hit Test Types..

int crossing

Nonzero for crossing selection; 0 for normal (window).

int vflags

The flags for hit testing. See Scene and Node Hit Testing Flags.

IPoint2 *p

Point to check in screen coordinates.

ViewExp *vpt

An interface pointer that may be used to call methods associated with the viewports.

Returns: Nonzero if the item was hit; otherwise 0.

virtual void GetModContexts	(	ModContextList &	list,
		INodeTab &	nodes
	)

pure virtual

Remarks: A modifier may be applied to several objects in the scene. This method retrieves a list of all the ModContexts for the modifier at the current place in the modifier stack. It also gets a list of the nodes the modifier is applied to. For example a modifier may store data into the local data portion of the ModContext for each object affected by the modifier. In order to get at this data it needs to get each ModContext.

Note: this method returns only the ModContext of the currently selected objects, even if the modifier is applied to several objects.

Parameters:: ModContextList& list

A reference to the list of ModContexts. See Class ModContextList.

INodeTab& nodes

A reference to the table of each of the nodes. See Class INodeTab.

Example: void EditFaceDataMod::SelectAll(int selLevel) {

ModContextList list;

INodeTab nodes;

ip->GetModContexts(list,nodes);

EditFaceDataModData *d;

for (int i=0; i<list.Count(); i++) {

d = (EditFaceDataModData*)list[i]->localData;

if (!d) continue;

if (theHold.Holding() && !d->GetHeld()) theHold.Put(new SelectRestore(this,d));

d->SynchSize();

switch (selLevel) {

case SEL_FACE:

d->GetFaceSel().SetAll ();

break;

}

}

nodes.DisposeTemporary();

SelectionChanged ();

}

virtual BaseObject* GetCurEditObject ( )

pure virtual

Remarks: Returns a pointer to the object (or modifier) that is currently being edited in the modifier panel. See Class BaseObject.

Implemented in Interface7.

virtual BOOL SelectionFrozen ( )

pure virtual

Remarks: In MAX the space bar freezes the selection set. This keeps the selection set from being inadvertently changed. This method access the status of the selection set frozen state.

Returns: TRUE if the selection set is frozen; otherwise FALSE.

virtual void FreezeSelection ( )

pure virtual

Remarks: Toggles the selection set to the frozen state.

virtual void ThawSelection ( )

pure virtual

Remarks: Toggles the selection set to the thawed state.

virtual INode* GetSelNode ( int i )

pure virtual

Remarks: Selection sets are handled as a virtual array and accessed using an index starting at 0. This method returns a pointer to the 'i-th' node in the current selection set.

See also: GetSelNodeCount().

Parameters:: int i

Index of the node in the selection set.

Returns: Pointer to the 'i-th' node in the selection set.

virtual int GetSelNodeCount ( )

pure virtual

Remarks: Returns the number of nodes in the selection set.

virtual void EnableShowEndResult ( BOOL enabled )

pure virtual

Remarks: This method is called if a modifier wants to temporarily disable any modifiers following it. For example the edit mesh modifier does not let you edit a mesh while other modifiers later in the pipeline are affecting the result so it calls this method to disable the others temporarily.

Parameters:: BOOL enabled

TRUE is enabled; FALSE is disabled.

virtual BOOL GetShowEndResult ( )

pure virtual

Remarks: Returns TRUE if the Show End Result button is on (pressed); otherwise FALSE.

virtual void SetShowEndResult ( BOOL show )

pure virtual

Remarks: Sets the on/off (pressed/unpressed) state of the Show End Result button. Note that calling this method generates a redraw.

Parameters:: BOOL show

TRUE for on; FALSE for off.

virtual BOOL GetCrossing ( )

pure virtual

Remarks: Returns the state of the 'crossing' preference for hit testing.

Returns: TRUE if crossing selection is on; FALSE if off.

virtual void SetToolButtonState	(	int	button,
		BOOL	state
	)

pure virtual

Remarks: Sets the state of one of the transform tool buttons.

Parameters:: int button

The transform tool buttons:

MOVE_BUTTON

ROTATE_BUTTON

NUSCALE_BUTTON

USCALE_BUTTON

SQUASH_BUTTON

SELECT_BUTTON

PLACE_BUTTON

BOOL state

TRUE indicates pressed, FALSE is not pressed.

virtual BOOL GetToolButtonState ( int button )

pure virtual

virtual void EnableToolButton	(	int	button,
		BOOL	enable = `TRUE`
	)

pure virtual

virtual void EnableUndo ( BOOL enable )

pure virtual

virtual int GetCommandPanelTaskMode ( )

pure virtual

Remarks: Returns a value to indicate which branch of the command panel is currently active.

Returns: One of the following values:

TASK_MODE_CREATE

TASK_MODE_MODIFY

TASK_MODE_HIERARCHY

TASK_MODE_MOTION

TASK_MODE_DISPLAY

TASK_MODE_UTILITY

virtual void SetCommandPanelTaskMode ( int mode )

pure virtual

Remarks: This method sets the branch of the command panel that is currently active.

Parameters:: int mode

One of the following values:

TASK_MODE_CREATE

TASK_MODE_MODIFY

TASK_MODE_HIERARCHY

TASK_MODE_MOTION

TASK_MODE_DISPLAY

TASK_MODE_UTILITY

virtual ViewExp& GetViewExp ( HWND hwnd )

pure virtual

Remarks: This method gets a viewport interface given a window handle. If the input HWND is NULL, the interface of the active viewport will be returned. If the given non-NULL HWND doesn't match any of the viewport, the interface of the default view tab's first viewport will be returned.

Parameters:: HWND hwnd

The window handle of the viewport.

virtual void EnableAnimateButton ( BOOL enable )

pure virtual

Remarks: Sets the state of the Animate button to enabled or disabled. When disabled the user cannot turn on Animate mode.

Note: Developers have additional functions available for controlling the state of the animate button. These functions are defined in /MAXSDK/INCLUDE/CONTROL.H. These functions can be used to determine if animating is on or off, or toggle it on and off without affecting the appearance of the Animate button in the user interface. In this way, a user will not be aware anything is happening. See Additional Controller Related Functions for documentation.

Parameters:: BOOL enable

Pass TRUE to enable the button; FALSE to disable it.

virtual BOOL IsAnimateEnabled ( )

pure virtual

Remarks: Returns TRUE if the Animate button is enabled; otherwise FALSE. See the note in the method above as well.

virtual void SetAnimateButtonState ( BOOL onOff )

pure virtual

Remarks: Turns the animate button (and animate mode) on or off.

Parameters:: BOOL onOff

TRUE to turn on; FALSE to turn off.

virtual bool InProgressiveMode ( )

pure virtual

Remarks: Returns TRUE is 3ds Max is in progressive mode. See BeginProgressiveMode().

virtual void BeginProgressiveMode ( )

pure virtual

Remarks: Turns on progressive mode for SetNodeTM().

In certain situations, a time sequence of matrices is computed and sent to the node via INode::SetNodeTM(TimeValue t, Matrix3& tm). If the node employs the standard PRS controller and the rotation is the standard Euler XYZ controller, 3ds Max can achieve better animation results if it computes euler angles at the current frame based on those from the previous frame. Progressive mode tells the Euler controller to derive angles based on the previous frame. It is assumed that in this mode, SetNodeTM() is called in a strictly forward time order.

Usage:: GetCOREInterface()->BeginProgressiveMode();

for (t = start_time, t < end_time; t += time_per_frame) {

node.SetNodeTM(t, tm_at_t);

}

GetCOREInterface()->EndProgressiveMode();

To test whether 3ds Max is currently in progressive mode, use:

if ( GetCOREInterface()->InProgressiveMode() )...

virtual void EndProgressiveMode ( )

pure virtual

Remarks: Turns off progressive mode. See BeginProgressiveMode().

virtual void RegisterAxisChangeCallback ( AxisChangeCallback * cb )

pure virtual

Remarks: Registers a callback object that will get called any time the user changes the reference coordinate system by:

Changing the transform coordinate system drop-down menu.

Changing the state of the transform center fly-off.

Changing X, Y, Z, XY, YZ, ZX constraint buttons/fly-off.

Using an accelerator or anything else that changes the above.

Parameters:: AxisChangeCallback *cb

Points to the callback to register. See AxisChangeCallback.

virtual void UnRegisterAxisChangeCallback ( AxisChangeCallback * cb )

pure virtual

Remarks: Un-registers the axis change callback.

Parameters:: AxisChangeCallback *cb

Points to the callback to un-register. See AxisChangeCallback.

virtual int GetAxisConstraints ( )

pure virtual

Remarks: Retrieves the state of the axis constraints flyoff.

Returns: One of the following axis constraints:

AXIS_XY

AXIS_ZX

AXIS_YZ

AXIS_X

AXIS_Y

AXIS_Z

virtual void SetAxisConstraints ( int c )

pure virtual

Remarks: Sets the state of the axis constraints flyoff.

Parameters:: int c

The axis constraint to set. You may pass one of the following:

AXIS_XY

AXIS_ZX

AXIS_YZ

AXIS_X

AXIS_Y

AXIS_Z

virtual void EnableAxisConstraints	(	int	c,
		BOOL	enabled
	)

pure virtual

Remarks: Enables or disables the specified axis constraint.

Parameters:: int c

The axis constraint. You may pass one of the following:

AXIS_XY

AXIS_ZX

AXIS_YZ

AXIS_X

AXIS_Y

AXIS_Z

BOOL enabled

TRUE to enable; FALSE to disable.

virtual void PushAxisConstraints ( int c )

pure virtual

Remarks: Pushes the specified axis constraint. This push/pop mechanism is used so that the appropriate axis mode can be restored after the Transform Gizmo has been used. The Gizmo itself calls this Push method is response to the HitTest with certain flags.

Parameters:: int c

The axis constraint. You may pass one of the following:

AXIS_XY

AXIS_ZX

AXIS_YZ

AXIS_X

AXIS_Y

AXIS_Z

virtual void PopAxisConstraints ( )

pure virtual

Remarks: Pops the active constraint. After the Transform Gizmo pushes a constraint a selection processor pops it back again after the manipulators are deactivated.

virtual int GetCoordCenter ( )

pure virtual

Remarks: Retrieves the state of the coordinate system center.

Returns: One of the following values:

ORIGIN_LOCAL

Object's pivot.

ORIGIN_SELECTION

Center of selection set (or center of individual object for local or parent space).

ORIGIN_SYSTEM

Center of the reference coordinate system.

virtual void SetCoordCenter ( int c )

pure virtual

Remarks: Sets the state of the coordinate system center.

Parameters:: int c

One of the following values (from MAXAPI.H).

ORIGIN_LOCAL

Object's pivot.

ORIGIN_SELECTION

Center of selection set (or center of individual object for local or parent space).

ORIGIN_SYSTEM

Center of the reference coordinate system.

virtual void EnableCoordCenter ( BOOL enabled )

pure virtual

Remarks: Enables or disables the coordinates system center.

Parameters:: BOOL enabled

TRUE to enable; FALSE to disable.

virtual int GetRefCoordSys ( )

pure virtual

Remarks: Retrieves the reference coordinate system setting.

Returns: One of the following reference coordinate systems:

COORDS_HYBRID

COORDS_SCREEN

COORDS_WORLD

COORDS_PARENT

COORDS_LOCAL

COORDS_OBJECT

COORDS_GIMBAL

COORDS_WORKINGPIVOT COORDS_LOCAL_ALIGNED

virtual void SetRefCoordSys ( int c )

pure virtual

Remarks: Sets the reference coordinate system used.

Parameters:: int c

Reference coordinate system:

COORDS_HYBRID

COORDS_SCREEN

COORDS_WORLD

COORDS_PARENT

COORDS_LOCAL

COORDS_OBJECT

COORDS_GIMBAL

COORDS_WORKINGPIVOT COORDS_LOCAL_ALIGNED

virtual void EnableRefCoordSys ( BOOL enabled )

pure virtual

Remarks: Enables or disables the reference coordinates system.

Parameters:: BOOL enabled

TRUE to enable; FALSE to disable.

virtual int GetSelectFilter ( )

pure virtual

Remarks: This method returns your current selected select filter in the toolbar.

virtual void SetSelectFilter ( int c )

pure virtual

Remarks: This method allows you to set the current selected select filter in the toolbar.

Parameters:: int c

The index of the filter you wish to set.

virtual int GetNumberSelectFilters ( )

pure virtual

Remarks: This method returns the number of select filters in the drop down list.

virtual const MCHAR* GetSelectFilterName ( int index )

pure virtual

Remarks: This method returns the name that appears in the interface for the specified filter.

Parameters:: int index

The index of the filter.

virtual BOOL GetDisplayFilter ( int index )

pure virtual

Remarks: This method returns the state of a display filter.

Parameters:: int index

The index of the display filter that you want to check.

virtual void SetDisplayFilter	(	int	index,
		BOOL	on
	)

pure virtual

Remarks: This method allows you to set the state of a display filter.

Parameters:: int index

The index of the display filter you wish to set.

BOOL on

TRUE for on; FALSE for off.

virtual int GetNumberDisplayFilters ( )

pure virtual

Remarks: This method returns the number of display filters in the display panel.

virtual BOOL DisplayFilterIsNodeVisible	(	int	index,
		int	sid,
		Class_ID	cid,
		INode *	node
	)

pure virtual

Remarks: This method checks the display filter at index, and sees if the node, class id, and super class id fail the filter check or not.

Parameters:: int index

The index of the filter

int sid

The super class id

Class_ID cid

The class ID

INode *node

The node to check.

Returns: TRUE if visible, otherwise FALSE.

virtual const MCHAR* GetDisplayFilterName ( int index )

pure virtual

Remarks: This method returns the name of the specified filter.

Parameters:: int index

The index of the filter.

virtual Matrix3 GetTransformAxis	(	INode *	node,
		int	subIndex,
		BOOL *	local = `NULL`
	)

pure virtual

Remarks: An item that is doing sub-object hit testing gets to specify what their sub-object axes systems are. For example a mesh may have separate coordinate systems for every face or group of selected faces, while, for instance, a bend modifier has its own axes system for the gizmo. This method gets the axes system for a particular node. Each node may have several axes systems identified by an index.

See EDITMESH.CPP for an example of use.

Parameters:: INode *node

The node to get the axis coordinates system of.

int subIndex

The index of the axis system of the node.

BOOL* local = NULL

If 'local' is not NULL, it will be set to TRUE if the center of the axis is the pivot point of the node, FALSE otherwise.

Returns

The axis system of the node.

\remarks Returns the axis which defines the space in which transforms should

take place.

Parameters:: INode *node

The object the axis system should be based on.

int subIndex

The sub object which the axis system should be based on (the thing the user clicked on).

BOOL* local = NULL

If 'local' is not NULL, it will be set to TRUE if the center of the axis is the pivot point of the node, FALSE otherwise.

Returns: A matrix representing the axis system that transforms take place in.

virtual int GetNumAxis ( )

pure virtual

Remarks: This returns the number of axis tripods in the scene. When transforming multiple sub-objects, in some cases each sub-object is transformed in a different space.

Returns: One of the following values:

NUMAXIS_ZERO

Nothing to transform.

NUMAXIS_ALL

Use only one axis.

NUMAXIS_INDIVIDUAL

Do all, one at a time.

virtual void LockAxisTripods ( BOOL onOff )

pure virtual

Remarks: This method locks axis tripods so that they will not be updated.

Parameters:: BOOL onOff

TRUE to lock; FALSE to unlock.

virtual BOOL AxisTripodLocked ( )

pure virtual

Remarks: This method returns TRUE if axis tripods are locked.

virtual void RegisterDlgWnd ( HWND hDlg )

pure virtual

Remarks: Registers a dialog window so IsDialogMessage() gets called for it. This is not required if you add rollup pages to the command panel as this is done automatically, however if you create a floating, modeless dialog you must call this method.

Important Note: ALL modeless dialogs in MAX must be registered to the application window with this method so that it, and any sub dialogs, will behave as they should.

Parameters:: HWND hDlg

The window handle of the dialog.

virtual int UnRegisterDlgWnd ( HWND hDlg )

pure virtual

Remarks: Un-registers a dialog window so IsDialogMessage() is no longer called for it.

Parameters:: HWND hDlg

The window handle of the dialog.

Returns: Nonzero if successful; otherwise 0.

virtual void RegisterAccelTable	(	HWND	hWnd,
		HACCEL	hAccel
	)

pure virtual

Remarks: Registers a keyboard accelerator table.

Parameters:: HWND hWnd

The window handle.

HACCEL hAccel

The handle of the accelerator table (from the Windows API). See the Windows API for more details on accelerator tables.

virtual int UnRegisterAccelTable	(	HWND	hWnd,
		HACCEL	hAccel
	)

pure virtual

Remarks: Un-registers a keyboard accelerator table.

Parameters:: HWND hWnd

The window handle.

HACCEL hAccel

The handle of the accelerator table (from the Windows API). See the Windows API for more details on accelerator tables.

Returns: Nonzero if successful; otherwise 0.

virtual IActionManager* GetActionManager ( )

pure virtual

Remarks: Returns a pointer to the Action Manager interface class. The action manager is used to manage ActionTables which plug-ins can use to export operations that can be tied to UI elements like keyboard shortcuts, menus and toolbars. See Class IActionManager.

virtual IMenuManager* GetMenuManager ( )

pure virtual

Remarks: Returns a pointer to the manager for customizable menus. See Class IMenuManager.

virtual HWND AddRollupPage	(	HINSTANCE	hInst,
		const MCHAR *	dlgTemplate,
		DLGPROC	dlgProc,
		const MCHAR *	title,
		LPARAM	param = `0`,
		DWORD	rollUpFlags = `0`,
		int	category = `ROLLUP_CAT_STANDARD`
	)

pure virtual

Remarks: This method is used to add a rollup page to the command panel. It returns the window handle of the rollup page.

Parameters:: HINSTANCE hInst

The DLL instance handle of the plug-in.

MCHAR *dlgTemplate

The dialog template for the rollup page.

DLGPROC dlgProc

The dialog proc to handle the messages sent to the rollup page.

MCHAR *title

The title displayed in the title bar of the rollup page.

LPARAM param=0

Any specific data to pass along may be stored here. This may be later retrieved using the GetWindowLong() call from the Windows API if it was set in the window using SetWindowLong().

For example, at the beginning of the dialog proc do something like:

BOOL CALLBACK MyDlgProc(

HWND hWnd, UINT message, WPARAM wParam, LPARAM lParam) {

MyUtil *u = (MyUtil *)GetWindowLong(hWnd, GWL_USERDATA);

if (!u && message != WM_INITDIALOG ) return FALSE;

. . .

Then inside the code block handling the WM_INITDIALOG message do something like:

switch (message)

{

case WM_INITDIALOG:

u = (MyUtil *)lParam;

SetWindowLong(hWnd, GWL_USERDATA, (LONG)u);

. . .

Then later in the dialog you can access the object passed in – in the case above an instance of MyUtil (using u->).

DWORD rollUpFlags=0

The following flag value may be used:

APPENDROLL_CLOSED

Starts the page in the rolled up (closed) state.

int category = ROLLUP_CAT_STANDARD

The category parameter provides flexibility with regard to where a particular rollup should be displayed in the UI. RollupPanels with lower category fields will be displayed before RollupPanels with higher category fields. For RollupPanels with equal category value the one that was added first will be displayed first. Although it is possible to pass any int value as category there exist currently 5 different category defines: ROLLUP_CAT_SYSTEM, ROLLUP_CAT_STANDARD, and ROLLUP_CAT_CUSTATTRIB.

When using ROLLUP_SAVECAT, the rollup page will make the provided category sticky, meaning it will not read the category from the RollupOrder.cfg file, but rather save the category field that was passed as argument in the CatRegistry and in the RollupOrder.cfg file.

The method will take the category of the replaced rollup in case the rollUpFlags argument contains ROLLUP_USEREPLACEDCAT. This is mainly done, so that this system works with param maps as well.

Sample Code:: hBendParams = ip->AddRollupPage(hInstance, MAKEINTRESOURCE(IDD_BEND_ROLLUP), BendParamDialogProc,_M("Parameters"), (LPARAM)this );

Returns: The window handle of the rollup page.

virtual void AddRollupPage	(	QWidget &	qtWidget,
		const MCHAR *	title,
		DWORD	rollupFlags = `0`,
		int	category = `ROLLUP_CAT_STANDARD`
	)

pure virtual

Adds a rollup page that hosts a Qt dialog.

Parameters

qtWidget	the Qt widget that will be hosted in the rollup. This QWidget becomes the ownership of the system; it will be deleted by the system once no longer needed.
title	The title string, displayed at the top of the rollup.l
rollupFlags	Optional rollup flags, such as APPENDROLL_CLOSED, DONTAUTOCLOSE, ROLLUP_SAVECAT, etc.
category	The category controls the ordering of the rollups, with lower values being inserted before rollups of higher category.

See also: void DeleteRollupPage(QWidget& qtWidget)

virtual HWND AddRollupPage	(	HINSTANCE	hInst,
		DLGTEMPLATE *	dlgTemplate,
		DLGPROC	dlgProc,
		const MCHAR *	title,
		LPARAM	param = `0`,
		DWORD	rollUpFlags = `0`,
		int	category = `ROLLUP_CAT_STANDARD`
	)

pure virtual

Remarks: This method is used to add a rollup page to the command panel. It returns the window handle of the rollup page. This method is currently not being used.

Parameters:: HINSTANCE hInst

The DLL instance handle of the plug-in.

DLGTEMPLATE *dlgTemplate

The dialog template for the rollup page.

DLGPROC dlgProc

The dialog proc to handle the messages sent to the rollup page.

MCHAR *title

The title displayed in the title bar of the rollup page.

LPARAM param=0

Any specific data to pass along may be stored here. This may be later retrieved using the GetWindowLong() call from the Windows API if it was set in the window using SetWindowLong().

DWORD rollUpFlags=0

The following flag value may be used:

APPENDROLL_CLOSED

Starts the page in the rolled up (closed) state.

int category = ROLLUP_CAT_STANDARD

The category parameter provides flexibility with regard to where a particular rollup should be displayed in the UI. RollupPanels with lower category fields will be displayed before RollupPanels with higher category fields. For RollupPanels with equal category value the one that was added first will be displayed first. Although it is possible to pass any int value as category there exist currently 5 different category defines: ROLLUP_CAT_SYSTEM, ROLLUP_CAT_STANDARD, and ROLLUP_CAT_CUSTATTRIB.

When using ROLLUP_SAVECAT, the rollup page will make the provided category sticky, meaning it will not read the category from the RollupOrder.cfg file, but rather save the category field that was passed as argument in the CatRegistry and in the RollupOrder.cfg file.

The method will take the category of the replaced rollup in case the rollUpFlags argument contains ROLLUP_USEREPLACEDCAT. This is mainly done, so that this system works with param maps as well.

Returns: The window handle of the rollup page.

virtual void DeleteRollupPage ( HWND hRollup )

pure virtual

Remarks: Removes a rollup page and destroys it.

Parameters:: HWND hRollup

The window handle of the rollup window. This is the handle returned from AddRollupPage().

virtual void DeleteRollupPage ( QWidget & qtWidget )

pure virtual

Removes a rollup page that hosts a Qt dialog.

Remarks: The QWidget will get destroyed as a result of calling this.

See also: void AddRollupPage(QWidget& qtWidget, const MCHAR *title, DWORD rollupFlags, int category)

virtual HWND ReplaceRollupPage	(	HWND	hOldRollup,
		HINSTANCE	hInst,
		const MCHAR *	dlgTemplate,
		DLGPROC	dlgProc,
		const MCHAR *	title,
		LPARAM	param = `0`,
		DWORD	rollUpFlags = `0`,
		int	category = `ROLLUP_CAT_STANDARD`
	)

pure virtual

Remarks: This replaces an existing rollup with another one and (deletes the original).

Parameters:: HWND hOldRollup

The window handle of the old rollup.

HINSTANCE hInst

The DLL instance handle of the plug-in.

MCHAR *dlgTemplate

The dialog template for the rollup page.

DLGPROC dlgProc

The dialog proc to handle the messages sent to the rollup page.

MCHAR *title

The title displayed in the title bar of the rollup page.

LPARAM param=0

Any specific data to pass along may be stored here.

DWORD flags=0

The following flag value may be used:

APPENDROLL_CLOSED

Starts the page in the rolled up (closed) state.

int category = ROLLUP_CAT_STANDARD

The category parameter provides flexibility with regard to where a particular rollup should be displayed in the UI. RollupPanels with lower category fields will be displayed before RollupPanels with higher category fields. For RollupPanels with equal category value the one that was added first will be displayed first. Although it is possible to pass any int value as category there exist currently 5 different category defines: ROLLUP_CAT_SYSTEM, ROLLUP_CAT_STANDARD, and ROLLUP_CAT_CUSTATTRIB.

When using ROLLUP_SAVECAT, the rollup page will make the provided category sticky, meaning it will not read the category from the RollupOrder.cfg file, but rather save the category field that was passed as argument in the CatRegistry and in the RollupOrder.cfg file.

The method will take the category of the replaced rollup in case the flags argument contains ROLLUP_USEREPLACEDCAT. This is mainly done, so that this system works with param maps as well.

Returns

The window handle of the rollup.

\remarks This replaces an existing rollup with another one and (deletes the

original). This method is currently not being used.

Parameters:: HWND hOldRollup

The window handle of the old rollup.

HINSTANCE hInst

The DLL instance handle of the plug-in.

DLGTEMPLATE *dlgTemplate

The dialog template for the rollup page.

DLGPROC dlgProc

The dialog proc to handle the messages sent to the rollup page.

MCHAR *title

The title displayed in the title bar of the rollup page.

LPARAM param=0

Any specific data to pass along may be stored here.

DWORD rollUpFlags=0

The following flag value may be used:

APPENDROLL_CLOSED

Starts the page in the rolled up (closed) state.

int category = ROLLUP_CAT_STANDARD

The category parameter provides flexibility with regard to where a particular rollup should be displayed in the UI. RollupPanels with lower category fields will be displayed before RollupPanels with higher category fields. For RollupPanels with equal category value the one that was added first will be displayed first. Although it is possible to pass any int value as category there exist currently 5 different category defines: ROLLUP_CAT_SYSTEM, ROLLUP_CAT_STANDARD, and ROLLUP_CAT_CUSTATTRIB.

When using ROLLUP_SAVECAT, the rollup page will make the provided category sticky, meaning it will not read the category from the RollupOrder.cfg file, but rather save the category field that was passed as argument in the CatRegistry and in the RollupOrder.cfg file.

The method will take the category of the replaced rollup in case the rollUpFlags argument contains ROLLUP_USEREPLACEDCAT. This is mainly done, so that this system works with param maps as well.

Returns: The window handle of the rollup.

virtual HWND ReplaceRollupPage	(	HWND	hOldRollup,
		HINSTANCE	hInst,
		DLGTEMPLATE *	dlgTemplate,
		DLGPROC	dlgProc,
		const MCHAR *	title,
		LPARAM	param = `0`,
		DWORD	rollUpFlags = `0`,
		int	category = `ROLLUP_CAT_STANDARD`
	)

pure virtual

virtual IRollupWindow* GetCommandPanelRollup ( )

pure virtual

Remarks: This method returns a rollup window interface to the command panel rollup. This interface provides methods for showing and hiding rollups, adding and removing rollup pages, etc. Note: This interface does not need to be released with ReleaseIRollup() as MAX takes care of this when it shuts down.

See Class IRollupWindow.

virtual void RollupMouseMessage	(	HWND	hDlg,
		UINT	message,
		WPARAM	wParam,
		LPARAM	lParam
	)

pure virtual

Remarks: This method allows hand cursor scrolling in the command panel when the user clicks and drags the mouse in an unused area of the dialog. When the user mouse-es down in dead area of the command panel, the plug-in should pass mouse messages to this function which will pass them on to the rollup.

Note: This method is obsolete in MAX 2.0 and later. These messages no longer need to be passed along as this is handled internally.

Parameters:: HWND hDlg

The window handle of the dialog.

UINT message

The message sent to the dialog proc.

WPARAM wParam

Passed in to the dialog proc. Pass along to this method.

LPARAM lParam

Passed in to the dialog proc. Pass along to this method.

Sample Code:: case WM_LBUTTONDOWN: case WM_LBUTTONUP: case WM_MOUSEMOVE:

ip->RollupMouseMessage(hDlg,message,wParam,lParam);

virtual TimeValue GetTime ( )

pure virtual

Remarks: Returns the current time, i.e. the frame slider position. See the Advanced Topics section on Time Functions for an overview of time in MAX.

virtual void SetTime	(	TimeValue	t,
		BOOL	redraw = `TRUE`
	)

pure virtual

Remarks: Set the current time, updates the frame slider, and optionally redraws the viewports.

Parameters:: TimeValue t

The time to set as current.

BOOL redraw=TRUE

If set to FALSE, the current time will be set to the specified time but the viewports will not be redrawn.

virtual Interval GetAnimRange ( )

pure virtual

Remarks: Returns the current setting of the animation interval. This can be used to get the total number of frames in the animation. Note: The values stored in the interval returned represent ticks not frames.

virtual void SetAnimRange ( Interval range )

pure virtual

Remarks: Sets the animation interval. Note: The values passed in the interval are ticks not frames.

Parameters:: Interval range

Specifies the new animation range to set.

virtual void RegisterTimeChangeCallback ( TimeChangeCallback * tc )

pure virtual

Remarks: Registers a callback object that will get called every time the current animation time is changed.

Parameters:: TimeChangeCallback *tc

Points to the callback object to register. See Class TimeChangeCallback.

virtual void UnRegisterTimeChangeCallback ( TimeChangeCallback * tc )

pure virtual

Remarks: This method un-registers the time change callback.

Parameters:: TimeChangeCallback *tc

Points to the callback object to un-register. See Class TimeChangeCallback.

virtual void RegisterCommandModeChangedCallback ( CommandModeChangedCallback * cb )

pure virtual

Remarks: Register a callback object that will get called when the user changes the command mode.

Parameters:: CommandModeChangedCallback *cb

Points to the callback object to register. See Class CommandModeChangedCallback.

virtual void UnRegisterCommandModeChangedCallback ( CommandModeChangedCallback * cb )

pure virtual

Remarks: Un-registers the command mode change callback object.

Parameters:: CommandModeChangedCallback *cb

Points to the callback object to un-register. See Class CommandModeChangedCallback.

virtual void RegisterViewportDisplayCallback	(	BOOL	preScene,
		ViewportDisplayCallback *	cb
	)

pure virtual

Remarks: Registers a ViewportDisplayCallback whose Display() method will be called to allow a plug-in to draw in the MAX viewports.

Parameters:: BOOL preScene

If TRUE the callback will be called before objects are rendered (typically, but not always); if FALSE the callback is called after the objects are rendered.

In some cases redrawing the viewports may take two passes; once to re-render the background plane and once to re-render the foreground plane. In this case the order of events would be:

Call pre callbacks

Render scene

Call post callbacks

Call pre callbacks

Render scene

Call post callbacks

The two calls to callbacks in the middle are neither pre nor post callbacks. However you could also look at this as two separate redraws.

ViewportDisplayCallback *cb

Points to the callback object. See Class ViewportDisplayCallback.

virtual void UnRegisterViewportDisplayCallback	(	BOOL	preScene,
		ViewportDisplayCallback *	cb
	)

pure virtual

Remarks: Call this method to un-register the viewport display callback object.

Parameters:: BOOL preScene

If TRUE the callback will be called before object are rendered (typically, but not always); if FALSE the callback is called after the objects are rendered.

ViewportDisplayCallback *cb

Points to the callback object. See Class ViewportDisplayCallback.

virtual void NotifyViewportDisplayCallbackChanged	(	BOOL	preScene,
		ViewportDisplayCallback *	cb
	)

pure virtual

Remarks: This method is called to inform MAX that the viewport callback has changed. This is similar to when an object that is part of the reference hierarchy changes and it needs to call NotifyDependents() with the message REFMSG_CHANGE to inform the items that depend on it. In a sense a ViewportDisplayCallback is like an object in the scene in that it has a Display() method that is called. However, the callback is not actually an object that is part of the reference hierarchy so it cannot send a REFMSG_CHANGE message when it changes. So this method provides the equivalent functionality. If the callback changes this method needs to be called.

To understand why this is needed consider that if a plug-in called RedrawViews() five times in a row, the viewports may be redrawn the first time (if something has changed), but the next four calls won't do anything. This is because MAX maintains some flags that indicate if things have changed or not and these flags are reset on the first redraw to indicate that everything is up to date. Therefore, when a ViewportDisplayCallback changes, it needs to call this method to let MAX know that changes have been made and the viewports indeed need to be redrawn the next time RedrawViews() is called.

Parameters:: BOOL preScene

If TRUE the callback will be called before objects are rendered (typically, but not always); if FALSE the callback is called after the objects are rendered.

ViewportDisplayCallback *cb

Points to the callback object. See Class ViewportDisplayCallback.

virtual void RegisterExitMAXCallback ( ExitMAXCallback * cb )

pure virtual

Remarks: Registers a ExitMAXCallback whose Exit() method will be called when MAX is about to exit. The return value from the callback allows the plug-in to decide if MAX exits or not.

Parameters:: ExitMAXCallback *cb

Points to the callback object. See Class ExitMAXCallback.

virtual void UnRegisterExitMAXCallback ( ExitMAXCallback * cb )

pure virtual

Remarks: Un-registers the exit callback so it's no longer called.

Parameters:: ExitMAXCallback *cb

Points to the callback object. See Class ExitMAXCallback.

virtual RightClickMenuManager* GetRightClickMenuManager ( )

pure virtual

Remarks: Using this pointer a developer can add to the menu that pops ups when the user clicks the right mouse button. Example code is available in: /MAXSDK/SAMPLES/MODIFIERS/EDITSPL.CPP.

See also: Class RightClickMenuManager.

Returns: A pointer to the RightClickMenuManager.

virtual void RegisterDeleteUser ( EventUser * user )

pure virtual

Remarks: Registers a callback invoked when the user presses the Delete Key. This allows the developer to override the default processing of the Delete Key.

Parameters:: EventUser *user

Pointer to an instance of the EventUser class.

Sample Code:: See /MAXSDK/SAMPLES/MODIFIERS/EDITSPL.CPP.

virtual void UnRegisterDeleteUser ( EventUser * user )

pure virtual

Remarks: Un-registers a Delete Key callback.

Parameters:: EventUser *user

Pointer to an instance of the EventUser class.

virtual void MakeNameUnique ( MSTR & name )

pure virtual

Remarks

Generates node names that are unique within the current scene. Given a name, this method will modify it to ensure it's unique. It does this by appending a unique numeric suffix to the end of the name. Notes:

Calling this method repeatedly with the same original name that is not used by any node in the scene, it will return each time the same name. So, for a node name to be considered by this method as being in use, the node needs to be in the current scene.
Names of scene xrefed nodes are not considered as being part of the current scene.
Calling this method after Interface::CreateObjectNode(Object*) can result in the name suffix to be greater than the value expected by the client code. For example, if Box001 already exists in the scene, calling Interface::CreateObjectNode(Object*) to create a new Box object, then calling Interface::MakeNameUnique() to create a unique name for it, will yield Box003 as new unique name, while Box002 should be the correct new name. The solution is to either call Interface::CreateObjectNode(Object*) only, which will create a new name, or first call Interface::MakeNameUnique() with a root name and then call Interface::CreateObjectNode(Object*, const MCHAR*) to create the object with the desired new name. See also class NameMaker for ways to create unique names for other scene entities than nodes, such as layers, materials, etc.

Parameters:: MSTR &name

The name to make unique. Any existent numeric suffix is stripped before the name is made unique.

virtual INode* CreateObjectNode ( Object * obj )

pure virtual

Remarks: Creates a new node in the scene with the given object. Normally a developer will use the standard creation methods for procedural objects and this method is not used. However if the developer wants to handle the creation process on their own they may need to use this method.

See also: Object Creation Methods.

Parameters:: Object *obj

Pointer to the Object to create.

Returns: Pointer to the node created. See also Interface::CreateObjectNode(Object*, const MCHAR*)

virtual GenCamera* CreateCameraObject ( int type )

pure virtual

Creates a new camera object of the given type.

Parameters

type	Camera type (FREE_CAMERA, TARGETED_CAMERA or PARALLEL_CAMERA as defined in gencam.h).

Returns: Pointer to the camera object created.

virtual Object* CreateTargetObject ( )

pure virtual

virtual GenLight* CreateLightObject ( int type )

pure virtual

virtual void* CreateInstance	(	SClass_ID	superID,
		Class_ID	classID
	)

pure virtual

Remarks: Creates an instance of a registered class. This will call Create() on the class descriptor.

Parameters:: SClass_ID superID

The super class ID of the item to create an instance of.

Class_ID classID

The class ID of the item to create an instance of. See Class Class_ID.

Returns: Pointer to the created instance.

Note:: There is a global method that duplicates the functionality of this class method to let you create an instance of any registered class wherever you are (without the interface pointer):

void *CreateInstance(SClass_ID superID, Class_ID classID);

virtual int BindToTarget	(	INode *	laNode,
		INode *	targNode
	)

pure virtual

Remarks: This method binds a node to a target using a lookat controller.

Parameters:: INode *laNode

Pointer to the node to assign the lookat controller to.

INode *targNode

Pointer to the target node.

Returns: Returns TRUE if the node was bound; otherwise FALSE.

Sample Code:: This method is used in /MAXSDK/SAMPLES/OBJECTS/CAMERA.CPP.

virtual int IsCPEdgeOnInView ( )

pure virtual

Remarks: This method returns nonzero if the construction plane is 'head on' in the current viewport. For example if the construction plane was XY and you were looking from the Front view, this method would return nonzero. This is used for example during object creation because this process doesn't work very well when the view is 'head on'.

Returns: Nonzero if the construction plane is 'head on' in the current viewport; otherwise 0.

For use with extended views: - make the extended viewport active (set on mouse click, for example) -put up the view type popup menu (put up on right-click, for example)

virtual unsigned int DeleteNode	(	INode *	node,
		BOOL	redraw = `TRUE`,
		BOOL	overrideSlaves = `FALSE`
	)

pure virtual

Deletes the specified node from the scene.

Call this method to delete a specific node from the scene.

The children of the deleted node will maintain their position.
Empty group heads resulting from the deletion of the node will also be deleted.
System nodes are not deleted by this method. Use the system's methods to modify its node structure. Use Interface9::DeleteNodes to delete all nodes of a system object.
The selection state and deletion of the node will be undo-able after calling this method, provided that the undo system was engaged. For example, to delete the first node in the current selection set, one could use the following code:
theHold.Begin();

Interface* ip = GetCOREInterface()

ip->DeleteNode(ip->GetSelNode(0));

theHold.Accept(_M("Delete"));

The string used in the Accept() method appears in the undo list.

Note that the object reference of the node is deleted as well if the only item referencing that object is the node. This is because when the node is deleted, it first deletes all its references. Whenever a reference is deleted, if the item is the last reference, then the system deletes the item as well. If the node deletion occurs while the undo system was engaged, RestoreObjs will hold references to the items removed from the node, preventing their immediate deletion.

Parameters

[in]	node	The node to be deleted
[in]	redraw	If FALSE the viewports will not be redrawn after the node is deleted. This allows several nodes to be deleted at once without the viewports having to be redrawn after each one.
[in]	overrideSlaves	If TRUE, this method will delete nodes whose TM controllers implement Control::PreventNodeDeletion() to return TRUE. Control::PreventNodeDeletion() controls whether the node can be deleted from the scene. This parameter allows a master controller to easily delete slaves nodes if it needs to.

Returns: The number of nodes that were deleted.

virtual INode* GetRootNode ( )

pure virtual

Remarks: Returns a pointer to the root node. From the root node one can retrieve the children (using INode::NumberOfChildren(), and INode::GetChildNode(i)). This allows a developer enumerated the scene by enumerating the node tree.

virtual void SetNodeTMRelConstPlane	(	INode *	node,
		Matrix3 &	mat
	)

pure virtual

Remarks: Sets the nodes transform relative to the current construction plane. This may be used during creating so you can set the position of the node in terms of the construction plane and not in world units.

Parameters:: INode *node

The node whose transform will be set.

Matrix3& mat

The transformation matrix.

virtual void SelectNode	(	INode *	node,
		int	clearSel = `1`
	)

pure virtual

Remarks: This selects the specified node, either adding it to the current selection set, or creating a new selection set with the node.

Note: A developer should call theHold.Begin() before this method and theHold.Accept() after this call. Otherwise, MAX may crash if the user selects undo after this call has been issued. See the sample code below. Also see The Undo and Redo System for more details on this system.

Parameters:: INode *node

The node to select.

int clearSel = 1

If zero, the node is added to the current selection set. If nonzero, the node replaces the selection set.

Sample Code:: theHold.Begin();

ip->SelectNode(node);

MSTR undostr; undostr.printf("Select");

theHold.Accept(undostr);

virtual void DeSelectNode ( INode * node )

pure virtual

Remarks: This method un-selects the specified node.

Parameters:: INode *node

The node to deselect.

virtual void SelectNodeTab	(	INodeTab &	nodes,
		BOOL	sel,
		BOOL	redraw = `TRUE`
	)

pure virtual

Remarks: This method may be used to select or deselect a group of nodes all at once and optionally redraw the viewports when done.

Parameters:: INodeTab &nodes

The Table of nodes to select or deselect.

BOOL sel

If TRUE the nodes are selected; otherwise they are deselected.

BOOL redraw=TRUE

If TRUE the viewports are redrawn when done; otherwise they are not.

virtual void ClearNodeSelection ( BOOL redraw = TRUE )

pure virtual

Remarks: This method may be used to clear the current selection set and optionally redraw the viewports.

Parameters:: BOOL redraw=TRUE

If TRUE the viewports are redrawn when done; otherwise they are not.

virtual void AddLightToScene ( INode * node )

pure virtual

Remarks: Adds a light to the scene and registers the light with the viewports.

Parameters:: INode *node

The light to add.

virtual float GetLightConeConstraint ( )

pure virtual

Remarks: Returns the light cone constraint angle (in radians). This is the hotspot / falloff separation angle.

virtual void AddGridToScene ( INode * node )

pure virtual

Remarks: If grid Auto Activation is on, sets the given node as the active grid object. This is used with grid helper objects to allow them to take effect. This method may also be used to activate the home grid.

Parameters:: INode *node

The node to set as the active grid object. To activate the home grid pass NULL.

virtual void SetActiveGrid ( INode * node )

pure virtual

Remarks: Sets the given node as the active grid object. This is used with grid helper objects to allow them to take effect. This method may also be used to activate the home grid.

Parameters:: INode *node

The node to set as the active grid object. To activate the home grid pass NULL.

virtual INode* GetActiveGrid ( )

pure virtual

Remarks: Returns the active grid node or NULL if the home grid is in use.

virtual void StopCreating ( )

pure virtual

Remarks: Calling this method will result in ending the currently active object creation mode. The plugin's ClassDesc::EndCreate() method will also be called as a result of calling StopCreating(). Most often this method is called either from custom creation command modes in response to a change in the current object selection, or from functions that need to change the current object selection and could be invoked virtually any time, such as via a hot-key or MAXScript. Note that this method should not be called from within an object's creation callback in order to stop creating the current object. Rather, CREATE_STOP should be returned from the creation callback procedure. For more information, see Object Creation Methods.

virtual Object* NonMouseCreate ( Matrix3 tm )

pure virtual

Remarks: This creates a new object/node without going through the usual create mouse proc sequence. The matrix is relative to the construction plane. This must be called during the creation phase of an object. For example, the procedural sphere uses it when the user clicks on the 'Create' button after they type in the parameters for the sphere. See Object Creation Methods.

Parameters:: Matrix3 tm

The transformation matrix relative to the construction plane.

virtual void NonMouseCreateFinish ( Matrix3 tm )

pure virtual

Remarks: This method is presently only used in the Line object. It's used for repositioning the pivot point of the object at the end of the creation process. You simply pass it the new matrix, and the creation manager sets the TM for the node being created to the given TM * the construction plane TM.

Parameters:: Matrix3 tm

The transformation matrix relative to the construction plane for the node.

virtual const MCHAR* GetDir ( int which )

pure virtual

Remarks: Returns the pathname of a directory used by 3ds Max.

Parameters:: int which

One of the following directories. See List of Directory Names.

Returns: The pathname of the directory.

virtual int GetPlugInEntryCount ( )

pure virtual

Remarks: This is the number of entries in PLUGIN.INI. PLUGIN.INI contains a list of descriptions and directories used by plug-in DLLs.

See also: Plug-In Directory Search Mechanism.

Returns: The number of entries in PLUGIN.INI.

virtual const MCHAR* GetPlugInDesc ( int i )

pure virtual

Remarks: Returns the 'i-th' description string from PLUGIN.INI.

See also: Plug-In Directory Search Mechanism.

Parameters:: int i

Specifies which description to return.

Returns: The 'i-th' description string from PLUGIN.INI.

virtual const MCHAR* GetPlugInDir ( int i )

pure virtual

Remarks: Returns the pathname string for the 'i-th' plug-in directory from PLUGIN.INI.

See also: Plug-In Directory Search Mechanism.

Parameters:: int i

Specifies which directory to return.

Returns: The 'i-th' pathname string from PLUGIN.INI.

virtual int GetAssetDirCount ( MaxSDK::AssetManagement::AssetType assetType )

pure virtual

Returns the number of permanent user paths associated with a particular type of asset.

Parameters

[in] assetType An enumeration constant representing the asset's type

Returns: A non-negative integer denoting the number of paths

Remarks: Remember that this function gives you the count of permanent user paths, not session user paths. Session user paths are temporary.

virtual const MCHAR* GetAssetDir	(	int	i,
		MaxSDK::AssetManagement::AssetType	assetType
	)

pure virtual

Returns the "ith" permanent user path associated with a particular asset type.

Parameters

[in]	i	The index of the directory you want
[in]	assetType	An enumeration constant representing the asset's type

Returns: A c-string with an absolute path to the ith asset directory

Remarks: Remember that this function returns a permanent user path, not a session user path. A session user path is temporary.

virtual BOOL AddAssetDir	(	const MCHAR *	dir,
		MaxSDK::AssetManagement::AssetType	assetType
	)

pure virtual

Adds a permanent user path associated to a particular asset type.

Parameters

[in]	dir	An absolute path
[in]	assetType	An enumeration constant representing the asset's type

Returns: TRUE if the path was added, FALSE if not

Remarks: Remember that this function is for adding permanent user paths, not session user paths. Session user paths are temporary.

virtual BOOL AddSessionAssetDir	(	const MCHAR *	dir,
		MaxSDK::AssetManagement::AssetType	assetType,
		int	update = `TRUE`
	)

pure virtual

Adds a session user path associated to a particular asset type.

Parameters

[in]	dir	An absolute path
[in]	assetType	An enumeration constant representing the asset's type
[in]	update	system configuration files with the new data

Returns: TRUE if the path was added, FALSE if not

Remarks: Remember that this function is for adding permanent user paths, not session user paths

virtual int GetSessionAssetDirCount ( MaxSDK::AssetManagement::AssetType assetType )

pure virtual

Returns the number of session user paths associated with a particular type of asset.

Parameters

[in] assetType An enumeration constant representing the asset's type

Returns: A non-negative integer denoting the number of paths

Remarks: Remember that this function gives you the count of session user paths, not permanent user paths. Session user paths are temporary.

virtual const MCHAR* GetSessionAssetDir	(	int	i,
		MaxSDK::AssetManagement::AssetType	assetType
	)

pure virtual

Returns the "ith" session user path associated with a particular asset type.

Parameters

[in]	i	The index of the directory you want
[in]	assetType	An enumeration constant representing the asset's type

Returns: a c-string with an absolute path to the ith asset directory

Remarks: Remember that this function returns a session user path, not a permanent user path.

virtual BOOL DeleteSessionAssetDir	(	int	i,
		MaxSDK::AssetManagement::AssetType	assetType,
		int	update = `TRUE`
	)

pure virtual

Deletes the "ith" session user path associated with a particular asset type.

Parameters

[in]	i	The index of the directory you want to delete
[in]	assetType	An enumeration constant representing the asset's type
[in]	update	system configuration files with the new data

Returns: a c-string with an absolute path to the ith asset directory

Remarks: Remember that this function returns a session user path, not a permanent user path.

virtual int GetCurAssetDirCount ( MaxSDK::AssetManagement::AssetType assetType )

pure virtual

Returns the number of session (temporary) and permanent user paths associated with a particular type of asset.

Parameters

[in] assetType An enumeration constant representing the asset's type

Returns: A non-negative integer denoting the number of paths

Remarks: Remember that this function gives you the total count of both session(temporary) and permanent user paths.

virtual const MCHAR* GetCurAssetDir	(	int	i,
		MaxSDK::AssetManagement::AssetType	assetType
	)

pure virtual

Returns the "ith" session\permanent user path associated with a particular asset type.

Session user paths come first in the list

Parameters

[in]	i	The index of the directory you want
[in]	assetType	An enumeration constant representing the asset's type

Returns: a c-string with an absolute path to the ith asset directory

Remarks: Remember that session user paths come before permanent user paths.

virtual int DoExclusionListDialog	(	ExclList *	nl,
		BOOL	doShadows = `TRUE`
	)

pure virtual

Remarks: This brings up the standard Exclude / Include dialog box used for light exclusion / inclusion lists.

Parameters:: ExclList *nl

If the user selects OK, this is the list of names chosen by the user. See Class ExclList.

BOOL doShadows=TRUE

The shadows switch.

Returns: Nonzero if the user selected OK to exit the dialog; otherwise 0.

virtual void ConvertNameTabToExclList	(	const NameTab *	nt,
		ExclList *	excList
	)

pure virtual

Remarks: This method will convert a NameTab to an ExclList (the new format for Exclusion lists).

Parameters:: const NameTab *nt

A pointer to the name table.

ExclList *excList

A pointer to the resulting exclusion list.

virtual MtlBase* DoMaterialBrowseDlg	(	HWND	hParent,
		DWORD	vflags,
		BOOL &	newMat,
		BOOL &	cancel
	)

pure virtual

Remarks: This method brings up the Material / Map Browser dialog box.

Parameters:: HWND hParent

The parent window handle.

DWORD vflags

See Material Browser Flags.

BOOL &newMat

TRUE if the user has selected a new item; otherwise FALSE. If TRUE it is safe to modify this item. If FALSE the item may be an instance and a developer should not modify this as other materials may be using this same item.

BOOL &cancel

TRUE if the user canceled the dialog; otherwise FALSE.

Returns: If cancel is FALSE, the item chosen by the user is returned. See Class MtlBase.

virtual void PutMtlToMtlEditor	(	MtlBase *	mb,
		int	slot = `-1`
	)

pure virtual

Remarks: Puts the specified material into the material editor. The material is put to the specified slot, or if -1 is passed, a dialog is presented which allows the user to choose a sample slot for the material.

Parameters:: MtlBase *mb

The material to put to the material editor.

int slot=-1

The Materials Editor slot number (a value in the range 0 to 23). If a slot number is specified, then this method will replace that material in the Materials Editor without user interaction. If -1 is passed (the default) then the function brings up the put dialog.

virtual MtlBase* GetMtlSlot ( int slot )

pure virtual

Remarks: Returns a pointer to the material in the specified slot in the Materials Editor.

Parameters:: int slot

The number of the slot in the Materials Editor (a value in the range 0 to 23).

virtual MtlBaseLib* GetSceneMtls ( )

pure virtual

Remarks: Returns a list of all the materials used in the scene.

Returns: See Class MtlBaseLib.

See also: Interface17::UpdateSceneMaterialLib

virtual BOOL OkMtlForScene ( MtlBase * m )

pure virtual

Remarks: Before assigning material to scene, call this to avoid duplicate names. Note that this method may replace any existing scene materials with the same name as the supplied material with that supplied material. If you are calling this method from the UI layer, make sure to call theHold.Begin() before calling this method, and if this method returns FALSE, call theHold.Cancel();

Parameters:: MtlBase *m

The material to get the name from, and the material used to replace any existing scene materials with same name.

Returns: TRUE if it is okay to assign the material; FALSE if not.

virtual MSTR& GetCurFileName ( )

pure virtual

Remarks: Returns the name of the current MAX file (but not the path). For example, if the currently loaded file is "D:\3DSMAX\SCENES\Expgears.max" this method returns " Expgears.max".

virtual MSTR& GetCurFilePath ( )

pure virtual

Remarks: Returns the file and path of the current MAX file. For example, if the currently loaded file is "D:\3DSMAX\SCENES\Expgears.max" this method returns "D:\3DSMAX\SCENES\Expgears.max ".

virtual const MCHAR* GetMatLibFileName ( )

pure virtual

Remarks: Returns the current material library file name.

virtual void FileOpen ( )

pure virtual

Remarks: This brings up the standard MAX file open dialog and allows the user to load a new scene.

virtual BOOL FileSave ( )

pure virtual

Remarks: This saves the current file. If the file has not been saved yet (and is thus unnamed) this brings up the standard MAX file Save As dialog box and allows the user to choose a name.

Returns: TRUE if successful, otherwise FALSE.

virtual BOOL FileSaveAs ( )

pure virtual

Remarks: This brings up the standard MAX file save as dialog box and allows the user to save the current scene to a new file.

Returns: TRUE if successful, otherwise FALSE.

virtual void FileSaveSelected ( )

pure virtual

Remarks: This brings up the standard MAX file save selected dialog box and allows the user to save the selected items from the current scene.

virtual void FileReset ( BOOL noPrompt = FALSE )

pure virtual

Remarks: This resets MAX to its startup condition after a confirmation prompt. This performs the same operation as choosing File / Reset from the MAX menus.

Parameters:: BOOL noPrompt=FALSE

If TRUE the confirmation prompt is not presented.

virtual void FileMerge ( )

pure virtual

Remarks: This allows the user to merge another MAX file with the current scene. This performs the same operation as choosing File / Merge from the MAX menus.

virtual void FileHold ( )

pure virtual

Remarks: This saves the current state of the scene to a temporary hold buffer (same as Edit / Hold). This state may later be restored using FileFetch() or (Edit / Fetch from MAX).

virtual void FileFetch ( )

pure virtual

Remarks: This restores the current state of the scene from the temporary hold buffer created using FileHold() (or from the MAX menu command Edit / Hold).

virtual void FileOpenMatLib ( HWND hWnd )

pure virtual

Remarks: This method brings up the File Open dialog box and allows the user to select a material library to load.

Parameters:: HWND hWnd

The parent window handle.

virtual void FileSaveMatLib ( HWND hWnd )

pure virtual

Remarks: If the current material library has been saved previously (has been named) this method saves the material library to the same file. Otherwise it brings up the standard Save File As dialog box to allow the user to save the current material library.

Parameters:: HWND hWnd

The parent window handle.

virtual void FileSaveAsMatLib ( HWND hWnd )

pure virtual

Remarks: Brings up the standard Save File As dialog box to allow the user to save the current material library.

Parameters:: HWND hWnd

The parent window handle.

virtual void LoadDefaultMatLib ( )

pure virtual

Remarks: This method loads the default material library 3DSMAX.MAT (if this file exists).

virtual int LoadFromFile	(	const MCHAR *	name,
		BOOL	refresh = `TRUE`
	)

pure virtual

Remarks: Loads the specified MAX file. A developer should normally specify a complete path name. This method does not bring up a file dialog.

Parameters:: const MCHAR *name

The MAX file to load.

BOOL refresh=TRUE

Set this to FALSE to prevent the viewports from automatically being refreshed.

Returns: Nonzero if the file was loaded; otherwise 0.

virtual int SaveToFile	(	const MCHAR *	fname,
		BOOL	clearNeedSaveFlag = `TRUE`,
		BOOL	useNewFile = `TRUE`
	)

pure virtual

Remarks: Saves the current scene to the specified MAX file. This method does not bring up a file dialog.

Parameters:: const MCHAR *name

The MAX file to save.

BOOL clearNeedSaveFlag = TRUE

if clearNeedSaveFlag is false, the scene 'dirty' flag is not cleared.

BOOL useNewFile = TRUE

if it's true, the saved file will become the current scene and the file is added to the MRU list,

Returns: Nonzero if the library was saved; otherwise 0.

virtual void FileSaveSelected ( const MCHAR * fname )

pure virtual

Remarks: Saves the selected nodes to the specified file.

Parameters:: MCHAR *fname

The MAX file to save.

virtual void FileSaveNodes	(	INodeTab *	nodes,
		const MCHAR *	fname
	)

pure virtual

Remarks: Saves the specified nodes to the specified file.

Parameters:: INodeTab* nodes

Points to the table of nodes to save. See Class INodeTab.

MCHAR *fname

The MAX file to save.

virtual int LoadMaterialLib	(	const MCHAR *	name,
		MtlBaseLib *	lib = `NULL`
	)

pure virtual

Remarks: Loads the specified material library. This method does not bring up a file dialog.

Parameters:: const MCHAR *name

The material library to load.

MtlBaseLib *lib=NULL

Points to the material library to load into. If NULL the library is loaded into the current material library. See Class MtlBaseLib.

Note: You need to call MtlBaseLib::DeleteAll() on the library during a MAX reset operation. This will remove all its references to the materials and set its count to zero.

Returns: Nonzero if the library was loaded; otherwise 0.

virtual int SaveMaterialLib	(	const MCHAR *	name,
		MtlBaseLib *	lib = `NULL`
	)

pure virtual

Remarks: Saves the specified material library to the specified file. This method does not bring up a file dialog.

Parameters:: const MCHAR *name

The material library to save.

Points to the material library to save from. If NULL the library is saved from the current material library. See Class MtlBaseLib.

Returns: Nonzero if the library was saved; otherwise 0.

virtual int MergeFromFile	(	const MCHAR *	name,
		BOOL	mergeAll = `FALSE`,
		BOOL	selMerged = `FALSE`,
		BOOL	refresh = `TRUE`,
		int	dupAction = `MERGE_DUPS_PROMPT`,
		NameTab *	mrgList = `NULL`,
		int	dupMtlAction = `MERGE_DUP_MTL_PROMPT`,
		int	reparentAction = `MERGE_REPARENT_PROMPT`,
		BOOL	includeFullGroup = `FALSE`
	)

pure virtual

Remarks: Merges the specified MAX file into the current scene. In MAX 2.0 and later additional parameters allow automatic viewport updates to be optionally be turned off, cases of duplicate objects being merged may be handled, a table of names of the merged objects may be generated, and only specific named objects from the file may be merged.

Parameters:: const MCHAR *name

The MAX file to merge.

BOOL mergeAll=FALSE

If TRUE all the items in the file are merged; otherwise the selector dialog appears allowing the user to choose.

selMerged=FALSE

If TRUE the nodes are selected when they are merged.

BOOL refresh=TRUE

Set this to FALSE to prevent the viewports from automatically being refreshed.

int dupAction = MERGE_DUPS_PROMPT

Determines what to do when duplicate named objects are encountered during the merge. See Duplicate Node Name Actions
NameTab* mrgList=NULL

When you specify a pointer to a NameTab for this parameter, and don't set dupAction to MERGE_LIST_NAMES, then this method will merge the nodes whose names are listed in the mrgList.

If dupAction==MERGE_LIST_NAMES, (and mergeAll==TRUE, and mrgList != NULL) then this method puts a list of the nodes in the file into mrgList, and simply returns (no merging is done).

See Class NameTab.

BOOL dupMtlAction=MERGE_DUP_MTL_PROMPT

Determines what to do when duplicate material names are encountered during the merge. Must be one of the Duplicate Material Name Actions
BOOL reparentAction=MERGE_REPARENT_PROMPT

Determines how to re-parent nodes during a merge operation. Must be one of the Node Reparent Actions bool includeFullGroup=FALSE

If TRUE, expand list of nodes to merge to include all group nodes associated with those nodes

Returns: Nonzero if the file was merged; otherwise 0.

virtual BOOL FileImport ( )

pure virtual

Remarks: This method simply brings up the 'Select File to Import' dialog just as if the user picked this option from the File / Import... pulldown menu.

Returns: TRUE if the file was imported successfully; otherwise FALSE.

virtual BOOL FileExport ( )

pure virtual

Remarks: This method simply brings up the 'Select File to Export' dialog just as if the user picked this option from the File / Export... pulldown menu.

Returns: TRUE if the export file was written successfully; otherwise FALSE.

virtual BOOL ImportFromFile	(	const MCHAR *	name,
		BOOL	suppressPrompts = `FALSE`,
		Class_ID *	importerID = `NULL`
	)

pure virtual

Remarks: This method allows the import of the specified file by any of the supported import formats. This is done by specifying a full filename thus bypassing the file browser. If suppressPrompts is set to TRUE, the import mechanism will not display any prompts requiring user action.

Note: Developers of Import plug-ins need to support the suppressPrompts mechanism for this to work properly. Developers of such plug-ins should see the Class SceneImport for details.

Parameters:: const MCHAR *name

The full file name (including extension – which identifies the importer used) of the input file.

BOOL suppressPrompts=FALSE

If TRUE the default choices in the import plug-in are used and no options dialogs are presented. If FALSE any options dialogs provided by the importer are presented to the user.

Class_ID *importerID=NULL

The parameter specifies the Class_ID of the import module to use. This is for those cases where more than one import module uses the same file extension. Omitting this class ID operates in the pre-R3 mode, i.e. the first importer found is used.

Returns: TRUE if the export file was written successfully; otherwise FALSE.

virtual BOOL ExportToFile	(	const MCHAR *	name,
		BOOL	suppressPrompts = `FALSE`,
		DWORD	options = `0`,
		Class_ID *	exporterID = `NULL`
	)

pure virtual

Remarks: This method allows the export of the current MAX file to any of the supported export formats. This is done by specifying a full filename thus bypassing the file browser. If suppressPrompts is set to TRUE, the export mechanism will not display any prompts requiring user action.

Note: Developers of Export plug-ins need to support the suppressPrompts mechanism for this to work properly. Developers of such plug-ins should see the Class SceneExport for details.

Parameters:: const MCHAR *name

The full file name (including extension – which identifies the exporter used) of the output file.

BOOL suppressPrompts=FALSE

If TRUE the default choices in the export plug-in are used and no options dialogs are presented. If FALSE any options dialogs provided by the exporter are presented to the user.

DWORD options

There is currently one option; SCENE_EXPORT_SELECTED which allows you to export only selected nodes.

Class_ID *exporterID=NULL

The parameter specifies the Class_ID of the export module to use. This is for those cases where more than one export module uses the same file extension. Omitting this class ID operates in the pre-R3 mode, i.e. the first exporter found is used.

Returns: TRUE if the export file was written successfully; otherwise FALSE.

virtual BOOL NodeColorPicker	(	HWND	hWnd,
		DWORD &	col
	)

pure virtual

Remarks: This method brings up the standard MAX object color picker dialog.

Parameters:: HWND hWnd

The parent window handle.

DWORD &col

If the user picks a color then this will be set to the chosen color. This is stored in a 32 bit format, with the high order 8 bits as 0's, the next 8 bits as the Blue amount, the next 8 bits as the Green amount, and the low order 8 bits as the Red amount (0x00BBGGRR). See COLORREF - DWORD Color Format.

Returns: TRUE if the user picks a color and FALSE if the user cancels the dialog.

virtual INode* GroupNodes	(	INodeTab *	nodes = `NULL`,
		MSTR *	name = `NULL`,
		BOOL	selGroup = `TRUE`
	)

pure virtual

Remarks: Combines the specified nodes into a MAX group.

Parameters:: INodeTab *nodes=NULL

The table of nodes to combine into a MAX group. If NULL is passed, the current selection set is used.

MSTR *name=NULL

The name of the group to create. If the name is NULL, a dialog box will prompt the user to select a name.

BOOL selGroup=TRUE

If TRUE, the group of nodes will be selected after the operation is completed.

Returns: A pointer to the group of nodes created.

virtual void UngroupNodes ( INodeTab * nodes = NULL )

pure virtual

Remarks: Un-groups the specified nodes.

Parameters:: INodeTab *nodes=NULL

The table of nodes to un-group. If NULL is passed, the current selection set is used.

virtual void ExplodeNodes ( INodeTab * nodes = NULL )

pure virtual

Remarks: Explodes the grouped nodes. This completely un-groups nested groups.

Parameters:: INodeTab *nodes=NULL

The table of nodes to explode. If NULL is passed, the current selection set is used.

virtual void OpenGroup	(	INodeTab *	nodes = `NULL`,
		BOOL	clearSel = `TRUE`
	)

pure virtual

Remarks: Opens the grouped nodes. Items in an opened group may be edited individually.

Parameters:: INodeTab *nodes=NULL

The table of nodes comprising a group that will be opened. If NULL is passed, the current selection set is used.

BOOL selGroup=TRUE

If TRUE, the group of nodes will be selected after the operation is completed.

virtual void CloseGroup	(	INodeTab *	nodes = `NULL`,
		BOOL	selGroup = `TRUE`
	)

pure virtual

Remarks: Closes the specified group of nodes. Items in a closed group cannot be edited individually.

Parameters:: INodeTab *nodes=NULL

The table of nodes to close. If NULL is passed, the current selection set is used.

BOOL selGroup=TRUE

If TRUE, the group of nodes will be selected after the operation is completed.

virtual bool AttachNodesToGroup	(	INodeTab &	nodes,
		INode &	pTargetNode
	)

pure virtual

Remarks: Attach nodes to a group.It behaves just like the attach menu command in 3ds Max's main menu. You can't attach nodes which are already a group member to other groups.

Parameters:: INodeTab& nodes

The table of nodes that you want to attach to a group.

INode& pTargetNode

The target node you want attach the table of nodes to. The node should be a group head node or a group member node. The node can't be a member of nodes.

Returns: true if successful; false otherwise.

virtual bool DetachNodesFromGroup ( INodeTab & nodes )

pure virtual

Remarks: Detach nodes from the group to the scene root node. The nodes may belong to different groups. It behaves just like the detach menu command in 3ds Max's main menu.

Parameters:: INodeTab& nodes

The table of nodes that you want to detach from the group they belong to. The nodes must belong to open groups.

Returns: true if successful; false otherwise.

virtual void FlashNodes ( INodeTab * nodes )

pure virtual

Remarks: This method is used to 'flash' a group of nodes. This is usually used as a confirmation of some operation (for example as an indication of the completion of a pick node operation.) The nodes are briefly erased and then redrawn in the viewport to flash them.

Parameters:: INodeTab *nodes

Pointer to the table of nodes to 'flash'.

Sample Code:: INodeTab flash;

INode *node;

for (int i=0; i<ip->GetSelNodeCount(); i++)

{

node = ip->GetSelNode(i);

flash.Append(1,&node,10);

}

ip->FlashNodes(&flash);

virtual void TranslateAndDispatchMAXMessage ( MSG & msg )

pure virtual

Remarks: If a plug-in needs to do a PeekMessage() and wants to actually remove the message from the queue, it can use this method to have the message translated and dispatched.

Parameters:: MSG &msg

The message from PeekMessage().

virtual BOOL CheckMAXMessages ( )

pure virtual

Remarks: This will go into a PeekMessage() loop until there are no more messages left. This is a way a plug-in can relieve control to the system.

There may be certain circumstances where a plug-in wants to give control back to MAX. For example a plug-in may put up a progress bar with a cancel button during a lengthy operation. However the cancel button would not receive any messages if the user was clicking on it because no messages are being dispatched.

This method will relieve control and let any messages that are in the queue get processed. If there are no messages it will return right away. This provides a way for a plug-in to yield control.

Note: A developer must be prepared to handle a lot of different conditions if this is done. For example the user could click on the delete key and delete the object that was being processed. EndEditParams() could be called on the plug-in. So in EndEditParams() there must be some logic to signal the other lengthy process that EndEditParams() was called.

Returns: If this method returns FALSE then the user is attempting to quit MAX and the caller should return.

virtual BOOL setBkgImageAsset ( const MaxSDK::AssetManagement::AssetUser & asset )

pure virtual

Remarks: This method is used to specify the background asset used.

Parameters:: AssetUser& asset

The background asset representing the background image.

Returns: TRUE if the asset was set; otherwise FALSE.

virtual const MaxSDK::AssetManagement::AssetUser& getBkgImageAsset ( void )

pure virtual

Remarks: This method is used to retrieve the asset of the background image used.

virtual void setBkgImageAspect ( int t )

pure virtual

Remarks: Sets the background image aspect ratio. This may match the viewport, the bitmap, or the rendering output aspect ratio.

Parameters:: int t

One of the following values:

VIEWPORT_BKG_ASPECT_VIEW

VIEWPORT_BKG_ASPECT_BITMAP

VIEWPORT_BKG_ASPECT_OUTPUT

virtual int getBkgImageAspect ( )

pure virtual

Remarks: Retrieves the background image aspect ratio. This will be the viewport, the bitmap, or the rendering output aspect ratio.

Returns: One of the following values:

VIEWPORT_BKG_ASPECT_VIEW

VIEWPORT_BKG_ASPECT_BITMAP

VIEWPORT_BKG_ASPECT_OUTPUT

virtual void setBkgImageAnimate ( BOOL onOff )

pure virtual

Remarks: This method sets if the background image is animated in the viewports. If TRUE the image updates to reflect the current frame. If FALSE the image remains static regardless of time.

Parameters:: BOOL onOff

TRUE to enable viewport background image animation; FALSE to disable it.

virtual int getBkgImageAnimate ( void )

pure virtual

Remarks: This method determines if the background image is set to update with the current frame in the viewports.

virtual void setBkgFrameRange	(	int	start,
		int	end,
		int	step = `1`
	)

pure virtual

Remarks: This method establishes the range of frames used for an animated background.

Parameters:: int start

The start frame number.

int end

The end frame number.

int step=1

The frame increment.

virtual int getBkgFrameRangeVal ( int which )

pure virtual

Remarks: This method retrieves either the start or end frame number.

Parameters:: int which

One of the following values:

VIEWPORT_BKG_START

VIEWPORT_BKG_END

virtual void setBkgORType	(	int	which,
		int	type
	)

pure virtual

Remarks: Sets the background Out of Range Type. This may be the start or end ORT.

Parameters:: int which

One of the following values:

0 : Sets the Start Processing ORT.

1 : Sets the End Processing ORT.

int type

One of the following values:

VIEWPORT_BKG_BLANK

VIEWPORT_BKG_HOLD

VIEWPORT_BKG_LOOP

virtual int getBkgORType ( int which )

pure virtual

Remarks: Retrieves the background Out of Range Type. This may be the start or end ORT.

Parameters:: int which

One of the following values:

0 : Gets the Start Processing ORT.

1 : Gets the End Processing ORT.

Returns: One of the following values:

VIEWPORT_BKG_BLANK

VIEWPORT_BKG_HOLD

VIEWPORT_BKG_LOOP

virtual void setBkgStartTime ( TimeValue t )

pure virtual

Remarks: This sets the "Start at" parameter from the Views / Background Image... dialog.

Parameters:: TimeValue t

The time to start.

virtual TimeValue getBkgStartTime ( )

pure virtual

Remarks: This returns the "Start at" parameter from the Views / Background Image... dialog.

virtual void setBkgSyncFrame ( int f )

pure virtual

Remarks: Sets the background "Sync Start to Frame" setting.

Parameters:: int f

The frame number.

virtual int getBkgSyncFrame ( )

pure virtual

Remarks: Returns the background "Sync Start to Frame" setting.

virtual int getBkgFrameNum ( TimeValue t )

pure virtual

Remarks: This method will convert the TimeValue passed to a frame number based on the background image settings (ORTs, start/end times, sync frame, etc.).

Parameters:: TimeValue t

The time to convert.

Returns: The frame number corresponding to the time passed.

virtual BOOL GetRealTimePlayback ( )

pure virtual

Remarks: Returns the state of the real-time animation playback toggle.

virtual void SetRealTimePlayback ( BOOL realTime )

pure virtual

Remarks: Sets the state of the real-time animation playback toggle.

Parameters:: BOOL realTime

TRUE if frames should be dropped if necessary for the animation to play back in real time. FALSE specifies that every frame should be played.

virtual BOOL GetPlayActiveOnly ( )

pure virtual

Remarks: This method returns the flag controlling which viewports are updated when the animation is played.

Returns: TRUE if all the viewports are updated during play; FALSE if only the active viewport is updated.

virtual void SetPlayActiveOnly ( BOOL playActive )

pure virtual

Remarks: This method sets the flag controlling which viewports are updated when the animation is played. This may be all the viewports, or just the active one.

Parameters:: BOOL playActive

If TRUE, only the active viewport is updated as the animation is played; otherwise all the viewports are updated.

virtual void StartAnimPlayback ( int selOnly = FALSE )

pure virtual

Remarks: Begins animation playback. The animation may be played for all objects, or just the selected ones.

Parameters:: int selOnly=FALSE

If TRUE only the selected objects are updated as the animation is played; otherwise all objects are.

virtual void EndAnimPlayback ( )

pure virtual

Remarks: Terminates the animation playback.

virtual BOOL IsAnimPlaying ( )

pure virtual

Remarks: Returns TRUE if the animation is currently playing; otherwise FALSE.

virtual int GetPlaybackSpeed ( )

pure virtual

virtual void SetPlaybackSpeed ( int s )

pure virtual

virtual BOOL GetPlaybackLoop ( )

pure virtual

Remarks: This method returns the state of the "loop" checkbox in the time configuration panel. Note that the loop control is only active when "real time" is selected.

Returns: TRUE if loop is on; FALSE if off.

virtual void SetPlaybackLoop ( BOOL loop )

pure virtual

Remarks: This method allows you to set the state of the "loop" checkbox in the time configuration panel. Note that the loop control is only active when "real time" is selected.

Parameters:: BOOL loop

TRUE to set the loop to on; FALSE to set it off.

virtual void IncrementValidityToken ( )

pure virtual

virtual unsigned int CurrentValidityToken ( )

pure virtual

virtual int OpenCurRenderer	(	INode *	camNode,
		ViewExp *	view,
		RendType	t = `RENDTYPE_NORMAL`,
		int	w = `0`,
		int	h = `0`
	)

pure virtual

Remarks: This method is called to open the current renderer. It must be opened before frames can be rendered. Either camNode or view must be non-NULL, but not both. Remember to close the renderer when you are done (using CloseCurRenderer()).

Parameters:: INode *camNode

A pointer to the camera node to render, or NULL if a viewport should be rendered.

ViewExp *view

A pointer to the view to render, or NULL if the camera should be rendered.

RendType t = RENDTYPE_NORMAL

This provides an optional way to specify the view when opening the renderer. This specifies the type of render.

int w=0

This specifies the width of the rendering.

int h=0

This specifies the height of the rendering.

Returns: Nonzero indicates success; failure is zero.

See also: RendType

virtual int OpenCurRenderer	(	ViewParams *	vpar,
		RendType	t = `RENDTYPE_NORMAL`,
		int	w = `0`,
		int	h = `0`
	)

pure virtual

Remarks: This method is called to open the current renderer. It provides an optional way to specify the view when opening.

Parameters:: ViewParams *vpar

This class describes the properties of a view that is being rendered. See Class ViewParams.

RendType t = RENDTYPE_NORMAL

This provides an optional way to specify the view when opening the renderer. This specifies the type of render.

int w=0

This specifies the width of the rendering.

int h=0

This specifies the height of the rendering.

Returns: Nonzero indicates success; failure is 0.

See also: RendType

virtual void CloseCurRenderer ( )

pure virtual

Remarks: This method is called to close the renderer. The renderer must be closed when you are finished with it.

virtual int CurRendererRenderFrame	(	TimeValue	t,
		Bitmap *	bm,
		RendProgressCallback *	prog = `NULL`,
		float	frameDur = `1.0f`,
		ViewParams *	vp = `NULL`,
		RECT *	regionRect = `NULL`
	)

pure virtual

Remarks: This method is called to render a frame to the given bitmap. The renderer uses the width, height, and aspect ratio of the specified bitmap to control the size of the rendered image.

Parameters:: TimeValue t

The time to render the image.

Bitmap *bm

The bitmap to render to. This bitmap defines the size and aspect ratio of the render. See Class Bitmap.

RendProgressCallback *prog=NULL

The RendProgressCallback is an optional callback. See Class RendProgressCallback.

float frameDur = 1.0f

This parameter should always be set to 1.0.

ViewParams *vp=NULL

This parameter allows you to specify a different view transformation on each render call. For instance, you can render a given scene at a given time from many different viewpoints, without calling Render::Open() for each one.

RECT *regionRect = NULL

This value, if passed, defines the region to be rendered. This only works for RENDTYPE_REGION and RENDTYPE_REGIONCROP.

Returns: The result of the render - Nonzero if success; otherwise 0.

virtual IScanRenderer* CreateDefaultScanlineRenderer ( )

pure virtual

Remarks: This method creates a default scanline renderer. This renderer must be deleted by calling IScanRenderer::DeleteThis().

Returns: A pointer to a new IScanRenderer object.

virtual Renderer* CreateDefaultRenderer ( RenderSettingID renderSettingID )

pure virtual

Creates an instance of the default renderer for the given render setting.

Remarks: If the class ID of the default renderer (see SetDefaultRendererClassID()) does not exist, then an instance of the MAX scanline renderer is created. The instance returned must be deleted with Renderer::DeleteThis().

Parameters

renderSettingID The render type to create a default renderer of

Returns: The new renderer

virtual Class_ID GetDefaultRendererClassID ( RenderSettingID renderSettingID )

pure virtual

Gets the class ID of the default renderer for the given render setting.

Remarks: An instance of the default renderer can be created by using CreateDefaultRenderer()

Parameters

renderSettingID The render setting to get the default renderer of.

Returns: The Class ID of the current default Renderer for renderSettingID

virtual void SetDefaultRendererClassID	(	RenderSettingID	renderSettingID,
		Class_ID	classID
	)

pure virtual

Gets the class ID of the default renderer for the given render setting.

Remarks: An instance of the default renderer can be created by using CreateDefaultRenderer()

Parameters

renderSettingID	The render setting to get the default renderer of.
classID	The Class ID of a Renderer to set as the new default for renderSettingID

virtual int OpenRenderer	(	Renderer *	pRenderer,
		INode *	camNode,
		ViewExp *	view,
		RendType	type = `RENDTYPE_NORMAL`,
		int	w = `0`,
		int	h = `0`
	)

pure virtual

Remarks: This method is called to open the specified renderer. It must be opened before frames can be rendered. Either camNode or view must be non-NULL, but not both. Remember to close the renderer when you are done (using CloseRenderer()).

Parameters:: Renderer *pRenderer

Points to the renderer to open.

INode *camNode

A pointer to the camera node to render, or NULL if a viewport should be rendered.

ViewExp *view

A pointer to the view to render, or NULL if the camera should be rendered.

RendType type = RENDTYPE_NORMAL

This provides an optional way to specify the view when opening the renderer. This specifies the type of render.

int w=0

This specifies the width of the rendering.

int h=0

This specifies the height of the rendering.

Returns: Nonzero indicates success; failure is zero.

See also: RendType

virtual int OpenRenderer	(	Renderer *	pRenderer,
		ViewParams *	vpar,
		RendType	type = `RENDTYPE_NORMAL`,
		int	w = `0`,
		int	h = `0`
	)

pure virtual

Remarks: This method is called to open the specified renderer. It provides an optional way to specify the view when opening.

Parameters:: Renderer *pRenderer

Points to the renderer to do the rendering.

ViewParams *vpar

This class describes the properties of a view that is being rendered.

RendType type = RENDTYPE_NORMAL

This provides an optional way to specify the view when opening the renderer. This specifies the type of render.

int w=0

This specifies the width of the rendering.

int h=0

This specifies the height of the rendering.

Returns: Nonzero indicates success; failure is 0.

See also: RendType, Class ViewParams

virtual int RendererRenderFrame	(	Renderer *	pRenderer,
		TimeValue	t,
		Bitmap *	bm,
		RendProgressCallback *	prog = `NULL`,
		float	frameDur = `1.0f`,
		ViewParams *	vp = `NULL`,
		RECT *	regionRect = `NULL`
	)

pure virtual

Remarks: This method is called to render a frame with the specified renderer to the given bitmap. The renderer uses the width, height, and aspect ratio of the specified bitmap to control the size of the rendered image.

Parameters:: Renderer *pRenderer

Points to the renderer which will do the rendering.

TimeValue t

The time to render the image.

Bitmap *bm

The bitmap to render to. This bitmap defines the size and aspect ratio of the render. See Class Bitmap.

RendProgressCallback *prog=NULL

The RendProgressCallback is an optional callback. See Class RendProgressCallback.

float frameDur = 1.0f

This parameter should always be set to 1.0.

ViewParams *vp=NULL

This parameter allows you to specify a different view transformation on each render call. For instance, you can render a given scene at a given time from many different viewpoints, without calling Render::Open() for each one.

RECT *regionRect = NULL

This value, if passed, defines the region to be rendered. This only works for RENDTYPE_REGION and RENDTYPE_REGIONCROP.

Returns: The result of the render - Nonzero if success; otherwise 0.

virtual void CloseRenderer ( Renderer * pRenderer )

pure virtual

Remarks: Closes the specified renderer.

Parameters:: Renderer *pRenderer

Points to the renderer to close.

To get more control over the renderer, the renderer can be called directly. The following methods give access to the current renderer and the user's current rendering settings. Note: These methods drive the renderer and not video post.

virtual Renderer* GetCurrentRenderer ( bool createRendererIfItDoesntExist = true )

pure virtual

Remarks: Retrieves a pointer to the renderer currently set as the active renderer. This will be either the production renderer or the draft renderer depending upon which is active. A developer can determine which renderer this is by calling the ClassID() method of the renderer.

Parameters:: bool createRendererIfItDoesntExist

If true, creates an instance of the renderer if one does not currently exist. The core will hold a reference to this renderer instance.

Returns: A pointer to the renderer.

virtual Renderer* GetProductionRenderer ( bool createRendererIfItDoesntExist = true )

pure virtual

Remarks: Retrieves a pointer to the renderer currently set as the production renderer. A developer can determine which renderer this is by calling the ClassID() method of the renderer.

Parameters:: bool createRendererIfItDoesntExist

If true, creates an instance of the renderer if one does not currently exist. The core will hold a reference to this renderer instance.

Returns: A pointer to the renderer.

virtual Renderer* GetDraftRenderer ( bool createRendererIfItDoesntExist = true )

pure virtual

Remarks: Retrieves a pointer to the renderer currently set as the draft renderer. A developer can determine which renderer this is by calling the ClassID() method of the renderer.

Parameters:: bool createRendererIfItDoesntExist

If true, creates an instance of the renderer if one does not currently exist. The core will hold a reference to this renderer instance.

Returns: A pointer to the renderer.

virtual Renderer* GetRenderer	(	RenderSettingID	renderSettingID,
		bool	createRendererIfItDoesntExist = `true`
	)

pure virtual

Remarks: Returns a pointer to the specified renderer.

Parameters:: RenderSettingID renderSettingID

One of these values: See Render Setting IDs. bool createRendererIfItDoesntExist

If true, creates an instance of the renderer if one does not currently exist. The core will hold a reference to this renderer instance.

Returns: A pointer to the renderer.

virtual void AssignCurRenderer ( Renderer * rend )

pure virtual

Remarks: Assigns the renderer passed for use as either the draft renderer or the production renderer depending upon which is active.

Parameters:: Renderer *rend

The renderer to assign.

virtual void AssignProductionRenderer ( Renderer * rend )

pure virtual

Remarks: Assigns the renderer passed as the production renderer.

Parameters:: Renderer *rend

The renderer to assign.

virtual void AssignDraftRenderer ( Renderer * rend )

pure virtual

Remarks: Assigns the renderer passed as the draft renderer.

Parameters:: Renderer *rend

The renderer to assign.

virtual void AssignRenderer	(	RenderSettingID	renderSettingID,
		Renderer *	rend
	)

pure virtual

Remarks: Assigns the renderer passed as one of the standard MAX rendering options (Production, Draft, etc).

Parameters:: RenderSettingID renderSettingID

One of these values: See Render Setting IDs.

Renderer *rend

Points to the renderer to assign.

virtual void SetUseDraftRenderer ( BOOL b )

pure virtual

Remarks: Specifies which renderer is active – draft or production. Pass TRUE to use the draft renderer and FALSE to get the production renderer.

virtual BOOL GetUseDraftRenderer ( )

pure virtual

Remarks: Determines which renderer is active – draft or production.

Returns: TRUE for the draft renderer and FALSE for the production renderer.

virtual void ChangeRenderSetting ( RenderSettingID renderSettingID )

pure virtual

Remarks: Sets the specified renderer as active.

Parameters:: RenderSettingID renderSettingID

One of these values: See Render Setting IDs.

virtual RenderSettingID GetCurrentRenderSetting ( )

pure virtual

Remarks: Returns a value which indicates which renderer is current. See Render Setting IDs.

virtual Renderer* GetMEditRenderer ( bool createRendererIfItDoesntExist = true )

pure virtual

Gets the renderer assigned to the MEdit slot.

.

This ignores the state of the MEdit renderer lock, and will not necessarily get the renderer that is actually used for MEdit.

See also: GetActualMEditRenderer()

Parameters:: bool createRendererIfItDoesntExist

If true, creates an instance of the renderer if one does not currently exist. The core will hold a reference to this renderer instance.

Returns: the Renderer used to create the display for the Material Editor slots

virtual void AssignMEditRenderer ( Renderer * renderer )

pure virtual

Sets the renderer assigned to the MEdit slot.

.

This ignores the state of the MEdit renderer lock, and will not necessarily set the renderer that is actually used for the Material Editor.

Parameters

renderer A renderer that will be used to generate the display for the Material Editor slots

virtual Renderer* GetActualMEditRenderer ( bool createRendererIfItDoesntExist = true )

pure virtual

Returns the renderer to be used for MEdit.

.

This takes the lock into account

See also: GetMEditRenderer()

Parameters:: bool createRendererIfItDoesntExist

If true, creates an instance of the renderer if one does not currently exist. The core will hold a reference to this renderer instance.

Returns: this will return the Current renderer if the MEdit lock is ON. Otherwise, the renderer assigned with AssignMEditRenderer will be returned

virtual bool GetMEditRendererLocked ( )

pure virtual

Gets the status of the MEdit renderer lock.

Returns: true if the Current renderer should be used to render in MEdit, else false to use the assigned renderer

virtual void SetMEditRendererLocked ( bool locked )

pure virtual

Sets the status of the MEdit renderer lock.

Parameters

locked if true, the Current renderer should be used to render in MEdit. If false, the assigned renderer should be used.

virtual bool GetMEditRendererLocked_DefaultValue ( )

pure virtual

virtual void SetMEditRendererLocked_DefaultValue ( bool locked )

pure virtual

virtual IRenderElementMgr* GetCurRenderElementMgr ( )

pure virtual

Remarks: This method returns a pointer to the current render elements manager interface.

virtual IRenderElementMgr* GetRenderElementMgr ( RenderSettingID renderSettingID )

pure virtual

Remarks: This method returns a pointer to the production or draft render element manager – passing in renderSettingID = RS_IReshade will return NULL.

Parameters:: RenderSettingID renderSettingID

One of these values: See Render Setting IDs.

virtual void SetupRendParams	(	RendParams &	rp,
		ViewExp *	vpt,
		RendType	t = `RENDTYPE_NORMAL`
	)

pure virtual

Remarks: This method is called to fill in a RendParams structure that can be passed to the renderer with the user's current rendering settings. This is whatever was last used, or the default settings.

In MAX 1.x note the following (this needs not be done in MAX 2.0 or later): In order to open a renderer using this method to setup the RendParams class the following code should be used:

RendParams rp;

SetupRendParams(rp, ...);

rp.atmos = NULL;

rp.envMap = NULL;

As shown above, this method does not automatically set the values for envMap and atmos. You must do this manually if you are using the RendParams object to initialize the renderer. Then you can call Renderer::Open(..., rp, ...). In MAX 2.0 and later, atmos and envMap are properly initialized without the above code.

Parameters:: RendParams &rp

This is the class instance whose data is filled in. See Class RendParams.

ViewExp *vpt

This pointer only needs to be passed in if the RendType is RENDTYPE_REGION or RENDTYPE_BLOWUP. In these cases it will set up the RendParams regxmin, regxmax, regymin, regymax from values stored in the viewport.

RendType t = RendType::RENDTYPE_NORMAL

See also: Class ViewExp, RendType

virtual void GetViewParamsFromNode	(	INode *	vnode,
		ViewParams &	vp,
		TimeValue	t
	)

pure virtual

Remarks: This method fills in the specified ViewParams structure based on type of node passed (camera or light). It can be used when instantiating a renderer and calling Open(), Render(), and Close() directly on it.

Parameters:: INode* vnode

Points to the node to initialize from.

ViewParams& vp

The ViewParams structure to initialize.

TimeValue t

The time at which to initialize the structure.

virtual BOOL CheckForRenderAbort ( )

pure virtual

This method may be called during a rendering to check if user has cancelled the render.

Returns: TRUE if user has cancelled; otherwise FALSE. If not rendering the method returns FALSE.

virtual void AbortRender ( )

pure virtual

Calling this method during a render will set the flag that indicates that the render is to be aborted.

virtual int GetRendTimeType ( )

pure virtual

Remarks: Retrieves the type of time range to be rendered.

Returns: One of the following values:

REND_TIMESINGLE

A single frame.

REND_TIMESEGMENT

The active time segment.

REND_TIMERANGE

The user specified range.

REND_TIMEPICKUP

The user specified frame pickup string (for example "1,3,5-12").

virtual void SetRendTimeType ( int type )

pure virtual

Remarks: Sets the type of time range rendered.

Parameters:: int type

One of the following values:

REND_TIMESINGLE

A single frame.

REND_TIMESEGMENT

The active time segment.

REND_TIMERANGE

The user specified range.

REND_TIMEPICKUP

The user specified frame pickup string (for example "1,3,5-12").

virtual TimeValue GetRendStart ( )

pure virtual

Remarks: Retrieves the renderer's start time setting.

virtual void SetRendStart ( TimeValue start )

pure virtual

Remarks: Sets the renderer's start time setting.

Parameters:: TimeValue start

The time to begin rendering.

virtual TimeValue GetRendEnd ( )

pure virtual

Remarks: Retrieves the renderer's end time setting.

virtual void SetRendEnd ( TimeValue end )

pure virtual

Remarks: Sets the renderer's end time setting.

Parameters:: TimeValue end

The time to end rendering.

virtual int GetRendNThFrame ( )

pure virtual

Remarks: Returns the renderer's 'n-th' frame setting.

virtual void SetRendNThFrame ( int n )

pure virtual

Remarks: Sets the renderer's 'n-th' frame setting.

Parameters:: int n

The n-th frame setting.

virtual BOOL GetRendShowVFB ( )

pure virtual

Remarks: Retrieves the state of the renderer's show virtual frame buffer flag. Returns TRUE if on; FALSE if off.

virtual void SetRendShowVFB ( BOOL onOff )

pure virtual

Remarks: Sets the state of the renderer's show virtual frame buffer flag.

Parameters:: BOOL onOff

TRUE is on; FALSE is off.

virtual BOOL GetRendSaveFile ( )

pure virtual

Remarks: Retrieves the state of the renderer's save file flag.

Returns: Returns TRUE if on; FALSE if off.

virtual void SetRendSaveFile ( BOOL onOff )

pure virtual

Remarks: Sets the state of the renderer's save file flag.

Parameters:: BOOL onOff

TRUE is on; FALSE is off.

virtual BOOL GetRendUseDevice ( )

pure virtual

Remarks: Retrieves the state of the renderer's use device flag.

Returns: Returns TRUE if on; FALSE if off.

virtual void SetRendUseDevice ( BOOL onOff )

pure virtual

Remarks: Sets the state of the renderer's use device flag.

Parameters:: BOOL onOff

TRUE is on; FALSE is off.

virtual BOOL GetRendUseNet ( )

pure virtual

Remarks: Retrieves the state of the renderer's use net flag.

Returns: Returns TRUE if on; FALSE if off.

virtual void SetRendUseNet ( BOOL onOff )

pure virtual

Remarks: Sets the state of the renderer's use net flag.

Parameters:: BOOL onOff

TRUE is on; FALSE is off.

virtual BitmapInfo& GetRendFileBI ( )

pure virtual

Remarks: Retrieves the rendering file BitmapInfo. This class describes the output file. See Class BitmapInfo.

virtual BitmapInfo& GetRendDeviceBI ( )

pure virtual

Remarks: Retrieves the rendering device BitmapInfo. This class describes the output device. See Class BitmapInfo.

virtual int GetRendWidth ( )

pure virtual

Remarks: Retrieves the rendering output width in pixels.

virtual void SetRendWidth ( int w )

pure virtual

Remarks: Sets the rendering output width.

Parameters:: int w

The width in pixels.

virtual int GetRendHeight ( )

pure virtual

Remarks: Retrieves the rendering output height in pixels.

virtual void SetRendHeight ( int h )

pure virtual

Remarks: Sets the rendering output height.

Parameters:: int h

The height in pixels.

virtual float GetRendApect ( )

pure virtual

Remarks: Retrieves the renderer's pixel aspect ratio setting. Note for MAX 1.2: To get the 'Image Aspect Ratio' setting use:

float aspectRatio =

((float) ip->GetRendWidth())/((float) ip->GetRendHeight());

In MAX 2.0 or later GetRendImageAspect() may be used:

virtual void SetRendAspect ( float a )

pure virtual

Remarks: Sets the renderer's pixel aspect ratio setting.

Parameters:: float a

The pixel aspect ratio to set.

virtual float GetRendImageAspect ( )

pure virtual

Remarks

Returns: Returns the image aspect ratio.

virtual float GetRendApertureWidth ( )

pure virtual

Remarks

Returns: Returns the aperture width in millimeters (mm).

virtual void SetRendApertureWidth ( float aw )

pure virtual

Remarks: Sets the aperture width.

Parameters:: float aw

The width to set in millimeters (mm).

virtual BOOL GetRendFieldRender ( )

pure virtual

Remarks: Retrieves the renderer's field render flag.

Returns: Returns TRUE if on; FALSE if off.

virtual void SetRendFieldRender ( BOOL onOff )

pure virtual

Remarks: Sets the renderer's field render flag.

Parameters:: BOOL onOff

TRUE for on; FALSE for off.

virtual BOOL GetRendColorCheck ( )

pure virtual

Remarks: Retrieves the renderer's color check flag.

Returns: Returns TRUE if on; FALSE if off.

virtual void SetRendColorCheck ( BOOL onOff )

pure virtual

Remarks: Sets the renderer's color check flag.

Parameters:: BOOL onOff

TRUE for on; FALSE for off.

virtual BOOL GetRendSuperBlack ( )

pure virtual

Remarks: Retrieves the renderer's super black flag.

Returns: Returns TRUE if on; FALSE if off.

virtual void SetRendSuperBlack ( BOOL onOff )

pure virtual

Remarks: Sets the renderer's super black flag.

Parameters:: BOOL onOff

TRUE for on; FALSE for off.

virtual BOOL GetRendHidden ( )

pure virtual

Remarks: Retrieves the renderer's render hidden objects flag.

Returns: Returns TRUE if on; FALSE if off.

virtual void SetRendHidden ( BOOL onOff )

pure virtual

Remarks: Sets the renderer's render hidden objects flag.

Parameters:: BOOL onOff

TRUE for on; FALSE for off.

virtual BOOL GetRendForce2Side ( )

pure virtual

Remarks: Retrieves the renderer's force two-sided flag.

Returns: Returns TRUE if on; FALSE if off.

virtual void SetRendForce2Side ( BOOL onOff )

pure virtual

Remarks: Sets the renderer's force two-sided flag. TRUE for on; FALSE for off.

virtual BOOL GetRendAtmosphere ( )

pure virtual

Remarks: Retrieves the renderer's uses atmospheric effects flag.

Returns: Returns TRUE if on; FALSE if off.

virtual void SetRendAtmosphere ( BOOL onOff )

pure virtual

Remarks: Sets if the renderer uses atmospheric effects.

Parameters:: BOOL onOff

TRUE for on; FALSE for off.

virtual BOOL GetRendEffects ( )

pure virtual

Remarks

Returns: Returns TRUE if Rendering Effects will be used; otherwise FALSE.

virtual void SetRendEffects ( BOOL onOff )

pure virtual

Remarks: Sets if Rendering Effects will be used.

Parameters:: BOOL onOff

TRUE to use (on); FALSE to not use (off).

virtual BOOL GetRendDisplacement ( )

pure virtual

Remarks

Returns: Returns TRUE if rendering displacements is enabled; otherwise FALSE.

Note: Developers should use the flags parameter of the View class which is passed into GetRenderMesh() to determine if Displacement Mapping is being used because the values may not the same (for instance when rendering in the Materials Editor). See Class View.

virtual void SetRendDisplacement ( BOOL onOff )

pure virtual

Remarks: Sets if rendering displacements are enabled.

Parameters:: BOOL onOff

TRUE for on; FALSE for off.

virtual MSTR& GetRendPickFramesString ( )

pure virtual

Remarks: Retrieves the string holding the frames the user wants to render. For example "1,3,5-12".

virtual BOOL GetRendDitherTrue ( )

pure virtual

Remarks: Retrieves the renderer's dither true color flag.

Returns: Returns TRUE if on; FALSE if off.

virtual void SetRendDitherTrue ( BOOL onOff )

pure virtual

Remarks: Sets the renderer's dither true color flag.

Parameters:: BOOL onOff

TRUE for on; FALSE for off.

virtual BOOL GetRendDither256 ( )

pure virtual

Remarks: Retrieves the renderer's dither 256 color flag.

Returns: Returns TRUE if on; FALSE if off.

virtual void SetRendDither256 ( BOOL onOff )

pure virtual

Remarks: Sets the renderer's dither 256 color flag.

Parameters:: BOOL onOff

TRUE for on; FALSE for off.

virtual BOOL GetRendMultiThread ( )

pure virtual

Remarks: Retrieves the renderer's multi-threaded flag.

Returns: Returns TRUE if on; FALSE if off.

virtual void SetRendMultiThread ( BOOL onOff )

pure virtual

Remarks: Sets the renderer's multi-threaded flag.

Parameters:: BOOL onOff

TRUE for on; FALSE for off.

virtual BOOL GetRendNThSerial ( )

pure virtual

Remarks: This retrieves the output file sequencing nth serial numbering setting.

Returns: Returns TRUE if on; FALSE if off.

virtual void SetRendNThSerial ( BOOL onOff )

pure virtual

Remarks: This sets the output file sequencing nth serial numbering setting.

Parameters:: BOOL onOff

TRUE for on; FALSE for off.

virtual int GetRendVidCorrectMethod ( )

pure virtual

Remarks: Retrieves the video color check method.

Returns: One of the following values:

0 is FLAG

1 is SCALE_LUMA

2 is SCALE_SAT

virtual void SetRendVidCorrectMethod ( int m )

pure virtual

Remarks: Sets the video color check method.

Parameters:: int m

One of the following values:

0 is FLAG

1 is SCALE_LUMA

2 is SCALE_SAT

virtual int GetRendFieldOrder ( )

pure virtual

Remarks: Retrieves the rendering field order.

Returns: One of the following values:

0 is Even

1 is Odd

virtual void SetRendFieldOrder ( int fo )

pure virtual

Remarks: Sets the rendering field order to even or odd.

Parameters:: int fo

One of the following values:

0 sets Even

1 sets Odd

virtual int GetRendNTSC_PAL ( )

pure virtual

Remarks: Retrieves the video color check NTSC or PAL setting.

Returns: One of the following values:

0 is NTSC

1 is PAL

virtual void SetRendNTSC_PAL ( int np )

pure virtual

Remarks: Sets the video color check NTSC or PAL setting.

Parameters:: int np

One of the following values:

0 sets NTSC

1 sets PAL

virtual int GetRendSuperBlackThresh ( )

pure virtual

Remarks: Returns the super black threshold setting.

virtual void SetRendSuperBlackThresh ( int sb )

pure virtual

Remarks: Sets the super black threshold setting.

Parameters:: int sb

The super black threshold.

virtual int GetRendFileNumberBase ( )

pure virtual

Remarks: Returns the File Number Base in the 'Common Parameters' rollup of the Render Scene dialog.

virtual void SetRendFileNumberBase ( int n )

pure virtual

Remarks: Sets the File Number Base in the 'Common Parameters' rollup of the Render Scene dialog.

Parameters:: int n

The number to set.

virtual BOOL GetSkipRenderedFrames ( )

pure virtual

Remarks: Returns TRUE if the skip existing rendered frames state is on; otherwise FALSE.

virtual void SetSkipRenderedFrames ( BOOL onOff )

pure virtual

Remarks: Sets the skip existing rendered frames state to on or off.

Parameters:: BOOL onOff

TRUE for on; FALSE for off.

virtual BOOL GetRendSimplifyAreaLights ( )

pure virtual

returns the state of the toggle in the render dialog, "Area Lights/Shadows as Points".

Returns: true if area lights should be rendered as point lights.

virtual void SetRendSimplifyAreaLights ( BOOL onOff )

pure virtual

Sets the toggle in the render dialog, "Area Lights/Shadows as Points".

When set to true, the simplyAreaLights variable in class RenderGlobalContext will be set when rendering

Parameters

[in] onOff - If true, set the toggle to cause area lights to be rendered as point lights.

virtual DWORD GetHideByCategoryFlags ( )

pure virtual

Remarks: Returns the state of the hide by category flags.

Returns: One or more of the following values:

HIDE_OBJECTS

HIDE_SHAPES

HIDE_LIGHTS

HIDE_CAMERAS

HIDE_HELPERS

HIDE_WSMS

HIDE_SYSTEMS

HIDE_ALL

HIDE_NONE

virtual void SetHideByCategoryFlags ( DWORD f )

pure virtual

Remarks: Sets the state of the hide by category flags.

Parameters:: DWORD f

One or more of the following values:

HIDE_OBJECTS

HIDE_SHAPES

HIDE_LIGHTS

HIDE_CAMERAS

HIDE_HELPERS

HIDE_WSMS

HIDE_SYSTEMS

HIDE_ALL

HIDE_NONE

virtual int GetViewportLayout ( )

pure virtual

Remarks: This method may be called to retrieve a value that describes the configuration of the MAX viewports.

Returns

The viewport layout configuration. The list below uses the following syntax: # is the total number of viewports.

V = vertical split
H = horizontal split
L/R = left/right placement
T/B = top/bottom placement

One of the following values. Note: The bottom nibble (4-bits) is the total number of views. You may use the constant VP_NUM_VIEWS_MASK to mask off the 4 bits that contains the total number of viewports.

VP_LAYOUT_1
VP_LAYOUT_2V
VP_LAYOUT_2H
VP_LAYOUT_2HT
VP_LAYOUT_2HB
VP_LAYOUT_3VL
VP_LAYOUT_3VR
VP_LAYOUT_3HT
VP_LAYOUT_3HB
VP_LAYOUT_4
VP_LAYOUT_4VL
VP_LAYOUT_4VR
VP_LAYOUT_4HT
VP_LAYOUT_4HB
VP_LAYOUT_1C

virtual void SetViewportLayout ( int layout )

pure virtual

Remarks: Sets the viewport configuration layout.

Parameters:: int layout

The layout to use. See the return values of GetViewportLayout() above.

virtual BOOL IsViewportMaxed ( )

pure virtual

Remarks: Returns TRUE if the current viewport is full screen; otherwise FALSE.

virtual void SetViewportMax ( BOOL max )

pure virtual

Remarks: This method will maximize (set to a single full screen view) or minimize the current viewport.

Parameters:: BOOL max

If TRUE the viewport is maximized; otherwise it is minimized.

virtual void ViewportZoomExtents	(	BOOL	doAll,
		BOOL	skipPersp = `FALSE`
	)

pure virtual

Remarks: This method performs a zoom extents on the viewport(s). This fills the viewport(s) with the objects of the scene.

Parameters:: BOOL doAll

If TRUE all the viewports are zoomed to their extents; otherwise just the current viewport is.

BOOL skipPersp=FALSE

If TRUE perspective viewports are not altered; otherwise these views are zoomed to their extents as well.

virtual void ZoomToBounds	(	BOOL	doAll,
		Box3	box
	)

pure virtual

Remarks: This method allows you to zoom the current or selected viewport to a bounding region.

Parameters:: BOOL doAll

This flag determines whether only the selected or all viewports get zoomed. TRUE for all, FALSE for selected only.

Box3 box

The bounding region to zoom to.

virtual void GetSelectionWorldBox	(	TimeValue	t,
		Box3 &	box
	)

pure virtual

Remarks: This method retrieves the world space bounding box of the current selection set.

Parameters:: TimeValue t

The time to retrieve the bounding box.

Box3 &box

The bounding box is returned here.

virtual INode* GetINodeByName ( const MCHAR * name )

pure virtual

Remarks: This method may be called to retrieve the INode pointer for the node with the given name.

Parameters:: const MCHAR *name

The name of the node to find.

virtual INode* GetINodeByHandle ( ULONG handle )

pure virtual

Remarks: Returns a pointer to the node whose handle is specified. In 3ds Max version 4.0 and later each node is assigned a unique handle.

Parameters:: ULONG handle

The handle of the node to find.

virtual INode* GetINodeFromRenderID ( UWORD id )

pure virtual

Remarks: This method returns the node pointer from the id in the BMM_CHAN_NODE_RENDER_ID G-Buffer channel. The renderer will set the RenderID of all rendered nodes, and will set all non-rendered nodes to 0xffff. See Image (G-Buffer) Channels.

Parameters:: UWORD id

The id from the G Buffer channel.

virtual void ExecuteMAXCommand ( int id )

pure virtual

Remarks: This method may be used to execute a MAX command. These are the same commands that may be assigned using the MAX Customize/Preferences.../Keyboard Tab key assignment system.

For MAX version 1.1 or later, this method may also be used to set various aspects of the preview display. The id to pass for these options is shown below:

ExecuteMAXCommand(MAXCOM_API_PVW_GRID_OFF)

This turns off the preview grid display.

ExecuteMAXCommand(MAXCOM_API_PVW_GRID_ON)

This turns on the preview grid display.

ExecuteMAXCommand(MAXCOM_API_PVW_SMOOTH_MODE)

This sets the preview rendering mode to "smooth".

ExecuteMAXCommand(MAXCOM_API_PVW_FACET_MODE)

This sets the preview rendering mode to "facet".

ExecuteMAXCommand(MAXCOM_API_PVW_WIRE_MODE)

This sets the preview rendering mode to "wireframe".

Note: In MAX 2.0 and later there is an alternate (better) way to do this. See the method:

virtual void CreatePreview(PreviewParams *pvp=NULL)=0;

Parameters:: int id

The command to execute. See 3ds Max Commands.

virtual NameMaker* NewNameMaker ( BOOL initFromScene = TRUE )

pure virtual

Remarks: Returns a class used for efficiently creating unique names. To use it, do the following:

NameMaker *nm = GetCOREInterface()->NewNameMaker();

for(...) {

nm->MakeUniqueName(nodename);

}

delete nm;

Parameters

initFromScene if FALSE then the name maker is not seeded with the names of the objects in the current scene; otherwise it is

An instance of class NameMaker initialized at a given time with root node names is best used right after initialization to create several nodes. If the same NameMaker instance is to be used several times, it's best to re-initialize it with the current root node names before it's used again.

Interface::MakeNameUnique is the recommended way for creating unique node names, while class NameMaker is best used to create unique names based on a set of root names used to initialize a NameMaker instance.

virtual void SetViewportBGColor ( const Point3 & color )

pure virtual

Remarks: Set the solid viewport background color. In 3ds Max2013, viewport background color can be solid or gradient. This method doesn't affect the background color in gradient mode.

Parameters:: const Point3 &color

The color to set.

virtual Point3 GetViewportBGColor ( )

pure virtual

Remarks: Return the solid background color of the active viewport. In 3ds Max2013, viewport background color can be solid or gradient. This method returns the solid color.

virtual Texmap* GetEnvironmentMap ( )

pure virtual

Remarks: Returns the current environment map.

virtual void SetEnvironmentMap ( Texmap * map )

pure virtual

Remarks: Sets the current environment map to the specified map. See /MAXSDK/SAMPLES/UTILITIES/UTILTEST.CPP for sample code.

Parameters:: Texmap *map

The map to set.

virtual BOOL GetUseEnvironmentMap ( )

pure virtual

Remarks: Returns TRUE if the 'Use Map' checkbox is checked in the Environment / Background dialog; otherwise FALSE.

virtual void SetUseEnvironmentMap ( BOOL onOff )

pure virtual

Remarks: Sets the state of the 'Use Map' checkbox in the Environment / Background dialog.

Parameters:: BOOL onOff

TRUE for checked; FALSE for unchecked.

virtual Point3 GetAmbient	(	TimeValue	t,
		Interval &	valid
	)

pure virtual

Remarks: Retrieves the color of the ambient light at the time passed and updates the validity interval passed to reflect the validity of the ambient light.

Parameters

t	- The time to retrieve the ambient light color.
valid	- The validity interval to update. The intersection of the provided "valid" interval with the interval for the provided TimeValue and returned as the updated interval value.

Returns: The color as a Point3.

virtual void SetAmbient	(	TimeValue	t,
		Point3	col
	)

pure virtual

Remarks: Sets the color of the ambient light in the scene to the color passed at the specified time.

Parameters:: TimeValue t

The time to set the color.

Point3 col

The new color for the ambient light.

virtual Control* GetAmbientController ( )

pure virtual

Remarks: Retrieves a pointer to the controller use to animate the ambient light.

virtual void SetAmbientController ( Control * c )

pure virtual

Remarks: Sets the controller used for handling the animation of the ambient light.

Parameters:: Control *c

The controller to set.

virtual Point3 GetLightTint	(	TimeValue	t,
		Interval &	valid
	)

pure virtual

Remarks: Returns the rendering environment global lighting tint color at the specified time and updates the validity interval passed to reflect the validity of the tint color controller.

Parameters

t	- The time at which to return the color.
valid	- The validity interval to update. The intersection of the provided "valid" interval with the interval for the provided TimeValue and returned as the updated interval value.

virtual void SetLightTint	(	TimeValue	t,
		Point3	col
	)

pure virtual

Remarks: Sets the rendering environment global lighting tint color at the specified time to the color passed.

Parameters:: TimeValue t

The time at which to set the color.

Point3 col

The color to set.

virtual Control* GetLightTintController ( )

pure virtual

Remarks: Returns a pointer to the controller use to animate the tint color.

virtual void SetLightTintController ( Control * c )

pure virtual

Remarks: Sets the controller use to animate the tint color.

Parameters:: Control *c

Points to the controller to set.

virtual float GetLightLevel	(	TimeValue	t,
		Interval &	valid
	)

pure virtual

Remarks: Returns the rendering environment global lighting level at the specified time and updates the validity interval passed to reflect the validity of the lighting level controller.

Parameters

t	- The time at which to return the level.
valid	- The validity interval to update. The intersection of the provided "valid" interval with the interval for the provided TimeValue and returned as the updated interval value.

virtual void SetLightLevel	(	TimeValue	t,
		float	lev
	)

pure virtual

Remarks: Sets the rendering environment global lighting level at the specified time.

Parameters:: TimeValue t

The time at which to set the lighting level.

float lev

The level to set.

virtual Control* GetLightLevelController ( )

pure virtual

Remarks: Returns a pointer to the controller use to animate the lighting level.

virtual void SetLightLevelController ( Control * c )

pure virtual

Remarks: Sets the controller use to animate the lighting level.

Parameters:: Control *c

Points to the controller to set.

virtual int NumAtmospheric ( )

pure virtual

Remarks: Returns the number of atmospheric effects currently assigned.

virtual Atmospheric* GetAtmospheric ( int i )

pure virtual

Remarks: Returns a pointer to the 'i-th' atmospheric effect.

Parameters:: int i

Specifies which atmospheric effect to retrieve.

virtual void SetAtmospheric	(	int	i,
		Atmospheric *	a
	)

pure virtual

Remarks: Sets the 'i-th' atmospheric effect.

Parameters:: int i

Specifies which effect to set.

Atmospheric *a

A pointer to the atmospheric effect.

virtual void AddAtmosphere ( Atmospheric * atmos )

pure virtual

Remarks: Adds the specified atmospheric effect to the list of effects.

Parameters:: Atmospheric *a

A pointer to the atmospheric effect to add.

virtual void DeleteAtmosphere ( int i )

pure virtual

Remarks: Deletes the specified atmospheric effect.

Parameters:: int i

The index of the atmospheric effect to delete.

virtual void EditAtmosphere	(	Atmospheric *	a,
		INode *	gizmo = `NULL`
	)

pure virtual

Remarks: This method selects the specified atmosphere's gizmo and displays the parameters for it (if any).

Parameters:: Atmospheric *a

Points to the Atmospheric plug-in. See Class Atmospheric.

INode *gizmo=NULL

Points to the gizmo node associated with the plug-in.

virtual Point3 GetBackGround	(	TimeValue	t,
		Interval &	valid
	)

pure virtual

Remarks: Retrieves the background color at the specified time and updates the validity interval passed to reflect the validity of the background color.

Parameters

t	- The time to retrieve the color.
valid	- The validity interval to update. The intersection of the provided "valid" interval with the interval for the provided TimeValue and returned as the updated interval value.

virtual void SetBackGround	(	TimeValue	t,
		Point3	col
	)

pure virtual

Remarks: Sets the background color to the specified color at the specified time.

Parameters:: TimeValue t

The time to set the color.

Point3 col

The color to set.

virtual Control* GetBackGroundController ( )

pure virtual

Remarks: Returns a pointer to the controller animating the background color.

virtual void SetBackGroundController ( Control * c )

pure virtual

Remarks: Sets the controller used for animating the background color.

Parameters:: Control *c

Specifies which controller to set.

virtual int NumEffects ( )

pure virtual

Remarks: Returns the number of Render Effects currently assigned.

virtual Effect* GetEffect ( int i )

pure virtual

Remarks: Returns a pointer to the 'i-th' Render Effect. See Class Effect.

Parameters:: int i

The zero based index of the effect to return.

virtual void SetEffect	(	int	i,
		Effect *	e
	)

pure virtual

Remarks: Sets the specified Render Effect to the one passed.

Parameters:: int i

The zero based index of the effect to set.

Effect *e

Points to the Renderer Effect to set.

virtual void AddEffect ( Effect * eff )

pure virtual

Remarks: Adds the specified Renderer Effect to the existing list of effects.

Parameters:: Effect *eff

Points to the render effect to add. See Class Effect.

virtual void DeleteEffect ( int i )

pure virtual

Remarks: Deletes the specified Renderer Effect.

Parameters:: int i

The zero based index of the effect to delete.

virtual void EditEffect	(	Effect *	e,
		INode *	gizmo = `NULL`
	)

pure virtual

Remarks: This method selects the specified gizmo and displays the parameters for it (if any).

Parameters:: Effect *e

Points to the Effect plug-in. See Class Effect.

INode *gizmo=NULL

Points to the gizmo node associated with the effect.

virtual SoundObj* GetSoundObject ( )

pure virtual

Remarks: Returns the current sound object. See the sample code in /MAXSDK/SAMPLES/UTILITIES/UTILTEST.CPP.

See also: Class SoundObj, Class IWaveSound.

virtual void SetSoundObject ( SoundObj * snd )

pure virtual

Remarks: Sets the current sound object to the one specified. See Class SoundObj.

Parameters:: SoundObj *snd

The sound object to set as current.

virtual IOsnapManager* GetOsnapManager ( )

pure virtual

Remarks: Returns an interface pointer to the object snap manager. See Class IOsnapManager. Also see the Advanced Topics section on Snapping.

virtual MouseManager* GetMouseManager ( )

pure virtual

Remarks: This is used internally by the Osnap Manager. Plug-Ins don't need to use this method.

virtual void InvalidateOsnapdraw ( )

pure virtual

Remarks: This is used internally to invalidate the osnap drawing mechanism. Plug-Ins don't need to use this method.

virtual MtlBaseLib& GetMaterialLibrary ( )

pure virtual

Remarks: This method provides access to the currently loaded material library.

Returns: See Class MtlBaseLib.

CoreExport void DeActivateTexture	(	MtlBase *	tx,
		Mtl *	mtl,
		int	subNum = `-1`
	)

Remarks: The method deactivates the texture map in the viewports.

Note: In the MAX 2.0 SDK a bug prevents this function from being used – it results in a link error. This is fixed in the 2.5 SDK.

Parameters:: MtlBase *tx

Points to the texmap to deactivate.

Mtl *mtl

The top level material containing the texture map.

int subNum=-1

If mtl above it a Multi-material, this specifies which sub-branch of the material contains tx.

CoreExport void ActivateTexture	(	MtlBase *	tx,
		Mtl *	mtl,
		int	subNum = `-1`
	)

Remarks: The method activates the texture map in the viewports.

Note: In the MAX 2.0 SDK a bug prevents this function from being used – it results in a link error. This is fixed in the 2.5 SDK.

Parameters:: MtlBase *tx

Points to the texmap to activate.

Mtl *mtl

The top level material containing the texture map.

int subNum=-1

If mtl above is a Multi-material, this specifies which sub-branch of the material contains tx.

virtual void AssignNewName ( Mtl * m )

pure virtual

Remarks: Modifies the name of the material to make it unique. The name is of the form "Material #1" where the number is incremented as required to make ensure it's unique.

Parameters:: Mtl *m

The material whose name is modified.

virtual void AssignNewName ( Texmap * m )

pure virtual

Remarks: Modifies the name of the texture to make it unique. . The name is of the form "Map #1" where the number is incremented as required to make ensure it's unique.

Parameters:: Texmap *m

The texmap whose name is modified.

virtual bool IsNetworkRenderServer ( ) const

pure virtual

Returns true if the application operates in network render server mode.

In this mode the application renders a specified scene and exists without showing its main user interface. This means that when this mode is active some plug-ins can chose not to display their user interface or not load at all. When in this mode, the application is also in quiet mode, see Interface::GetQuietMode().

virtual LogSys* Log ( )

pure virtual

Remarks: Returns a pointer which may be used for calling methods to write information to the system log. See Class LogSys for details.

virtual DllDir& GetDllDir ( )

pure virtual

Remarks: Returns a reference to the central DLL directory. See Class DllDir.

virtual DllDir* GetDllDirectory ( )

pure virtual

Remarks: Returns a pointer to the central DLL directory. See Class DllDir.

virtual INT_PTR Execute	(	int	cmd,
		ULONG_PTR	arg1 = `0`,
		ULONG_PTR	arg2 = `0`,
		ULONG_PTR	arg3 = `0`,
		ULONG_PTR	arg4 = `0`,
		ULONG_PTR	arg5 = `0`,
		ULONG_PTR	arg6 = `0`
	)

pure virtual

Remarks: This is a general purpose function that allows the API to be extended in the future. The MAX development team can assign new cmd numbers and continue to add functionality to this class without having to 'break' the API.

Note: In R4 the return value changed from int to INT_PTR

New in R5.1 An additional Command was added to allow the setting of certain directories such as Plugins. It looks like this:

Execute(I_EXEC_SET_DIR, (ULONG_PTR)(int) which, ULONG_PTR)(MCHAR )dir)

where 'which' designates the particular Max directory to be changed (like the corresponding argument of Interface::GetDir()), and 'dir' is the path as a string.

Parameters:: int cmd

The index of the command to execute. See Interface::Execute Command Options .

ULONG arg1=0

Optional argument 1. See the documentation where the cmd option is discussed for more details on these parameters.

ULONG arg2=0

Optional argument 2.

ULONG arg3=0

Optional argument 3.

ULONG arg4=0

Optional argument 4.

ULONG arg5=0

Optional argument 5.

ULONG arg6=0

Optional argument 6.

Returns: An INT_PTR return value. See the documentation where the cmd option is discussed for more details on the meaning of this value.

virtual void* GetInterface ( DWORD id )

pure virtual

virtual BaseInterface* GetInterface ( Interface_ID id )

pure virtual

Remarks: Returns a pointer to the interface whose ID is specified.

Parameters:: Interface_ID id

The ID of the interface to return.

Default Implementation:: { return NULL; }

Reimplemented from FPInterfaceDesc.

virtual ReferenceTarget* GetScenePointer ( )

pure virtual

Remarks: Returns a pointer for direct access to the scene. This is primarily used for hanging AppData off the entire scene as opposed to a certain Animatable.

virtual ITrackViewNode* GetTrackViewRootNode ( )

pure virtual

Remarks: This method returns a pointer to the Track View Root Node. See Class ITrackViewNode.

virtual void FreeSceneBitmaps ( )

pure virtual

Remarks: This method traverses the scene reference hierarchy, calling Animatable::FreeAllBitmaps() on every Animatable. This will free up all the memory used by bitmaps.

virtual void EnumAuxFiles	(	AssetEnumCallback &	assetEnum,
		DWORD	vflags
	)

pure virtual

Remarks: This method may be used to enumerate all the bitmap files in the scene. The flags allow control over which files are enumerated.

Parameters:: AssetEnumCallback& assetEnum

The callback, called once for each bitmap. See Class AssetEnumCallback.

DWORD vflags

See Auxiliary File Enumeration Flags. Note: if the FILE_ENUM_CHECK_AWORK1 flag bit is not set when this call is made, and the FILE_ENUM_RENDER flag bit is set, the implementation of this method calls ClearAFlagInAllAnimatables(A_WORK1) and sets the FILE_ENUM_CHECK_AWORK1 flag bit.

virtual void RenderTexmap	(	Texmap *	tex,
		Bitmap *	bm,
		float	scale3d = `1.0f`,
		BOOL	filter = `FALSE`,
		BOOL	display = `FALSE`,
		float	z = `0.0f`,
		TimeValue	t = `GetCOREInterface() ->GetTime()`,
		bool	bake = `false`
	)

pure virtual

Remarks: This method renders a textmap (or an entire textmap tree) to the specified bitmap.

Parameters:: Texmap *tex

The Texmap to render to a bitmap.

Bitmap *bm

A pointer to a bitmap to render to. This bitmap must be created at the resolution you wish to render to.

float scale3d=1.0f

This is a scale factor applied to 3D Texmaps. This is the scale of the surface in 3d space that is mapped to UV. This controls how much of the texture appears in the bitmap representation.

BOOL filter=FALSE

If TRUE the bitmap is filtered. It is quite a bit slower to rescale bitmaps with filtering on.

BOOL display=FALSE

If TRUE the resulting bitmap is displayed using the virtual frame buffer; otherwise it is not. TimeValue t

The time at which to render the texmap to the bitmap, defaults to the current frame. bool bake

Used to bake the texture to bitmap without including the effects of scale/rotation etc. If true, the function will render the unit square of 2D texture maps, by effectively disabling the UV Generator during texture rendering, so no settings like scale, rotation, tiling etc. have any effect on the result. This baked 2D representation can then later be scaled, rotated and tiled, for use in a renderer that may not support the particular texture, sent to a game engine, or similar.

virtual void RescaleWorldUnits	(	float	f,
		BOOL	selected
	)

pure virtual

Remarks: This method is used to rescale the world units of the entire scene, or optionally the current selection set.

Parameters:: float f

The scale factor to apply to the scene.

BOOL selected

TRUE to scale selected objects only; otherwise the entire scene is scaled.

virtual int InitSnapInfo ( SnapInfo * info )

pure virtual

Remarks: Initialized the SnapInfo structure passed with the current snap settings.

Parameters:: SnapInfo *info

Points to the SnapInfo structure to initialize. See Structure SnapInfo.

Returns: Returns nonzero if snap is on; zero if off.

virtual BOOL GetKeyStepsSelOnly ( )

pure virtual

Remarks: Returns TRUE if the Time Configuration / Key Steps / Selected Objects Only check box is on; otherwise FALSE.

virtual void SetKeyStepsSelOnly ( BOOL onOff )

pure virtual

Remarks: Sets the Time Configuration / Key Steps / Selected Objects Only check box to on or off.

Parameters:: BOOL onOff

TRUE for on; FALSE for off.

virtual BOOL GetKeyStepsUseTrans ( )

pure virtual

Remarks: Returns TRUE if the Time Configuration / Key Steps / Use Current Transform check box is on; otherwise FALSE.

virtual void SetKeyStepsUseTrans ( BOOL onOff )

pure virtual

Remarks: Sets the Time Configuration / Key Steps / Use Current Transform check box to on or off.

Parameters:: BOOL onOff

TRUE for on; FALSE for off.

virtual BOOL GetKeyStepsPos ( )

pure virtual

Remarks: Returns TRUE if the Time Configuration / Key Steps / Position check box is on; otherwise FALSE. This value is only meaningful if Use Current Transform is off.

virtual void SetKeyStepsPos ( BOOL onOff )

pure virtual

Remarks: Sets the Time Configuration / Key Steps / Position check box is to on or off.

Parameters:: BOOL onOff

TRUE for on; FALSE for off.

virtual BOOL GetKeyStepsRot ( )

pure virtual

Remarks: Returns TRUE if the Time Configuration / Key Steps / Rotation check box is on; otherwise FALSE. This value is only meaningful if Use Current Transform is off.

virtual void SetKeyStepsRot ( BOOL onOff )

pure virtual

Remarks: Sets the Time Configuration / Key Steps / Rotation check box is to on or off.

Parameters:: BOOL onOff

TRUE for on; FALSE for off.

virtual BOOL GetKeyStepsScale ( )

pure virtual

Remarks: Returns TRUE if the Time Configuration / Key Steps / Scale check box is on; otherwise FALSE. This value is only meaningful if Use Current Transform is off.

virtual void SetKeyStepsScale ( BOOL onOff )

pure virtual

Remarks: Sets the Time Configuration / Key Steps / Scale check box is to on or off.

Parameters:: BOOL onOff

TRUE for on; FALSE for off.

virtual BOOL GetKeyStepsUseTrackBar ( )

pure virtual

Remarks: Returns the state of the Time Configuration dialog 'Key Steps / Use TrackBar' checkbox. TRUE if checked; FALSE if unchecked.

virtual void SetKeyStepsUseTrackBar ( BOOL onOff )

pure virtual

Remarks: Sets the state of the Time Configuration dialog 'Key Steps / Use TrackBar' checkbox.

Parameters:: BOOL onOff

TRUE for on; FALSE for off.

virtual BOOL GetUseTransformGizmo ( )

pure virtual

Remarks: Returns the state of the Transform Tools / Gizmo toggle.

Returns: TRUE if on; FALSE if off.

virtual void SetUseTransformGizmo ( BOOL onOff )

pure virtual

Remarks: This method enables or disables the use of Transform Gizmos.

Parameters:: BOOL onOff

TRUE for on; FALSE for off.

virtual void SetTransformGizmoRestoreAxis ( BOOL bOnOff )

pure virtual

Remarks: This method sets whether the TransformGizmo should restore the axis constraint when released, or if the axis constraint is permanently changed. The value is saved in the 3DSMAX.INI file for later sessions.

Parameters:: BOOL bOnOff

Enable or disable the restoration of the axis constraint.

virtual BOOL GetTransformGizmoRestoreAxis ( )

pure virtual

Remarks: Indicates if the TransformGizmo will restore the axis constraint when released. Returns TRUE if it will; FALSE if it won't.

virtual BOOL GetConstantAxisRestriction ( )

pure virtual

Remarks: Returns the state of the Transform Tools / Constant Axis toggle.

Returns: TRUE if on; FALSE if off.

virtual void SetConstantAxisRestriction ( BOOL onOff )

pure virtual

Remarks: Sets the state of the Transform Tools / Constant Axis toggle.

Parameters:: BOOL onOff

TRUE for on; FALSE for off.

virtual int HitTestTransformGizmo	(	IPoint2 *	p,
		ViewExp *	vpt,
		int	axisFlags
	)

pure virtual

Remarks: This method is used to hit test gizmos for sub-objects.

Parameters:: IPoint2 *p

Point to check in screen coordinates.

ViewExp *vpt

An interface pointer that may be used to call methods associated with the viewports.

int axisFlags

One or more of the following values:

HIT_TRANSFORMGIZMO

This flag is passed in on a MOUSE_FREEMOVE message so that the axis is hit tested and it highlights if it is hit, but it doesn't actually switch the transform mode.

HIT_SWITCH_GIZMO

In case of a MOUSE_POINT, this flag is used, and if the axis is hit, the 'hit' transform mode will be pushed on the transform mode stack.

Returns: Nonzero if the item was hit; otherwise 0.

virtual void DeactivateTransformGizmo ( )

pure virtual

virtual int ConfigureBitmapPaths ( )

pure virtual

Remarks: This method puts up the dialog to let the user configure the bitmap loading paths.

Returns: Nonzero on user selecting OK, zero on Cancel.

virtual BOOL DoSpaceArrayDialog ( SpaceArrayCallback * sacb = NULL )

pure virtual

Remarks: Puts up the space array dialog. If the callback is NULL it just does the standard space array tool.

Parameters:: SpaceArrayCallback *sacb=NULL

The callback. See Class SpaceArrayCallback.

Returns: Returns TRUE if the user OKs the dialog, otherwise FALSE.

virtual int AddClass ( ClassDesc * pCD )

pure virtual

Remarks: This method is used to dynamically add a plug-in class. This method will update the control panel in the Create or Modify branches dynamically.

Parameters:: ClassDesc *pCD

Points to the Class Descriptor to add. See Class ClassDesc.

Returns: Returns -1 if the superclass was unknown, 0 if the class already exists, or 1 if the class was added successfully.

virtual int DeleteClass ( ClassDesc * pCD )

pure virtual

Remarks: This method is used to dynamically delete a plug-in class. This method will update the control panel in the Create or Modify branches dynamically.

Parameters:: ClassDesc *pCD

Points to the Class Descriptor to add. See Class ClassDesc.

Returns: Returns -1 if the superclass was unknown, 0 if the class does not exist, or 1 if the class was deleted successfully.

virtual int GetCommandStackSize ( )

pure virtual

Remarks: Returns the number of command modes in the command mode stack.

virtual CommandMode* GetCommandStackEntry ( int entry )

pure virtual

Remarks: Returns a pointer to the command mode at the specified position in the command mode stack. A developer may use this to determine if their command mode is in the stack.

Parameters:: int entry

The index into the command mode stack of the entry to get. Pass 0 to get the current command mode.

virtual void AddSFXRollupPage ( ULONG vflags = 0 )

pure virtual

Remarks: This method should be called in an light's BeginEditParams() method, after adding rollups to the modify panel: it puts up a rollup containing a list of all Atmospherics and Effects that use the current selected node as a "gizmo".

Parameters:: ULONG vflags=0

These are reserved for future use.

virtual void DeleteSFXRollupPage ( )

pure virtual

Remarks: This is called in a light's EndEditParams() when removing rollups.

virtual void RefreshSFXRollupPage ( )

pure virtual

Remarks: An Atmospheric or Rendering Effect calls this when it adds or removes a "gizmo" reference. This is called to refresh the Special Effects rollup. The Atmospherics and Rendering Effects may also use the REFMSG_SFX_CHANGE message, though calling this method would have the same effect.

virtual int GetNumProperties ( int PropertySet )

pure virtual

Remarks: Returns the number of properties of the specified property set. See the note at the start of this group of methods above for info on property sets.

Parameters:: int PropertySet

See PropertySet Options.

virtual int FindProperty	(	int	PropertySet,
		const PROPSPEC *	propspec
	)

pure virtual

Remarks: Return the index of the specified property or -1 if it is not found. See the note at the start of this group of methods above for info on property sets.

Parameters:: int PropertySet

See PropertySet Options.

const PROPSPEC* propspec

Points to a PROPSPEC structure of the property to find. The Windows API PROPSPEC structure is used by many of the methods of IPropertyStorage to specify a property either by its property identifier or the associated string name. See the Windows API for details on this structure.

Returns: The zero based index of the specified property or -1 if not found.

virtual const PROPVARIANT* GetPropertyVariant	(	int	PropertySet,
		int	idx
	)

pure virtual

Remarks: Return the value of the property at this index, in PROPVARIANT form. See the note at the start of this group of methods above for info on property sets.

Parameters:: int PropertySet

See PropertySet Options.

int idx

The zero based index of the property variant to get.

Returns: Points to a PROPVARIANT structure. This Windows API structure is used in most of the methods of IPropertyStorage to define the type tag and the value of a property in a property set. See the Windows API for details on this structure.

virtual const PROPSPEC* GetPropertySpec	(	int	PropertySet,
		int	idx
	)

pure virtual

Remarks: Return the name of the property at this index, in PROPSPEC form. See the note at the start of this group of methods above for info on property sets.

Parameters:: int PropertySet

See PropertySet Options.

int idx

The zero based index of the property name to get.

Returns: Points to a PROPSPEC structure. The Windows API PROPSPEC structure is used by many of the methods of IPropertyStorage to specify a property either by its property identifier or the associated string name. See the Windows API for details on this structure.

virtual void AddProperty	(	int	PropertySet,
		const PROPSPEC *	propspec,
		const PROPVARIANT *	propvar
	)

pure virtual

Remarks: This method adds a property to the specified property set. See the sample code in /MAXSDK/SAMPLES/UTILITIES/PROPERTYTEST/PROPERTYTEST.CPP.

See the note at the start of this group of methods above for info on property sets.

Parameters:: int PropertySet

See PropertySet Options.

const PROPSPEC* propspec

Points to a PROPSPEC structure.

const PROPVARIANT* propvar

Points to a PROPVARIANT structure.

virtual void DeleteProperty	(	int	PropertySet,
		const PROPSPEC *	propspec
	)

pure virtual

Remarks: Deletes the specified property. The property will be removed and the memory freed. See the note at the start of this group of methods above for info on property sets.

Parameters:: int PropertySet

See PropertySet Options.

const PROPSPEC* propspec

Points to a PROPSPEC structure to delete.

virtual BOOL RegisterViewWindow ( ViewWindow * vw )

pure virtual

Remarks: This method allows you to register a window that can appear in a viewport.

Parameters:: ViewWindow *vw

The pointer to the view window to register.

Returns: TRUE if successful, otherwise FALSE.

virtual BOOL UnRegisterViewWindow ( ViewWindow * vw )

pure virtual

Remarks: This method allows you to unregister a window that can appear in a viewport.

Parameters:: ViewWindow *vw

The pointer to the view window to unregister.

Returns: TRUE if successful, otherwise FALSE.

virtual ShadowType* GetGlobalShadowGenerator ( )

pure virtual

virtual void SetGlobalShadowGenerator ( ShadowType * st )

pure virtual

virtual BOOL GetImportZoomExtents ( )

pure virtual

Remarks: This returns the state of the system zoom extents flag. Note that individual SceneImport plug-ins can override this in their ZoomExtents() method. See Class SceneImport.

Returns: TRUE indicates that zoom extents will occur after imports, FALSE indicates that no zoom extents.

virtual void SetImportZoomExtents ( BOOL onOff )

pure virtual

Remarks: Sets the state of the system zoom extents flag.

Parameters:: BOOL onOff

TRUE indicates that zoom extents will occur after imports, FALSE indicates that no zoom extents.

virtual bool CanImportFile ( const MCHAR * filename )

pure virtual

Remarks: This method will check is the specified file can be imported.

Parameters:: const MCHAR* filename

The file name to check.

Returns: TRUE if the specified file can be imported by one of the import plug-ins; otherwise FALSE.

virtual ITrackBar* GetTrackBar ( )

pure virtual

Remarks: This method returns an instance of the ITrackBar class. This class may be used to manipulate the track bar. See Class ITrackBar.

virtual void SetIncludeXRefsInHierarchy ( BOOL onOff )

pure virtual

Remarks: This method allows a plug-in to specify whether scene XRef objects are hidden from the hierarchy when it is traversed. Normally this parameter is set to FALSE except during rendering. If a plug-in wants access to XRef scene objects then it should set this to TRUE and traverse the scene and then set it back to FALSE when it's done.

Most of the time the XRef trees (whose root node is a child of the client scene's root node) are skipped when traversing the hierarchy. When this option is turned on, all root nodes will include child XRef scene root nodes in any traversal related functions such as NumberOfChildren() and GetChildNode(i).

This option is turned on automatically before rendering and turned off after so that scene XRefs appear in the production renderer. Note: This option should not be left on if it is turned on since it would cause scene XRef objects to be accessible to the user in the client scene.

Note that plug-ins can also access XRef objects using the Class INode XRef methods.

Parameters:: BOOL onOff

TRUE to include XRefs in the hierarchy; FALSE to not include them.

virtual BOOL GetIncludeXRefsInHierarchy ( )

pure virtual

Remarks: Returns TRUE if XRefs are included in the traversal of the scene hierarchy; otherwise FALSE. See the method above for details.

virtual BOOL IsXRefAutoUpdateSuspended ( )

pure virtual

Remarks: Returns TRUE if the automatic updating of XRefs is suspended; otherwise FALSE. When an XRef file is changed and that causes an XRef object to update, the old XRef object gets deleted from memory which can cause problems for some plug-ins. For example, the Dynamics system would have a problem if an update occurred while a solution was solving. This method is used to disable the automatic updating to prevent the problem.

virtual void SetXRefAutoUpdateSuspended ( BOOL onOff )

pure virtual

Remarks: Sets if the automatic updating of XRefs is suspended or not. See the note in IsXRefAutoUpdateSuspended() for details.

Parameters:: BOOL onOff

TRUE to suspend; FALSE to restore automatic updating.

virtual BOOL IsSceneXRefNode ( INode * node )

pure virtual

Remarks: Returns TRUE if the specified node is part of a scene XRef or FALSE if the node is a regular modifiable node in the current scene.

Parameters:: INode *node

The node to check.

virtual MacroRecorder* GetMacroRecorder ( )

pure virtual

virtual void UpdateMtlEditorBrackets ( )

pure virtual

Remarks: This method makes sure the Materials Editor slots correctly reflect which materials are used in the scene, which are used by selected objects, etc. This is used internally for the drag-and-drop of materials to nodes – there is no reason why a plug-in developer should need to call it.

virtual bool IsTrialLicense ( )

pure virtual

Remarks: Returns TRUE if the application is running under a trial license, as opposed to a full, authorized license; otherwise FALSE.

virtual bool IsNetworkLicense ( )

pure virtual

Returns true if the application is running under a network license.

virtual BOOL CheckForSave ( )

pure virtual

Remarks: This method can be used to write out a .MAX file if needed. First it ends animation if it's in progress. Next it determines whether a save operation is required (change marked in scene, or undo operations present).

Returns: If the save is not required, it returns TRUE; otherwise, it puts up a dialog box asking if the user wants to save. If the user picks No, it returns TRUE. If the user picks Cancel it returns FALSE. If the user picks Yes then the method proceeds as for FileSave() above.

virtual void SetMAXFileOpenDlg ( MAXFileOpenDialog * dlg )

pure virtual

Remarks: This method allows a custom file open dialog to be registered.

Parameters:: MAXFileOpenDialog* dlg

Points to the file open dialog object to use. See Class MAXFileOpenDialog.

virtual void SetMAXFileSaveDlg ( MAXFileSaveDialog * dlg )

pure virtual

Remarks: This method allows a custom file save dialog to be registered.

Parameters:: MAXFileSaveDialog* dlg

Points to the file save dialog object to use. See Class MAXFileSaveDialog.

virtual void RAMPlayer	(	HWND	hWndParent,
		const MCHAR *	szChanA = `NULL`,
		const MCHAR *	szChanB = `NULL`
	)

pure virtual

Remarks: Brings up the RAMPlayer dialog and optionally loads one, or both channels with the supplied files.

Parameters:: HWND hWndParent

The parent window handle.

MCHAR* szChanA=NULL

The file to load for channel A (for example, _M("movie.avi")). If NULL is passed no file is loaded into the channel.

MCHAR* szChanB=NULL

The file to load for channel B. If NULL is passed no file is loaded into the channel.

virtual void FlushUndoBuffer ( )

pure virtual

Remarks: This function will flush the undo buffer. See the Advanced Topics section The Undo and Redo System.

virtual bool DeferredPluginLoadingEnabled ( )

pure virtual

Remarks: In the Preferences dialog / General Tab / Plug-In Loading section there is a checkbox labelled 'Load Plug-Ins when Used'. This method returns the state of this toggle.. See the Advanced Topics section Deferred Loading of Plug-Ins.

Returns: TRUE if on; FALSE if off.

virtual void EnableDeferredPluginLoading ( bool onOff )

pure virtual

Remarks: In the Preferences dialog / General Tab / Plug-In Loading section there is a checkbox labelled 'Load Plug-Ins when Used'. This method sets the state of this toggle. See the Advanced Topics section Deferred Loading of Plug-Ins.

Parameters:: bool onOff

TRUE for on; FALSE for off.

virtual bool IsMaxFile ( const MCHAR * filename )

pure virtual

Remarks: Returns true if the specified file is a valid MAX file; otherwise false.

Parameters:: const MCHAR* filename

The name of the file to check.

virtual bool IsInternetCachedFile ( const MCHAR * filename )

pure virtual

Remarks: Returns true if the specified file is an internet cached file; otherwise false.

Parameters:: const MCHAR* filename

The name of the file to check.

virtual bool CanImportBitmap ( const MCHAR * filename )

pure virtual

Remarks: This method will check if the system can import the specified bitmap file.

Parameters:: const MCHAR* filename

The file name to check.

Returns: TRUE if the specified file is a bitmap file of a format that is supported by one of the bitmap reader plug-ins; otherwise FALSE.

virtual bool CaptureSubObjectRegistration	(	bool	OnOff,
		Class_ID	cid
	)

pure virtual

Remarks: This method is used to lock and unlock subobject mode registrations and is primarily used by the FileLink wrapper classes acting as proxies to other classes in 3D Studio VIZ. When a class calls this method with OnOff set to TRUE, then other classes are prevented from registering new subobject modes. This continues until the original class "releases" by calling CaptureSubObjectModes(FALSE, myClassID). The second argument insures that only the class which does the capture can do the release. Note that this is used only by certain VIZ plugins.

Parameters:: bool OnOff

TRUE to prevent other classes from registering new subobject modes.

Class_ID cid

The class ID.

Returns: TRUE is successful, otherwise FALSE.

virtual bool DownloadUrl	(	HWND	hwnd,
		const MCHAR *	url,
		const MCHAR *	filename,
		DWORD	downloadFlags = `0`
	)

pure virtual

Remarks: This method simplifies downloading files from any given URL and displays a floating progress dialog.

Parameters:: HWND hwnd

The window handle for owner window (required for the progress floating dialog).

const MCHAR* url

The string for the resource/file to download.

const MCHAR* filename

The target location and filename for the downloaded file.

DWORD downloadFlags = 0

Additional controls to the download behavior. Currently only one flag is supported, DOWNLOADDLG_NOPLACE, which hides an option in the progress dialog that allows the user to place (move) a dropped object immediately after being dropped.

Returns: TRUE if successful, otherwise FALSE.

virtual INode* GetImportCtxNode ( void )

pure virtual

Remarks: On drag-and-drop, if the drop type is a file, the drop handler searches for an importer plugin that can handle the file (based on its extension). Some drop operations, such as bitmaps and material XML files, can or must be dropped on to an object in the scene.

Returns: The node that the operation is performed on, if one is "hit" at the drop location. It returns NULL if no nodes were found at the drop location.

virtual ITreeView* CreateTreeViewChild	(	ReferenceTarget *	root,
		HWND	hParent,
		DWORD	style = `0`,
		ULONG	id = `0`,
		int	open = `OPENTV_SPECIAL`
	)

pure virtual

Remarks: This method will creates a plain treeview window (no title,borders,etc.) as a child window of the given window. To destroy the window, delete the ITreeView pointer.

Parameters:: ReferenceTarget* root

Points to the root node of the hierarchy to display in the Track View.

HWND hParent

The window handle of the parent for the dialog.

DWORD style=0

The style flags;

TVSTYLE_MAXIMIZEBUT

Provide a maximize button.

TVSTYLE_INVIEWPORT

Display in the viewport.

TVSTYLE_NAMEABLE

The treeview is namable.

TVSTYLE_INMOTIONPAN

Used in the motion panel.

ULONG id=0

The ID of the treeview window.

int open=OPENTV_SPECIAL

One of the following values:

OPENTV_NEW

Open a new treeview.

OPENTV_SPECIAL

Open a special treeview.

OPENTV_LAST

Open the last treeview.

virtual void ConvertMtl	(	TimeValue	t,
		Material &	gm,
		Mtl *	mtl,
		BOOL	doTex,
		int	subNum,
		float	vis,
		BOOL &	needDecal,
		INode *	node,
		BitArray *	needTex,
		GraphicsWindow *	gw
	)

pure virtual

Remarks: This function converts a material (class Mtl) to a viewport material (class Material).

Parameters:: TimeValue t

The time to convert the material.

Material &gm

The viewport material (output). See Class Material.

Mtl *mtl

The material to convert (input). See Class Mtl.

BOOL doTex

Determines whether or not to include textures. TRUE for yes; FALSE for no.

int subNum

If the input material mtl is a sub-material then pass its subnum; otherwise pass 0.

float vis

The visibility value in the range of 0.0 (completely transparent) to 1.0 (fully opaque) for the viewport representation.

BOOL &needDecal

Pass TRUE if the texture needs decal mapping; otherwise FALSE.

INode *node

Points to the node that the material is assigned to. See Class INode.

BitArray *needTex

A BitArray that returns which map channels are needed. The BitArray is enlarged if needed. See Class BitArray.

GraphicsWindow *gw

The GraphicsWindow to do the conversion for. See Class GraphicsWindow.

virtual bool CloneNodes	(	INodeTab &	nodes,
		Point3 &	offset,
		bool	expandHierarchies = `true`,
		CloneType	cloneType = `NODE_COPY`,
		INodeTab *	resultSource = `NULL`,
		INodeTab *	resultTarget = `NULL`
	)

pure virtual

Remarks: This method allows you to clone nodes and node hierarchies.

Parameters:: INodeTab& nodes

The node table containing the nodes you wish to clone.

Point3& offset

The position offset you wish to apply to the cloned nodes.

bool expandHierarchies = true

This determines if children will be cloned in hierarchies.

CloneType cloneType = NODE_COPY

The type of cloning you wish to do, which is one of the following; NODE_COPY, NODE_INSTANCE or NODE_REFERENCE.

INodeTab* resultSource = NULL

This node table will be filled in with the original nodes to be cloned. The reason for this is that there can be dependencies between nodes that cause other nodes to be added to the list. For example light/camera targets, nodes part of systems, belonging to groups or expanded hierarchies etc.

INodeTab* resultTarget = NULL

This node table will be filled in with the new cloned nodes. There is a one to one relationship between the nodes in the resultSource and the resultTraget.

Returns: TRUE if the nodes were cloned successfully, otherwise FALSE. Note that with R4.0 the return value will always be TRUE since no actual error checking is undertaken.

virtual void CollapseNode	(	INode *	node,
		BOOL	noWarning = `FALSE`
	)

pure virtual

@

virtual BOOL CollapseNodeTo	(	INode *	node,
		int	modIndex,
		BOOL	noWarning = `FALSE`
	)

pure virtual

virtual BOOL ConvertNode	(	INode *	node,
		Class_ID &	cid
	)

pure virtual

virtual IRenderPresetsManager* GetRenderPresetsManager ( )

pure virtual

virtual DefaultActionSys* DefaultActions ( )

pure virtual

virtual BOOL SetQuietMode ( BOOL onOff )

pure virtual

Sets internal flag, returns old value.

Parameters

onOff - Set to TRUE to indicate that no dialogs should be displayed to user.

Returns: the previous quiet mode state

virtual BOOL GetQuietMode ( BOOL checkServerMode = TRUE )

pure virtual

The return value from this method should be called before displaying any dialogs.

Returns internal flag set by SetQuietMode.

Parameters

checkServerMode- if TRUE, returns internal flag OR-ed with whether 3ds Max runs in server , i.e. UI-less mode. If client code needs save the current quiet mode's value in order to restore it later via a call to Interface::SetQuietMode(), it should retrieve it using Interface::GetQuietMode(FALSE).

Returns: the current quiet mode.

virtual void SetAutoGridEnable ( bool sw = true )

pure virtual

Enables/disables system AutoGrid feature.

This allows plugins to use the standard creation manager but disable AutoGrid if desired. Use this call with "false" argument in ClassDesc::BeginCreate to disable AutoGrid; use with "true" argument in ClassDesc::EndCreate to re-enable.

Parameters

sw	- true=enable false=disable

virtual bool GetAutoGridEnable ( )

pure virtual

Query system AutoGrid feature enable state.

Returns internal flag set by SetAutoGridEnable.

Returns: the current AutoGrid enable state.

virtual bool GetAutoGridState ( )

pure virtual

Query system AutoGrid feature state.

Returns internal flag set by SetAutoGrid.

Returns: the current AutoGrid state.

virtual void SetAutoGridState ( bool sw = true )

pure virtual

Sets system AutoGrid state.

This allows plugins to turn AutoGrid on or off.

Parameters

sw	- true=Autogrid on false=AutoGrid off

Interface Class Reference

Class Description

Classes

Public Member Functions

Additional Inherited Members

Member Function Documentation