| ActionTableId Constants | These constants identify action tables (ActionTable) managed by 3ds Max |
| Action Context IDs | IDs that identify action contexts (ActionContext) managed by 3ds Max |
| Animatable Flags | Animatable flags are generally meant to be used in enumerations of Animatable instances where each instance must be visited only once |
| List of interface IDs supported by different plugin types | List of interface IDs to be used with void* Animatable::GetInterface(ULONG id) Checking whether an animatable implements a certain interface is the recommended way for determining if that animatable can be used as the type represented by that interface |
| Assert macros | The following macros can be used in 3ds Max plug-ins to assert assumptions made by the plug-in's code |
| Bitmap Types | See also: BitmapStorage, Color, AColor, AColor, LogLUV32Pixel, LogLUV24Pixel, RealPixel |
| Bitmap Open Mode Types | |
| Bitmap Error (result) Codes | The following error codes are used by the functions that use or return BMMRES types |
| BitmapIO Capability Flags | Returned by BitmapIO::Capability() |
| Bitmap Close Types | |
| Bitmap Filter Types | Specifies the type of filtering to perform |
| Copy Image Operations | |
| Bitmap Flags | These flag bits describe properties of the bitmap |
| Custom Bitmap Flags | These can be OR'd together |
| Bitmap Alignment Positions | The following values define the nine possible alignment positions of a bitmap, numbered 0 to 8, left-to-right and top-to-bottom:
|
| Bitmap Proxy Subject Info | For proxy bitmaps, the bitmap info describes the reduced-size proxy settings, while the info's proxy subject describes the full-size subject bitmap |
| Bitmap Proxy Render Mode | |
| Bitmap Proxy Size Factor values | |
| Bitmap Proxy Refresh Request values | Used by RefreshProxies() and GenerateProxies() |
| Bitmap Proxy Request flags, used by LoadInto() | |
| Bitmap Proxy Load Request values | Used by LoadInto() |
| Bitmap Filename Resolution Functions | |
| Page File Path | The folder location for bitmap tile pagefiles |
| Memory Limit Percentage | When paging is enabled, the pager swaps bitmap tiles from memory to disk, keeping the total bitmap usage below this limit |
| Memory Padding | This portion of available memory is set aside as unusable by the pager, affecting how the physical memory limit is computed from the memory limit percentage |
| Memory Limit Auto Mode | When enabled, Auto Mode adjusts the memory limit percentage automatically using a heuristic formula |
| Shape Capping Types | |
| Object Channels | Some of the sample code specifies these channels as PART_* as opposed to *_CHANNEL |
| Command Super Classes | |
| Command Classes | |
| Command IDs | |
| Standard Command Modes | These are the ID's to the standard Max-defined command modes |
| Pick Modes | |
| Attach to Group Commands | |
| Special Command IDs | Special Command IDs used internally by the transform gizmo These are not to be used by third party developers |
| Out of Range Types | Out of Range Types provide several methods of extrapolating the pattern of key dots in a track |
| Actions performed by the behavior | The following are flags which can be combined and returned from the Perform function |
| Biped Interface 10 | Max 10 Biped export interface |
| BIP file load max object retargeting options | The following are flags used to describe how to retarget max objects loaded from a BIP file |
| BIP file controller and max object save options | The following are flags used to describe how to save controllers and max objects to BIP files |
| BIP file controller and max object load options | The following are flags used to describe how to load controllers and max objects from BIP files |
| Biped Interface 11 | Max 11 Biped export interface |
| Biped Interface 12 | Max 12 Biped export interface |
| Biped Interface 8 | Max 8 Biped export interface |
| Biped Snapshot Types | The following are flags sent to describe the type of snapshot a biped copy should store |
| Biped TCB/IK Paste Options | The following are flags used to describe how the TCB and IK parameters are to pasted |
| Biped Modes | The following are flags which describe new biped modes in Max 8 |
| Biped Interface 9 | Max 9 Biped export interface |
| Fixed font related methods | 3ds Max uses fixed, non-anti-aliased fonts only when this is strictly required |
| User Interface (UI) font related methods | The user interface of 3ds Max 2010 uses the font returned by GetUIFont() |
| CUI Frame Position Types | These can be ORed together, as in CUI_HORIZ_DOCK | CUI_VERT_DOCK | CUI_FLOATABLE | CUI_SM_HANDLES |
| CUI Frame Orientations | |
| CUI Frame Size Types | |
| Tool Item Types | |
| Default Action System: Actions | The following represent actions to be taken by the system when events described in Default Action System: Events occur |
| Default Action System: Events | The following represent events that can occur within the system (3ds Max) during its operation |
| Class Flags | A set of flags that is passed to the BeginEditParams virtual method on classes that derive from Object |
| ExposureMaterialControl: How to Implement | |
| Expression Types | |
| Expression Variable Types | |
| Expression Return Codes | |
| Auxiliary File Enumeration Flags | Some scene entities depend on data files other then .max files |
| ImageFilter-Related Messages | Sent by the plug-in to notify host of current progress |
| ImageFilter Capability Flags | It is valid for a plug-in to both Filter and Compositor |
| G-Buffer Channel Indices | The number of bytes is shown in parenthesis for each |
| Image (G-Buffer) Channels | These descriptions indicate the number of bits per pixel occupied by each channel |
| G-Buffer Channel Types | These are the recognized types of G-Buffer channels |
| Access to services exposed by 3ds Max's "core" | The following methods allow access to classes that host services exposed by 3ds Max for plug-ins to use |
| Core Interface Management | A "core" interface is usually a singleton manager object that can be used by client code without explicitly creating an instance of a plug-in |
| Display Flags | The arguments for the "dispFlags" parameter in GraphicsWindow::processWireFaces(), and also for Mesh::dispFlags and BezierShape::dispFlags |
| Steps Arguments | Arguments for the "steps" parameter in MakePolyShape() |
| Selection Level Flags | Arguments for BezierShape::selLevel |
| Index_Arguments Interpolation Parameter Block Index Arguments | SimpleSpline::ipblock index arguments, and also index arguments for ParamUIDesc::ParamUIDesc() |
| Default Interpolation Settings | |
| Parameter types for shape interpolation | (Must match types in spline3d.h & polyshp.h) |
| Driver types | |
| Region Types | (for built-in hit-testing) |
| Region Directions | |
| Pi Constants | |
| Auto-Crossing Selection Mode | Used with Interface::SetSelectionType(), setAutoCross(), and getAutoCross() |
| Custom Windows Messages | |
| General Purpose Graphics Constants | |
| Rendering Modes | |
| Lighting Constants | |
| Spotlight Shapes | |
| Texture Tiling Modes | |
| Texture Operations | |
| Texture Scale Factors | |
| Texture Alpha Sources | |
| View Volume Clip Flags | |
| Edge Styles | |
| Dual_Plane_Buffer_Types | |
| GraphicsWindow::querySupport() Return Values | These are the possible return values from the function GraphicsWindow::querySupport() |
| GraphicsWindow::querySupport() Arguments | These are valid arguments to the function GraphicsWindow::querySupport() |
| Display State of the Graphics Window | |
| Pass Identification for Multi-Pass Rendering | |
| Light Attenuation Types | |
| Internal Flags | |
| Color Conversion Utilities | |
| Standard Color IDs | This is the list of the standard color IDs that 3ds Max registers |
| Operation Modes | Possible supported customized operation modes |
| as one part of one customized mode's shortcut. | Possible supported key as one part of one customized mode's shortcut.The key can be set in UI or by MAXScript |
| button as one part of one customized mode's shortcut. | Possible supported mouse button as one part of one customized mode's shortcut.The mouse button can be set in UI or by MAXScript |
| used by some customized operation mode. | Possible supported parameter used by some customized operation mode |
| of zoom in direction used in customized zoom mode. | Possible supported zoom in dierections.The zoom in direction can be set in UI or by MAXScript |
| Custom Curve Control Flags | These flags control various display aspects of the custom curve control which includes window gemometry and features |
| DropTypes | The following is the list of built-in DropTypes provided with 3ds Max |
| Manipulate Grip Items | The different select and manipulate mode grip items that can be toggled on or off |
| FPStatus values | One of the following values are returned from the various FPInterface methods |
| Grip Value Types | Possible supported grip item types |
| Customization of Grips | This allows each grip item to get customized in some way that differentiate its behavior from the default behavior for that Type |
| Spline IK Parameters | Provides the PB2 parameter IDs particular to the SplineIK solver |
| Instance Manager Make Unique Options | These options control whether a group of instanced objects are made unique with respect to each other or made unique with respect to the remaining instanced objects |
| Menu Contexts. | Define some menu contexts used by the code of MAX |
| Right-Click Contexts | This is a list of modifiers key combinations that determine which context menu to display |
| XRef Flag Bits | These flags are used by INode::SetXRefFlags and INode::GetXRefFlags |
| Transform Lock Types | |
| Transform Lock Axis | |
| Painter Interface Color Defines | These are IDs for the colors of the brush for use with the color manager |
| Painter Interface Pressure Defines | These are IDs to define what the pressure affects on a stroke |
| Parameter Wire Menu Flags | These flags determine the action taken when calling ParamWireMenu |
| Render Preset Category Defines | Each set of properties that can be saved is called a Category |
| Hierarchy Events | Changes to the scene structure of an object |
| Model Events | Changes to the geometry or parameters of an object |
| Material Events | Changes to the material on an object |
| Controller Events | Changes to the controller on an object |
| Property Events | Changes to object properties |
| Display Events | Changes to the display or interactivity state of an object |
| Parameter Block IDs | |
| Flag Bits for Keys | |
| Internal Dialog IDs | |
| Tab Dialog Messages | |
| Trackview Filter Mask Types | These filters can be used with methods such as ITreeViewOps::SetFilter, ITreeViewOps::ClearFilter and ITreeViewOps::TestFilter |
| System Error Log Message Types | There are four types of log entries |
| Macro Recorder Value Types | Value types |
| Map Slot Types | |
| Material Flags | |
| Material Requirements Flags | |
| Texture Symmetry Flags | |
| Render Setting IDs | Used to define distinct sets of rendering parameters |
| Duplicate Node Name Actions | The following represent flags describing possible actions to be taken when merging nodes with names identical to the name of nodes already present in the scene |
| Duplicate Material Name Actions | The following represent flags describing possible action to be taken when merging materials with names identical to the names of materials already present in the scene |
| Node Reparent Actions | The following represent flags describing the possible actions to be taken regarding reparenting of nodes during a merge operation |
| Object Xref Options | The following represent options governing how scene entities are xrefed |
| PropertySet Options | For internal reasons these must be bitflags |
| Viewport Degradation Flags | Viewport degradation flags used by Interface7::RedrawViewportsNow |
| Viewport Rendering Levels | These values are used by Interface7::SetActiveViewportRenderLevel(int level) |
| Extended Display Modes | These are flags used in Interface::SetExtendedDisplayMode() and Interface::GetExtendedDisplayMode() for catching various display/selection/hittesting events |
| View Panel Layout Configurations | The following IDs represent the various default viewport configurations that can be set using IViewPanel::SetLayout(int) |
| Interface7::SetNodeAttribute Defines | Node attribute flags used by Interface7::SetNodeAttribute |
| Interface::Execute Command Options | See Interface::Execute |
| Track View Picking Flags IDs | Flag values for Interface::TrackViewPickMultiDlg and Interface::TrackViewPickDlg |
| Material Editor Dialog Mode values | |
| Trajectory Path coloring values | |
| 3ds Max Commands | |
| MAX Directory IDs | The following IDs represent a set of application system directories that are used in various contexts |
| Constructors | |
| Concatenation Operators | |
| Comparison Operators and methods | |
| Setter Methods. These set the MaxString's content based on the string passed in. | |
| methods Instance methods for converting to other encodings. | |
| methods | Methods for Creating MaxString instances |
| Page Query Methods | |
| conversion methods | |
| Conversion Classes | |
| Bitmap Storage Types | |
| I/O Results | |
| Mapping Flags | |
| Hidden Map Channels / Numbers | |
| Vertex Data Index Options | The following are the vertex data channel index values for use with the vertex data methods of class Mesh, class EPoly, and class MNMesh |
| Data Types for Mesh Vertices | There are currently two types of data supported for mesh vertices: floating point values and colors |
| Mesh, Vertex and Face Flags | The following represent flags describing various flags that can be set on the mesh, vertices and faces |
| Flags for Sub Object Hit Test | These are the same bits used for object level |
| Mesh Selection Level Bits | These are the list of arguments for Mesh::selLevel current level of selection |
| Mesh Normal Display Flags | These bits Control the display of surface normals on the mesh object |
| Optimization Flags | |
| Vertex Dot Types | Vertex dot types with radius from 2 to 7 |
| Handle Box Types | Handle box types with radius from 2 to 7 |
| Boolean Operations for Meshes | |
| Edge's Visibility Constants | |
| First Edge-Visibility Bit Field | |
| Edge Visibility Flags | If the bit is 1, the edge is visible |
| Normal Face Usage Flags | Flags to indicate that face normal is used because no smoothing group normal is found |
| Material ID Masks | |
| Render Options Flags | |
| RVertex Flags | RVertex flags: contain clip flags, number of normals at the vertex and the number of normals that have already been rendered |
| MNMesh Component Flags | |
| Quad Chamfer Result Options | |
| Quad Chamfer Option Flags | |
| Quad Chamfer Version Values | |
| MNFace Flags | |
| Per-edge Data | |
| MNMesh Flags | The following flags can be set on a MNMesh |
| MNMesh Display Flags | |
| Flags for Sub Object Hit-Test | |
| Subdivision Flags | |
| Mouse Callback Messages | |
| Mouse Drag Modes | |
| Button Constants | |
| Mouse Call Back Flags | |
| ►System Notification Codes | The following pre-defined system notification codes may be passed to the global functions RegisterNotification(), UnRegisterNotification(), BroadcastNotification() |
| The name change notifications. | |
| Scene and Node Hit Test Types. | |
| Scene and Node Hit Testing Flags | The following describes hit testing flags that can be sent to the node and scene hit testing methods |
| Flags for the View class | These flags can be the arguments for View::flags |
| Arguments for BaseObject::NewSetByOperator() | These are valid arguments for the op parameter of the function BaseObject::NewSetByOperator() |
| Clipping Distances | |
| Environment Range Distances | |
| Light object's attenuation range distance | |
| TraverseVolume flags | |
| Shadow types used by the light. | Values returned from GetShadowMethod() |
| Grid Types | |
| Return values of ParticleCenter() | Value indicating where the particle geometry (mesh) lies in relation to the particle position |
| GenerateMesh Options | |
| number of ShapeObject references/subanims | The number of ShapeObject references/subanims are set to the number of references and subanims in the ShapeObject class, you can use them to make your code more bullet-proof should the number of references change in the future |
| Parameter block reference indices | |
| Category strings for space warp objects | |
| Dimension Types | |
| List of ControlType Choices | |
| List of ParamTags Choices | |
| IMXSParticleContainer.h | |
| IParticleChannelAmount.h | |
| IParticleChannelAngAxis.h | |
| IParticleChannelBool.h | |
| IParticleChannelExt.h | |
| IParticleChannelFloat.h | |
| IParticleChannelID.h | |
| IParticleChannelINode.h | |
| IParticleChannelInt.h | |
| ►IParticleChannelMap.h | |
| IChannelContainer.h | |
| IParticleChannelMatrix3.h | |
| IParticleChannelMeshMap.h | |
| IParticleChannelNew.h | |
| IParticleChannelPTV.h | |
| IParticleChannelQuat.h | |
| IParticleChannelTabTVFace.h | |
| IParticleChannelVoid.h | |
| IParticleGroup.h | |
| IParticleGroupExt.h | |
| IPFAction.h | |
| IPFActionExt.h | |
| IPFActionList.h | |
| IPFActionListMaterialHolder.h | |
| IPFActionListPool.h | |
| IPFActionListSet.h | |
| IPFActionState.h | |
| IPFArrow.h | |
| IPFIntegrator.h | |
| IPFOperator.h | |
| IPFRender.h | |
| IPFSystem.h | |
| IPFSystemPool.h | |
| IPFTest.h | |
| IPFViewport.h | |
| IPViewItem.h | |
| IPViewItemCreator.h | |
| IPViewManager.h | |
| OneClickCreateCallBack.h | |
| ParticleChannelMask.h | |
| PFSimpleTest.h | |
| Version Macros | |
| Super Class IDs | |
| Predefined Class IDs | |
| Required Plug-in DLL Functions | Plug-in DLLs must implement and export a number of functions in order to load and work properly in 3ds Max |
| Optional Plug-in DLL Functions | Plug-in DLLs can optionally take advantage of some 3ds Max features by implementing and exporting a number of functions |
| Cloud Object ParamBlock IDs | |
| Snap Flags | |
| CapVert Flags | |
| Predefined PolyPt Flags | Developers can use bits 0-7 of the flags for their own use |
| Predefined PolyPt flags2 | Flags2 field in PolyPt contains material IDs |
| Option for PolyLine::Cap3DS / PolyShape::Make3DSCap | |
| PolyLine Flags | |
| PartID | This section describes the PartID parameter used to pass information that supports messages received by Reference Makers |
| Reference Messages | This section describes some of the common messages used by references and the meaning of the PartID parameter associated with these messages |
| Material Browser Flags | Flag bits for DoMaterialBrowseDlg() |
| Interface ID | |
| Render Instance Flags | |
| Extra Flags Field of RendParams | |
| Values Returned from Progress() | |
| Values Passed to SetCurField() | |
| Components defines | These are the bits for the active components of bump, reflection, refraction and opacity mapping |
| Texture channel type flags | There are four channels which are part of the Material which are not specific to the Shader |
| Chunk IDs saved by base class | |
| Standard Parameter flags | Standard parameter flags for shaders |
| Snap types | |
| Snap modes | |
| Snap Flags | |
| Point flags for PolyShape representation | |
| Line types | |
| Compound line types | |
| Knot types | |
| Parameter types. | These are not currently used and are reserved for future use |
| DrawPhase values | |
| Private spline flags | |
| SplitFilename - Split a filename into its components | These function is used to extract the path, filename and/or extension out of a fully-qualified path name |
| SplitFilenameOld - Split a filename into its components | SplitFilenameOld only handles actual file names passed, not AssetId strings |
| NURBS Results | These results are returned when one is modifiying existing objects |
| NURBSMirrorAxis Types | One of the following enum values describe the axis of reflection for a mirror curve or surface |
| NURBSConst Types | One of the following enum values describes the type of NURBSConst this is |
| NURBSObject Kinds | One of the following enum values describes the kind of NURBSObject this is (sub-classed from which base class) |
| NURBSParameterization Types | One of the following enum values describes the types or reparameterization |
| NURBSAutoParam Types | These values describe how automatic reparameterization is handled |
| NURBSObject Types | One of the following enum values describes the type of NURBSObject this is |
| NURBSTess Types | One of the following enum values determines the tesselation type |
| NURBSSubObjectLevel Options | One of the following enum values describes the sub-object level of the object |
| NURBS Trim Directions | Defines the side to Keep |
| NURBSTextureSurface Types | Determines the type of texture surface generated |
| Schematic View Filter bits | |
| Schematic view colors | |
| Flags for AddAnimatable() and SvTravereseAnimGraph() | These flags can be passed to IGraphObjectManager::AddAnimatable() and Animatable::SvTraverseAnimGraph() |
| Flags for PushLevel() | These flags can be passed to IGraphObjectManager::PushLevel() |
| Texture Map Indices | The following are the texture map indices used by shader based materials |
| Screen-Time-Value Macros | These are macros used when working with Track View to scale into and out of screen space |
| ViewportDrawingColors | |