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MDL/MDX - Warcraft III Model Format Specifications
by Jimmy "Nub" Campbell: [email protected]
A MDX
A.1 Notes
A.2 Layout
A.3 Heierarchy
B MDL
B.1 Notes
B.2 Layout
Versions
- Updated 12/13/2003 (MDL: Geoset Faces)
- Updated 11/28/2003 (MDX: GEOS-PTYP/PCNT and MDL: Faces)
- MDL spec added by Nub 11/10/2003
- MDX spec updated by Nub 9/29/2003
- MDX spec originally written by KMK (http://kmkdesign.8m.com/downloads/)
===================================================================================
A.1 | MDX Format Notes
===================================================================================
- Everything has been derived from statistical analysis of every MDX Blizzard has
released. There are a few unknown values and there may yet be some structures
or flags unlisted, but these values are constant accross every MDX file and
those structures and flags have not been utilized by Blizzard in Warcraft III.
- No of bytes in chunk/struct/etc., excluding byte count: nbytes
- No of bytes in chunk/struct/etc., including byte count: nbytesi
- Parentheses indicate optional chunks
- Long/float size: 32-bit
===================================================================================
A.2 | MDX Format Layout
===================================================================================
MDLX
ATCH // [Attachment]
long nbytes;
struct {
long nbytesi;
OBJ
ASCII Path (0x100)
long ???; (0)
long AttachmentID;
(KATV)
} attachments[natts];
BONE // [Bone]
long nbytes;
struct {
OBJ
long GeosetID;
long GeosetAnimID;
} bones[nbons];
CAMS // [Camera]
long nbytes;
struct {
long nbytesi;
ASCII Name; (0x50)
float PosX, PosY, PosZ;
float FieldOfView;
float FarClip;
float NearClip;
struct { // Target
float x, y, z;
(KCTR)
}
(KCRL)
(KTTR)
} cameras[ncams];
CLID // [CollisionShape]
long nbytes;
struct {
OBJ
long Shape; (0:box;2:sphere)
float x, y, z;
if (Shape == 0)
float x2, y2, z2;
else
float BoundsRadius
} collisionshape[nclds];
EVTS // [EventObject]
long nbytes;
struct {
OBJ
ASCII "KEVT" // Actually a separate object
long ntrks; // usually (1)
0xFFFFFFFF
long frames[ntrks];
} events[nevts];
GEOA // [GeosetAnim]
long nbytes;
struct {
long nbytesi;
float staticAlpha; (1.0:use KGAO)
long ColorAnimation; (0:none;1:DropShadow;2:Color;3:Both)
float ColorR, ColorG, ColorB; (default:1)
long GeosetID;
(KGAO)
(KGAC)
} geosanims[ngsan];
GEOS // [Geoset]
long nbytes;
struct {
long nbytes;
VRTX
NRMS
PTYP
PCNT
PVTX
GNDX
MTGC
MATS
long MaterialID;
long SelectionGroup;
long Selectable (0:none;4:Unselectable)
float BoundsRadius;
float MinExtx, MinExty, MinExtz;
float MaxExtx, MaxExty, MaxExtz;
long nanim;
struct {
float BoundsRadius;
float MinExtx, MinExty, MinExtz;
float MaxExtx, MaxExty, MaxExtz;
} ganimations[nganim];
UVAS
UVBS
} geosets[ngeos];
--VRTX // [Vertices]
long nvrts;
struct {
float x,y,z;
} vertices[nvrts];
--NRMS // [Normals]
long nnrms;
struct {
float x,y,z;
} normals[nnrms];
--PTYP // Not sure of the function of these.
long nptyps; // PTYP seems to be a way to indicate the type
long primType[nptyps]; // of primitive (4) for each group indicated
--PCNT // in PCNT. And each value in PCNT is how
long npcnts; // many verts in a face (3).
long primCount[npcnts];
--PVTX // [Faces]
long ntris;
short triangles[ntris];
--GNDX // [VertexGroup]
long nvgrps;
byte vertexGroups[nvgrps];
--MTGC // [Groups]
long nmtrcs; // GroupCount is an array of lengths
long groupCount[nmtrcs]; // for each group.
--MATS // [Matrices]
long nmats; // Each group is composed of the next
long matrices[nmats]; // groupCount items of matrices.
--UVAS
long ntvrts;
UVBS[ntvrts]
--UVBS // [TVertices]
long nvrts;
struct {
float x,y;
} vertices[nvrts];
GLBS // [GlobalSequences]
long nbytes;
long durations[ndurs]; // ndurs = nbytes/4;
HELP // [Helper]
long nbytes;
OBJ[nhlprs]
// Almost any KXXX chunk can be stored as a KGSC/KMTA
// Tag Values: Chunk Equivalent
KATV // [Visibility]: KMTA;
KLAV // [Visibility]: KMTA;
KP2V // [Visibility]: KMTA;
KPEV // [Visibility]: KMTA;
KRVS // [Visibility]: KMTA;
KGAO // [Alpha]: KMTA;
KLAI // [Intensity]: KMTA;
KLBI // [AmbIntensity]:KMTA;
KMTF // [TextureID]: KMTA; -> state is long value not float
KP2E // [EmissnRate]: KMTA;
KP2L // [Latitude]: KMTA;
KP2N // [Length]: KMTA;
KP2S // [Speed]: KMTA;
KP2W // [Width]: KMTA;
KRHA // [HeightAbove]: KMTA;
KRHB // [HeightBelow]: KMTA;
KCRL // [Rotation]: KMTA;
KGAC // [Color]: KGSC;
KLAC // [Color]: KGSC;
KLBC // [AmbColor]: KGSC;
KCTR // [Translation]: KGSC;
KGTR // [Translation]: KGSC;
KTAT // [Translation]: KGSC;
KTAS // [Scaling]: KGSC;
KTAR // [Rotation]: KGSC;
KTTR // [Translation]: KGSC;
KGRT // [Rotation]
long nunks;
long LineType; (0:don't interp;1:linear;2:hermite;3:bezier)
long GlobalSeqId; // 0xFFFFFFFF if none
struct {
long Frame;
float a, b, c, d;
if (LineType > 1) {
float InTana, InTanb, InTanc, InTand;
float OutTana, OutTanb, OutTanc, OutTand;
}
} rotation[nunks];
KGSC // [Scaling]
long nunks;
long LineType; (0:don't interp;1:linear;2:hermite;3:bezier)
long GlobalSeqId; // 0xFFFFFFFF if none
struct {
long Frame;
float x, y, z;
if (LineType > 1) {
float InTanx, InTany, InTanz;
float OutTanx, OutTany, OutTanz;
}
} scaling[nunks];
KMTA // [Alpha]
long nunks;
long LineType; (0:don't interp;1:linear;2:hermite;3:bezier)
long GlobalSeqId; // 0xFFFFFFFF if none
struct {
long Frame;
float State; (0 or 1)
if (LineType > 1) {
float InTan;
float OutTan;
}
} alpha[nunks];
LAYS // [Layer}
long nlays;
struct {
long nbytesi;
long FilterMode; (0:none;1:transparent;2:blend;3:additive;4:addalpha;5:modulate)
long Shading; //+1:unshaded;+2:SphereEnvMap;+16:twosided;
long TextureID; // +32:unfogged;+64:NoDepthTest;+128:NoDepthSet)
long TVertexAnimId; // 0xFFFFFFFF if none
long CoordId;
float Alpha; (0(transparent)->1(opaque))
(KMTA)
(KMTF) // state is long not float
} layers[nlays];
LITE // [Light]
long nbytes;
struct {
long nbytesi;
OBJ
long Type (0:Omnidirectional;1:Directional;2:Ambient)
float AttStart, AttEnd;
float ColR, ColG, ColB;
float Intensity;
float AmbColR, AmbColG, AmbColB;
float AmbIntensity;
(KLAI)
(KLAV)
(KLAC)
(KLBC)
(KLBI)
} lights[nlits];
MODL // [Model]
long nbytes;
ASCII Name; (0x150 bytes)
long ???; (0)
float BoundsRadius;
float MinExtx, MinExty, MinExtz;
float MaxExtx, MaxExty, MaxExtz;
long BlendTime;
MTLS // [Materials]
long nbytes;
struct {
long nbytesi;
long PriorityPlane;
long RenderMode; (+1:ConstantColor;+16:SortPrimsFarZ;+32:FullResolution)
LAYS
} materials[nmtls];
OBJ
long nbytesi;
ASCII Name; (0x50 bytes)
long ObjectID;
long Parent; (0:default;0xFFFFFFFF:none)
long Type; // HELP:0;BONE:256;LITE:512;EVTS:1024;ATCH:2048;CLID:8192;
(KGTR) // +1(DontInherit Translation) +16(BillboardedLockX)
(KGRT) // +2(DontInherit Scaling) +32(BillboardedLockY)
(KGSC) // +4(DontInherit Rotation) +64(BillboardedLockZ)
(KATV) // +8(Billboarded) +128(CameraAnchored)
PIVT // [PivotPoints]
long nbytes;
struct {
float x,y,z
} pivpts[npvps];
PREM // [ParticleEmitter]
long nbytes;
struct {
long nbytesi;
long nbytesikg; // inclusive bytecount including KGXXs
ASCII Name; (0x50 bytes)
long ObjectID;
long Parent; (0xFFFFFFFF if none)
long Flags; (bit20) // +bit23(EmitterUsesMDL) +bit8(EmitterUsesTGA)
(KGTR)
(KGRT)
(KGSC)
float EmissionRate;
float Gravity;
float Longitude;
float Latitidue;
ASCII ModelPath; (0x100 bytes)
long ???; (0)
float LifeSpan;
float InitVelocity;
(KPEV)
} particleemitters[nprems];
PRE2 // [ParticleEmitter2]
long nbytes;
struct {
long nbytesi;
long nbytesikg; // inclusive bytecount including KGXXs
ASCII Name; (0x50 bytes)
long ObjectID;
long Parent; (0xFFFFFFFF if none)
long Flags; (bit20) // +bit26(DontInherit Rotation)
(KGTR) // +bit23(Unshaded) +bit10(Unfogged)
(KGRT) // +bit12(XYQuad) +bit9(LineEmitter)
(KGSC) // +bit11(ModelSpace) +bit8(SortPrimsFarZ)
float Speed;
float Variation;
float Latitidue;
float Gravity;
float Lifespan;
float EmissionRate;
float Length;
float Width;
long FilterMode; (0:Blend;1:Additive;2:Modulate;4:AlphaKey)
long Rows;
long Columns;
long Flag2; (0:Head;1:Tail;2:Both)
float TailLength;
float Time;
struct { // SegmentColor usually 3 segments
float R, G, B; // Inverse order from MDL
} color[numsegments]
byte Alpha1, A2, A3;
float ScalingX, SY, SZ;
long LifeSpanUVAnim1, L2, L3;
long DecayUVAnim1, D2, D3;
long TailUVAnim1, T2, T3;
long TailDecayUVAnim1, TD2, TD3;
long TextureID;
long Squirt; (1:Squirt)
long PriorityPlane;
long ReplaceableID;
(KP2S)
(KP2L)
(KP2E)
(KP2V)
(KP2N)
(KP2W)
} particleemitters[npre2s];
RIBB
long nbytes;
struct {
long nbytesi;
long nbytesikg; // inclusive bytecount including KGXXs
ASCII Name; (0x50 bytes)
long ObjectID;
long Parent; (0xFFFFFFFF if none)
long Flags; (0x00400000)
(KGTR)
(KGRT)
(KGSC)
float HeightAbove;
float HeightBelow;
float Alpha;
float ColorR, ColorG, ColorB;
float LifeSpan;
long ???; (0)
long EmissionRate;
long Rows;
long Columns;
long MaterialID;
float Gravity;
(KRVS)
(KRHA)
(KRHB)
} ribbs[nribbs];
SEQS // [Sequences] (v13: +8 bytes?)
long nbytes;
struct {
ASCII Name; (0x50 bytes)
long IntStart, IntEnd;
float MoveSpeed;
long NoLooping; (0:loop; 1:no loop)
float Rarity;
long ???; (0)
float BoundsRadius;
float MinExtx, MinExty, MinExtz;
float MaxExtx, MaxExty, MaxExtz;
} sequences[nseqs];
TEXS // [Textures]
long nbytes;
struct {
long ReplaceableID;
ASCII TexturePath; (0x100 bytes)
long ???; (0)
long Wrapping; (1:WrapWidth;2:WrapHeight;3:Both)
} textures[ntexs];
TXAN // [Texture Animations]
long nbytes;
struct {
long nbytesi;
(KTAT) // Might be optional
(KTAR)
(KTAS)
} txanims[nanims];
VERS // [Version]
long nbytes;
long Version; // Currently 0x20030000 (800)
===================================================================================
A.3 | MDX Format Hierarchy
===================================================================================
[MDLX]--\ [HELP]--|--Helper
[VERS]--|--Version |
[MODL]--|--Model [ATCH]--|--Attachment
[SEQS]--|--Sequences [KATV]__/ | \__Visibility
[GLBS]--|--GlobalSequences |
[MTLS]--|--Material [PIVT]--|--PivotPoints
[LAYS]--| | |--Layer [PREM]--|--ParticleEmitter
[KMTA]--| | |--Alpha [KGTR]--| | |--Translation
[KMTF]__/ | \__TextureID [KGRT]--| | |--Rotation
| [KGSC]--| | |--Scaling
[TEXS]--|--Textures [KPEV]__/ | \__Visibility
[TXAN]--|--TextureAnims |
[KTAT]--| | |--Translation [PRE2]--|--ParticleEmitter2
[KTAR]--| | |--Rotation [KGTR]--| | |--Translation
[KTAS]__/ | \__Scaling [KGRT]--| | |--Rotation
| [KGSC]--| | |--Scaling
[GEOS]--|--Geoset [KP2S]--| | |--Speed
[VRTX]--| | |--Vertices [KP2L]--| | |--Latitudes
[NRMS]--| | |--Normals [KP2E]--| | |--EmissionRate
[PTYP]--| | |--... [KP2V]--| | |--Visibility
[PCNT]--| | |--... [KP2N]--| | |--Length
[PVTX]--| | |--Faces [KP2W]__/ | \__Width
[GNDX]--| | |--VertexGroup |
[MTGC]--| | |--Groups [RIBB]--|--RibbonEmitter
[MATS]--| | |--Matrices [KGTR]--| | |--Translation
[UVAS]--| | |--... [KGRT]--| | |--Rotation
[UVBS]__/ | \__TVertices [KGSC]--| | |--Scaling
| [KRVS]--| | |--Speed
[GEOA]--|--GeosetAnim [KRHA]--| | |--HeightAbove
[KGAO]--| | |--Alpha [KRHB]__/ | \__HeightBelow
[KGAC]__/ | \__Color |
| [CAMS]--|--Cameras
[BONE]--|--Bone [KCTR]--| | |--Translation
[LITE]--|--Light [KCRL]--| | |--Rotation
[KLAI]--| | |--Intensity [KTTR]__/ | \__Translation
[KLAV]--| | |--Visibility |
[KLAC]--| | |--Color [EVTS]--|--EventObject
[KLBC]--| | |--AmbientColor [KEVT]__/ | \__...
[KLBI]__/ | \__Intensity |
|>>> [CLID]-----CollisionShape
(Note, all structs with an OBJ may have KGTR,KGRT, and KGSC)
===================================================================================
B.1 | MDL Format Notes
===================================================================================
- Floating point numbers are in IEEE scientific notation format with 6 significant
figures. Exponent is not shown for exponents of ?. If the number is an integral
float, decimal point is not shown.
- Comments are prefixed by "//", <A|B|C> means A OR B OR C, and ... denotes that
if there are further comparable entries, they should be contiguously listed.
- The order in which these chunks are listed are are the order in which they appear
in MDL files, it should be followed for conventional purposes and chunks with the
same tag should be contiguous. Chunks should also be listed in order of their
ObjectIDs if applicable.
- Note that colors are listed in BGR order.
- Variables that can be animated shall be denoted by surrounding parentheses (Tag <VALUES>)
note that they are not to be included in the actual MDL file. The variable may only
be written as static or animated. If animated, the entire line shall be replaced
with an entry of the following format.
- Animations follow this format:
Tag <long_count> {
<DontInterp|Linear|Hermite|Bezier>,
GlobalSeqId <long>,
<long_frame>: <VALUES>,
InTan <VALUES>,
OutTan <VALUES>,
...
}
<VALUES> denotes a field that is either a single number of the same type as the
corresponding static variable or a list of those numbers of the format
{ <value1>, <value2>, ..., <valueN> }
The four values listed above GlobalSeqId are the LineTypes for the animation;
GlobalSeqId is only shown if its value is not 0xFFFFFFFF; And InTan and OutTan
values are only listed if the LineType is Hermite or Bezier.
- Properties of an Object:
- ObjectId may be omitted if the object is the only one in the MDL.
- Parent only appears when its value is not 0xFFFFFFFF.
- Everything from BillboardLockZ to DontInherit { ... } is a flag.
It may be that only one value may be in a DontInherit block at a time.
- Maximum length of name is 80 characters (0x50 bytes)
- Technically every variable prefixed by "static" should be possible to animate.
However, for every instance where a static variable is not denoted animateable
by parenthesis, it is because there is no example in any Blizzard MDL.
- The order is more or less the same as the MDX Format Hierarchy, except that
Textures and Materials switch places.
===================================================================================
B.2 | MDL Format Layout
===================================================================================
// Current FormatVersion is 800
Version {
FormatVersion <long>,
}
// Num* lines only appear when their value is greater than 0.
// Sequences, GlobalSequences, Materials, Textures, TextureAnims, Cameras
// and Collisions have no Num* entry. Instead, their counts are listed
// beside their tag, except for Cameras and Collisions, whose counts
// are not stored in the MDL format.
// MinimumExtent, MaximumExtent, and BoundsRadius are left out if their
// values are 0.0.
// Maximum length of name is 336 characters (0x150 bytes).
Model <string_name> {
NumGeosets <long>,
NumGeosetAnims <long>,
NumHelpers <long>,
NumLights <long>,
NumBones <long>,
NumAttachments <long>,
NumParticleEmitters <long>,
NumParticleEmitters2 <long>,
NumRibbonEmitters <long>,
NumEvents <long>,
BlendTime <long>,
MinimumExtent { <float_x>, <float_y>, <float_z> },
MaximumExtent { <float_x>, <float_y>, <float_z> },
BoundsRadius <float>,
}
// NonLooping is a flag.
// MoveSpeed, Rarity, MinimumExtent, MaximumExtent and BoundsRadius
// only appear when their values are not 0.0.
// Maximum length of name is 80 characters (0x50 bytes)
Sequences <long_count> {
Anim <string_name> {
Interval { <long_start>, <long_end> },
NonLooping,
MoveSpeed <float>,
Rarity <float>,
MinimumExtent { <float_x>, <float_y>, <float_z> },
MaximumExtent { <float_x>, <float_y>, <float_z> },
BoundsRadius <float>,
}
...
}
GlobalSequences <long_count> {
Duration <long>,
...
}
// Maximum length of path is 256 characters (0x100 bytes)
// ReplaceableId only appears when its value is not 0
// WrapWidth and WrapHeight are flags with values 1 and 2 respectively
// such that if the wrapping flag is 3, both appear. If it is 0, neither.
Textures <long_count> {
Bitmap {
Image <string_path>,
ReplaceableId <long>,
WrapWidth,
WrapHeight,
}
...
}
// ConstantColor, SortPrimsFarZ, and FullResolution are flags.
// PriorityPlane only appears when its value is not 0.
// Unshaded, SphereEnvMap, TwoSided, Unfogged, NoDepthTest and NoDepthSet are flags.
// TVertexAnimId only appear when its value is not 0xFFFFFFFF.
// If CoordId for any of the Layers in a Material is nonzero, CoordId appears
// in all Layers else not at all.
Materials <long_count> {
Material {
ConstantColor,
SortPrimsFarZ,
FullResolution,
PriorityPlane <long>,
Layer {
FilterMode <None|Transparent|Blend|Additive|AddAlpha|Modulate|Modulate2x>,
Unshaded,
SphereEnvMap,
TwoSided,
Unfogged,
NoDepthTest,
NoDepthSet,
static (TextureID <long>),
TVertexAnimId <long>,
CoordId <long>,
static (Alpha <float>),
}
...
}
...
}
// Translation, Rotation and Scaling are all optional.
// InTan and OutTan only appear when Hermite or Bezier.
// GlobalSeqId only appears when its value is not 0xFFFFFFFF.
TextureAnims <long_count> {
TVertexAnim {
(Translation { <float_x>, <float_y>, <float_z> })
(Rotation { <float_a>, <float_b>, <float_c>, <float_d> })
(Scaling { <float_x>, <float_y>, <float_z> })
}
...
}
// Normals may not appear if it has 0 entries.
// There may be more than one TVertices chunk.
// Technically there may be more than one Triangles chunk
// in Faces, however, there is no example in any Blizzard MDLs.
// The first count in the Groups chunk is the number of Matrices chunks
// and the second number is the total count of all values in all Matrices.
// MinimumExtent, MaximumExtent and BoundsRadius (including those in Anims chunks)
// may not appear if their values are 0.0.
// There are the same number of Anim chunks as their are Sequences in the model.
// Unselectable is a flag which only appears if its value is 4.
// Faces is a strange construct, the first number is how many groups there
// are, and the second is how many numbers there are total. <VALUES> can
// either be a single short or a list of shorts such as { <short>, <short>, <short>... }
// the length of <VALUES> seems to be <long_cnt>/<long_grps>
// This is perhaps a way to define different shaped primitives, with the values
// in PTYP being primitive type flags. Since only groups of type 4 have been
// identified in any MDX files, it seems to function as a grouping artifact
// used only in their development. The only occurances of more than one group
// have been in MDX files exported by the Max Art Tools. (thanks nicoli_s)
Geoset {
Vertices <long_count> {
{ <float_x>, <float_y>, <float_z> },
...
}
Normals <long_count> {
{ <float_x>, <float_y>, <float_z> },
...
}
TVertices <long_count> {
{ <float_x>, <float_y> },
...
}
...
VertexGroup {
<byte>,
...
}
Faces <long_grps> <long_cnt> {
Triangles {
{ <VALUES>, ... },
}
}
Groups <long_count> <long_nums> {
Matrices { <long>, ... },
...
}
MinimumExtent { <float_x>, <float_y>, <float_z> },
MaximumExtent { <float_x>, <float_y>, <float_z> },
BoundsRadius <float>,
Anim {
MinimumExtent { <float_x>, <float_y>, <float_z> },
MaximumExtent { <float_x>, <float_y>, <float_z> },
BoundsRadius <float>,
}
...
MaterialID <long>,
SelectionGroup <long>,
Unselectable,
}
...
// DropShadow is a flag which only appears when its value is 1 or 3 and
// Color is only shown when this flag is greater than 1.
GeosetAnim {
DropShadow,
static (Alpha <float>),
static (Color { <float_b>, <float_g>, <float_r> }),
GeosetId <long>,
}
...
// Observe properties of an Object.
// If GeosetId's value is -1, it appears "GeosetId Multiple"
// If GeosetAnimId's value is -1, it appears "GeosetAnimId None"
Bone <string_name> {
ObjectId <long>,
Parent <long>,
BillboardedLockZ,
BillboardedLockY,
BillboardedLockX,
Billboarded,
CameraAnchored,
DontInherit { <Rotation|Translation|Scaling> },
GeosetId <long>,
GeosetAnimId <long>,
(Translation { <float_x>, <float_y>, <float_z> })
(Rotation { <float_a>, <float_b>, <float_c>, <float_d> })
(Scaling { <float_x>, <float_y>, <float_z> })
(Visibility <float>)
}
...
// Observe properties of an Object.
Light <string_name> {
ObjectId <long>,
Parent <long>,
BillboardedLockZ,
BillboardedLockY,
BillboardedLockX,
Billboarded,
CameraAnchored,
DontInherit { <Rotation|Translation|Scaling> },
<Omnidirectional|Directional|Ambient>,
static AttenuationStart <float>,
static AttenuationEnd <float>,
static (Intensity <float>),
static (Color { <float_b>, <float_g>, <float_r> }),
static (AmbIntensity <float>),
static (AmbColor { <float_b>, <float_g>, <float_r> }),
(Visibility <float>)
(Translation { <float_x>, <float_y>, <float_z> })
(Rotation { <float_a>, <float_b>, <float_c>, <float_d> })
(Scaling { <float_x>, <float_y>, <float_z> })
}
...
// Observe properties of an Object.
Helper <string_name> {
ObjectId <long>,
Parent <long>,
BillboardedLockZ,
BillboardedLockY,
BillboardedLockX,
Billboarded,
CameraAnchored,
DontInherit { <Rotation|Translation|Scaling> },
(Translation { <float_x>, <float_y>, <float_z> })
(Rotation { <float_a>, <float_b>, <float_c>, <float_d> })
(Scaling { <float_x>, <float_y>, <float_z> })
(Visibility <float>)
}
...
// Observe properties of an Object.
// Path only appears if its length is greater than 0.
// Maximum size is 256 characters (0x100 bytes)
// I am unsure as to how it is determined that AttachmentID be shown...
// NightElfCampaign3D and UndeadCampaign3D.mdl are the only two MDLs
// that utilize this attribute. Their only exclusive similarity is the
// underscore prefixing their name string. "_Blah"
Attachment <string_name> {
ObjectId <long>,
Parent <long>,
BillboardedLockZ,
BillboardedLockY,
BillboardedLockX,
Billboarded,
CameraAnchored,
DontInherit { <Rotation|Translation|Scaling> },
AttachmentID <long>,
Path <string_path>,
(Translation { <float_x>, <float_y>, <float_z> })
(Rotation { <float_a>, <float_b>, <float_c>, <float_d> })
(Scaling { <float_x>, <float_y>, <float_z> })
(Visibility <float>)
}
...
PivotPoints <long_count> {
{ <float_x>, <float_y>, <float_z> },
...
}
// Observe properties of an Object.
// EmitterUses___ is a flag that appears only when there is a Path
// in Particle and their appropriate flag is set.
// Maximum length of path is 256 characters (0x100 bytes)
ParticleEmitter <string_name> {
ObjectId <long>,
Parent <long>,
<EmitterUsesMDL|EmitterUsesTGA>,
static EmissionRate <float>,
static Gravity <float>,
static Longitude <float>,
static Latitude <float>,
(Visibility <float>)
Particle {
static LifeSpan <float>,
static InitVelocity <float>,
Path <string_path>,
}
(Translation { <float_x>, <float_y>, <float_z> })
(Rotation { <float_a>, <float_b>, <float_c>, <float_d> })
(Scaling { <float_x>, <float_y>, <float_z> })
}
...
// Observe properties of an Object.
// Squirt is a flag. ReplaceableId and PriorityPlane may be left out if
// their values are 0.
ParticleEmitter2 <string_name> {
ObjectId <long>,
Parent <long>,
DontInherit { Rotation },
SortPrimsFarZ,
Unshaded,
LineEmitter,
Unfogged,
ModelSpace,
XYQuad,
static (Speed <float>),
static Variation <float>,
static (Latitude <float>),
static Gravity <float>,
(Visibility <float>)
Squirt,
LifeSpan <float>,
static (EmissionRate <float>),
static (Width <float>),
static (Length <float>),
<Blend|Additive|Modulate|AlphaKey>,
Rows <long>,
Columns <long>,
<Head|Tail|Both>,
TailLength <float>,
Time <float>,
SegmentColor {
Color { <float_b>, <float_g>, <float_r> },
Color { <float_b>, <float_g>, <float_r> },
Color { <float_b>, <float_g>, <float_r> },
}
Alpha { <byte_x>, <byte_y>, <byte_z> },
ParticleScaling { <float_x>, <float_y>, <float_z> },
LifeSpanUVAnim { <long_x>, <long_y>, <long_z> },
DecayUVAnim { <long_x>, <long_y>, <long_z> },
TailUVAnim { <long_x>, <long_y>, <long_z> },
TailDecayUVAnim { <long_x>, <long_y>, <long_z> },
TextureID <long>,
ReplaceableId <long>,
PriorityPlane <long>,
(Translation { <float_x>, <float_y>, <float_z> })
(Rotation { <float_a>, <float_b>, <float_c>, <float_d> })
(Scaling { <float_x>, <float_y>, <float_z> })
}
...
// Observe properties of an Object.
// Gravity may be left out of its value is 0.0.
RibbonEmitter <string_name> {
ObjectId <long>,
Parent <long>,
static (HeightAbove <float>),
static (HeightBelow <float>),
static Alpha <float>,
static Color { <float_b>, <float_g>, <float_r> },
static TextureSlot <long>,
(Visibility <float>)
EmissionRate <long>,
LifeSpan <float>,
Gravity <float>,
Rows <long>,
Columns <long>,
MaterialID <long>,
(Translation { <float_x>, <float_y>, <float_z> })
(Rotation { <float_a>, <float_b>, <float_c>, <float_d> })
(Scaling { <float_x>, <float_y>, <float_z> })
}
...
Camera <string_name> {
Position { <float_x>, <float_y>, <float_z> },
(Translation { <float_x>, <float_y>, <float_z> })
(Rotation { <float_a>, <float_b>, <float_c>, <float_d> })
FieldOfView <float>,
FarClip <float>,
NearClip <float>,
Target {
Position { <float_x>, <float_y>, <float_z> },
(Translation { <float_x>, <float_y>, <float_z> })
}
}
...
// Observe properties of an Object.
EventObject <string_name> {
ObjectId <long>,
Parent <long>,
EventTrack <long_count> {
<long>,
...
}
(Translation { <float_x>, <float_y>, <float_z> })
(Rotation { <float_a>, <float_b>, <float_c>, <float_d> })
(Scaling { <float_x>, <float_y>, <float_z> })
}
...
// Observe properties of an Object.
// If the shape is a Box, two vertices are listed. If the shape is a
// Sphere, only one vertex is listed.
// BoundsRadius is only shown if the shape is a Sphere.
CollisionShape <string_name> {
ObjectId <long>,
Parent <long>,
<Box|Sphere>,
Vertices <long_count> {
{ <float_x>, <float_y>, <float_z> },
...
}
BoundsRadius <float>,
(Translation { <float_x>, <float_y>, <float_z> })
(Rotation { <float_a>, <float_b>, <float_c>, <float_d> })
(Scaling { <float_x>, <float_y>, <float_z> })
} |
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