##########################################################################################################################
---- format ----
FORM
-> Version FORM
FORM
-> NAME FORM
FORM
-> HVMD FORM
-> -> LITE form
-> -> for each material, STAT FORM
-> -> for each textured material, LMIP FORM
-> -> VARY FORMS for each object
-> -> NRML FORM
-> -> -> BGLT FORM
-> -> FORM
-> -> -> BGMS FORM
-> -> -> -> Basic MeSHes form
-> -> SIMP FORM, for each SIMPle mesh
-> -> NRML FORM
-> -> -> MULTi-Mesh Form
-> -> -> -> "NRML" Form
-> -> -> -> -> Basic MeSH Form (LOD0)
-> -> -> -> -> -> For each material used, a polygonal object.
-> -> -> -> -> -> -> Face Strips (if needed)
-> -> -> -> -> -> -> Face List for misc faces (usually this is ALWAYS present)
-> -> -> -> "NRML" Form
-> -> -> -> -> Basic MeSH Form (LOD1)
-> -> -> -> "NRML" Form
-> -> -> -> -> Basic MeSH Form (LOD2)
-> -> -> -> "NRML" Form
-> -> -> -> -> Basic MeSH Form (LOD3)
-> -> -> -> "NRML" Form
-> -> -> -> -> Basic MeSH Form (LOD4)
-> -> -> -> "NRML" Form
-> -> -> -> -> Basic MeSH Form (LOD5)
-> -> -> -> "NRML" Form
-> -> -> -> -> Basic MeSH Form (LOD6)
-> -> -> -> "NRML" Form
-> -> -> -> -> Basic MeSH Form (LOD7)
-> -> -> -> "NRML" Form
-> -> -> -> -> Basic MeSH Form (LOD8)
-> -> -> -> "NRML" Form
-> -> -> -> -> Basic MeSH Form (LOD9)
-> -> "NRML" form
-> -> -> GOBlin-Group Form ( same as MULT, except that doesn't have "Number of LoDs" paramter in its Basic MeSH )
-> -> -> -> Basic MeSH Form
-> -> -> "GOBS" -> Out dated and not used
-> -> -> "GOBD" -> Out dated and unused
-> -> FORM
-> -> -> BackGround Star Group FORM [Only for Backgrounds]
FORM
-> DTRM Form
-> -> HEIRarchy Form
-> -> Engine Trail SHape Form
-> -> engine GLOW Form
-> -> engine BURN Form
-> -> NAVigation Lights Form
-> -> DAMaGe points Form -> (seems obsolete)
-> -> DOCKing paths Form
-> -> HARDpoints Form -> Not used now
-> -> MaRKeRs Form (may contain ANiMation forms)
-> -> STaR Fields form [Only for Backgrounds]
-> -> BouNDary Values Form
-> -> COLlision Detection meshes Form
-> -> Battle Scar Ref Mesh Form (NOT for Backgrounds)
-> -> -> "DESC" Form
-> -> -> Bounding BOX Form.
-> -> -> Boundary SPHere Form
-> -> -> "TRIS" Form (probably)
-> -> -> Vertex NoRMals Form
-> -> -> Spatial SUBdivision Form
FORM
-> INFO Form
[if needed]
-> -> WARN Form
-> -> -> Form Length
-> -> ERRR Form
-> -> -> Form Length
[usually always present]
-> -> OWNR Form
-> -> -> Form Length
---- End ----
##########################################################################################################################
---- Version FORM ----
"FORM"
<length, in bytes, big endian> {ulong}
"VERS"
<version, always HEX:[00020000], ie 512, LittleEndian>
--- End ----
---- NAME FORM ----
"FORM"
<length, in bytes, big endian> {ulong}
"NAME"
<type of file. Can be as follows:
 "Homeworld2 Multi Mesh File"
 "Homeworld2 Simple Mesh File"
 "Homeworld2 Wireframe Mesh File">
--- End ----
---- HVMD FORM ----
(seems to be a non-deterministic section of data)
"FORM"
<length, in bytes, big endian> {ulong}
"HVMD"
LITE chunks for each light.
STAT chunks for each material.
LMIP chunks for materials.
MULT\GOBG chunks for objects.
---- end ----
---- LITE FORM ----
"LITE"
<length of this FORM, in bytes, big endian> {ulong}
<no of lights, little endian> {ulong}
 for each light
 --
 <length of light's name, in bytes, little endian> {ulong}
 <name of light> {char}
 <type of light: 0 = Ambient Light
			   1 = Area Light
			   2 = Directional Light
			   3 = Point Light
			   4 = Spot Light
			   5 = Volume Light, little endian> {ulong}
 <X Y Z co-ords, LE> {float, ie single}
 <R G B Colour, LE> {float, ie single}
 <R G B Specularity, LE> {float, ie single}
 <Attenuation, LE> {ulong}
 <Attenuation Distance, LE> {float, ie single}
 --
---- end ----
---- STAT FORM ----
"STAT"
HEX:[000003E9] <- always next to stat, like an identifier. It's the version!!!
<length of material's name, in bytes, little endian> {ulong}
<name of the material> {char}
<length of shader's name, in bytes, little endian> {ulong}
<no of layers for this material, little endian> {ulong}
 TTTTTTTTTTTTTTTTTTTTTTTTTTTTTT if zero, next chunk won't exist, end of STAT
 HEX: [0500000004000000]  <--- Looks like a identifer for a material with texture.
  TTTTTTTTTTTTTTTT   <--- Yes. This is an identifier for a textured material
<layer number, globally, for this 'parameter', little endian> {ulong}
<length of layer('parameter')'s name, little endian> {ulong}
<name of layer('parameter')> {char}
---- end ----
---- LMIP FORM ----
"LMIP"
<length of this LMIP chunk, in bytes, big endian> {ulong}
<length of file name with path, in bytes, little endian> {ulong}
<file name\path> {char}
<type of file> {char}
<no of mips, little endian> ulong
<width, little endian> ulong
<height, little endian> ulong
<data stream for picture>
---- end ----
---- VARY FORM ----
"VARY"
<length of this chunk, in bytes, big endian> {ulong}
<length of name of this mesh, Little Endian> {ulong}
<name of this mesh> {char}
<length of name of the joint, which this mesh is attached to, Little Endian> {ulong}
<name of the joint this mesh is attached to> {char}
<number of vertices, LE>, {ulong}
<number of wedges, LE>, {ulong}
<number of faces, LE>, {ulong}
<number of collapses (?), LE>, {ulong}
<number of uv sets, always 1, LE>, {ulong}
for each vertex
 <X Y Z position of the vert., LE>, {ulong}
for each wedge
 <vertex number, LE>, {ulong}
 <X Y Z position, LE>, {ulong}
 <U V co-ords., LE>, {ulong}
 <colour, LE>, {ulong}
for each face
 <material used, LE>, {ulong}
 <wedge used, LE>, {ulong}
 <face (?), LE>, {slong (!)}
for each collapse
 <number of fix-ups, LE>, {ulong}
 for each fix-up
  <type of fix, LE>, {ulong}
  <data0, LE>, {ulong}
  <data1, LE>, {ushort}
  <data2, LE>, {ushort}
---- end ----
---- BGLT FORM ----
"NRML"
<length of this chunk, in bytes, big endian> {ulong}
"BGLT"
<length of this chunk, in bytes, always ZERO???, big endian> {ulong}
---- end ----
---- BGMS FORM ----
"NRML"
<length of this chunk, in bytes, big endian> {ulong}
"BGMS"
<Basic MeSHes for different parts, usually 16>
---- end ----
---- SIMP FORM ----
"SIMP"
<length of this chunk, in bytes, big endian> {ulong}
<length of name of this mesh, this is zero for wire-frame(s) and single SIMP exists (!), Little Endian> {ulong}
<name of this mesh> {char}
<number of vertices, LE>, {ulong}
<vertex data...>
<num face lists\strips, this is zero in wire-frame(s) LE>, {ulong}
<face list data..., note: this is LONGs instead of SHORTs in the usual format (!)>
---- end ----
---- MULT FORM ----
(mult = multi mesh, for ships, somewhat like simple meshes)
"NRML"
<form length, BE> {ulong}
"MULT" or "GOBG"
<version, of this MultiMesh 
 Note: This should ALWAYS be 1400 (for MULT) or 1000 (for GOBG), big endian(BE)> {ulong}
<length of name of this mesh, Little Endian> {ulong}
<name of this mesh> {char}
<length of name of the joint, which this mesh is attached to, Little Endian> {ulong}
<name of the joint this mesh is attached to> {char}
<number of BMSH forms in this MM form, LE, not present for "GOBG" chunks> {ulong}
  BMSH forms, for each lod...
---- end -----
---- BMSH FORM ----
"NRML"
<num bytes for this form>, {ulong}
"BMSH"
<version, of this BasicMesh.
 Note: This should ALWAYS be 1400 (type doesn't matter), big endian(BE)> {ulong}
<lod of the mesh(es), Little Endian(LE)> {ulong}
<number of mesh(es) in this BMSH form, LE> {ulong}
<STAT(material) number used, probably LE> {ulong}
<vertex mask, this is 27 for Normal MULTi-meshes, and 11 if the vertex data only has X Y Z co-ords (no normals, UVs, of Colours) (ie not a background), LE > {ulong} ???
<num vertices in this part, LE> {ulong}
<vertex data...>
<num face lists\strips, LE>, {ulong}
<face list data...>
---- vtxd ----
<co-ords, LE> {float, ie single}
<filler1, always 1, LE> {float, ie single}
<vertex normal, LE> {float, ie single}
<filler2, always 1, LE> {float, ie single}
<uv coords> {float, ie single}
---- end ----
---- facd ----
<type of facelists, 514( (optimized?) strips) OR 518(lists), LE>, {ulong}
<number of faces this this list, not faces, but entries,
  for lists, this is numFaces * 3, for strips, this is, should be, numFaces - 2, LE>, {ulong}
<face list, in triplets, LE>, ushort (Important!!! This starts from zero! wOBJ starts from 1!)
  (Strips are a bit... different that lists, Stay Sharp)
---- end ---- 
---- HEIR FORM ----
"HEIR"
<num bytes for this form>, {ulong}
<number of joints, LE>, {ulong}
- for each joint -
  <length of name of joint, LE>, {ulong}
  <name of joint>, {char}
  <length of name of parent, LE>, {ulong}
  <name of parent>, {char} <- note, this CAN be null, and above one zero...
  <position in X,Y,Z axis, LE>, float
  <rotation in X,Y,Z axis, this is radians, LE>, float
  <scale in X,Y,Z axis, LE>, float
  <axis of this joint, ie 0,0,0 is normal, 0,180,0 means reverse Z-axis, 
  ie maybe this is applied to it's children after rotation. again, this is 
  in radians, not degrees, LE>, float
  <freedom, in X, Y, Z axis, this is zero for 'EngineNozzle's
	note: in Maya, children joints\objects can be rotated if deg. of freedom is 
	off. This may not be true in game, Also, it is POSSIBLE to give rotation 
	even when deg. of freedom is false, or zero... LE>, {bool}
- next joint -
---- end ----
---- ETSH FORM ----
"ETSH"
<num bytes for this form>, {ulong}
<length of name of this mesh, Little Endian> {ulong}
<name of this mesh> {char}
<length of name of the joint, which this mesh is attached to, Little Endian> {ulong}
<name of the joint this mesh is attached to> {char}
<number of vertices, LE>, {ulong}
<vertices, (these are usually in form of QUADs) position at X Y Z axis ONLY, LE>, {float}
---- end ----
---- GLOW FORM ----
"FORM"
<num bytes for this form>, {ulong}
"GLOW"
<"INFO":
  <version, always 1000, BE>, unlong
  <length of name of this mesh, LE> {ulong}
  <name of this mesh> {char}
  <length of name of the joint, which this mesh is attached to, LE> {ulong}
  <name of the joint this mesh is attached to>, {char}
  <LoD of this mesh, LE>, {ulong} >
<BMSH Forms for LoD>
---- end ----
---- BURN FORM ----
"BURN"
<num bytes for this form>, {ulong}
<length of name of this mesh, Little Endian> {ulong}
<name of this mesh> {char}
<length of name of the joint, which this mesh is attached to, Little Endian> {ulong}
<name of the joint this mesh is attached to> {char}
<number of vertices, LE>, {ulong}
<nurbs count, this should be one, LE>, {ulong}
<vertices, position at X Y Z axis ONLY, LE>, {float}
  note: these are usually a NURBS Curve, but are points, 
  later points have higher Z position, X,Y deviation is possible
---- end ----
---- NAVL FORM ----
"NRML"
<num bytes for this form>, {ulong}
"NAVL"
<version, LE>, {ulong}
<number of NavLights, LE>, {ulong}
-- for each NavLight --
  <length of name of this navlight, LE>, {ulong}
  <name of navlight>, {char}
  <section, LE>, {ulong}
  <size, LE>, {float}
  <phase, LE>, {float}
  <frequency, LE>, {float}
  <length of style name> {ulong}
  <style> {char}
  <colour, RGBA, normalized, LE>, {float}
  <distance of light casting, LE>, {float}
  <sprite is visible>, {bool}
  <light casted on high-end systems only>, {bool}
-- next Navlight --
---- end ----
---- DOCK FORM ----
"DOCK"
<num bytes for this form>, {ulong}
<num of paths, LE>, {ulong}
-- for each path --
  <length of name of this path, LE>, {ulong}
  <name of path>, {char}
  <length of name of parent of this path, LE>, {ulong}
  <name of parent, >, {char}
	note: that unlike joints, this is world, instead of null, and usually this IS
	world, instead of joint>, {char}
  <number of properties, global for this path, this is SIX, LE>, {ulong}
  <number of properties, for point on the path, this is TEN, LE>, {ulong}
  <is this a exit path?, LE>, {ulong}
  <is this a latch path?, LE>, {ulong}
  <global tolerence, this is obsolete and should ALWAYS be zero, LE>, {float}
  <length of name of dockable families, LE>, {ulong}
  <dockable families>, {char}
  <use animations?, LE>, {ulong}
  <length of name of linked paths, LE>, {ulong}
  <linked paths>, {char}
  <number of frames, LE>, {ulong}
  -- for each frame --
	<X Y Z position at this frame, LE>, {float}
	<X Y Z orientation at this frame, again, this is in radians, LE>, {float}
	<use rotation?, LE>, {ulong}
	<point tolerance, LE>, {float}
	<drop focus?, LE>, {ulong}
	<max speed, LE>, {float}
	<check rotation before proceeding?, LE>, {ulong}
	<force close behaviour, LE>, {ulong}
	<player is in control?, LE>, {ulong}
	<queue origin?, LE>, {ulong}
	<use clip plane?, LE>, {ulong}
	<clear reservation?, LE>, {ulong}
  -- next frame --
-- next path --
---- end ----
---- MRKR FORM ----
"FORM"
<num bytes for this form>, {ulong}
"MRKR" 
"NRML"
<num bytes for this sub-form>
-- -- -- --
  "HEAD"
  <version, for this sub sub-form, this is ONE for MARKERS, BE>, {ulong}
  <length of name, LE>, {ulong}
  <name>, {char}
  <length of name of parent, LE>, {ulong}
  <name of parent>, {char}
  <start keyframe time, this is 24fps, LE>, {float}
  <end keyframe time, this is 24fps, LE>, {float}
  <X Y Z position, LE>, {double}
  <X Y Z rotation, this is in radians, LE>, {double}
-- -- -- --
  "KEYF"
  <num bytes for this sub-form>
	"ANIM"
	<version, for this sub sub-form, this is ONE here, LE>, {ulong}
	<length of name of curve, LE>, {ulong}
	<name of curve>, {char}
	<number of keyframes, LE>, {ulong}
	-- for each keyframe --
	  <time, LE>, {double}
	  <Value, LE>, {double}
	  <inTangentX, LE>, {float}
	  <inTangentY, LE>, {float}
	  <outTangentX, LE>, {float}
	  <outTangentY, LE>, {float}
	-- next keyframe --
	<Pre-infinity, LE>, {ulong}
	<Post-infinity, LE>, {ulong}
---- end ----
--- BGSG FORM ----
"FORM"
<length of this chunk, in bytes, big endian> {ulong}
"BGSG"
<length of name of texture used, for stars, here, LE>, {ulong}
<name of texture used, for stars, here>, {char}
<number of star objects, LE>, {ulong}
  -- -- -- --[for each star]-- -- -- --
  <X Y Z position of the star, LE>, {float}
  <size of the star, LE>, {float}
  <R G B A colour of the star, LE>, {float}
  -- -- -- -- -- -- -- -- -- -- -- --
---- end ----
---- STRF FORM ----
"NRML"
<num bytes for this form, BE>, {ulong}
"STRF"
<version, for this sub sub-form, this is 1000 for STRF, BE>, {ulong}
<number of star objects, LE>, {ulong}
  -- -- -- --[for each star]-- -- -- --
  <X Y Z position of the star, LE>, {float}
  <R G B colour of the star, LE>, {float}
  <size of the star, LE>, {float}
  -- -- -- -- -- -- -- -- -- -- -- --
---- end ----
---- BNDV FORM ----
"BNDV"
<num bytes for this form>, {ulong}
<length of name of this object, LE>, {ulong}
<name of this object>, {char}
<length of name of parent of this object, LE>, {ulong}
<name of object, always ROOT???>, {ulong}
<number of vetices, or elements, this is ALWAYS 8, LE>, {ulong}
<vertices, with X Y Z co-ords only.
 Note: only the 1st and 7th vertex have data.
 Rest ALL are ZERO ( 2-6 and 8 ), LE>, {float}
<side information, ALWAYS 0, LE>, {ulong}
---- end ----
---- COLD FORM ----
"FORM"
<num bytes for this form>, {ulong}
<length of name of joint for which this CM info is intended, LE>, {ulong}
<name of joint for which this CM info is intended, LE>, {ulong}
  -- -- -- --
  "BBOX"
  <length of this Form, BE>, {ulong}
  <left-top-back extens, X Y Z, LE>, {float}
  <right-bottom-front extents, X Y Z, LE>, {float}
  -- -- -- --
  "BSPH"
  <version, this is 1000, BE>, {ulong}
  <X Y Z center of this sphere, LE>, {float}
  <radius of this sphere, LE>, {float}
  -- -- -- --
  "TRIS"			   -> This seems to be the collision Mesh itself
  <version, this is 1000, again and again... BE>, {ulong}
  <num vertices, LE>, {ulong}
  <vertex data, for each vertex only X Y Z, no UVs or Normals, LE>, {float}
  <number of entries, ie num faces * 3>  
  <face data, in triplets, LE>, {ulong}
---- end ----
---- BSRM FORM ----
"FORM"
<num bytes for this form>, {ulong}
"BSRM"
"NRML"
<num bytes for this sub-form>, {ulong}
  "DESC"
  <version, this is 1000, BE>, {ulong}
  <length of name of this object's parent mesh, Little Endian> {ulong}
  <name of this object's parent mesh> {char}
  <length of name of the joint, which this object's parent mesh is attached to, LE> {ulong}
  <name of the joint this object's parent mesh is attached to> {char}
  <LoD of this object's parent mesh, LE>, {ulong}
"NRML"
<num bytes for this sub-form>, {ulong}
  "BBOX"
  <version, this is 1000, BE>, {ulong}
  <left-top-back extens, X Y Z, LE>, {float}
  <right-bottom-front extents, X Y Z, LE>, {float}
"NRML"
<num bytes for this sub-form>, {ulong}
  "BSPH"
  <version, this is 1000, BE>, {ulong}
  <X Y Z center of this sphere, LE>, {float}
  <radius of this sphere, LE>, {float}
"NRML"
<num bytes for this sub-form>, {ulong}
  "TRIS"
  <version, this is 1000, again and again... BE>, {ulong}
  <num vertices, LE>, {ulong}
  <vertex data, for each vertex only X Y Z, no UVs or Normals, LE>, {float}
  <number of entries, ie num faces * 3>
  <face data, in triplets, LE>, {ulong}
"NRML"
<num bytes for this sub-form>, {ulong}
  "VNRM"		   -> And this looks like normals for TRIS, like numVerts there is equal to numNormals here.
  <version, this is, *sigh*, 1000, BE>, {ulong}
  <number of normals present, LE>, {ulong}
  <vertex normal data, for each vertex only X Y Z Normals, LE>, {float}
  <number of face-Indices, LE>, {ulong}
  <face indice data, in triplets, LE>, {ulong}
"NRML"
<num bytes for this sub-form>, {ulong}
  "SSUB"			 -> This is calculated by basis of "grids" in the plugins.
  <version, this is 1000, BE>, {ulong}
  <num Sub-Divisions in X Plane, LE>, {ulong}
  <num Sub-Divisions in Y Plane, LE>, {ulong}
  <num Sub-Divisions in Z Plane, LE>, {ulong}
  -- for each sub division [ grid (!) ], ie X*Y*Z --
	<number of triangles, LE>, {ulong}
	<face list, which are to be sub-divided>
---- end ----
---- INFO FORM ----
"FORM"
<num bytes for this form>, {ulong}
"INFO"
[if needed, these two maybe present]
"WARN"
<length of warning + 1, LE>, {ulong}
<warning + NULL>, {char}				<- looks like that NULL is string terminator here 
"ERRR"
<length of error + 1, LE>, {ulong}
<error + NULL>, {char}				 <- looks like that NULL is string terminator here 
[usually this is always present]
"OWNR"
<length of name of Owner + 1, LE>, {ulong}
<Name of Owner + NULL>, {char}		 <- looks like that NULL is string terminator here 
---- end ----
##########################################################################################################################
##########################################################################################################################
 

Public Type HW2_VersionForm
ID As String * 4
formLength As Long
versionID As String * 4
version As Long
End Type
Public Type HW2_NAMEForm
ID As String * 4
formLength As Long
nameID As String * 4
type As String
End Type
Public Type HW2_STATForm_Parameter
ID As String * 8
layerNum As Long
lenParameter As Long
parameter As String
End Type
Public Type HW2_STATForm
formID As String * 4
formLength As Long
ID As String * 4
version As String * 4
matNameLength As Long
matName As String
shaderNameLength As Long
shaderName As String
numLayers As Long
parameters() As HW2_STATForm_Parameter
End Type
Public Type HW2_DDSFile
imageStream() As Double
End Type
Public Type HW2_LMIPForm
ID As String * 4
formLength As Long
fileNameLength As Long
fileName As String
fileType As String * 4
noMips As Long
width As Long
height As Long
data() As HW2_DDSFile
End Type
Public Type HW2_MULT_Vertex
translateX As Single
translateY As Single
translateZ As Single
filler1 As Single
vertNormalX As Single
vertNormalY As Single
vertNormalZ As Single
filler2 As Single
textureU As Single
textureV As Single
End Type
Public Type HW2_MULT_Face
typeOfFaceList As Long
numFacesInThisList As Long
vertex() As Integer
End Type
Public Type HW2_MULT_FaceData
faceList() As HW2_MULT_Face
End Type
Public Type HW2_BMSHForm_Group
materialIndex As Long
dwordPerVertex As Long
numVertices As Long
vertData() As HW2_MULT_Vertex
numFaceListsOrStrips As Integer
faceData As HW2_MULT_FaceData
End Type
Public Type HW2_BMSHForm
ID As String * 4
formLength As Long
ID2 As String * 4
version As Long
meshLOD As Long
numMeshes As Long
mesh() As HW2_BMSHForm_Group
End Type
Public Type HW2_MULTForm
ID As String
formLength As Long
ID2 As String * 4
version As Long
nameLength As Long
name As String
parentNameLength As Long
parentName As String
numBMSHForms As Long
BMSHForms() As HW2_BMSHForm
End Type
Public Type HW2_HVMDForm
ID As String * 4
formLength As Long
ID2 As String * 4
STATForms() As HW2_STATForm
LMIPForms() As HW2_LMIPForm
MULTForms() As HW2_MULTForm
End Type
Public Type HW2_HIERJoint
lenName As Long
name As String
 
lenParentName As Long
parentName As String
 
translateX As Single
translateY As Single
translateZ As Single
 
rotateX As Single
rotateY As Single
rotateZ As Single
 
scaleX As Single
scaleY As Single
scaleZ As Single
 
axisX As Single
axisY As Single
axisZ As Single
 
degOfFreedomX As Byte
degOfFreedomY As Byte
degOfFreedomZ As Byte
End Type
Public Type HW2_HIERForm
ID As String * 4
formLength As Long
numJoints As Long
joints() As HW2_HIERJoint
End Type
Public Type HW2_3DVector
X As Single
Y As Single
Z As Single
End Type
Public Type HW2_ETSHForm
ID As String * 4
formLength As Long
 
lenName As Long
name As String
 
lenParentName As Long
parentName As String
 
numVerts As Long
vertData() As HW2_3DVector
End Type
Public Type HW2_GLOWForm
ID As String * 4
formLength As Long
glowID As String * 4
 
nrmlID As String * 4
nrmlFormLength As Long
 
infoID As String * 4
version As Long
 
lenName As Long
name As String
 
lenParentName As Long
parentName As String
 
meshLOD As Long
mesh As HW2_BMSHForm
End Type
Public Type HW2_BURNForm
ID As String * 4
formLength As Long
 
lenName As Long
name As String
 
lenParentName As Long
parentName As String
 
numVerts As Long
numNURBS As Long
 
vertData() As HW2_3DVector
End Type
Public Type HW2_NavLight
lenName As Long
name As String
 
section As Long
size As Single
phase As Single
frequency As Single
 
lenStyle As Long
style As String
 
colourR As Single
colourG As Single
colourB As Single
colourA As Single
 
distance As Single
isVisible As Byte
castLightOnHES As Byte
End Type
Public Type HW2_NAVLForm
ID As String * 4
formLength As Long
navlID As String * 4
version As Long
numNavlights As Long
navlights() As HW2_NavLight
End Type
Public Type HW2_DockPathFrame
translateX As Single
translateY As Single
translateZ As Single
 
rotateX As Single
rotateY As Single
rotateZ As Single
 
useRotation As Long
pointTolerance As Single
dropFocus As Long
maxSpeed As Single
checkRotation As Long
forceCloseBehavior As Long
playerIsInControl As Long
queueOrigin As Long
useClipPlane As Long
clearReservation As Long
End Type
Public Type HW2_DockPath
lenName As Long
name As String
 
lenParentName As Long
parentName As String
 
numGlobalProperties As Long
numLocalProperties As Long
 
isExit As Long
isLatch As Long
tolerance As Single
 
lenDockFamilies As Long
dockFamilies As String
 
useAnim As Long
 
lenLinkedPaths As Long
linkedPaths As String
 
numFrames As Long
frames() As HW2_DockPathFrame
End Type
Public Type HW2_DOCKForm
ID As String * 4
formLength As Long
numPaths As Long
dockPaths() As HW2_DockPath
End Type
Public Type HW2_MRKRKeyFrame
time As Double
value As Double
 
inTangentX As Single
inTangentY As Single
outTangentX As Single
outTangentY As Single
End Type
Public Type HW2_ANIMForm
nrmlID_KEYF As String * 4
formLength_NRML_KEYF As Long
 
animID As String * 4
animVersion As Long
 
lenCurveName As Long
curveName As String
 
numKeyFrames As Long
 
keyFrames() As HW2_MRKRKeyFrame
 
preInfinity As Long
postInfinity As Long
End Type
Public Type HW2_MRKRForm
ID As String * 4
formLength As Long
mrkrID As String * 4
 
nrmlID As String * 4
formLength_nrml As Long
 
headID As String * 4
version As Long
 
lenName As Long
name As String
 
lenParentName As Long
parentName As String
 
startKeyFrameTime As Single
endKeyFrameTime As Single
 
translateX As Double
translateY As Double
translateZ As Double
 
rotateX As Double
rotateY As Double
rotateZ As Double
 
formID As String * 4
formLength_KEYF As Long
keyfID As String * 4
anim() As HW2_ANIMForm
End Type
Public Type HW2_BNDVForm
ID As String * 4
formLength As Long
 
lenName As Long
name As String
 
lenParentName As Long
parentName As String
 
numVertices As Long
vertData() As HW2_3DVector
sideInformation As Long
End Type
Public Type HW2_BBOXForm
ID As String * 4
versionOrFormLength As Long
 
minX As Single
minY As Single
minZ As Single
 
maxX As Single
maxY As Single
maxZ As Single
End Type
Public Type HW2_BSPHForm
ID As String * 4
versionOrFormLength As Long
 
centerX As Single
centerY As Single
centerZ As Single
 
radius As Single
End Type
Public Type HW2_Face_List
vertex() As Long
End Type
Public Type HW2_TRISForm
ID As String * 4
versionOrFormLength As Long
numVerts As Long
vertData() As HW2_3DVector
 
numFaces As Long
faceData() As Integer
End Type
Public Type HW2_COLDForm
ID As String * 4
formLength As Long
ID2 As String * 4
 
lenParentName As Long
parentName As String
 
bbox As HW2_BBOXForm
bsph As HW2_BSPHForm
tris As HW2_TRISForm
End Type
Public Type HW2_DESCForm
ID As String * 4
version As Long
 
lenName As Long
name As String
 
lenParentName As Long
parentName As String
 
lod As Long
End Type
Public Type HW2_VNRMForm
ID As String * 4
version As Long
numNormals As Long
normalData() As HW2_3DVector
numFaceIndices As Long
faceData() As Integer
End Type
Public Type HW2_SSUB_Division
numTriangles As Long
faces() As Integer
End Type
Public Type HW2_SSUBForm
ID As String * 4
version As Long
 
numDivsX As Long
numDivsY As Long
numDivsZ As Long
 
subD() As HW2_SSUB_Division
End Type
Public Type HW2_BSRMForm
ID As String * 4
formLength As Long
bsrmID As String * 4
 
nrmlDESCID As String * 4
nrmlDESCFormLength As Long
desc As HW2_DESCForm
 
nrmlBBOXID As String * 4
nrmlBBOXFormLength As Long
bbox As HW2_BBOXForm
 
nrmlBSPHID As String * 4
nrmlBSPHFormLength As Long
bsph As HW2_BSPHForm
 
nrmlTRISID As String * 4
nrmlTRISFormLength As Long
tris As HW2_TRISForm
 
nrmlVNRMID As String * 4
nrmlVNRMFormLength As Long
vnrm As HW2_VNRMForm
 
nrmlSSUBID As String * 4
nrmlSSUBFormLength As Long
ssub As HW2_SSUBForm
End Type
Public Type HW2_DTRMForm
ID As String * 4
formLength As Long
ID2 As String * 4
 
hier As HW2_HIERForm
 
etsh() As HW2_ETSHForm
glow() As HW2_GLOWForm
burn() As HW2_BURNForm
 
navl As HW2_NAVLForm
dock As HW2_DOCKForm
 
mrkr() As HW2_MRKRForm
 
bndv As HW2_BNDVForm
 
cold() As HW2_COLDForm
bsrm() As HW2_BSRMForm
End Type
Public Type HW2_WARNForm
ID As String * 4
formLength As Long
 
lenContents As Long
contents As String
End Type
Public Type HW2_ERRRForm
ID As String * 4
formLength As Long
 
lenContents As Long
contents As String
End Type
Public Type HW2_OWNRForm
ID As String * 4
formLength As Long
 
lenContents As Long
contents As String
End Type
Public Type HW2_INFOForm
ID As String * 4
formLength As Long
 
infoID As String * 4
 
warnings() As HW2_WARNForm
errors() As HW2_ERRRForm
owner As HW2_OWNRForm
End Type
Const HW2_MULTIM = "Homeworld2 Multi Mesh File"
Const HW2_SIMPM = "Homeworld2 Simple Mesh File"
Const HW2_WIREM = "Homeworld2 Wireframe Mesh File"
'Const HW2_BASICM = "Homeworld2 Basic File"
'Const HW2_PROGRESSIVEM = "Homeworld2 Variable Mesh File"
Const HW2_VERSIONID = "VERS"
Const HW2_BBOXID = "BBOX"
Const HW2_BSPHID = "BSPH"
Const HW2_TRISID = "TRIS"
Const HW2_FORMID = "FORM"
Const HW2_NAMEID = "NAME"
Const HW2_STATID = "STAT"
Const HW2_LMIPID = "LMIP"
Const HW2_BMSHID = "BMSH"
Const HW2_MULTID = "MULT"
Const HW2_NRMLID = "NRML"
Const HW2_DESCID = "DESC"
Const HW2_VNRMID = "VNRM"
Const HW2_SSUBID = "SSUB"
Const HW2_DTRMID = "DTRM"
Const HW2_HVMDID = "HVMD"
Const HW2_HIERID = "HIER"
Const HW2_ETSHID = "ETSH"
Const HW2_GLOWID = "GLOW"
Const HW2_MRKRID = "MRKR"
Const HW2_INFOID = "INFO"
Const HW2_BURNID = "BURN"
Const HW2_COLDID = "COLD"
Const HW2_NAVLID = "NAVL"
Const HW2_DOCKID = "DOCK"
Const HW2_KEYFID = "KEYF"
Const HW2_BNDVID = "BNDV"
Const HW2_ANIMID = "ANIM"
Const HW2_BSRMID = "BSRM"
Const HW2_WARNID = "WARN"
Const HW2_ERRRID = "ERRR"
Const HW2_OWNRID = "OWNR"
Const HW2_GOBGID = "GOBG"
'Const HW2_GOBSID = "GOBS"
'Const HW2_GOBDID = "GOBD"
'Const HW2_HARDID = "HARD"
'Const HW2_GOBDID = "DAMG"
Const HW2_MULTIMESH_BMSH_DWORDSPERVTX As Long = 27
Const HW2_MULTIMESH_BMSH_VERSION As Long = 1400
Const HW2_MRKR_HEAD_VERSION As Long = 1
Const HW2_NAVL_VERSION As Long = 3
Const HW2_DOCK_GLOBAL_PROPERTIES As Long = 6
Const HW2_DOCK_LOCAL_PROPERTIES As Long = 10
Const HW2_MULTIMESH_MULT_VERSION As Long = HW2_MULTIMESH_BMSH_VERSION
Const HW2_MULTIMESH_GOBG_VERSION As Long = 1000
Const HW2_MULTIMESH_GLOW_VERSION As Long = 1000
Const HW2_BBOX_VERSION As Long = 1000
Const HW2_BSPH_VERSION As Long = 1000
Const HW2_TRIS_VERSION As Long = 1000
Const HW2_DESC_VERSION As Long = 1000
Const HW2_VNRM_VERSION As Long = 1000
Const HW2_SSUB_VERSION As Long = 1000
Const HW2_FACESTRIP As Long = 518
Const HW2_FACELIST As Long = 514