/
PokemonORAS_BCH.ms
2962 lines (2889 loc) · 97.3 KB
/
PokemonORAS_BCH.ms
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-- Pokémon Onega Ruby/Alpha Sapphire BCH model importer by Random Talking Bush.
-- If there are any problems, please contact me at The VG Resource (Random Talking Bush), Steam, Twitter or Tumblr (RandomTBush) so I can fix it up ASAP.
-- Last modified October 26th, 2016. Minor bug fixes.
fname = getOpenFileName \
caption:"Pokemon OR/AS file" \
types:"Pokemon OR/AS models (*.bin/*.bch)|*.bin; *.bch" \
historyCategory:"PkmnXY"
if fname != undefined do(
-- clearlistener()
m = fopen fname "rb"
p = getFilenamePath fname
for a = 1 to 1 do (
Bone_Matrix_Array = #()
BoneName_array = #()
BoneArray = #()
TextureID_array = #()
MaterialNames_array = #()
TextureNames_array = #()
VertSize_array = #()
VertSize2_array = #()
VertFormat_array = #()
VertCount_array = #()
VertOffsetStart_array = #()
VertBytes_array = #()
PolySize_array = #()
FaceOffsetStart_array = #()
FaceCount_array = #()
NodeStart_array = #()
NodeIDOffset_array = #()
NodeIDSet_array = #()
struct Vertex_Bytes_Struct
(
VertByte1, VertByte2, VertByte3, VertByte4
)
struct Bone_Info_Struct
(
Bone1, Bone2, Bone3, Bone4
)
struct Weight_Info_Struct
(
Weight1, Weight2, Weight3, Weight4
)
struct weight_data
(
boneids, weights
)
filestart = 0
headercheck = readshort m #unsigned
fseek m 0 #seek_set
if headercheck != 17218 do(
fseek m 0x04 #seek_cur
filestart = readlong m #unsigned
fseek m filestart #seek_set
)
-- print ("BCH header start: 0x"+((bit.intAsHex(ftell m))as string))
BCH = readlong m #unsigned
Unknown = readlong m #unsigned
NodesNSuchOffset = readlong m #unsigned + filestart
NamesOffset = readlong m #unsigned + filestart
DefinitionOffset = readlong m #unsigned + filestart
DataOffset = readlong m #unsigned + filestart
UnknownStuffOffset = readlong m #unsigned + filestart
Unknown2StuffOffset = readlong m #unsigned + filestart
NodesNSuchLength = readlong m #unsigned
NamesLength = readlong m #unsigned
DefinitionLength = readlong m #unsigned
DataLength = readlong m #unsigned
UnknownStuffLength = readlong m #unsigned
Unknown2StuffLength = readlong m #unsigned
Unknown13 = readlong m #unsigned
Unknown14 = readlong m #unsigned
-- print ("First header chunk: 0x"+((bit.intAsHex(NodesNSuchOffset))as string))
-- print ("Strings header chunk: 0x"+((bit.intAsHex(NamesOffset))as string))
-- print ("Definition header chunk: 0x"+((bit.intAsHex(DefinitionOffset))as string))
-- print ("Data header chunk: 0x"+((bit.intAsHex(DataOffset))as string))
-- print ("Fifth header chunk: 0x"+((bit.intAsHex(UnknownStuffOffset))as string))
-- print ("Sixth header chunk: 0x"+((bit.intAsHex(Unknown2StuffOffset))as string))
fseek m NodesNSuchOffset #seek_set
Data2Start = ftell m
-- print ("CC header chunk: 0x"+((bit.intAsHex(ftell m))as string))
SeaSea = readlong m #unsigned - 4
fseek m SeaSea #seek_cur
Data2Offset = readlong m #unsigned + Data2Start
fseek m Data2Offset #seek_set
-- print ("Data2 header chunk: 0x"+((bit.intAsHex(ftell m))as string))
fseek m 0x34 #seek_cur
TexTableOffset = readlong m #unsigned
TexTotal = readlong m #unsigned
UnkTableOffset = readlong m #unsigned
PolyTableOffset = readlong m #unsigned
PolyTotal = readlong m #unsigned
PolyTotalB4 = PolyTotal
fseek m 0x14 #seek_cur
NodeIDOffset = readlong m #unsigned
fseek m 0x14 #seek_cur
BoneCount = readlong m #unsigned
-- print ("Bone count: " + BoneCount as string)
BoneOffsetThingy = readlong m #unsigned + NodesNSuchOffset
fseek m BoneOffsetThingy #seek_set
-- print ("Bones header: 0x"+((bit.intAsHex(ftell m))as string))
fseek m 0x0C #seek_cur
for b = 1 to BoneCount do(
fseek m 0x0C #seek_cur
)
-- print ("Bones start: 0x"+((bit.intAsHex(ftell m))as string))
for b = 1 to BoneCount Do (
BoneFlag1 = readbyte m #unsigned
BoneFlag2 = readbyte m #unsigned
BoneFlag3 = readbyte m #unsigned
BoneFlag4 = readbyte m #unsigned
BoneParent = readshort m
BoneSpacer = readshort m #unsigned
BoneSX = readfloat m; BoneSY = readfloat m; BoneSZ = readfloat m
BoneRX = readfloat m; BoneRY = readfloat m; BoneRZ = readfloat m
BoneTX = readfloat m; BoneTY = readfloat m; BoneTZ = readfloat m
m11 = readfloat m; m12 = readfloat m; m13 = readfloat m; m14= readfloat m
m21 = readfloat m; m22 = readfloat m; m23 = readfloat m; m24 = readfloat m
m31 = readfloat m; m32 = readfloat m; m33 = readfloat m; m34 = readfloat m
BoneNameOffset = readlong m #unsigned
BoneUnknown = readlong m #unsigned
brbk = ftell m
fseek m (NamesOffset + BoneNameOffset) #seek_set
BoneName = readstring m
append BoneName_array BoneName
fseek m brbk #seek_set
tfm = matrix3 [m11,m12,m13] [m21,m22,m23] [m31,m32,m33] [BoneTX,BoneTY,BoneTZ]
if (getNodeByName BoneName) != undefined do (
append BoneArray (getNodeByName BoneName)
)
if (getNodeByName BoneName) == undefined do (
if (BoneParent != -1) do (
tfm2 = tfm * BoneArray[(BoneParent + 1)].objecttransform
tfm.row4 = tfm2.row4
)
)
newBone = bonesys.createbone \
tfm.row4 \
(tfm.row4 + 0.01 * (normalize tfm.row1)) \
(normalize tfm.row3)
-- if b < 10 do(BoneName = ("00" + b as string + " " + BoneName))
-- if b > 9 and b < 100 do(BoneName = "0" + b as string + " " + BoneName)
-- if b > 99 do(BoneName = b as string + " " + BoneName)
newBone.name = BoneName
newBone.width = 0.01
newBone.height = 0.01
newBone.transform = tfm
newBone.wirecolor = yellow
newbone.showlinks = true
newBone.setBoneEnable false 0
newBone.pos.controller = TCB_position ()
newBone.rotation.controller = TCB_rotation ()
if (BoneParent != -1) then
newBone.parent = BoneArray[(BoneParent + 1)]
append BoneArray newBone
)
-- print ("Bones end: 0x"+((bit.intAsHex(ftell m))as string))
fseek m (Data2Start + TexTableOffset) #seek_set
-- print ("TextureTable start: 0x"+((bit.intAsHex(ftell m))as string))
for t = 1 to TexTotal do(
TextureNameOffset = readlong m #unsigned
fseek m 0x0C #seek_cur
NameOffset1 = readlong m #unsigned
NameOffset2 = readlong m #unsigned
NameOffset3 = readlong m #unsigned
DiffuseMapNameOffset = readlong m #unsigned
SecondaryMapNameOffset = readlong m #unsigned
NormalMapNameOffset = readlong m #unsigned
MaterialNameOffset = readlong m #unsigned
brbk = ftell m
fseek m (NamesOffset + MaterialNameOffset) #seek_set
MaterialName = readstring m
append MaterialNames_array MaterialName
fseek m (NamesOffset + DiffuseMapNameOffset) #seek_set
DiffuseName = readstring m
if headercheck != 19789 do(append TextureNames_array DiffuseName)
fseek m (NamesOffset + SecondaryMapNameOffset) #seek_set
DiffuseName = readstring m
if headercheck == 19789 do(append TextureNames_array DiffuseName)
fseek m brbk #seek_set
)
fseek m (Data2Start + PolyTableOffset) #seek_set
for t = 1 to PolyTotal do(
-- print ("PolyTable entry #" + t as string + " start: 0x"+((bit.intAsHex(ftell m))as string))
TextureID = readlong m #unsigned + 1
append TextureID_array TextureID
VisibilityGroup = readlong m #unsigned
VertexInfoStart = readlong m #unsigned
VertSize2 = readlong m #unsigned
append VertSize2_array VertSize2
PolyHeader = readlong m #unsigned
PolySize = readlong m #unsigned
-- print ("Polygon cluster = " + PolySize as string)
append PolySize_array PolySize
VertexHeader3 = readlong m #unsigned
VertexSize3 = readlong m #unsigned
fseek m 0x14 #seek_cur
NodeHeader = readlong m #unsigned + 0x10 + filestart
append NodeStart_array NodeHeader
brbk = ftell m
fseek m (DefinitionOffset + VertexInfoStart) #seek_set
-- print ("Vertex Offset Start: 0x"+((bit.intAsHex(ftell m))as string))
fseek m 0x28 #seek_cur
VertByte1 = readbyte m #unsigned
VertByte2 = readbyte m #unsigned
VertByte3 = readbyte m #unsigned
VertByte4 = readbyte m #unsigned
append VertBytes_array (Vertex_Bytes_Struct VertByte1:VertByte1 VertByte2:VertByte2 VertByte3:VertByte3 VertByte4:VertByte4)
fseek m 0x04 #seek_cur
VertOffsetStart = readlong m #unsigned + DataOffset
append VertOffsetStart_array VertOffsetStart
fseek m 0x06 #seek_cur
VertSize = readbyte m #unsigned
append VertSize_array VertSize
VertSize3 = readbyte m #unsigned
fseek m (DefinitionOffset + VertexHeader3) #seek_set
fseek m -0x60 #seek_cur
-- print ("Face Offset Start #1: 0x"+((bit.intAsHex(ftell m))as string))
VertexBytes = readlong m #unsigned
append VertFormat_array VertexBytes
fseek m 0x0C #seek_cur
FaceOffsetStart = readlong m #unsigned + DataOffset
append FaceOffsetStart_array FaceOffsetStart
fseek m 0x04 #seek_cur
FaceCount = (readlong m #unsigned / 3)
append FaceCount_array FaceCount
VertCount = (FaceOffsetStart - VertOffsetStart) / VertSize
append VertCount_array VertCount
if PolySize > 1 do(
for x = 1 to (PolySize - 1) do(
append VertBytes_array (Vertex_Bytes_Struct VertByte1:VertByte1 VertByte2:VertByte2 VertByte3:VertByte3 VertByte4:VertByte4)
append TextureID_array TextureID
append VertOffsetStart_array VertOffsetStart
append VertSize_array VertSize
append VertSize2_array VertSize2
fseek m (DefinitionOffset + VertexHeader3) #seek_set
fseek m -0x60 #seek_cur
fseek m (-0x60 * x) #seek_cur
-- print ("Face Offset Start #" + (x + 1) as string + ": 0x"+((bit.intAsHex(ftell m))as string))
VertexBytes = readlong m #unsigned
append VertFormat_array VertexBytes
fseek m 0x0C #seek_cur
FaceOffsetStart = readlong m #unsigned + DataOffset
append FaceOffsetStart_array FaceOffsetStart
fseek m 0x04 #seek_cur
FaceCount = (readlong m #unsigned / 3)
append FaceCount_array FaceCount
append VertCount_array VertCount
PolyTotal = PolyTotal + 1
)
)
fseek m brbk #seek_set
)
-- for x = 1 to PolyTotalB4 do(
-- VertCount = 0
-- if x != PolyTotalB4 then(VertCount = ((VertOffsetFixStart_array[x + 1] - VertOffsetFixStart_array[x])) / VertSizeFix_array[x])
-- else (VertCount = ((VertOffsetFixStart_array[x] - VertOffsetFixStart_array[x - 1])) / VertSizeFix_array[x])
-- for y = 1 to PolySize_array[x] do(
-- append VertCount_array VertCount
-- )
-- )
for n = 1 to PolyTotalB4 do(
fseek m NodeStart_array[n] #seek_set
append NodeIDOffset_array (ftell m)
for p = 1 to (PolySize_array[n] - 1) do(
fseek m -0x34 #seek_cur
append NodeIDOffset_array (ftell m)
)
)
for z = 1 to PolyTotal do(
Face_array = #()
Vert_array = #()
Normal_array = #()
Color_array = #()
Alpha_array = #()
UV_array = #()
UV2_array = #()
UV3_array = #()
B1_array = #()
W1_array = #()
Weight_array = #()
NodeID_array = #()
fseek m NodeIDOffset_array[z] #seek_set
-- print ("NodeIDTable entry #" + z as string + " start: 0x"+((bit.intAsHex(ftell m))as string))
fseek m 0x02 #seek_cur
NodeTotal = readshort m #unsigned
for o = 1 to NodeTotal do(
NodeID = readshort m #unsigned + 1
append NodeID_array NodeID
)
for n = 1 to NodeID_array.count do(
-- print (BoneName_array[NodeID_array[n]])
)
fseek m VertOffsetStart_array[z] #seek_set
vertsize = VertSize_array[z]
vertsize2 = VertSize2_array[z]
vertcount = VertCount_array[z]
-- print ("Polygon #" + z as string + "'s vertex amount: " + vertcount as string)
-- print ("Polygon #" + z as string + "'s vertex size / size2 / format: 0x"+((bit.intAsHex(vertsize))as string) + " / 0x"+((bit.intAsHex(vertsize2))as string) + " / 0x"+((bit.intAsHex(vertformat_array[z]))as string))
-- print ("Polygon #" + z as string + "'s vertex start: 0x"+((bit.intAsHex(ftell m))as string))
-- print ("Polygon #" + z as string + "'s bytes:")
-- print VertBytes_array[z]
for v = 1 to vertcount do(
if VertBytes_array[z].VertByte1 == 0 and VertBytes_array[z].VertByte2 == 0 and VertBytes_array[z].VertByte3 == 0 and VertBytes_array[z].VertByte4 == 0 do(
vx = readfloat m
vy = readfloat m
vz = readfloat m
if vx < -2000 or vx > 2000 do(exit)
if vy < -2000 or vy > 2000 do(exit)
if vz < -2000 or vz > 2000 do(exit)
nx = readfloat m
ny = readfloat m
nz = readfloat m
tu = readfloat m
tv = readfloat m
if tv == 0x00000000 do(
tu = nx
tv = ny
)
nx2 = readfloat m
ny2 = readfloat m
nz2 = readfloat m
colorr = readbyte m #unsigned
colorg = readbyte m #unsigned
colorb = readbyte m #unsigned
colora = (readbyte m #unsigned) as float / 255
Bone1 = readbyte m #unsigned + 1
Bone1 = NodeID_array[Bone1]
Bone2 = readbyte m #unsigned + 1
Bone2 = NodeID_array[Bone2]
Bone3 = readbyte m #unsigned + 1
Bone3 = NodeID_array[Bone3]
Bone4 = readbyte m #unsigned + 1
Bone4 = NodeID_array[Bone4]
Weight1 = readbyte m #unsigned as float / 100
Weight2 = readbyte m #unsigned as float / 100
Weight3 = readbyte m #unsigned as float / 100
Weight4 = readbyte m #unsigned as float / 100
append Vert_array[vx, vy, vz]
append Normal_array[nx, ny, nz]
append UV_array[tu, tv, 0]
append Color_Array[colorr,colorg,colorb]
append Alpha_Array colora
append B1_array (Bone_Info_Struct Bone1:Bone1 Bone2:Bone2 Bone3:Bone3 Bone4:Bone4)
append W1_array (Weight_Info_Struct Weight1:Weight1 Weight2:Weight2 Weight3:Weight3 Weight4:Weight4)
)
if NodeTotal < 5 then(
if VertBytes_array[z].VertByte1 == 106 and VertBytes_array[z].VertByte2 == 8 and VertBytes_array[z].VertByte3 == 0 and VertBytes_array[z].VertByte4 == 0 do(
vx = (readshort m as float) / 65535
vy = (readshort m as float) / 65535
vz = (readshort m as float) / 65535
if vx < -2000 or vx > 2000 do(exit)
if vy < -2000 or vy > 2000 do(exit)
if vz < -2000 or vz > 2000 do(exit)
tu = (readshort m as float) / 32767
tv = (readshort m as float) / 32767
nx = readbyte m / 255
ny = readbyte m / 255
nz = readbyte m / 255
fseek m 0x01 #seek_cur
colorr = 255
colorg = 255
colorb = 255
colora = 1 as float
Bone1 = NodeID_array[1]
Bone2 = 0
Bone3 = 0
Bone4 = 0
Weight1 = 1
Weight2 = 0
Weight3 = 0
Weight4 = 0
append Vert_array[vx, vy, vz]
append UV_array[tu, tv, 0]
append Color_Array[colorr,colorg,colorb]
append B1_array (Bone_Info_Struct Bone1:Bone1 Bone2:Bone2 Bone3:Bone3 Bone4:Bone4)
append W1_array (Weight_Info_Struct Weight1:Weight1 Weight2:Weight2 Weight3:Weight3 Weight4:Weight4)
)
if VertBytes_array[z].VertByte1 == 123 and VertBytes_array[z].VertByte2 == 0 and VertBytes_array[z].VertByte3 == 0 and VertBytes_array[z].VertByte4 == 0 do(
vx = readfloat m
vy = readfloat m
vz = readfloat m
if vx < -2000 or vx > 2000 do(exit)
if vy < -2000 or vy > 2000 do(exit)
if vz < -2000 or vz > 2000 do(exit)
tu = readfloat m
tv = readfloat m
colorr = 255
colorg = 255
colorb = 255
colora = 1
Bone1 = NodeID_array[1]
Bone2 = 0
Bone3 = 0
Bone4 = 0
Weight1 = 1
Weight2 = 0
Weight3 = 0
Weight4 = 0
append Vert_array[vx, vy, vz]
append UV_array[tu, tv, 0]
append Color_Array[colorr,colorg,colorb]
append Alpha_Array colora
append B1_array (Bone_Info_Struct Bone1:Bone1 Bone2:Bone2 Bone3:Bone3 Bone4:Bone4)
append W1_array (Weight_Info_Struct Weight1:Weight1 Weight2:Weight2 Weight3:Weight3 Weight4:Weight4)
)
if VertBytes_array[z].VertByte1 == 123 and VertBytes_array[z].VertByte2 == 11 and VertBytes_array[z].VertByte3 == 0 and VertBytes_array[z].VertByte4 == 0 do(
vx = readfloat m
vy = readfloat m
vz = readfloat m
if vx < -2000 or vx > 2000 do(exit)
if vy < -2000 or vy > 2000 do(exit)
if vz < -2000 or vz > 2000 do(exit)
tu = readfloat m
tv = readfloat m
nx = readfloat m
ny = readfloat m
nz = readfloat m
colorr = 255
colorg = 255
colorb = 255
colora = 1
Bone1 = NodeID_array[1]
Bone2 = 0
Bone3 = 0
Bone4 = 0
Weight1 = 1
Weight2 = 0
Weight3 = 0
Weight4 = 0
append Vert_array[vx, vy, vz]
append UV_array[tu, tv, 0]
append Color_Array[colorr,colorg,colorb]
append Alpha_Array colora
append B1_array (Bone_Info_Struct Bone1:Bone1 Bone2:Bone2 Bone3:Bone3 Bone4:Bone4)
append W1_array (Weight_Info_Struct Weight1:Weight1 Weight2:Weight2 Weight3:Weight3 Weight4:Weight4)
)
if VertBytes_array[z].VertByte1 == 123 and VertBytes_array[z].VertByte2 == 13 and VertBytes_array[z].VertByte3 == 0 and VertBytes_array[z].VertByte4 == 0 do(
vx = readfloat m
vy = readfloat m
vz = readfloat m
if vx < -2000 or vx > 2000 do(exit)
if vy < -2000 or vy > 2000 do(exit)
if vz < -2000 or vz > 2000 do(exit)
tu = readfloat m
tv = readfloat m
colorr = 255
colorg = 255
colorb = 255
colora = 1
Bone1 = NodeID_array[1]
Bone2 = NodeID_array[2]
Bone3 = NodeID_array[3]
Bone4 = NodeID_array[4]
Weight1 = readbyte m #unsigned as float / 100
Weight2 = readbyte m #unsigned as float / 100
Weight3 = readbyte m #unsigned as float / 100
Weight4 = readbyte m #unsigned as float / 100
append Vert_array[vx, vy, vz]
append UV_array[tu, tv, 0]
append Color_Array[colorr,colorg,colorb]
append Alpha_Array colora
append B1_array (Bone_Info_Struct Bone1:Bone1 Bone2:Bone2 Bone3:Bone3 Bone4:Bone4)
append W1_array (Weight_Info_Struct Weight1:Weight1 Weight2:Weight2 Weight3:Weight3 Weight4:Weight4)
)
if VertBytes_array[z].VertByte1 == 123 and VertBytes_array[z].VertByte2 == 155 and VertBytes_array[z].VertByte3 == 0 and VertBytes_array[z].VertByte4 == 0 do(
vx = readfloat m
vy = readfloat m
vz = readfloat m
if vx < -2000 or vx > 2000 do(exit)
if vy < -2000 or vy > 2000 do(exit)
if vz < -2000 or vz > 2000 do(exit)
nx = readfloat m
ny = readfloat m
nz = readfloat m
tu = readfloat m
tv = readfloat m
if tv == 0x00000000 do(
tu = nx
tv = ny
)
colorr = 255
colorg = 255
colorb = 255
colora = 1
Bone1 = NodeID_array[1]
Bone2 = NodeID_array[2]
Bone3 = NodeID_array[3]
Bone4 = NodeID_array[4]
Weight1 = readbyte m #unsigned as float / 100
Weight2 = readbyte m #unsigned as float / 100
Weight3 = readbyte m #unsigned as float / 100
Weight4 = readbyte m #unsigned as float / 100
append Vert_array[vx, vy, vz]
append Normal_array[nx, ny, nz]
append UV_array[tu, tv, 0]
append Color_Array[colorr,colorg,colorb]
append Alpha_Array colora
append B1_array (Bone_Info_Struct Bone1:Bone1 Bone2:Bone2 Bone3:Bone3 Bone4:Bone4)
append W1_array (Weight_Info_Struct Weight1:Weight1 Weight2:Weight2 Weight3:Weight3 Weight4:Weight4)
)
if VertBytes_array[z].VertByte1 == 123 and VertBytes_array[z].VertByte2 == 157 and VertBytes_array[z].VertByte3 == 0 and VertBytes_array[z].VertByte4 == 0 do(
vx = readfloat m
vy = readfloat m
vz = readfloat m
if vx < -2000 or vx > 2000 do(exit)
if vy < -2000 or vy > 2000 do(exit)
if vz < -2000 or vz > 2000 do(exit)
tu = readfloat m
tv = readfloat m
colorr = readbyte m #unsigned
colorg = readbyte m #unsigned
colorb = readbyte m #unsigned
colora = (readbyte m #unsigned) as float / 255
Bone1 = NodeID_array[1]
Bone2 = NodeID_array[2]
Bone3 = NodeID_array[3]
Bone4 = NodeID_array[4]
Weight1 = readbyte m #unsigned as float / 100
Weight2 = readbyte m #unsigned as float / 100
Weight3 = readbyte m #unsigned as float / 100
Weight4 = readbyte m #unsigned as float / 100
append Vert_array[vx, vy, vz]
append UV_array[tu, tv, 0]
append Color_Array[colorr,colorg,colorb]
append Alpha_Array colora
append B1_array (Bone_Info_Struct Bone1:Bone1 Bone2:Bone2 Bone3:Bone3 Bone4:Bone4)
append W1_array (Weight_Info_Struct Weight1:Weight1 Weight2:Weight2 Weight3:Weight3 Weight4:Weight4)
)
if VertBytes_array[z].VertByte1 == 123 and VertBytes_array[z].VertByte2 == 219 and VertBytes_array[z].VertByte3 == 5 and VertBytes_array[z].VertByte4 == 0 do(
vx = readfloat m
vy = readfloat m
vz = readfloat m
if vx < -2000 or vx > 2000 do(exit)
if vy < -2000 or vy > 2000 do(exit)
if vz < -2000 or vz > 2000 do(exit)
nx = readfloat m
ny = readfloat m
nz = readfloat m
tu = readfloat m
tv = readfloat m
if tv == 0x00000000 do(
tu = nx
tv = ny
)
colorr = readbyte m #unsigned
colorg = readbyte m #unsigned
colorb = readbyte m #unsigned
colora = (readbyte m #unsigned) as float / 255
Bone1 = NodeID_array[1]
Bone2 = NodeID_array[2]
Bone3 = NodeID_array[3]
Bone4 = NodeID_array[4]
Weight1 = readbyte m #unsigned as float / 100
Weight2 = readbyte m #unsigned as float / 100
Weight3 = readbyte m #unsigned as float / 100
Weight4 = readbyte m #unsigned as float / 100
append Vert_array[vx, vy, vz]
append Normal_array[nx, ny, nz]
append UV_array[tu, tv, 0]
append Color_Array[colorr,colorg,colorb]
append Alpha_Array colora
append B1_array (Bone_Info_Struct Bone1:Bone1 Bone2:Bone2 Bone3:Bone3 Bone4:Bone4)
append W1_array (Weight_Info_Struct Weight1:Weight1 Weight2:Weight2 Weight3:Weight3 Weight4:Weight4)
)
if VertBytes_array[z].VertByte1 == 123 and VertBytes_array[z].VertByte2 == 219 and VertBytes_array[z].VertByte3 == 9 and VertBytes_array[z].VertByte4 == 0 do(
vx = readfloat m
vy = readfloat m
vz = readfloat m
if vx < -2000 or vx > 2000 do(exit)
if vy < -2000 or vy > 2000 do(exit)
if vz < -2000 or vz > 2000 do(exit)
nx = readfloat m
ny = readfloat m
nz = readfloat m
tu = readfloat m
tv = readfloat m
if tv == 0x00000000 do(
tu = nx
tv = ny
)
colorr = readbyte m #unsigned
colorg = readbyte m #unsigned
colorb = readbyte m #unsigned
colora = (readbyte m #unsigned) as float / 255
Bone1 = NodeID_array[1]
Bone2 = NodeID_array[2]
Bone3 = NodeID_array[3]
Bone4 = NodeID_array[4]
Weight1 = readbyte m #unsigned as float / 100
Weight2 = readbyte m #unsigned as float / 100
Weight3 = readbyte m #unsigned as float / 100
Weight4 = readbyte m #unsigned as float / 100
append Vert_array[vx, vy, vz]
append Normal_array[nx, ny, nz]
append UV_array[tu, tv, 0]
append Color_Array[colorr,colorg,colorb]
append Alpha_Array colora
append B1_array (Bone_Info_Struct Bone1:Bone1 Bone2:Bone2 Bone3:Bone3 Bone4:Bone4)
append W1_array (Weight_Info_Struct Weight1:Weight1 Weight2:Weight2 Weight3:Weight3 Weight4:Weight4)
)
if VertBytes_array[z].VertByte1 == 187 and VertBytes_array[z].VertByte2 == 0 and VertBytes_array[z].VertByte3 == 0 and VertBytes_array[z].VertByte4 == 0 do(
vx = readfloat m
vy = readfloat m
vz = readfloat m
if vx < -2000 or vx > 2000 do(exit)
if vy < -2000 or vy > 2000 do(exit)
if vz < -2000 or vz > 2000 do(exit)
nx = readfloat m
ny = readfloat m
nz = readfloat m
tu = 0
tv = 0
colorr = 255
colorg = 255
colorb = 255
colora = 1
Bone1 = NodeID_array[1]
Bone2 = 0
Bone3 = 0
Bone4 = 0
Weight1 = 1
Weight2 = 0
Weight3 = 0
Weight4 = 0
append Vert_array[vx, vy, vz]
append Normal_array[nx, ny, nz]
append UV_array[tu, tv, 0]
append Color_Array[colorr,colorg,colorb]
append Alpha_Array colora
append B1_array (Bone_Info_Struct Bone1:Bone1 Bone2:Bone2 Bone3:Bone3 Bone4:Bone4)
append W1_array (Weight_Info_Struct Weight1:Weight1 Weight2:Weight2 Weight3:Weight3 Weight4:Weight4)
)
if VertBytes_array[z].VertByte1 == 187 and VertBytes_array[z].VertByte2 == 7 and VertBytes_array[z].VertByte3 == 0 and VertBytes_array[z].VertByte4 == 0 do(
vx = readfloat m
vy = readfloat m
vz = readfloat m
if vx < -2000 or vx > 2000 do(exit)
if vy < -2000 or vy > 2000 do(exit)
if vz < -2000 or vz > 2000 do(exit)
nx = readfloat m
ny = readfloat m
nz = readfloat m
tu = readfloat m
tv = readfloat m
if tv == 0x00000000 do(
tu = nx
tv = ny
)
colorr = 255
colorg = 255
colorb = 255
colora = 1
Bone1 = NodeID_array[1]
Bone2 = 0
Bone3 = 0
Bone4 = 0
Weight1 = 1
Weight2 = 0
Weight3 = 0
Weight4 = 0
append Vert_array[vx, vy, vz]
append Normal_array[nx, ny, nz]
append UV_array[tu, tv, 0]
append Color_Array[colorr,colorg,colorb]
append Alpha_Array colora
append B1_array (Bone_Info_Struct Bone1:Bone1 Bone2:Bone2 Bone3:Bone3 Bone4:Bone4)
append W1_array (Weight_Info_Struct Weight1:Weight1 Weight2:Weight2 Weight3:Weight3 Weight4:Weight4)
)
if VertBytes_array[z].VertByte1 == 187 and VertBytes_array[z].VertByte2 == 9 and VertBytes_array[z].VertByte3 == 0 and VertBytes_array[z].VertByte4 == 0 do(
vx = readfloat m
vy = readfloat m
vz = readfloat m
if vx < -2000 or vx > 2000 do(exit)
if vy < -2000 or vy > 2000 do(exit)
if vz < -2000 or vz > 2000 do(exit)
nx = readfloat m
ny = readfloat m
nz = readfloat m
tu = 0
tv = 0
colorr = 255
colorg = 255
colorb = 255
colora = 1
Bone1 = NodeID_array[1]
Bone2 = NodeID_array[2]
Bone3 = NodeID_array[3]
Bone4 = NodeID_array[4]
Weight1 = readbyte m #unsigned as float / 100
Weight2 = readbyte m #unsigned as float / 100
Weight3 = readbyte m #unsigned as float / 100
Weight4 = readbyte m #unsigned as float / 100
append Vert_array[vx, vy, vz]
append Normal_array[nx, ny, nz]
append UV_array[tu, tv, 0]
append Color_Array[colorr,colorg,colorb]
append Alpha_Array colora
append B1_array (Bone_Info_Struct Bone1:Bone1 Bone2:Bone2 Bone3:Bone3 Bone4:Bone4)
append W1_array (Weight_Info_Struct Weight1:Weight1 Weight2:Weight2 Weight3:Weight3 Weight4:Weight4)
)
if VertBytes_array[z].VertByte1 == 187 and VertBytes_array[z].VertByte2 == 13 and VertBytes_array[z].VertByte3 == 0 and VertBytes_array[z].VertByte4 == 0 do(
vx = readfloat m
vy = readfloat m
vz = readfloat m
if vx < -2000 or vx > 2000 do(exit)
if vy < -2000 or vy > 2000 do(exit)
if vz < -2000 or vz > 2000 do(exit)
nx = readfloat m
ny = readfloat m
nz = readfloat m
tu = 0
tv = 0
colorr = 255
colorg = 255
colorb = 255
colora = 1
Bone1 = NodeID_array[1]
Bone2 = NodeID_array[2]
Bone3 = NodeID_array[3]
Bone4 = NodeID_array[4]
Weight1 = readbyte m #unsigned as float / 100
Weight2 = readbyte m #unsigned as float / 100
Weight3 = readbyte m #unsigned as float / 100
Weight4 = readbyte m #unsigned as float / 100
append Vert_array[vx, vy, vz]
append Normal_array[nx, ny, nz]
append UV_array[tu, tv, 0]
append Color_Array[colorr,colorg,colorb]
append Alpha_Array colora
append B1_array (Bone_Info_Struct Bone1:Bone1 Bone2:Bone2 Bone3:Bone3 Bone4:Bone4)
append W1_array (Weight_Info_Struct Weight1:Weight1 Weight2:Weight2 Weight3:Weight3 Weight4:Weight4)
)
if VertBytes_array[z].VertByte1 == 187 and VertBytes_array[z].VertByte2 == 87 and VertBytes_array[z].VertByte3 == 0 and VertBytes_array[z].VertByte4 == 0 do(
vx = readfloat m
vy = readfloat m
vz = readfloat m
if vx < -2000 or vx > 2000 do(exit)
if vy < -2000 or vy > 2000 do(exit)
if vz < -2000 or vz > 2000 do(exit)
nx = readfloat m
ny = readfloat m
nz = readfloat m
tu = readfloat m
tv = readfloat m
if tv == 0x00000000 do(
tu = nx
tv = ny
)
colorr = 255
colorg = 255
colorb = 255
colora = 1
Bone1 = NodeID_array[1]
Bone2 = NodeID_array[2]
Bone3 = NodeID_array[3]
Bone4 = NodeID_array[4]
Weight1 = readbyte m #unsigned as float / 100
Weight2 = readbyte m #unsigned as float / 100
Weight3 = readbyte m #unsigned as float / 100
Weight4 = readbyte m #unsigned as float / 100
append Vert_array[vx, vy, vz]
append Normal_array[nx, ny, nz]
append UV_array[tu, tv, 0]
append Color_Array[colorr,colorg,colorb]
append Alpha_Array colora
append B1_array (Bone_Info_Struct Bone1:Bone1 Bone2:Bone2 Bone3:Bone3 Bone4:Bone4)
append W1_array (Weight_Info_Struct Weight1:Weight1 Weight2:Weight2 Weight3:Weight3 Weight4:Weight4)
)
if VertBytes_array[z].VertByte1 == 187 and VertBytes_array[z].VertByte2 == 87 and VertBytes_array[z].VertByte3 == 5 and VertBytes_array[z].VertByte4 == 0 do(
vx = readfloat m
vy = readfloat m
vz = readfloat m
if vx < -2000 or vx > 2000 do(exit)
if vy < -2000 or vy > 2000 do(exit)
if vz < -2000 or vz > 2000 do(exit)
nx = readfloat m
ny = readfloat m
nz = readfloat m
tu = readfloat m
tv = readfloat m
if tv == 0x00000000 do(
tu = nx
tv = ny
)
colorr = 255
colorg = 255
colorb = 255
colora = 1
Bone1 = readbyte m #unsigned + 1
Bone1 = NodeID_array[Bone1]
Bone2 = readbyte m #unsigned + 1
Bone2 = NodeID_array[Bone2]
Bone3 = 0
Bone4 = 0
Weight1 = readbyte m #unsigned as float / 100
Weight2 = readbyte m #unsigned as float / 100
Weight3 = 0
Weight4 = 0
append Vert_array[vx, vy, vz]
append Normal_array[nx, ny, nz]
append UV_array[tu, tv, 0]
append Color_Array[colorr,colorg,colorb]
append Alpha_Array colora
append B1_array (Bone_Info_Struct Bone1:Bone1 Bone2:Bone2 Bone3:Bone3 Bone4:Bone4)
append W1_array (Weight_Info_Struct Weight1:Weight1 Weight2:Weight2 Weight3:Weight3 Weight4:Weight4)
)
if VertBytes_array[z].VertByte1 == 187 and VertBytes_array[z].VertByte2 == 119 and VertBytes_array[z].VertByte3 == 0 and VertBytes_array[z].VertByte4 == 0 do(
vx = readfloat m
vy = readfloat m
vz = readfloat m
if vx < -2000 or vx > 2000 do(exit)
if vy < -2000 or vy > 2000 do(exit)
if vz < -2000 or vz > 2000 do(exit)
nx = readfloat m
ny = readfloat m
nz = readfloat m
tu = readfloat m
tv = readfloat m
if tv == 0x00000000 do(
tu = nx
tv = ny
)
tu2 = readfloat m
tv2 = readfloat m
colorr = 255
colorg = 255
colorb = 255
colora = 1
Bone1 = NodeID_array[1]
Bone2 = 0
Bone3 = 0
Bone4 = 0
Weight1 = 1
Weight2 = 0
Weight3 = 0
Weight4 = 0
append Vert_array[vx, vy, vz]
append Normal_array[nx, ny, nz]
append UV_array[tu, tv, 0]
append UV2_array[tu2, tv2, 0]
append Color_Array[colorr,colorg,colorb]
append Alpha_Array colora
append B1_array (Bone_Info_Struct Bone1:Bone1 Bone2:Bone2 Bone3:Bone3 Bone4:Bone4)
append W1_array (Weight_Info_Struct Weight1:Weight1 Weight2:Weight2 Weight3:Weight3 Weight4:Weight4)
)
if VertBytes_array[z].VertByte1 == 187 and VertBytes_array[z].VertByte2 == 119 and VertBytes_array[z].VertByte3 == 5 and VertBytes_array[z].VertByte4 == 0 do(
vx = readfloat m
vy = readfloat m
vz = readfloat m
if vx < -2000 or vx > 2000 do(exit)
if vy < -2000 or vy > 2000 do(exit)
if vz < -2000 or vz > 2000 do(exit)
nx = readfloat m
ny = readfloat m
nz = readfloat m
tu = readfloat m
tv = readfloat m
tu2 = readfloat m
tv2 = readfloat m
colorr = 255
colorg = 255
colorb = 255
colora = 1
Bone1 = NodeID_array[1]
Bone2 = NodeID_array[2]
Bone3 = NodeID_array[3]
Bone4 = NodeID_array[4]
Weight1 = readbyte m #unsigned as float / 100
Weight2 = readbyte m #unsigned as float / 100
Weight3 = readbyte m #unsigned as float / 100
Weight4 = readbyte m #unsigned as float / 100
append Vert_array[vx, vy, vz]
append Normal_array[nx, ny, nz]
append UV_array[tu, tv, 0]
append UV2_array[tu2, tv2, 0]
append Color_Array[colorr,colorg,colorb]
append Alpha_Array colora
append B1_array (Bone_Info_Struct Bone1:Bone1 Bone2:Bone2 Bone3:Bone3 Bone4:Bone4)
append W1_array (Weight_Info_Struct Weight1:Weight1 Weight2:Weight2 Weight3:Weight3 Weight4:Weight4)
)
if VertBytes_array[z].VertByte1 == 187 and VertBytes_array[z].VertByte2 == 119 and VertBytes_array[z].VertByte3 == 157 and VertBytes_array[z].VertByte4 == 0 do(
vx = readfloat m
vy = readfloat m
vz = readfloat m
if vx < -2000 or vx > 2000 do(exit)
if vy < -2000 or vy > 2000 do(exit)
if vz < -2000 or vz > 2000 do(exit)
nx = readfloat m
ny = readfloat m
nz = readfloat m
tu = readfloat m
tv = readfloat m
tu2 = readfloat m
tv2 = readfloat m
colorr = readbyte m #unsigned
colorg = readbyte m #unsigned
colorb = readbyte m #unsigned
colora = (readbyte m #unsigned) as float / 255
Bone1 = NodeID_array[1]
Bone2 = NodeID_array[2]
Bone3 = NodeID_array[3]
Bone4 = NodeID_array[4]
Weight1 = readbyte m #unsigned as float / 100
Weight2 = readbyte m #unsigned as float / 100
Weight3 = readbyte m #unsigned as float / 100
Weight4 = readbyte m #unsigned as float / 100
append Vert_array[vx, vy, vz]
append Normal_array[nx, ny, nz]
append UV_array[tu, tv, 0]
append UV2_array[tu2, tv2, 0]
append Color_Array[colorr,colorg,colorb]
append Alpha_Array colora
append B1_array (Bone_Info_Struct Bone1:Bone1 Bone2:Bone2 Bone3:Bone3 Bone4:Bone4)
append W1_array (Weight_Info_Struct Weight1:Weight1 Weight2:Weight2 Weight3:Weight3 Weight4:Weight4)
)
if VertBytes_array[z].VertByte1 == 187 and VertBytes_array[z].VertByte2 == 119 and VertBytes_array[z].VertByte3 == 215 and VertBytes_array[z].VertByte4 == 5 do(
vx = readfloat m
vy = readfloat m
vz = readfloat m
if vx < -2000 or vx > 2000 do(exit)
if vy < -2000 or vy > 2000 do(exit)
if vz < -2000 or vz > 2000 do(exit)
nx = readfloat m
ny = readfloat m
nz = readfloat m
tu = readfloat m
tv = readfloat m
tu2 = readfloat m
tv2 = readfloat m
tu3 = readfloat m
tv3 = readfloat m
colorr = readbyte m #unsigned
colorg = readbyte m #unsigned
colorb = readbyte m #unsigned
colora = (readbyte m #unsigned) as float / 255
Bone1 = NodeID_array[1]
Bone2 = NodeID_array[2]
Bone3 = NodeID_array[3]
Bone4 = NodeID_array[4]
Weight1 = readbyte m #unsigned as float / 100
Weight2 = readbyte m #unsigned as float / 100
Weight3 = readbyte m #unsigned as float / 100
Weight4 = readbyte m #unsigned as float / 100
append Vert_array[vx, vy, vz]
append Normal_array[nx, ny, nz]
append UV_array[tu, tv, 0]
append UV2_array[tu2, tv2, 0]
append UV3_array[tu3, tv3, 0]
append Color_Array[colorr,colorg,colorb]
append Alpha_Array colora
append B1_array (Bone_Info_Struct Bone1:Bone1 Bone2:Bone2 Bone3:Bone3 Bone4:Bone4)
append W1_array (Weight_Info_Struct Weight1:Weight1 Weight2:Weight2 Weight3:Weight3 Weight4:Weight4)
)
if VertBytes_array[z].VertByte1 == 187 and VertBytes_array[z].VertByte2 == 151 and VertBytes_array[z].VertByte3 == 0 and VertBytes_array[z].VertByte4 == 0 do(
vx = readfloat m
vy = readfloat m
vz = readfloat m
if vx < -2000 or vx > 2000 do(exit)
if vy < -2000 or vy > 2000 do(exit)
if vz < -2000 or vz > 2000 do(exit)
nx = readfloat m
ny = readfloat m
nz = readfloat m
tu = readfloat m
tv = readfloat m
if tv == 0x00000000 do(
tu = nx
tv = ny
)