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Post by bluearms on Feb 10, 2015 1:51:15 GMT 10
{Spoiler}
--RER mod tool v0.2 by maliwei777
--Edited By mariokart64n June 11, 2013 -> Added version switch for RER and Re6
--v0.21 - Edited by Sectus. Fixed material ID (was a byte, but should be a short)
--v1.1 - Modified version for HD Remastered.
--v1.2 - Edited by Bluearms for dummy same material assignment.
-- 50MB
if (heapSize < 50000000) then heapSize = 50000000
--XNA "Microsoft.Xna.Framework.dll" Path
--dotnet.loadassembly @"C:\Program Files (x86)\Common Files\microsoft shared\XNA\DeployableRuntimes\Zune\3.1.10527.0\Microsoft.Xna.Framework.dll"
--dotnet.loadassembly @"C:\Program Files (x86)\Common Files\microsoft shared\XNA\DeployableRuntimes\Zune\3.1.10527.100\Microsoft.Xna.Framework.dll"
global mod_ver = 0,ReHDModTool
struct Header
(
BoneCount,
MeshCount,
MatCount,
VertCount,
TriangleCount,
VertexIds,
VertexBufferSize,
Padding, -- 0
BoneMapCount,
ptr_Bone,
ptr_BoneMap,
ptr_MatID,
ptr_Mesh,
ptr_vertex,
ptr_triangle,
EndSize
)
fn ReadHeader bstream =
(
local H = Header ()
H.BoneCount = ReadShort bstream #unsigned
H.MeshCount = ReadShort bstream #unsigned
H.MatCount = ReadShort bstream #unsigned
H.VertCount = ReadLong bstream #unsigned
H.TriangleCount = ReadLong bstream #unsigned
H.VertexIds = ReadLong bstream #unsigned --??
H.VertexBufferSize = ReadLong bstream #unsigned
H.Padding = ReadLong bstream #unsigned
H.BoneMapCount = ReadLong bstream #unsigned
H.ptr_Bone = ReadLong bstream #unsigned
H.ptr_BoneMap = ReadLong bstream #unsigned
H.ptr_MatID = ReadLong bstream #unsigned
H.ptr_Mesh = ReadLong bstream #unsigned
H.ptr_vertex = ReadLong bstream #unsigned
H.ptr_triangle = ReadLong bstream #unsigned
H.EndSize = ReadLong bstream #unsigned
H
)
struct BoneInfo
(
ID, --cId;
Parent, --cParent; // -1 means no parents
Child, --cChild; // child id
uk1, --cUnknown; physic ?
uk2, --fData[2]; physic ? col
uk3, --fData[2]; physic ?
Trans --vTrans;
)
fn ReadBoneInfo bstream =
(
local Info = BoneInfo()
Info.ID = ReadByte bstream #unsigned
Info.Parent = ReadByte bstream
Info.Child = ReadByte bstream
Info.uk1 = ReadByte bstream
Info.uk2 = ReadFloat bstream
Info.uk3 = ReadFloat bstream
Info.Trans = [(ReadFloat bstream),(ReadFloat bstream),(ReadFloat bstream)]
Info
)
struct MeshHeader
(
meshtype,
vertCount,
unk01,
MatId,
lodLevel,
unk04 ,
vertFlag,
vertStride,
unk05,
vertStart,
vertBase,
fvfInfo,
faceStart,
faceCount,
faceBase,
bonemapindex,
weightmaps,
unk07,
unk08,
min_index,
max_index,
unk09
)
fn ReadMeshHeader bstream =
(
local M = MeshHeader ()
M.meshtype = ReadShort bstream #unsigned --mesh type
M.vertCount = ReadShort bstream #unsigned --vertex count
M.unk01 = ReadByte bstream #unsigned --byte or 12bits
M.MatId = ReadShort bstream #unsigned --mat index must be divided by 16
M.lodLevel = ReadByte bstream #unsigned --Lod level
M.unk04 = ReadByte bstream #unsigned
M.vertFlag = ReadByte bstream #unsigned
M.vertStride = ReadByte bstream #unsigned --vertex size used for stride
M.unk05 = ReadByte bstream #unsigned --?
M.vertStart = ReadLong bstream #unsigned -- vertex List Start
M.vertBase = ReadLong bstream #unsigned -- vertexoffset
M.fvfInfo = ReadLong bstream #unsigned --vertexformat
M.faceStart = ReadLong bstream #unsigned --face list
M.faceCount = ReadLong bstream #unsigned --face
M.faceBase = ReadLong bstream #unsigned
M.bonemapindex = ReadByte bstream #unsigned -- byte *2
M.weightmaps = ReadByte bstream #unsigned
M.unk07 = ReadByte bstream #unsigned
M.unk08 = ReadByte bstream #unsigned
M.min_index = ReadShort bstream #unsigned
M.max_index = ReadShort bstream #unsigned
M.unk09 = ReadLong bstream #unsigned --??
M
)
--fn FShort fValue =
--(
-- ft = dotnetobject "Microsoft.Xna.Framework.Graphics.PackedVector.HalfSingle" fValue
-- ft.packedvalue
--)
fn FShort fValue =
(
Src = bit.floatasint fValue
Sign=exponent=Mantissa=0
Sign = bit.shift Src -31
exponent = (bit.shift (bit.and Src 0x7F800000) -23) - 127 + 15
Mantissa = bit.and Src 0x007FFFFF
if (exponent >= 0) and (exponent <= 30) then (
Result = bit.or (bit.shift Sign 15) (bit.or (bit.shift exponent 10) \
(bit.shift (Mantissa + 0x00001000) -13))
) else (
if Src == 0 then (
Result = 0
) else (
if exponent <= 0 then (
if exponent <= -10 then (
Result = 0
) else (
Mantissa = bit.shift (bit.or Mantissa 0x00800000) -(1 - exponent)
if (bit.or Mantissa 0x00001000) >= 0 do (
Mantissa = Mantissa + 0x00002000
Result = bit.or (bit.shift Sign 15) (bit.shift Mantissa -13)
)
)
) else (
if exponent = 255 - 127 + 15 then (
if Mantissa = 0 then (
Result = (bit.shift Sign 15) or 0x7C00
) else (
Result = bit.or (bit.shift Sign 15) (bit.or 0x7C00 (bit.shift Mantissa -13))
)
) else (
if (bit.and Mantissa 0x00001000) >= 0 then (
Mantissa = Mantissa + 0x00002000
if (bit.and Mantissa 0x00800000) >= 0 then (
Mantissa = 0
exponent = exponent + 1
)
)
if exponent >= 30 then (
Result = (bit.shift Sign 15) or 0x7C00
) else (
Result = bit.or (bit.shift Sign 15) (bit.or (bit.shift exponent 10) (bit.shift Mantissa -13))
)
)
)
)
)
Result
)
fn ReadFloat16 fstream = (
hf=readshort fstream #unsigned
sign = bit.get hf 16
exponent = (bit.shift (bit.and hf (bit.hexasint "7C00")) -10) as integer - 16
fraction = bit.and hf (bit.hexasint "03FF")
if sign==true then sign = 1 else sign = 0
exponentF = exponent + 127
outputAsFloat = bit.or (bit.or (bit.shift fraction 13) \
(bit.shift exponentF 23)) (bit.shift sign 31)
return (bit.intasfloat outputasfloat)*2.0
)
fn ToFloat16 hf = (
sign = bit.get hf 16
exponent = (bit.shift (bit.and hf (bit.hexasint "7C00")) -10) as integer - 16
fraction = bit.and hf (bit.hexasint "03FF")
if sign==true then sign = 1 else sign = 0
exponentF = exponent + 127
outputAsFloat = bit.or (bit.or (bit.shift fraction 13) \
(bit.shift exponentF 23)) (bit.shift sign 31)
return (bit.intasfloat outputasfloat)*2.0
)
fn ReadFixedString bstream fixedLen =
(
local str = ""
local length = 0
local finished = false
for i = 1 to fixedLen do (
local c = ReadByte bstream #unsigned
if c == 0 then finished = true
if finished then continue
str += bit.intAsChar(c)
if c != 32 then length = i
)
substring str 1 length
)
struct BoneMapListA
(
ID, --
unk, --0xCDCDCDCD x 3 ??
v4
)
--BoneMaplist2
struct BoneMapListB
(
ID, --
unk, --0xCDCDCDCD x 3 ??
v1,v2,v3,v4,v5,v6,v7,v8
)
fn PadString len instring = (
instring=instring as string
local str=""
if instring.count <=len then (
for i = 1 to (len-instring.count) do ( str+="0" )
str = (str+instring)
) else (
for i = 1 to len do ( str+="0";str[i]=instring[i] )
)
str
)
fn ReadVertexPos bstream = (
local vp = [0,0,0]
vp.x = (readshort bstream)/32767.0
vp.z = (readshort bstream)/32767.0
vp.y = -(readshort bstream)/32767.0
vp
)
fn ReadMatrix bstream = (
local Mat = Matrix3 1
Mat.row1 = [(ReadFloat bstream),(ReadFloat bstream),(ReadFloat bstream),(ReadFloat bstream)]
Mat.row2 = [(ReadFloat bstream),(ReadFloat bstream),(ReadFloat bstream),(ReadFloat bstream)]
Mat.row3 = [(ReadFloat bstream),(ReadFloat bstream),(ReadFloat bstream),(ReadFloat bstream)]
tYZ = [-(ReadFloat bstream),-(ReadFloat bstream),(ReadFloat bstream)]
Mat.row4 = [tYZ.x,tYZ.z,tYZ.y,(ReadFloat bstream)]
Mat
)
fn ReadFace bstream = (
local F
F = [(ReadShort bstream),(ReadShort bstream),(ReadShort bstream)]
F
)
Global OriginalBoneScale = 1
Global FWeightMin = 0.0001
fn getUniqueArray2 b1 b2 w1 w2 = (
if (w1 < FWeightMin) then return #(#(b2),#(w2),1)
if (w2 < FWeightMin) then return #(#(b1),#(w1),1)
if (b1==b2) then return #(#(b1),#(1.0),1)
return #(#(b1,b2),#(w1,w2),2)
)
fn getUniqueArray4 b1 b2 b3 b4 w1 w2 w3 w4 = (
local bi, bw, idx, n
bi = #(b1)
bw = #(w1)
n = 1
-- if w1==0????
-- assume at least one of w?'s is not zero
-- if w1==0 then b1 is not eliminated with this method.
-- (too many checks make execution slow. need some certainty with the format. then we can eliminate unnecessary check)
-- weights must be positive, if zero or negative remove
idx = findItem bi b2
if (idx==0) then (if (w2 >= FWeightMin) then (append bi b2; append bw w2; n=n+1))
idx = findItem bi b3
if (idx==0) then (if (w3 >= FWeightMin) then (append bi b3; append bw w3; n=n+1))
idx = findItem bi b4
if (idx==0) then (if (w4 >= FWeightMin) then (append bi b4; append bw w4; n=n+1))
if (n==1) then (bw[1]=1.0)
return #(bi, bw, n)
)
fn findIndex a b = (
local ai, ac
ac = a.count
for ai=1 to ac do (
if a[ai][1]==b then return ai
)
return 0
)
fn compareIndexedArray a b = (
local d = a[1] - b[1]
case of (
(d < 0.): -1
(d > 0.): 1
default: 0
)
)
fn compareByWeight a b = (
local d = a[2] - b[2]
case of (
(d < 0.): -1
(d > 0.): 1
default: 0
)
)
fn getUniqueArray6 b1 b2 b3 b4 b5 b6 w1 w2 w3 w4 w5 w6 = (
local sb, bi, bw, idx, n, ni
sb = #(#(b1, w1))
n = 1
idx = findIndex sb b2
if (idx==0) then (if (w2 >= FWeightMin) then (append sb #(b2, w2); n=n+1))
idx = findIndex sb b3
if (idx==0) then (if (w3 >= FWeightMin) then (append sb #(b3, w3); n=n+1))
idx = findIndex sb b4
if (idx==0) then (if (w4 >= FWeightMin) then (append sb #(b4, w4); n=n+1))
idx = findIndex sb b5
if (idx==0) then (if (w5 >= FWeightMin) then (append sb #(b5, w5); n=n+1))
idx = findIndex sb b6
if (idx==0) then (if (w6 >= FWeightMin) then (append sb #(b6, w6); n=n+1))
qsort sb compareByWeight
if (sb[1][2]==0) then (
-- if weight is zero then remove
deleteItem sb 1
n=n-1
)
-- now all weights are non zero
if (n==0) then (
-- this can not happen, but in case w1==0.0
print "All Weights Zero Anomaly Happened!"
return #(b1, 1.0, 1)
)
-- now reverse and split to make major weights are in the front
-- because if n>4 we need major 4 weights.
-- Currently export routine considers only 4 weights but max can handle many weghts. so delay until export and use like this
bi = #()
bw = #()
bi.count = n
bw.count = n
for ni=1 to n do (
bi[ni]=sb[n-ni+1][1]
bw[ni]=sb[n-ni+1][2]
)
if (n==1) then (bw[1]=1.0)
return #(bi, bw, n)
)
fn doImport f = (
--"MOD"
if (f==undefined) then (return())
Type = ReadFixedString f 4
if Type != "MOD" do (
messageBox "It is not Mod file"
return()
)
mod_ver = readshort f #unsigned
print ("mod ver : "+(bit.intAsHex mod_ver))
hdr = ReadHeader f
print hdr
--Bounding Sphere & Box
fn GetBound bstream = ([(ReadFloat bstream),(ReadFloat bstream),(ReadFloat bstream),(ReadFloat bstream)])
BoundingSphere = GetBound f ;BoundingBoxMin = GetBound f ;BoundingBoxMax = GetBound f
BoundSphere = Sphere radius: BoundingSphere[4]
BoundSphere.pos = [BoundingSphere[1],BoundingSphere[2],BoundingSphere[3]]
BoundSphere.name = "BoundSphere"
BoundBoxMin = Point Size:10.0
BoundBoxMin.name = "BoundBoxMin"
BoundBoxMin.pos = [BoundingBoxMin[1],BoundingBoxMin[2],BoundingBoxMin[3]]
BoundBoxMax = Point Size:10.0
BoundBoxMax.name = "BoundBoxMax"
BoundBoxMax.pos = [BoundingBoxMax[1],BoundingBoxMax[2],BoundingBoxMax[3]]
freeze BoundSphere ;Hide BoundSphere ;freeze BoundBoxMin ;Hide BoundBoxMin ;freeze BoundBoxMax ;Hide BoundBoxMax
fseek f 16 #seek_cur
-- HD Remasterd Version == 0x00D2
if mod_ver==0x00D2 do (fseek f 4 #seek_cur)
--Bones
bCount = hdr.BoneCount
BoneArray=#()
print "Bone Index"
for i=1 to bCount do (
bInfo = ReadBoneInfo f
cBone = Dummy size:1.0
cBone.showLinks = true
cBone.showLinksOnly = true
cBone.name = "b_" + (bInfo.Parent+1)as string +"_"+ i as string
Append BoneArray cBone
print ("Bone "+(i as string)+":"+cBone.name)
)
--for i=1 to bCount do --Local or physical
--(
-- BoneLocalMatrix = ReadMatrix f
--cBone = boneSys.createBone BoneLocalMatrix.row4 [0, 0, 0] [0, 0, 0]
--cBone.showLinks = true
--cBone.showLinksOnly = true
--cBone.transform = BoneLocalMatrix
--print BoneWorldMatrix
--)
LocalMatrixSize = 16*4*bCount
fseek f LocalMatrixSize #seek_cur
--print ("bCount:"+(bCount as string))
if (bCount >= 1) then (
BoneWorldMatrix = ReadMatrix f
BoneArray[1].transform = BoneWorldMatrix
MeshScale = BoneArray[1].scale
) else (
MeshScale = [1.0, 1.0, 1.0]
)
for i=2 to bCount do --World
(
BoneWorldMatrix = ReadMatrix f
BoneArray[i].transform = BoneWorldMatrix
if (OriginalBoneScale!=1) then (BoneArray[i].scale = [1.0,1.0,1.0])
ParentID = filterString BoneArray[i].name "_"
pID = execute ParentID[2]
if pid<0 then pid = pid + 256
if pID != 0 then BoneArray[i].Parent = BoneArray[pID]
)
print ("Position After Bone Array: "+ (bit.intasHex (ftell f)))
-----------------------------------------------------------------------------------------------------------------
--BoneMaplist1 ?? unknow
fseek f 256 #seek_cur
fn ReadBoneMapListA bstream = (
local LA = BoneMapListA ()
LA.ID = ReadLong bstream #unsigned
LA.unk = [(ReadLong bstream #unsigned),(ReadLong bstream #unsigned),(ReadLong bstream #unsigned)]
LA.v4 = [(Readfloat bstream),(Readfloat bstream),(Readfloat bstream),(Readfloat bstream)]
LA
)
lac = hdr.BoneMapCount
MeshBoneMapListA_array = #()
MeshBoneMapListA_array.count = lac
for i=1 to lac do (
mla = ReadBoneMapListA f
MeshBoneMapListA_array[i]=#(mla.ID,mla.v4)
--print MeshBoneMapListA_array[i]
)
--mat id list
print ("Position Before Mat: "+ (bit.intasHex (ftell f)))
MatCount = hdr.MatCount
if (mod_ver==0x00D2) then (MatCount = (MatCount * 32))
MeshMatID_array = #()
MeshMatID_array.count = MatCount
for i=1 to MatCount do (
matID = ReadLong f
MeshMatID_array[i]=matID
)
--this is required to know which material is which in mrl editor -- bluearms
fn swapEndian num = (
n = num
n = bit.swapBytes n 1 4
n = bit.swapBytes n 2 3
return n
)
if (mod_ver==0x00D2) then (
local t = MatCount/32
print ("MatCount:32*"+(t as string))
for i=1 to t do (
for j=1 to 32 do (
local t
t = MeshMatID_array[(i-1)*32+j]
-- just to print as little endian style..
-- number 0x12345678 prints as 12345678 but stored in 78 56 34 12 which is showed in mrl editor
t = swapEndian t
print ((i as string)+":"+(j as string)+":0x"+(bit.intasHex t))
)
)
) else (
print ("MatCount:"+(MatCount as string))
print ("MeshMatID:"+(MeshMatID_array as string))
for i=1 to MatCount do (
local t
t = MeshMatID_array[i]
-- just to print as little endian style..
-- number 0x12345678 prints as 12345678 but stored in 78 56 34 12 which is showed in mrl editor
t = swapEndian t
print ((i as string)+":0x"+(bit.intasHex t))
)
)
print ("Position After Mat: "+ (bit.intasHex (ftell f)))
-----------------------------------------------------------------------------------------------------------------
--Mesh Info
fseek f hdr.ptr_Mesh #seek_Set
print ("Position Mesh Header: "+ (bit.intasHex (ftell f)))
--mesh info
mc = hdr.MeshCount
MeshInfo_array = #()
MeshInfo_array.count = mc
for i=1 to mc do (
mhdr = ReadMeshHeader f
MeshInfo_array[i] = #(mhdr.vertCount,mhdr.vertStride,mhdr.vertStart,mhdr.vertBase,mhdr.faceStart,mhdr.faceCount,mhdr.faceBase,mhdr.lodLevel,mhdr.fvfInfo,mhdr.matId,mhdr.unk01,mhdr.unk05)
)
-------------------------------
-- vertex
MeshVertex_array = #()
MeshVertex_array.count = mc
MeshUV_array = #()
MeshUV_array.count = mc
MeshBoneID_array = #()
MeshBoneID_array.count = mc
MeshBoneWeight_array = #()
MeshBoneWeight_array.count = mc
MeshBoneLimit = #()
MeshBoneLimit.count = mc
print ("Total Mesh Count : "+(mc as string))
for i=1 to mc do (
fseek f (hdr.ptr_vertex + MeshInfo_array[i][4]) #seek_Set
-- check vertex, weight structure size is correct.. eash end position must match with next skipped to position
--print ("start i="+(i as string)+":"+(bit.intasHex (ftell f)))
fseek f (MeshInfo_array[i][2]*MeshInfo_array[i][3]) #seek_cur
--print ("skipped to i="+(i as string)+":"+(bit.intasHex (ftell f)))
vc = MeshInfo_array[i][1]
--if (vc==0) then (print "vc==0 at "+(i as string))
VertexPos_array = #()
VertexPos_array.count = vc
UV_array = #()
UV_array.count = vc
BoneID_array = #()
BoneID_array.count = vc
BoneWeight_array = #()
BoneWeight_array.count = vc
print ("mesh "+(i as string)+":"+(vc as string)+":"+(bit.intashex MeshInfo_array[i][9]))
case MeshInfo_array[i][9] of
(
--12 x y z w nx ny nz nw
(bit.hexasint "0xB0983013"): (
-- usually spline shape object so ignore it
for c=1 to vc do (
VertexPos_array[c] = ReadVertexPos f
fseek f 6 #seek_cur
UV_array[c]=[0,0,0]
)
)
(bit.hexasint "0xDB7DA014"): (
-- used in REHDRE
-- usually spline shape object so ignore it
for c=1 to vc do (
VertexPos_array[c] = ReadVertexPos f
fseek f 6 #seek_cur
-- 4 bytes to read
-- fseek f 4 #seek_cur
u1 = readShort f #unsigned; u1s=bit.intashex u1 -- ?? 0x80
u2 = readShort f #unsigned; u2s=bit.intashex u2 -- ?? 0x80
--vUV = [(ReadFloat16 f),(ReadFloat16 f)*-1.0 + 1.0,0.0]
u3 = ToFloat16 u1
u4 = ToFloat16 u2
if (((abs u3)>1.0) or ((abs u4)>1.0)) then (print (#(u1s,u2s,u3,u4) as string))
--print (vUV as string)
--UV_array[c]=vUV -- usually [0,1,0]
UV_array[c]=[0,0,0]
)
)
(bit.hexasint "0xB6681034"): (
print ("Position 0x"+(bit.intasHex (ftell f)))
for c=1 to vc do (
VertexPos_array[c] = ReadVertexPos f
fseek f 10 #seek_cur
UV_array[c]=[0,0,0]
)
print ("Not Exported Case 0xB6681034 at "+(i as string))
)
--20
(bit.hexasint "0x0CB68015"): (
-- used in REHDRE
-- usually spline shape object so ignore it
-- But it seems exported with zero values -> I corrected to export only positions.
print ("Position 0x"+(bit.intasHex (ftell f)))
for c=1 to vc do (
VertexPos_array[c] = ReadVertexPos f
-- maybe spline related data follows
u1 = readByte f #unsigned -- 0 or negative
u2 = readByte f -- 0
-- 8 bytes to read
--fseek f 8 #seek_cur
u3 = readByte f #unsigned
u4 = readByte f #unsigned
u5 = readByte f #unsigned
u6 = readByte f #unsigned
u7 = readByte f #unsigned
u8 = readByte f #unsigned
u9 = readByte f #unsigned
u10 = readByte f #unsigned
-- 4 bytes to read
fseek f 4 #seek_cur
--c1 = readByte f #unsigned
--c2 = readByte f #unsigned
--c3 = readByte f #unsigned
--c4 = readByte f #unsigned -- large values near 255
if (u1!=0 or u2!=0 or u4!=1 or u5!=1 or u6!=0 or u8!=0 or u9!=0 or u10!=0) then (
print (#(u1,u2,u3,u4,u5,u6,u7,u8,u9,u10) as string)
)
UV_array[c]=[0,0,0]
)
print ("Alert: Case 0x0CB68015 at "+(i as string))
)
(bit.hexasint "0xA8FAB018"): (
for c=1 to vc do ( --withskin x y z b1 w1 nx ny nz nw tx ty tz tw tu tv
VertexPos_array[c] = ReadVertexPos f
b1 = readByte f #unsigned
b1 += 1
w1 = readByte f -- this seems always 0
fseek f 8 #seek_cur
vUV = [(ReadFloat16 f),(ReadFloat16 f)*-1.0 + 1.0,0.0]
if (w1!=0) then print ((c as string)+":"+(#(b1,w1) as string))
UV_array[c]=vUV
BoneID_array[c] = #(b1)
BoneWeight_array[c] = #(1.0)
)
MeshBoneLimit[i] = 1
)
(bit.hexasint "0xA7D7D036"): (
print ("Position 0x"+(bit.intasHex (ftell f)))
for c=1 to vc do (
VertexPos_array[c] = ReadVertexPos f
fseek f 14 #seek_cur
UV_array[c]=[0,0,0]
)
print ("Not Exported Case 0xA7D7D036 at "+(i as string))
)
--24
(bit.hexasint "0xC31F201C"): (
for c=1 to vc do ( --withskin x y z w nx ny nz nw tx ty tz tw tu tv b1 b2 (b1 b2 half float)
VertexPos_array[c] = ReadVertexPos f
w1 = (readshort f)/32767.0
w2 = 1.0 - w1
fseek f 8 #seek_cur
vUV = [(ReadFloat16 f),(ReadFloat16 f)*-1.0 + 1.0,0.0]
b1 = int(ReadFloat16 f)
b1 += 1
b2 = int(ReadFloat16 f)
b2 += 1
UV_array[c]=vUV
ba = getUniqueArray2 b1 b2 w1 w2
BoneID_array[c] = ba[1]
BoneWeight_array[c] = ba[2]
)
MeshBoneLimit[i] = 2
)
(bit.hexasint "0xCBF6C01A"): (
print ("Position 0x"+(bit.intasHex (ftell f)))
for c=1 to vc do ( --withskin x y z bf bi nx ny nz nw tx ty tz tw tu tv 21 22 23 24
VertexPos_array[c] = ReadVertexPos f
fseek f 10 #seek_cur
vUV = [(ReadFloat16 f),(ReadFloat16 f)*-1.0 + 1.0,0.0]
fseek f 4 #seek_cur
UV_array[c]=[0,0,0]
)
print ("Not Exported Case 0xCBF6C01A at "+(i as string))
MeshBoneLimit[i] = 1
)
(bit.hexasint "0x207D6037"): (
print ("Position 0x"+(bit.intasHex (ftell f)))
for c=1 to vc do (
VertexPos_array[c] = ReadVertexPos f
fseek f 10 #seek_cur
vUV = [(ReadFloat16 f),(ReadFloat16 f)*-1.0 + 1.0,0.0]
fseek f 4 #seek_cur
UV_array[c]=vUV
)
print ("Not Exported Case 0x207D6037 at "+(i as string))
)
(bit.hexasint "0xD1A47038"): (
print ("Position 0x"+(bit.intasHex (ftell f)))
for c=1 to vc do (
VertexPos_array[c] = ReadVertexPos f
fseek f 18 #seek_cur
UV_array[c]=[0,0,0]
)
print ("Not Exported Case 0xD1A47038 at "+(i as string))
)
(bit.hexasint "0xD8297028"): (
print ("Position 0x"+(bit.intasHex (ftell f)))
for c=1 to vc do (
VertexPos_array[c] = ReadVertexPos f
fseek f 18 #seek_cur
UV_array[c]=[0,0,0]
)
print ("Not Exported Case 0xD8297028 at "+(i as string))
)
(bit.hexasint "0x667B1019"): (
print ("Position 0x"+(bit.intasHex (ftell f)))
for c=1 to vc do ( --withskin x y z bf bi nx ny nz nw tx ty tz tw tu tv lu lv
VertexPos_array[c] = ReadVertexPos f
fseek f 10 #seek_cur
vUV = [(ReadFloat16 f),(ReadFloat16 f)*-1.0 + 1.0,0.0]
fseek f 4 #seek_cur
UV_array[c]=[0,0,0]
)
print ("Not Exported Case 667B1019 at "+(i as string))
MeshBoneLimit[i] = 1
)
--28
(bit.hexasint "0x2BE814D4"): (
print ("Position 0x"+(bit.intasHex (ftell f)))
for c=1 to vc do (
VertexPos_array[c] = ReadVertexPos f
fseek f 22 #seek_cur
UV_array[c]=[0,0,0]
)
print ("Not Exported Case 2BE814D4 at "+(i as string))
)
(bit.hexasint "0x7CD414D4"): (
print ("Position 0x"+(bit.intasHex (ftell f)))
for c=1 to vc do (
VertexPos_array[c] = ReadVertexPos f
fseek f 22 #seek_cur
UV_array[c]=[0,0,0]
)
print ("Not Exported Case 7CD414D4 at "+(i as string))
)
(bit.hexasint "0x14D40020"): (
for c=1 to vc do ( --withskin x y z w1 nx ny nz nw tx ty tz tw b1 b2 b3 b4 tu tv w2 w3
VertexPos_array[c] = ReadVertexPos f
w1 = (readshort f #unsigned)/32767.0
fseek f 8 #seek_cur
b1 = readbyte f
b2 = readbyte f
b3 = readbyte f
b4 = readbyte f
b1 += 1
b2 += 1
b3 += 1
b4 += 1
vUV = [(ReadFloat16 f),(ReadFloat16 f)*-1.0 + 1.0,0.0]
w2 = ReadFloat16 f
w3 = ReadFloat16 f
w4 = 1.0 - w1 - w2 - w3
UV_array[c]=vUV
ba = getUniqueArray4 b1 b2 b3 b4 w1 w2 w3 w4
BoneID_array[c] = ba[1]
BoneWeight_array[c] = ba[2]
)
MeshBoneLimit[i] = 4
)
(bit.hexasint "0xA320C016"): (
-- used in REHDRE
-- usually spline shape object so ignore it
print ("Position 0x"+(bit.intasHex (ftell f)))
for c=1 to vc do (
VertexPos_array[c] = ReadVertexPos f
fseek f 22 #seek_cur
UV_array[c]=[0,0,0]
)
print ("Not Exported Case 0xA320C016 at "+(i as string))
)
(bit.hexasint "0x49B4F029"): (
print ("Position 0x"+(bit.intasHex (ftell f)))
for c=1 to vc do (
VertexPos_array[c] = ReadVertexPos f
fseek f 22 #seek_cur
UV_array[c]=[0,0,0]
)
print ("Not Exported Case 0x49B4F029 at "+(i as string))
)
(bit.hexasint "0x5E7F202C"): (
print ("Position 0x"+(bit.intasHex (ftell f)))
for c=1 to vc do (
VertexPos_array[c] = ReadVertexPos f; fseek f 22 #seek_cur;UV_array[c]=[0,0,0]
)
print ("Not Exported Case 0x5E7F202C at "+(i as string))
)
(bit.hexasint "0x0D9E801D"): (
print ("Position 0x"+(bit.intasHex (ftell f)))
for c=1 to vc do ( --withskin x y z w nx ny nz nw tx ty tz tw tu tv b1 b2 tu2 tv2
VertexPos_array[c] = ReadVertexPos f; fseek f 22 #seek_cur;UV_array[c]=[0,0,0]
)
print ("Not Exported Case 0x0D9E801D at "+(i as string))
MeshBoneLimit[i] = 2
)
(bit.hexasint "0xA013501E"): (
print ("Position 0x"+(bit.intasHex (ftell f)))
for c=1 to vc do ( --withskin x y z w nx ny nz nw tx ty tz tw tu tv b1 b2 r g b a
VertexPos_array[c] = ReadVertexPos f; fseek f 22 #seek_cur;UV_array[c]=[0,0,0]
)
print ("Not Exported Case 0xA013501E at "+(i as string))
MeshBoneLimit[i] = 2
)
--32
(bit.hexasint "0xD877801B"): (
for c=1 to vc do ( --withskin x y z bf bi nx ny nz nw tx ty tz tw tu tv 12byte
VertexPos_array[c] = ReadVertexPos f
b1 = readByte f
b1 += 1
w1 = readByte f
BoneID_array[c] = #(b1)
BoneWeight_array[c] = #(1.0)
fseek f 16 #seek_cur
vUV = [(ReadFloat16 f),(ReadFloat16 f)*-1.0 + 1.0,0.0]
fseek f 4 #seek_cur
UV_array[c]=vUV
-- something seems missing
)
print ("Case 0xD877801B at "+(i as string))
MeshBoneLimit[i] = 1
)
(bit.hexasint "0xB86DE02A"): (
print ("Position 0x"+(bit.intasHex (ftell f)))
for c=1 to vc do (
VertexPos_array[c] = ReadVertexPos f; fseek f 26 #seek_cur;UV_array[c]=[0,0,0]
)
print ("Not Exported Case 0xB86DE02A at "+(i as string))
)
(bit.hexasint "0x926FD02E"): (
print ("Position 0x"+(bit.intasHex (ftell f)))
for c=1 to vc do (
VertexPos_array[c] = ReadVertexPos f; fseek f 26 #seek_cur;UV_array[c]=[0,0,0]
)
print ("Not Exported Case 0x926FD02E at "+(i as string))
)
(bit.hexasint "0xA14E003C"): (
print ("Position 0x"+(bit.intasHex (ftell f)))
for c=1 to vc do (
VertexPos_array[c] = ReadVertexPos f; fseek f 26 #seek_cur;UV_array[c]=[0,0,0]
)
print ("Not Exported Case 0xA14E003C at "+(i as string))
)
(bit.hexasint "0xDA55A021"): (
print ("Position 0x"+(bit.intasHex (ftell f)))
for c=1 to vc do ( --withskin x y z w nx ny nz nw tx ty tz tw b1 b2 b3 b4 tu tv w2 w3 short short
VertexPos_array[c] = ReadVertexPos f; fseek f 26 #seek_cur;UV_array[c]=[0,0,0]
)
print ("Not Exported Case 0xDA55A021 at "+(i as string))
)
(bit.hexasint "0x77D87022"): (
print ("Position 0x"+(bit.intasHex (ftell f)))
for c=1 to vc do ( --withskin x y z w nx ny nz nw tx ty tz tw b1 b2 b3 b4 tu tv w2 w3 byte byte byte byte
VertexPos_array[c] = ReadVertexPos f; fseek f 26 #seek_cur;UV_array[c]=[0,0,0]
)
print ("Not Exported Case 0x77D87022 at "+(i as string))
)
--36
(bit.hexasint "0xB392101F"): (
print ("Position 0x"+(bit.intasHex (ftell f)))
for c=1 to vc do (--withskin x y z w1 nx ny nz nw tx ty tz tw i1 i2 tu1 tv1 tu2 tv2 long long
VertexPos_array[c] = ReadVertexPos f; fseek f 30 #seek_cur;UV_array[c]=[0,0,0]
)
print ("Not Exported Case 0xB392101F at "+(i as string))
)
(bit.hexasint "0xBB424024"): (
n=4
for c=1 to vc do ( --withskin x y z w1 nx ny nz nw w2 w3 w4 w5 b1 b2 b3 b4 b5 b6 b7 b8 tu tv u3 u4 u5 u6 r g b a
-- Need more Check!
-- Example Data ep04.mod
--55 2b 09 4d 86 0a -- x,y,z
--d1 51 -- w1
--d1 53 d5 fe -- nx,ny,nz,nw
--45 0c 04 04 -- w2~w5
--21 19 1a 04 10 23 00 00 -- b1~b6,u1,u2
--37 38 dc 38 -- vUV
--06 22 00 00 -- wb6,b7,wb7,b8
--d6 73 24 fe -- ?? (not weight, too large)
--ad 2a 7f 4a fe 07 -- x,y,z
--4b 4c -- w1
--ce 61 dd fe -- nx,ny,nz,nw
--67 00 00 00 -- w2~w5
--03 04 04 04 04 04 00 00 -- b1~b6,u1,u2
--04 38 3d 3a -- vUV
--00 00 00 00 -- wb6,b7,wb7,b8
--df 7d 2d f3 -- ??
VertexPos_array[c] = ReadVertexPos f
w1 = (readshort f #unsigned)/32767.0
fseek f 4 #seek_cur -- skip normal
w2 = (readbyte f #unsigned)/255.0
w3 = (readbyte f #unsigned)/255.0
w4 = (readbyte f #unsigned)/255.0
w5 = (readbyte f #unsigned)/255.0
b1 = readbyte f
b2 = readbyte f
b3 = readbyte f
b4 = readbyte f
b5 = readbyte f
b6 = readbyte f
u1 = readbyte f -- unknown, known values 0,4,22,18,41,45
u2 = readbyte f -- unknown, known values 0
b1 += 1; b2 += 1; b3 += 1; b4 += 1; b5 += 1; b6 += 1
u1 += 1; -- seems like a bone index, but b7 or b8 that's not clear
-- u2 += 1; -- I have not seen this is not zero
vUV = [(ReadFloat16 f),(ReadFloat16 f)*-1.0 + 1.0,0.0]
-- <-This is just test
wb6 = readbyte f -- known values 0,6,-124
b7 = readbyte f -- known values 43,38,40
b7 += 1
wb7 = readbyte f -- unknown, known values 0,7
b8 = readbyte f -- unknown, known values 0,39
b8 += 1
if (false) then (
-- don't use until it it certain
if (wb6>=0) then (w6=wb6/510.0) else (w6=wb6+128; w6=w6/128.0)
if (wb7>=0) then (w7=wb7/510.0) else (w7=wb7+128; w7=w7/128.0)
wa = w1+w2+w3+w4+w5+w6+w7; w8 = 1.0-wa
) else (
wa = w1+w2+w3+w4+w5; w6 = 1.0-wa
if (wb6>=0) then (ww6=wb6/510.0) else (ww6=wb6+128; ww6=ww6/128.0)
if (wb7>=0) then (ww7=wb7/510.0) else (ww7=wb7+128; ww7=ww7/128.0)
w7 = 0.0
w8 = 0.0
)
-- Until here, this is just test -->
fseek f 4 #seek_cur -- not weights, vertex color or tangent, write routines uses vTan, just skip now
UV_array[c]=vUV
if (false) then (
if ((abs w8) > FWeightMin) then (
print ((c as string)+":"+(#(b1,b2,b3,b4,b5,":",b6,b7,b8) as string))
print ((c as string)+":"+(#(w1,w2,w3,w4,w5,":",w6,w7,w8) as string))
)
) else (
if ((abs w6) > FWeightMin) then (
print ((c as string)+":"+(#(b1,b2,b3,b4,b5,":",b6,b7,b8) as string))
print ((c as string)+":"+(#(w1,w2,w3,w4,w5,":",w6,ww6,ww7) as string))
)
)
if ((u1!=1 and u1!=5) or u2!=0 or b7!=1 or b8!=1 or wb6!=0 or wb7!=0) then (
if ((abs w6)<FWeightMin) then (w6=0.0)
if ((abs w8)<FWeightMin) then (w8=0.0)
print ("Alert:"+(c as string)+":"+(#(b1,b2,b3,b4,b5,":",b6,b7,b8) as string))
print ("Alert:"+(c as string)+":"+(#(u1,u2,wb6,b7,wb7,b8) as string))
print ("Alert:"+(c as string)+":"+(#(w1,w2,w3,w4,w5,":",w6,w7,w8) as string))
)
ba = getUniqueArray6 b1 b2 b3 b4 b5 b6 w1 w2 w3 w4 w5 w6
if (ba[3]>n) then (n=ba[3])
if (ba[3]>4) then (
if ((abs w6)<FWeightMin) then (w6=0.0)
if ((abs w8)<FWeightMin) then (w8=0.0)
print ("N>4:"+(c as string)+":"+(#(b1,b2,b3,b4,b5,":",b6,b7,b8) as string))
print ("N>4:"+(c as string)+":"+(#(u1,u2,wb6,b7,wb7,b8) as string))
print ("N>4:"+(c as string)+":"+(#(w1,w2,w3,w4,w5,":",w6,w7,w8) as string))
)
BoneID_array[c] = ba[1]
BoneWeight_array[c] = ba[2]
)
print ("Bones larger than 4 assigned: "+(n as string))
MeshBoneLimit[i] = n
)
(bit.hexasint "0x63B6C02F"): (
print ("Position 0x"+(bit.intasHex (ftell f)))
for c=1 to vc do (
VertexPos_array[c] = ReadVertexPos f; fseek f 30 #seek_cur;UV_array[c]=[0,0,0]
)
print ("Not Exported Case 0x63B6C02F at "+(i as string))
)
--40
(bit.hexasint "0x64593023"): (
for c=1 to vc do ( --withskin x y z w1 nx ny nz nw tx ty tz tw i1 i2 i3 i4 tu tv w2 w3 short short tu2 tv2 short short
VertexPos_array[c] = ReadVertexPos f
w1 = (readshort f)/32767.0
fseek f 8 #seek_cur
b1 = readbyte f
b2 = readbyte f
b3 = readbyte f
b4 = readbyte f
b1 += 1
b2 += 1
b3 += 1
b4 += 1
vUV = [(ReadFloat16 f),(ReadFloat16 f)*-1.0 + 1.0,0.0]
w2 = ReadFloat16 f
w3 = ReadFloat16 f
w4 = 1.0 - w1 - w2 - w3
fseek f 4 #seek_cur
vUV2 = [(ReadFloat16 f),(ReadFloat16 f)*-1.0 + 1.0,0.0]
fseek f 4 #seek_cur
UV_array[c]=vUV
ba = getUniqueArray4 b1 b2 b3 b4 w1 w2 w3 w4
BoneID_array[c] = ba[1]
BoneWeight_array[c] = ba[2]
)
MeshBoneLimit[i] = 4
)
(bit.hexasint "0x75C3E025"): (
print ("Position 0x"+(bit.intasHex (ftell f)))
for c=1 to vc do ( --withskin x y z w1 nx ny nz nw w2 w3 w4 w5 i1 i2 i3 i4 i5 i6 i7 i8 tu tv w6 w7 r g b a tu2 tv2
VertexPos_array[c] = ReadVertexPos f; fseek f 14 #seek_cur; vUV = [(ReadFloat16 f),(ReadFloat16 f)*-1.0 + 1.0,0.0]; fseek f 16 #seek_cur;UV_array[c]=vUV
)
print ("Not Exported Case 0x75C3E025 at "+(i as string))
)
(bit.hexasint "0xD84E3026"): (
print ("Position 0x"+(bit.intasHex (ftell f)))
for c=1 to vc do ( --withskin x y z w1 nx ny nz nw w2 w3 w4 w5 i1 i2 i3 i4 i5 byte byte byte tv tu short shot v4 v4
VertexPos_array[c] = ReadVertexPos f; fseek f 14 #seek_cur; vUV = [(ReadFloat16 f),(ReadFloat16 f)*-1.0 + 1.0,0.0]; fseek f 16 #seek_cur;UV_array[c]=vUV
)
print ("Not Exported Case 0xD84E3026 at "+(i as string))
)
--48
(bit.hexasint "0xCBCF7027"): (
print ("Position 0x"+(bit.intasHex (ftell f)))
for c=1 to vc do ( --withskin x y z w1 nx ny nz nw w2 w3 w4 w5 i1 i2 i3 i4 i5 i6 i7 i8 tu tv w6 w7 tx ty tz tw long tu tv long
VertexPos_array[c] = ReadVertexPos f; fseek f 14 #seek_cur; vUV = [(ReadFloat16 f),(ReadFloat16 f)*-1.0 + 1.0,0.0]; fseek f 16 #seek_cur;UV_array[c]=vUV
)
print ("Not Exported Case 0xCBCF7027 at "+(i as string))
)
--64
(bit.hexasint "0x2F55C03D"): (
for c=1 to vc do ( --withskin x y z w1 nx ny nz nw tx ty tz tw b1 b2 b3 b4 tu tv w2 w3 long long long long long long long long long
VertexPos_array[c] = ReadVertexPos f;
w1 = (readshort f)/32767.0;
fseek f 4 #seek_cur; --normal as signed bytes *4
fseek f 4 #seek_cur;-- tangeants as signed bytes *4
b1 = readbyte f
b2 = readbyte f
b3 = readbyte f
b4 = readbyte f
b1 += 1;b2 += 1;b3 += 1;b4 += 1 --bone id's
vUV = [(ReadFloat16 f),(ReadFloat16 f)*-1.0 + 1.0,0.0]
w2 = ReadFloat16 f
w3 = ReadFloat16 f
w4 = 1.0 - w1 - w2 - w3
fseek f 24 #seek_cur
-- seems color or tangent -- A or W part large
fseek f 12 #seek_cur
UV_array[c]=vUV
ba = getUniqueArray4 b1 b2 b3 b4 w1 w2 w3 w4
BoneID_array[c] = ba[1]
BoneWeight_array[c] = ba[2]
)
--print ("Case 0x2F55C03D at "+(i as string))
MeshBoneLimit[i] = 4
)
default: (
print ("Position 0x"+(bit.intasHex (ftell f)))
for c=1 to vc do (
VertexPos_array[c] = ReadVertexPos f
fseek f 6 #seek_cur
fseek f (MeshInfo_array[i][2] - 20) #seek_cur
vUV = [(ReadFloat16 f),(ReadFloat16 f)*-1.0 + 1.0,0.0]
fseek f 4 #seek_cur
UV_array[c]=vUV
)
print ("Unknown Case at"+(i as string))
)
)
-- check vertex, weight structure size is correct.. eash end position must match with next skipped to position
--print ("end i="+(i as string)+":"+(bit.intasHex (ftell f)))
MeshVertex_array[i] = VertexPos_array
MeshUV_array[i] = UV_array
MeshBoneID_array[i] = BoneID_array
MeshBoneWeight_array[i] = BoneWeight_array
)
--build mesh
fseek f hdr.ptr_triangle #seek_Set
MeshFace_array = #()
MeshFace_array.count = mc
MatID_array = #()
Mat_array = #()
Mat_Carray = #()
for i=1 to mc do
(
Face_array = #()
fc = MeshInfo_array[i][6]/3
Face_array.count = fc
vstart = MeshInfo_array[i][3]
--print ("i:vstart="+(i as string)+":"+(vstart as string))
for c=1 to fc do
(
fi = ReadFace f
Face_array[c] = fi - [vstart-1,vstart-1,vstart-1]
)
MeshFace_array[i] = Face_array
)
--build mat
for i=1 to mc do
(
matid = MeshInfo_array[i][10]
idx = findItem MatID_array matid
if (idx == 0) then (
append MatID_array matid
sm = standardmaterial()
sm.name = "#"+(matid as string)
sm.shaderType = 5 -- 5 phong
-- make color unique
do (
co = random white black
coidx = findItem Mat_Carray co
) while (coidx != 0)
append Mat_Carray co
sm.diffuse = co
-- specular -- just for import/export compatibility
sm.specular = (color 51 51 51) -- cinema 4d : default value 20% specular height
sm.specularLevel = 20 -- cinema 4d : goes to specular width
sm.soften = 0.1
append Mat_array sm
)
)
--build mesh
--Lod Packet
Lod1 = Dummy size:10.0
Lod1.name = "LodGroup_1"
Lod2 = Dummy size:10.0
Lod2.name = "LodGroup_2"
Lod3 = Dummy size:10.0
Lod3.name = "LodGroup_3"
Lod255 = Dummy size:10.0
Lod255.name = "LodGroup_255"
Lod252 = Dummy size:10.0
Lod252.name = "LodGroup_252"
OtherMesh = Dummy size:10.0
OtherMesh.name = "OtherMesh"
for i=1 to mc do
(
new_mesh = mesh vertices:MeshVertex_array[i] faces:MeshFace_array[i]
new_mesh.name =
(
"Mesh_"+ (PadString 3 (i as string)) +"_"+ \
(PadString 8 ((bit.intashex MeshInfo_array[i][9]) as string)) +"_LODx"+ \
MeshInfo_array[i][8] as string + "_MatID:" + MeshInfo_array[i][10] as string + \
"_Group:" + MeshInfo_array[i][11] as string + "_DisplayMode:" + \
MeshInfo_array[i][12] as string
)
new_mesh.scale = MeshScale
vc = MeshInfo_array[i][1]
fc = MeshInfo_array[i][6]/3
--build UV
setNumTVerts new_mesh vc
for c=1 to vc do
(
setTVert new_mesh c MeshUV_array[i][c]
)
-- Even spline like object has faces
if (fc==0) then (print "Vertex Only Object at:"+(i as string))
buildTVFaces new_mesh false
for f=1 to fc do
(
setTVFace new_mesh f MeshFace_array[i][f]
)
--Skin
if MeshBoneID_array[i][1] != undefined then (
addModifier new_mesh (skin())
theSkin = new_mesh.modifiers[#skin]
theSkin.bone_Limit = MeshBoneLimit[i]
max modify mode
select new_mesh
for b = 1 to bCount do
(
skinOps.addBone theSkin BoneArray[b] b
)
subobjectLevel = 1
if MeshInfo_array[i][8] == 1 then new_mesh.Parent = Lod1
if MeshInfo_array[i][8] == 2 then new_mesh.Parent = Lod2
if MeshInfo_array[i][8] == 3 then new_mesh.Parent = Lod3
if MeshInfo_array[i][8] == 255 then new_mesh.Parent = Lod255
if MeshInfo_array[i][8] == 252 then new_mesh.Parent = Lod252
for c=1 to vc do
(
local bi, bw
--b1 = MeshBoneID_array[i][c][1]
--b2 = MeshBoneID_array[i][c][2]
--b3 = MeshBoneID_array[i][c][3]
--b4 = MeshBoneID_array[i][c][4]
--w1 = MeshBoneWeight_array[i][c][1]
--w2 = MeshBoneWeight_array[i][c][2]
--w3 = MeshBoneWeight_array[i][c][3]
--w4 = MeshBoneWeight_array[i][c][4]
-- don't use copy use deepcopy, copy just gives Ok in this case. Anyway I don't think deepcopy is required.
bi = MeshBoneID_array[i][c]
bw = MeshBoneWeight_array[i][c]
skinOps.unNormalizeVertex theSkin c true
--skinOps.ReplaceVertexWeights theSkin c #(b1,b2,b3,b4) #(w1,w2,w3,w4)
skinOps.ReplaceVertexWeights theSkin c bi bw
skinOps.unNormalizeVertex theSkin c false
)
update new_mesh
subobjectLevel = 0
) else (
new_mesh.Parent = OtherMesh
)
-- material
matid = MeshInfo_array[i][10]
idx = findItem MatID_array matid
if (idx != 0) then (
new_mesh.material = Mat_array[idx]
)
)
)
fn doExport f fsource = (
Type = ReadFixedString f 4
if Type != "MOD" do
(
messageBox "It is not Mod file"
return()
)
nf = fopen (fsource +".NewMOD") "wb"
WriteString nf "MOD" --MOD
fseek f 4 #seek_Set;mod_ver = readshort f #unsigned
WriteShort nf mod_ver
BoneCount = readshort f
WriteShort nf BoneCount
MeshCount = readshort f
WriteShort nf MeshCount
MatCount = readshort f
WriteShort nf MatCount
OrgVertexCount = readlong f
WriteLong nf OrgVertexCount
OrgFaceCount = readlong f
WriteLong nf OrgFaceCount
OrgVertexIds = readlong f
WriteLong nf OrgVertexIds
OrgVertexSize = readlong f
WriteLong nf OrgVertexSize
ReadTemp = readlong f
WriteLong nf ReadTemp --padding
BoneMapCount = readlong f
WriteLong nf BoneMapCount --BoneMapCount
ptr_Bone = readlong f
WriteLong nf ptr_Bone --ptr_Bone
ptr_BoneMap = readlong f
WriteLong nf ptr_BoneMap --ptr_BoneMap
ptr_MatID = readlong f
WriteLong nf ptr_MatID --ptr_MatID
ptr_Mesh = readlong f
WriteLong nf ptr_Mesh --ptr_Mesh
ptr_vertex = readlong f
WriteLong nf ptr_vertex --ptr_vertex
OrgPtr_triangle = readlong f
WriteLong nf OrgPtr_triangle
OrgEndSize = readlong f
WriteLong nf OrgEndSize
ReadTemp = readlong f
WriteLong nf ReadTemp --? X
ReadTemp = readlong f
WriteLong nf ReadTemp --? Y
ReadTemp = readlong f
WriteLong nf ReadTemp --? Z
ReadTemp = readlong f
WriteLong nf ReadTemp --? R
BoundMin = $BoundBoxMin.pos -- Bound box min
Writefloat nf BoundMin.x
Writefloat nf BoundMin.y
Writefloat nf BoundMin.z
Writefloat nf 0.0
BoundMax = $BoundBoxMax.pos -- Bound box max
Writefloat nf BoundMax.x
Writefloat nf BoundMax.y
Writefloat nf BoundMax.z
Writefloat nf 0.0
--unknow
fseek f 32 #seek_cur
ReadTemp = readlong f
WriteLong nf ReadTemp
ReadTemp = readlong f
WriteLong nf ReadTemp
ReadTemp = readlong f
WriteLong nf ReadTemp
ReadTemp = readlong f
WriteLong nf ReadTemp
if mod_ver==0x00D2 do
(
ReadTemp = readlong f
ukCount = ReadTemp
WriteLong nf ReadTemp
)
-- BoneInfo
for i=1 to BoneCount do
(
BInfo = ReadBoneInfo f
WriteByte nf BInfo.ID
WriteByte nf BInfo.Parent
WriteByte nf BInfo.Child
WriteByte nf BInfo.uk1
WriteFloat nf BInfo.uk2
WriteFloat nf BInfo.uk3
WriteFloat nf BInfo.Trans.x
WriteFloat nf BInfo.Trans.y
WriteFloat nf BInfo.Trans.z
)
-- Local & World bone Matrix (16+16=32)
for i=1 to BoneCount do
(
for j=1 to 32 do
(
ReadTemp = readlong f
WriteLong nf ReadTemp
)
)
--unknown
for i=1 to 256 do (
ReadTemp = readByte f
WriteByte nf ReadTemp
)
-- BoneMapListA
for i=1 to BoneMapCount do (
for j=1 to 8 do (
ReadTemp = readlong f
WriteLong nf ReadTemp
)
)
-- Mat ID array
for i=1 to MatCount do (
cnt = 1
if mod_ver==0x00D2 do (cnt=32)
for j=1 to cnt do (
ReadTemp = readlong f
WriteLong nf ReadTemp
)
)
SelectMeshInfo = #()
SelectMeshInfo2 = #()
SelectMeshInfo.count = selection.count
SelectMeshInfo2.count = selection.count
-- selection.count is checeked before the call
for i=1 to selection.count do (
sName = filterString selection[i].name "_"
SelectMeshInfo[i] = #(selection[i],sName[2],sName[3],i) --#(Mesh, MeshIndex, VertexType)
if (sName.count == 7) then (
-- old script naming scheme, but how can it be possible? by import?
mshHdr_matid = execute ((filterString sName[5] ":")[2])
mshHdr_grp = execute ((filterString sName[6] ":")[2])
mshHdr_mde = execute ((filterString sName[7] ":")[2])
mshHdr_lod = execute ((filterString sName[4] "x")[2])
SelectMeshInfo2[i] = #(mshHdr_matid,mshHdr_grp,mshHdr_mde,mshHdr_lod)
) else (
-- for mixed messed up case
SelectMeshInfo2[i] = #(-1,-1,-1,-1)
)
)
--print SelectMeshInfo
NewMeshInfo = #()
NewMeshInfo.count = MeshCount
for i=1 to MeshCount do (
bMeshSame = false
sc = 0
OrgMeshInfo = ReadMeshHeader f
OrgMeshInfo_Array
for j=1 to selection.count do (
ind = execute SelectMeshInfo[j][2]
if ind == i then (
bMeshSame = true
sc = j
break
)
)
if (bMeshSame == true) then (
writeshort nf OrgMeshInfo.meshtype
vc = getNumVerts SelectMeshInfo[sc][1]
writeshort nf vc
if (SelectMeshInfo2[sc][1]!=-1) then (
writebyte nf SelectMeshInfo2[sc][2]
writeshort nf SelectMeshInfo2[sc][1] --Is this valid?
writebyte nf SelectMeshInfo2[sc][4]
writebyte nf OrgMeshInfo.unk04
writebyte nf OrgMeshInfo.vertFlag
writebyte nf OrgMeshInfo.vertStride
writebyte nf SelectMeshInfo2[sc][3]
) else (
writebyte nf OrgMeshInfo.unk01
writeshort nf OrgMeshInfo.MatId
writebyte nf OrgMeshInfo.lodLevel
writebyte nf OrgMeshInfo.unk04
writebyte nf OrgMeshInfo.vertFlag
writebyte nf OrgMeshInfo.vertStride
writebyte nf OrgMeshInfo.unk05
)
writelong nf OrgMeshInfo.vertStart
writelong nf OrgMeshInfo.vertBase
writelong nf OrgMeshInfo.fvfInfo
writelong nf OrgMeshInfo.faceStart
fc = getNumFaces SelectMeshInfo[sc][1]
ifc = fc *= 3
writelong nf ifc
writelong nf OrgMeshInfo.faceBase
writebyte nf OrgMeshInfo.bonemapindex
writebyte nf OrgMeshInfo.weightmaps
writebyte nf OrgMeshInfo.unk07
writebyte nf OrgMeshInfo.unk08
writeshort nf OrgMeshInfo.min_index
writeshort nf OrgMeshInfo.max_index
writelong nf OrgMeshInfo.unk09
NewMeshInfo[i] = #(true,OrgMeshInfo.fvfInfo,OrgMeshInfo.vertStride,vc,fc,sc,OrgMeshInfo.min_index,OrgMeshInfo.vertBase)
) else (
writeshort nf OrgMeshInfo.meshtype
writeshort nf OrgMeshInfo.vertCount
vc = OrgMeshInfo.vertCount
writebyte nf OrgMeshInfo.unk01
writeshort nf OrgMeshInfo.MatId
writebyte nf OrgMeshInfo.lodLevel
writebyte nf OrgMeshInfo.unk04
writebyte nf OrgMeshInfo.vertFlag
writebyte nf OrgMeshInfo.vertStride
writebyte nf OrgMeshInfo.unk05
writelong nf OrgMeshInfo.vertStart
writelong nf OrgMeshInfo.vertBase
writelong nf OrgMeshInfo.fvfInfo
writelong nf OrgMeshInfo.faceStart
writelong nf OrgMeshInfo.faceCount
writelong nf OrgMeshInfo.faceBase
fc = OrgMeshInfo.faceCount
writebyte nf OrgMeshInfo.bonemapindex
writebyte nf OrgMeshInfo.weightmaps
writebyte nf OrgMeshInfo.unk07
writebyte nf OrgMeshInfo.unk08
writeshort nf OrgMeshInfo.min_index
writeshort nf OrgMeshInfo.max_index
writelong nf OrgMeshInfo.unk09
NewMeshInfo[i] = #(false,OrgMeshInfo.fvfInfo,OrgMeshInfo.vertStride,vc,fc,0,OrgMeshInfo.min_index,OrgMeshInfo.vertBase)
)
NewMeshInfo[i][10] = OrgMeshInfo.vertCount*OrgMeshInfo.vertStride
NewMeshInfo[i][11] = OrgMeshInfo.faceCount
)
if mod_ver!=0x00D2 do (
ukCount = readlong f
WriteLong nf ukCount
)
for i=1 to ukCount do
(
for j=1 to 36 do
(
ReadTemp = readlong f
WriteLong nf ReadTemp
)
)
--vertex
for i=1 to MeshCount do (
vc = NewMeshInfo[i][4]
vs = NewMeshInfo[i][3]
if NewMeshInfo[i][1] == false then (
vs /= 4
for v=1 to vc do (
for s=1 to vs do (
ReadTemp = readlong f
WriteLong nf ReadTemp
)
)
) else (
vcs = NewMeshInfo[i][10];fseek f vcs #seek_cur
si = NewMeshInfo[i][6]
OutMesh = SelectMeshInfo[si][1]
max modify mode
select OutMesh
theSkin = OutMesh.modifiers[#skin]
theNorm = OutMesh.modifiers["Edit Normals"]
NormArray = #()
NormArray.count = vc
if theNorm != undefined then (
modPanel.setCurrentObject theNorm
vnt = #{}
for i=1 to vc do (
vct = #{i}
theNorm.ConvertVertexSelection vct vnt
vnf = vnt as array
N = theNorm.GetNormal vnf[1]
NormArray[i] = [N.x,N.z,-N.y]
)
) else (
for i=1 to vc do (
nodn = getNormal OutMesh i
NormArray[i] = [nodn.x,nodn.z,-nodn.y]
)
)
if theSkin != undefined then modPanel.setCurrentObject theSkin
local b1,b2,b3,b4,b5,b6,w1,w2,w3,w4,w5,w6 --bone weight
MeshScale = 32768/($b_0_1.scale)
case NewMeshInfo[i][2] of
(
--12 x y z w nx ny nz nw
(bit.hexasint "0xB0983013"): for c=1 to vc do
(
vPos = (getVert OutMesh c)*MeshScale
vPos = [vPos.x,vPos.z,-vPos.y]
vNorm = NormArray[c]; vTan = Cross [1,0,0] vNorm
vNorm *= 127.0; vNorm += 127
WriteShort nf vPos.x; WriteShort nf vPos.y; WriteShort nf vPos.z; WriteShort nf 26470
WriteByte nf vNorm.x; WriteByte nf vNorm.y; WriteByte nf vNorm.z; WriteByte nf 254
--WriteShort nf 0; WriteShort nf 0; WriteShort nf 0; WriteShort nf 0
--WriteByte nf 0; WriteByte nf 0; WriteByte nf 0; WriteByte nf 0
)
--16
(bit.hexasint "0xDB7DA014"): for c=1 to vc do
(
vPos = (getVert OutMesh c)*MeshScale
vPos = [vPos.x,vPos.z,-vPos.y]
vNorm = NormArray[c]
vNorm *= 127.0; vNorm += 127
uvw = getTVert OutMesh c
uvw.y = 1.0 - uvw.y
vTan = Normalize( vPos/uvw.y)
vTan *= 127.0; vTan += 127
WriteShort nf vPos.x; WriteShort nf vPos.y; WriteShort nf vPos.z; WriteShort nf 26470
WriteByte nf vNorm.x; WriteByte nf vNorm.y; WriteByte nf vNorm.z; WriteByte nf 254
WriteShort nf (FShort uvw.x)
WriteShort nf (FShort uvw.y)
)
--20
(bit.hexasint "0x0CB68015"): for c=1 to vc do --withskin x y z bi bf nx ny nz nw tx ty tz tw tu tv
(
vPos = (getVert OutMesh c)*MeshScale
vPos = [vPos.x,vPos.z,-vPos.y]
/*vNorm = NormArray[c]
vNorm *= 127.0; vNorm += 127
uvw = getTVert OutMesh c
uvw.y = 1.0 - uvw.y
vTan = Normalize( vPos/uvw.y)
vTan *= 127.0; vTan += 127
b1 = skinOps.GetVertexWeightBoneID theSkin c 1
b1 -= 1
w1 = 254
*/
WriteShort nf vPos.x; WriteShort nf vPos.y; WriteShort nf vPos.z
-- other stuff is not clear
WriteShort nf 0
WriteLong nf 0; WriteLong nf 0; WriteLong nf 0
)
(bit.hexasint "0xA8FAB018"): for c=1 to vc do --withskin x y z bi bf nx ny nz nw tx ty tz tw tu tv
(
vPos = (getVert OutMesh c)*MeshScale
vPos = [vPos.x,vPos.z,-vPos.y]
vNorm = NormArray[c]
vNorm *= 127.0; vNorm += 127
uvw = getTVert OutMesh c
uvw.y = 1.0 - uvw.y
vTan = Normalize( vPos/uvw.y)
vTan *= 127.0; vTan += 127
b1 = skinOps.GetVertexWeightBoneID theSkin c 1
b1 -= 1
w1 = 254
WriteShort nf vPos.x; WriteShort nf vPos.y; WriteShort nf vPos.z
WriteByte nf b1
WriteByte nf w1
WriteByte nf vNorm.x; WriteByte nf vNorm.y; WriteByte nf vNorm.z; WriteByte nf 254
WriteByte nf vTan.x; WriteByte nf vTan.y; WriteByte nf vTan.z; WriteByte nf 254
WriteShort nf (FShort uvw.x)
WriteShort nf (FShort uvw.y)
)
--24
(bit.hexasint "0xC31F201C"): for c=1 to vc do --withskin x y z w nx ny nz nw tx ty tz tw tu tv b1 b2 (b1 b2 half float)
(
vPos = (getVert OutMesh c)*MeshScale
vPos = [vPos.x,vPos.z,-vPos.y]
vNorm = NormArray[c]
vNorm *= 127.0; vNorm += 127
uvw = getTVert OutMesh c
uvw.y = 1.0 - uvw.y
vTan = Normalize( vPos/uvw.y)
vTan *= 127.0; vTan += 127
bc = skinOps.getVertexWeightCount theSkin c
if (bc>2) then (bc=2) -- if you have modified
if bc == 1 then
(
b1 = skinOps.GetVertexWeightBoneID theSkin c 1
b1 -= 1
b2=b1
w1 = 254
)
if bc == 2 then
(
b1 = skinOps.GetVertexWeightBoneID theSkin c 1;b2 = skinOps.GetVertexWeightBoneID theSkin c 2
b1 -= 1
b2 -= 1
w1 = skinOps.getVertexWeight theSkin c 1
)
WriteShort nf vPos.x; WriteShort nf vPos.y; WriteShort nf vPos.z
WriteShort nf (w1*32767)
WriteByte nf vNorm.x; WriteByte nf vNorm.y; WriteByte nf vNorm.z; WriteByte nf 254
WriteByte nf vTan.x; WriteByte nf vTan.y; WriteByte nf vTan.z; WriteByte nf 254
WriteShort nf (FShort uvw.x)
WriteShort nf (FShort uvw.y)
WriteShort nf (FShort b1)
WriteShort nf (FShort b2)
)
--28
(bit.hexasint "0x14D40020"): for c=1 to vc do
(
vPos = (getVert OutMesh c)*MeshScale
vPos = [vPos.x,vPos.z,-vPos.y]
vNorm = NormArray[c]
vNorm *= 127.0; vNorm += 127
uvw = getTVert OutMesh c
uvw.y = 1.0 - uvw.y
vTan = Normalize( vPos/uvw.y)
vTan *= 127.0; vTan += 127
bc = skinOps.getVertexWeightCount theSkin c
case bc of (
0: (
b1=0
b2=b1;b3=b1;b4=b1
w1=1.0
w2=0.0;w3=0.0;w4=0.0
)
1: (
b1 = skinOps.GetVertexWeightBoneID theSkin c 1
b1 -= 1
b2=b1;b3=b1;b4=b1
w1 = skinOps.getVertexWeight theSkin c 1
w2=0.0;w3=0.0;w4=0.0
)
2: (
b1 = skinOps.GetVertexWeightBoneID theSkin c 1
b2 = skinOps.GetVertexWeightBoneID theSkin c 2
b1 -= 1
b2 -= 1
b3=b1;b4=b1
w1 = skinOps.getVertexWeight theSkin c 1;
w2 = skinOps.getVertexWeight theSkin c 2;
w3=0.0;w4=0.0
)
3: (
b1 = skinOps.GetVertexWeightBoneID theSkin c 1
b2 = skinOps.GetVertexWeightBoneID theSkin c 2
b3 = skinOps.GetVertexWeightBoneID theSkin c 3
b1 -= 1
b2 -= 1
b3 -= 1
b4=b1
w1 = skinOps.getVertexWeight theSkin c 1;
w2 = skinOps.getVertexWeight theSkin c 2;
w3 = skinOps.getVertexWeight theSkin c 3;
w4=0.0
)
default: ( -- >= 4
b1 = skinOps.GetVertexWeightBoneID theSkin c 1
b2 = skinOps.GetVertexWeightBoneID theSkin c 2
b3 = skinOps.GetVertexWeightBoneID theSkin c 3
b4 = skinOps.GetVertexWeightBoneID theSkin c 4
b1 -= 1;b2 -= 1;b3 -= 1;b4 -=1
w1 = skinOps.getVertexWeight theSkin c 1
w2 = skinOps.getVertexWeight theSkin c 2
w3 = skinOps.getVertexWeight theSkin c 3
w4 = skinOps.getVertexWeight theSkin c 4
)
)
-- in fact w4 is assumed 1-w1-w2-w3 and not used
WriteShort nf vPos.x
WriteShort nf vPos.y
WriteShort nf vPos.z
WriteShort nf (w1*32767)
WriteByte nf vNorm.x; WriteByte nf vNorm.y; WriteByte nf vNorm.z; WriteByte nf 254
WriteByte nf vTan.x; WriteByte nf vTan.y; WriteByte nf vTan.z; WriteByte nf 254
WriteByte nf b1
WriteByte nf b2
WriteByte nf b3
WriteByte nf b4
WriteShort nf (FShort uvw.x)
WriteShort nf (FShort uvw.y)
WriteShort nf (FShort w2)
WriteShort nf (FShort w3)
)
--32
(bit.hexasint "0xD877801B"): for c=1 to vc do --withskin x y z bf bi nx ny nz nw tx ty tz tw tu tv 12byte 只有一根骨??重
(
vPos = (getVert OutMesh c)*MeshScale
vPos = [vPos.x,vPos.z,-vPos.y]
vNorm = NormArray[c]
vNorm *= 127.0; vNorm += 127
uvw = getTVert OutMesh c
uvw.y = 1.0 - uvw.y
vTan = Normalize( vPos/uvw.y)
vTan *= 127.0; vTan += 127
b1 = skinOps.GetVertexWeightBoneID theSkin c 1
b1 -= 1
w1 = 254
WriteShort nf vPos.x; WriteShort nf vPos.y; WriteShort nf vPos.z
WriteByte nf b1
WriteByte nf w1
WriteByte nf vNorm.x; WriteByte nf vNorm.y; WriteByte nf vNorm.z; WriteByte nf 254
WriteByte nf vTan.x; WriteByte nf vTan.y; WriteByte nf vTan.z; WriteByte nf 254
WriteLong nf 0
WriteLong nf 0
WriteShort nf (FShort uvw.x)
WriteShort nf (FShort uvw.y)
WriteLong nf 0
)
--36
--for c=1 to vc do --withskin x y z w1 nx ny nz nw w2 w3 w4 w5 b1 b2 b3 b4 b5 b6 u1 u2 tu tv short short r g b a
(bit.hexasint "0xBB424024"): for c=1 to vc do
(
-- Need more Check
vPos = (getVert OutMesh c)*MeshScale
vPos = [vPos.x,vPos.z,-vPos.y]
vNorm = NormArray[c]
vNorm *= 127.0; vNorm += 127
uvw = getTVert OutMesh c
uvw.y = 1.0 - uvw.y
vTan = Normalize( vPos/uvw.y)
vTan *= 127.0; vTan += 127
bc = skinOps.getVertexWeightCount theSkin c
-- this case occures in RE HD remaster and use 4 (head b_4_5) as bone index default
DBI = 4 -- Default Bone Index (of head)
case bc of (
0: (
b1=DBI;b2=b1;b3=b1;b4=b1;b5=b1;b6=b1
w1=1.0
w2=0.0;w3=0.0;w4=0.0;w5=0.0;w6=0.0
)
1: (
b1 = skinOps.GetVertexWeightBoneID theSkin c 1
b1 -= 1
b2=DBI;b3=b2;b4=b2;b5=b2;b6=b2
--w1 = skinOps.getVertexWeight theSkin c 1
w1=1.0
w2=0.0;w3=0.0;w4=0.0;w5=0.0;w6=0.0
)
2: (
b1 = skinOps.GetVertexWeightBoneID theSkin c 1
b2 = skinOps.GetVertexWeightBoneID theSkin c 2
b1 -= 1
b2 -= 1
b3=DBI;b4=b3;b5=b3;b6=b3
w1 = skinOps.getVertexWeight theSkin c 1;
w2 = skinOps.getVertexWeight theSkin c 2;
w3=0.0;w4=0.0;w5=0.0;w6=0.0
--Assume all weights normalized
--wa = w1+w2; wd=1.0-wa;
--if ((abs wd) >= FWeightMin) then (w1+=(wd/2.0);w2+=(wd/2.0))
)
3: (
b1 = skinOps.GetVertexWeightBoneID theSkin c 1
b2 = skinOps.GetVertexWeightBoneID theSkin c 2
b3 = skinOps.GetVertexWeightBoneID theSkin c 3
b1 -= 1
b2 -= 1
b3 -= 1
b4=DBI;b5=b4;b6=b4
w1 = skinOps.getVertexWeight theSkin c 1;
w2 = skinOps.getVertexWeight theSkin c 2;
w3 = skinOps.getVertexWeight theSkin c 3;
w4=0.0;w5=0.0;w6=0.0
--wa = w1+w2+w3; wd=1.0-wa;
--if ((abs wd) >= FWeightMin) then (w1+=(wd/3.0);w2+=(wd/3.0);w3+=(wd/3.0))
)
4: (
b1 = skinOps.GetVertexWeightBoneID theSkin c 1
b2 = skinOps.GetVertexWeightBoneID theSkin c 2
b3 = skinOps.GetVertexWeightBoneID theSkin c 3
b4 = skinOps.GetVertexWeightBoneID theSkin c 4
b1 -= 1
b2 -= 1
b3 -= 1
b4 -= 1
b5=DBI;b6=b1
w1 = skinOps.getVertexWeight theSkin c 1;
w2 = skinOps.getVertexWeight theSkin c 2;
w3 = skinOps.getVertexWeight theSkin c 3;
w4 = skinOps.getVertexWeight theSkin c 3;
w5=0.0;w6=0.0
--wa = w1+w2+w3+w4; wd=1.0-wa;
--if ((abs wd) >= FWeightMin) then (w1+=(wd/4.0);w2+=(wd/4.0);w3+=(wd/4.0);w4+=(wd/4.0))
)
5: (
b1 = skinOps.GetVertexWeightBoneID theSkin c 1
b2 = skinOps.GetVertexWeightBoneID theSkin c 2
b3 = skinOps.GetVertexWeightBoneID theSkin c 3
b4 = skinOps.GetVertexWeightBoneID theSkin c 4
b5 = skinOps.GetVertexWeightBoneID theSkin c 5
b1 -= 1;b2 -= 1;b3 -= 1;b4 -= 1;b5 -= 1
b6 = DBI
w1 = skinOps.getVertexWeight theSkin c 1
w2 = skinOps.getVertexWeight theSkin c 2
w3 = skinOps.getVertexWeight theSkin c 3
w4 = skinOps.getVertexWeight theSkin c 4
w5 = skinOps.getVertexWeight theSkin c 5
w6 = 0.0
--wa = w1+w2+w3+w4+w5; wd=1.0-wa;
--if ((abs wd) >= FWeightMin) then (w1+=(wd/5.0);w2+=(wd/5.0);w3+=(wd/5.0);w4+=(w5/5.0);w5+=(wd/5.0))
)
default: ( -- >= 6
-- b6 and w6 is not guaranteed correct so eliminate it.
-- weights are assumed sorted already
b1 = skinOps.GetVertexWeightBoneID theSkin c 1
b2 = skinOps.GetVertexWeightBoneID theSkin c 2
b3 = skinOps.GetVertexWeightBoneID theSkin c 3
b4 = skinOps.GetVertexWeightBoneID theSkin c 4
b5 = skinOps.GetVertexWeightBoneID theSkin c 5
b6 = skinOps.GetVertexWeightBoneID theSkin c 5
b1 -= 1;b2 -= 1;b3 -= 1;b4 -= 1;b5 -= 1;b6 -= 1
w1 = skinOps.getVertexWeight theSkin c 1
w2 = skinOps.getVertexWeight theSkin c 2
w3 = skinOps.getVertexWeight theSkin c 3
w4 = skinOps.getVertexWeight theSkin c 4
w5 = skinOps.getVertexWeight theSkin c 5
w6 = skinOps.getVertexWeight theSkin c 6
wa = w1+w2+w3+w4+w5; wd=1.0-wa; -- eliminate w6 etc
if ((abs wd) >= FWeightMin) then (
w1+=(wd/5.0);w2+=(wd/5.0);w3+=(wd/5.0);w4+=(w5/5.0);w5+=(wd/5.0);w6=0.0
) else (
w6=0.0
)
)
)
WriteShort nf vPos.x; WriteShort nf vPos.y; WriteShort nf vPos.z
WriteShort nf (w1*32767)
WriteByte nf vNorm.x; WriteByte nf vNorm.y; WriteByte nf vNorm.z; WriteByte nf 254
--WriteByte nf vTan.x; WriteByte nf vTan.y; WriteByte nf vTan.z; WriteByte nf 254
WriteByte nf (w2*255)
WriteByte nf (w3*255)
WriteByte nf (w4*255)
WriteByte nf (w5*255)
WriteByte nf b1
WriteByte nf b2
WriteByte nf b3
WriteByte nf b4
WriteByte nf b5
WriteByte nf DBI -- remove b6..in fact, this can be different value
WriteByte nf 0 -- mystery bone index
WriteByte nf 0 -- seems always 0
WriteShort nf (FShort uvw.x)
WriteShort nf (FShort uvw.y)
WriteByte nf 0 -- w6 ?
WriteByte nf 0 -- b7 ?
WriteByte nf 0 -- w7 ?
WriteByte nf 0 -- b8 ?
WriteByte nf vTan.x; WriteByte nf vTan.y; WriteByte nf vTan.z; WriteByte nf 254 -- correct?
)
--40
(bit.hexasint "0x64593023"): for c=1 to vc do --withskin x y z w1 nx ny nz nw tx ty tz tw i1 i2 i3 i4 tu tv w2 w3 short short tu2 tv2 short short
(
vPos = (getVert OutMesh c)*MeshScale
vPos = [vPos.x,vPos.z,-vPos.y]
vNorm = NormArray[c]
vNorm *= 127.0; vNorm += 127
uvw = getTVert OutMesh c
uvw.y = 1.0 - uvw.y
vTan = Normalize( vPos/uvw.y)
vTan *= 127.0; vTan += 127
bc = skinOps.getVertexWeightCount theSkin c
case bc of (
0: (
b1=0
b2=b1;b3=b1;b4=b1
w1=1.0
w2=0.0;w3=0.0;w4=0.0
)
1: (
b1 = skinOps.GetVertexWeightBoneID theSkin c 1
b1 -= 1
b2=b1;b3=b1;b4=b1
w1 = skinOps.getVertexWeight theSkin c 1
w2=0.0;w3=0.0;w4=0.0
)
2: (
b1 = skinOps.GetVertexWeightBoneID theSkin c 1
b2 = skinOps.GetVertexWeightBoneID theSkin c 2
b1 -= 1
b2 -= 1
b3=b1;b4=b1
w1 = skinOps.getVertexWeight theSkin c 1;
w2 = skinOps.getVertexWeight theSkin c 2;
w3=0.0;w4=0.0
)
3: (
b1 = skinOps.GetVertexWeightBoneID theSkin c 1
b2 = skinOps.GetVertexWeightBoneID theSkin c 2
b3 = skinOps.GetVertexWeightBoneID theSkin c 3
b1 -= 1
b2 -= 1
b3 -= 1
b4=b1
w1 = skinOps.getVertexWeight theSkin c 1;
w2 = skinOps.getVertexWeight theSkin c 2;
w3 = skinOps.getVertexWeight theSkin c 3;
w4=0.0
)
default: ( -- >= 4
b1 = skinOps.GetVertexWeightBoneID theSkin c 1
b2 = skinOps.GetVertexWeightBoneID theSkin c 2
b3 = skinOps.GetVertexWeightBoneID theSkin c 3
b4 = skinOps.GetVertexWeightBoneID theSkin c 4
b1 -= 1;b2 -= 1;b3 -= 1;b4 -=1
w1 = skinOps.getVertexWeight theSkin c 1
w2 = skinOps.getVertexWeight theSkin c 2
w3 = skinOps.getVertexWeight theSkin c 3
w4 = skinOps.getVertexWeight theSkin c 4
)
)
-- in fact w4 is assumed 1-w1-w2-w3 and not used
WriteShort nf vPos.x; WriteShort nf vPos.y; WriteShort nf vPos.z
WriteShort nf (w1*32767)
WriteByte nf vNorm.x; WriteByte nf vNorm.y; WriteByte nf vNorm.z; WriteByte nf 255
WriteByte nf vTan.x; WriteByte nf vTan.y; WriteByte nf vTan.z; WriteByte nf 254
WriteByte nf b1
WriteByte nf b2
WriteByte nf b3
WriteByte nf b4
WriteShort nf (FShort uvw.x)
WriteShort nf (FShort uvw.y)
WriteShort nf (FShort w2)
WriteShort nf (FShort w3)
WriteLong nf 0
WriteShort nf (FShort uvw.x)
WriteShort nf (FShort uvw.y)
WriteLong nf 0
--for t=1 to 3 do WriteLong nf 0 --pidding
)
--64
(bit.hexasint "0x2F55C03D"): for c=1 to vc do
(
vPos = (getVert OutMesh c)*MeshScale
vPos = [vPos.x,vPos.z,-vPos.y]
vNorm = NormArray[c]
vNorm *= 127.0; vNorm += 127
uvw = getTVert OutMesh c
uvw.y = 1.0 - uvw.y
vTan = Normalize( vPos/uvw.y)
vTan *= 127.0; vTan += 127
bc = skinOps.getVertexWeightCount theSkin c
case bc of (
0: (
b1=0
b2=b1;b3=b1;b4=b1
w1=1.0
w2=0.0;w3=0.0;w4=0.0
)
1: (
b1 = skinOps.GetVertexWeightBoneID theSkin c 1
b1 -= 1
b2=b1;b3=b1;b4=b1
w1 = skinOps.getVertexWeight theSkin c 1
w2=0.0;w3=0.0;w4=0.0
)
2: (
b1 = skinOps.GetVertexWeightBoneID theSkin c 1
b2 = skinOps.GetVertexWeightBoneID theSkin c 2
b1 -= 1
b2 -= 1
b3=b1;b4=b1
w1 = skinOps.getVertexWeight theSkin c 1;
w2 = skinOps.getVertexWeight theSkin c 2;
w3=0.0;w4=0.0
)
3: (
b1 = skinOps.GetVertexWeightBoneID theSkin c 1
b2 = skinOps.GetVertexWeightBoneID theSkin c 2
b3 = skinOps.GetVertexWeightBoneID theSkin c 3
b1 -= 1
b2 -= 1
b3 -= 1
b4=b1
w1 = skinOps.getVertexWeight theSkin c 1;
w2 = skinOps.getVertexWeight theSkin c 2;
w3 = skinOps.getVertexWeight theSkin c 3;
w4=0.0
)
default: ( -- >= 4
b1 = skinOps.GetVertexWeightBoneID theSkin c 1
b2 = skinOps.GetVertexWeightBoneID theSkin c 2
b3 = skinOps.GetVertexWeightBoneID theSkin c 3
b4 = skinOps.GetVertexWeightBoneID theSkin c 4
b1 -= 1;b2 -= 1;b3 -= 1;b4 -=1
w1 = skinOps.getVertexWeight theSkin c 1
w2 = skinOps.getVertexWeight theSkin c 2
w3 = skinOps.getVertexWeight theSkin c 3
w4 = skinOps.getVertexWeight theSkin c 4
)
)
-- in fact w4 is assumed 1-w1-w2-w3 and not used
WriteShort nf vPos.x
WriteShort nf vPos.y
WriteShort nf vPos.z
WriteShort nf (w1*32767)
WriteByte nf vNorm.x; WriteByte nf vNorm.y; WriteByte nf vNorm.z; WriteByte nf 255
WriteByte nf vTan.x; WriteByte nf vTan.y; WriteByte nf vTan.z; WriteByte nf 254
WriteByte nf b1
WriteByte nf b2
WriteByte nf b3
WriteByte nf b4
WriteShort nf (FShort uvw.x)
WriteShort nf (FShort uvw.y)
WriteShort nf (FShort w2)
WriteShort nf (FShort w3)
--WriteShort nf (FShort w4) -- 0 never used
--WriteShort nf 0
for t=1 to 6 do WriteLong nf 0 -- could be binormal or anything else
--rgba color coded on 12 bytes ! 3 bytes for each component
--r=0xB275F2
--g=0xB275F2
--b=0xB275F2
--a=0 always zero
--color rgba 12 byte rgb+a this is a test
WriteLong nf -1292733006
WriteLong nf 1974661749
WriteLong nf 242
)
)
)
NewMeshInfo[i][9] = (ftell nf) - ptr_vertex
)
--print NewMeshInfo
PtrFace = ftell nf
--Mesh header
fseek nf ptr_Mesh #seek_set
local vertStart =0
local faceStart =0
local vmin =0
local vmax =0
local svc = 0
local svptr = 0
for i=1 to MeshCount do
(
fseek nf 12 #seek_cur
if NewMeshInfo[i][8] == 0 then
(
Writelong nf svc
NewMeshInfo[i][12] = svc
Writelong nf 0
svc += NewMeshInfo[i][4]
)else
(
vptr = NewMeshInfo[i-1][9]
if NewMeshInfo[i][8] == NewMeshInfo[i-1][8] then
(
svc += NewMeshInfo[i-1][4]
Writelong nf svc
NewMeshInfo[i][12] = svc
Writelong nf svptr
)else
(
svc = 0
Writelong nf 0
NewMeshInfo[i][12] = 0
Writelong nf vptr
svptr = vptr
)
)
fseek nf 4 #seek_cur
Writelong nf faceStart
faceStart += NewMeshInfo[i][5]
fseek nf 12 #seek_cur
if NewMeshInfo[i][7] == 0 then
(
vmin = 0
Writeshort nf vmin
vmax = vmin + NewMeshInfo[i][4] - 1
Writeshort nf vmax
vmin += NewMeshInfo[i][4]
)else
(
Writeshort nf vmin
vmax = vmin + NewMeshInfo[i][4] - 1
Writeshort nf vmax
vmin += NewMeshInfo[i][4]
)
fseek nf 4 #seek_cur
)
--Face
fseek nf PtrFace #seek_set
for i=1 to MeshCount do
(
fc = NewMeshInfo[i][5]
if NewMeshInfo[i][1] == false then
(
for c=1 to fc do
(
ReadTemp = readshort f
Writeshort nf ReadTemp
)
)else
(
wfc = NewMeshInfo[i][11]*2
fseek f wfc #seek_cur
--print wfc
si = NewMeshInfo[i][6]
OutMesh = SelectMeshInfo[si][1]
fvc = fc/3
--print fvc
for c=1 to fvc do
(
fv = getFace OutMesh c
--Writeshort nf (fv.x - 1 + NewMeshInfo[i][4]/4)
--Writeshort nf (fv.y - 1 + NewMeshInfo[i][4]/4)
--Writeshort nf (fv.z - 1 + NewMeshInfo[i][4]/4)
Writeshort nf (fv.x - 1 + NewMeshInfo[i][12])
Writeshort nf (fv.y - 1 + NewMeshInfo[i][12])
Writeshort nf (fv.z - 1 + NewMeshInfo[i][12])
)
-- print NewMeshInfo[i][4]
)
)
EndSize = ftell nf
if EndSize > int(EndSize/4)*4 then
(
Writeshort nf 0
EndSize += 2
)
Writelong nf 0
local avc =0
local afc =0
local avs =0
for i=1 to MeshCount do
(
avc += NewMeshInfo[i][4]
afc += NewMeshInfo[i][5]
avs += NewMeshInfo[i][4]*NewMeshInfo[i][3]
)
fseek nf 12 #seek_set
Writelong nf avc --vertex count
Writelong nf afc --face count
fseek nf 24 #seek_set
Writelong nf avs --size of all vertex
fseek nf 56 #seek_set
Writelong nf PtrFace
Writelong nf EndSize
fclose nf
)
try(destroydialog ReHDModTool)catch()
rollout ReHDModTool "RE HD Mod Script v0.11"
(
editText edt1 "" pos:[25,10] width:200 height:18
button ImportButton "ImportMod" pos:[36,40] width:180 height:25
button ExportButton "ExportToMod" pos:[36,75] width:180 height:25
groupBox grp1 "Mesh Rename" pos:[10,110] width:230 height:180
label lbl1 "Value" pos:[20,130] width:30 height:18
editText edt4 "" pos:[55,130] width:170 height:18
radioButtons rdo2 "Replace" pos:[90,160] width:80 height:80 columns:1 labels:#("LOD", "MAT", "Group", "Display")
button RenameButton "Rename Selected" pos:[36,250] width:180 height:25
on ImportButton pressed do (
clearlistener()
fsource = GetOpenFileName \
caption:"Select *.mod File" \
types: "RE HD Remastered Model(*.mod)|*.mod|All files (*.*)|*.*|"
if fsource != undefined then (
edt1.text = (filenameFromPath fsource)
f = fopen fsource "rb"
if f != undefined then (
doImport f
fclose f
)
)
)
on ExportButton pressed do (
clearlistener()
fsource = GetOpenFileName \
caption:"Select *.mod File" \
types: "RE HD Remastered Model(*.mod)|*.mod|All files (*.*)|*.*|"
if fsource != undefined and selection.count!=0 then (
f = fopen fsource "rb"
if f != undefined then (
doExport f fsource
fclose f
messageBox ("Export Complete to :\n\n" + fsource +".NewMOD") as string
)
) else (
if selection.count == 0 do (messagebox "ACTION ABORTED\n\nSelect a mesh first!")
)
)
on RenameButton pressed do (
if edt4.text!=undefined AND edt4.text!="" do (
for i = 1 to selection.count do (
sName = filterString selection[i].name "_"
if sName[1]=="Mesh" do (
--SelectMeshInfo[i] = #(selection[i],sName[2],sName[3],i) --#(Mesh, MeshIndex, VertexType)
mshHdr_matid = mshHdr_grp = mshHdr_mde = mshHdr_lod = 0
if sName.count == 7 do (
mshHdr_matid = execute ((filterString sName[5] ":")[2])
mshHdr_grp = execute ((filterString sName[6] ":")[2])
mshHdr_mde = execute ((filterString sName[7] ":")[2])
mshHdr_lod = execute ((filterString sName[4] "x")[2])
)
case rdo2.state of (
1:(mshHdr_lod = execute edt4.text)
2:(mshHdr_matid = execute edt4.text)
3:(mshHdr_grp = execute edt4.text)
4:(mshHdr_mde = execute edt4.text)
)
selection[i].name = "Mesh_"+ sName[2] +"_"+ sName[3] +"_LODx"+ mshHdr_lod as string + "_MatID:" + mshHdr_matid as string + "_Group:" + mshHdr_grp as string + "_DisplayMode:" + mshHdr_mde as string
)
)
messagebox "Done."
)
)
)-- rollout end
createDialog ReHDModTool width:250 height:300
I fixed missing weight issues, some code rearragement, test routines etc etc etc.. Export routines are nearly same and nearly not changed. (except some dummy value changes etc..) I will not work anymore so have fun~. Editing or fixing free.. All yours. I need more case related info to do more and it seems not happen soon. -- I fixed using spoiler. Click spoiler to see the code.
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that is a long post
