A member on the xentax discord named Theos had created a Noesis script and was having troubles importing these meshes with the proper weight ids. I attempted to provide support but came to the conclusion Theo's Noesis script and format specification were incomplete. I spent about 3 days reversing the format and wrote a new Noesis script from scratch.
I found this topic and noticed that you guys probably made the same mistake Theo did, by not reading the mesh table and just reading the buffers straight through. For each submesh there is a header, and an address that goes beyond the buffers to a subheader containing the mesh details for buffer offsets, material ids, and the bone palette.
I tried to obtain more samples, but I was unable to unpack any usable files from the game or the DLC, so if anyone has more samples please contact me. Due to the lack of samples I had, I'm sure there may be some issues parsing other files beyond the files I had so if you encounter any issues please inform me.
Code: Select all
# The IdolM@ster One For All
#
# Author: mariokart64n
# URL: https://forum.xentax.com/viewtopic.php?t=19194
# Date: April 26 2020
#
# Credits
# Chrrox, i modified his strip reading function from an old maxscript
# Theo, for providing samples and overview for file structure
#
showConsole = False # shows console, leave off by default
NOEPY_HEADER = 0x504D4401 # PMD Magic
from inc_noesis import *
import math # needed for sqrt function, used to normalize vertex normals
class pmdblock:
pos = 0
endpos = 0
datapos = 0
type = 0
unk001 = 0
unk002 = 0
addr = 0
size = 0
count = 0
unk003 = 0
unk004 = 0
unk005 = 0
addrs = []
sizes = []
def read_block(self, f=NoeBitStream()):
self.pos = f.tell()
self.type = f.readUInt()
self.unk001 = f.readUShort()
self.unk002 = f.readUShort()
self.addr = f.readUInt()
self.size = f.readUInt()
self.endpos = self.pos + self.addr
if self.size > 0 and self.addr == 0x20:
self.count = f.readUInt()
self.unk003 = f.readUInt()
self.unk004 = f.readUInt()
self.unk005 = f.readUInt()
if self.count > 0:
self.addrs = [int] * self.count
self.sizes = [int] * self.count
f.seek(self.endpos, NOESEEK_ABS)
i = 0
for i in range(0, self.count):
self.addrs[i] = f.readUInt()
for i in range(0, self.count):
self.sizes[i] = f.readUInt()
self.datapos = self.endpos + (self.count * 8)
self.endpos = self.datapos + self.size
class pmdPTR_entry:
pos = 0
index = 0
size = 0
unk006 = 0
name = ""
parent_id = 0 # parent
child_id = 0 # child (bone connection)
unk009 = 0
unk010 = 0
unk011 = []
matrix = []
unk012 = 0
unk013 = 0
unk014 = 0
unk015 = 0
unk016 = 0
def __init__(self):
self.unk011 = [float] * 9
self.matrix = [float] * 16
def read_ptr_entry(self, f=NoeBitStream()):
self.pos = f.tell()
self.index = f.readUInt()
self.size = f.readUInt()
self.unk006 = f.readUInt()
self.name = f.readBytes(32).decode("UTF-8").rstrip("\0")
self.parent_id = f.readInt()
self.child_id = f.readInt()
self.unk009 = f.readUInt()
self.unk010 = f.readUInt()
self.unk011 = [
f.readFloat(), f.readFloat(), f.readFloat(), f.readFloat(),
f.readFloat(), f.readFloat(), f.readFloat(), f.readFloat(),
f.readFloat(), f.readFloat(), f.readFloat(), f.readFloat(),
f.readFloat(), f.readFloat(), f.readFloat(), f.readFloat(),
f.readFloat(), f.readFloat(), f.readFloat(), f.readFloat(),
f.readFloat(), f.readFloat(), f.readFloat(), f.readFloat(),
f.readFloat(), f.readFloat(), f.readFloat(), f.readFloat(),
f.readFloat(), f.readFloat(), f.readFloat(), f.readFloat(),
f.readFloat(), f.readFloat(), f.readFloat(), f.readFloat()
]
self.matrix = [
f.readFloat(), f.readFloat(), f.readFloat(), f.readFloat(),
f.readFloat(), f.readFloat(), f.readFloat(), f.readFloat(),
f.readFloat(), f.readFloat(), f.readFloat(), f.readFloat(),
f.readFloat(), f.readFloat(), f.readFloat(), f.readFloat()
]
self.unk012 = f.readUInt()
self.unk013 = f.readUInt()
self.unk014 = f.readUInt()
self.unk015 = f.readUInt()
f.seek(self.pos + self.size, NOESEEK_ABS)
class pmdPME_matInfo:
index = 0
face_pos = 0
face_count = 0
unk080 = 0
vert_pos = 0
vert_count = 0
def read_pmdPME_matInfo(self, f=NoeBitStream()):
self.index = f.readUInt()
self.face_pos = f.readUInt()
self.face_count = f.readUInt()
self.unk080 = f.readUInt()
self.vert_pos = f.readUInt()
self.vert_count = f.readUInt()
class pmdPME_entry:
pos = 0
data_pos = 0
index = 0
size = 0
unk006 = 0
name = ""
unk020 = 0 # 0
unk021 = 0 # parent bone
unk022 = 0 # 0
unk023 = 0 # -1
unk024 = 0 # 0
unk025 = 0 # ?? addr
vert_count = 0
unk026 = 0 # always 0?
vert_buffer_size = 0
face_count = 0
face_max_vert_index = 0
face_buffer_size = 0
matid_count = 0 # num of materials
matid = []
matid_addr = 0
matid_size = 0
boneid = []
boneid_count = 0
boneid_addr = 0
boneid_size = 0
unk037 = 0
unk038 = 0
unk039 = 0
unk040 = 0
unk041 = 0
unk042 = 0
unk043 = 0
bmin = []
bmax = []
unk046 = 0 # 1
parent_id_addr = 0
parent_id = 0
unk048 = 0 # 4
unk049 = 0 # 0
unk050 = 0 # 1
unk051 = 0 # 2
unk052 = 0 # 1
end_addr = 0
unk054 = 0 # 0?
unk055 = 0 # 0?
unk056 = 0 # 0?
unk057 = 0 # float?
unk058 = 0 # float?
unk059 = 0 # float?
unk060 = 0 # float?
unk061 = 0 # float?
unk062 = 0 # float?
unk063 = 0
unk064 = 0
unk065 = 0
unk066 = 0
unk067 = 0
unk068 = 0
unk069 = 0
unk070 = 0
unk071 = 0
unk072 = 0
unk073 = 0
unk074 = 0
unk075 = 0
unk076 = 0
unk077 = 0
unk078 = 0
unk079 = 0
unk080 = 0
def __init__(self):
self.bmin = [float] * 4
self.bmax = [float] * 4
def read_pme_entry(self, f=NoeBitStream()):
i = 1
self.pos = f.tell()
self.index = f.readUInt()
self.size = f.readUInt()
self.unk006 = f.readUInt()
self.name = f.readBytes(32).decode("UTF-8").rstrip("\0")
self.unk020 = f.readUInt()
self.unk021 = f.readUInt()
self.unk022 = f.readUInt()
self.unk023 = f.readUInt()
self.unk024 = f.readUInt()
self.unk025 = f.readUInt()
self.vert_count = f.readUInt()
self.unk026 = f.readUInt()
self.vert_buffer_size = f.readUInt()
self.face_count = f.readUInt()
self.face_max_vert_index = f.readUInt()
self.face_buffer_size = f.readUInt()
self.matid_count = f.readUInt()
self.matid_addr = f.readUInt()
self.matid_size = f.readUInt()
self.boneid_count = f.readUInt()
self.boneid_addr = f.readUInt()
self.boneid_size = f.readUInt()
self.unk037 = f.readUInt()
self.unk038 = f.readUInt()
self.unk039 = f.readUInt()
self.unk040 = f.readUInt()
self.unk041 = f.readUInt()
self.unk042 = f.readUInt()
self.unk043 = f.readUInt()
self.bmin = [f.readFloat(), f.readFloat(), f.readFloat(), f.readFloat()]
self.bmax = [f.readFloat(), f.readFloat(), f.readFloat(), f.readFloat()]
self.unk046 = f.readUInt()
self.parent_id_addr = f.readUInt()
self.unk048 = f.readUInt()
self.unk049 = f.readUInt()
self.unk050 = f.readUInt()
self.unk051 = f.readUInt()
self.unk052 = f.readUInt()
self.end_addr = f.readUInt()
self.unk054 = f.readUInt()
self.unk055 = f.readUInt()
self.unk056 = f.readUInt()
self.unk057 = f.readUInt()
self.unk058 = f.readUInt()
self.unk059 = f.readUInt()
self.unk060 = f.readUInt()
self.unk061 = f.readUInt()
self.unk062 = f.readUInt()
self.unk063 = f.readUInt()
self.unk064 = f.readUInt()
self.unk065 = f.readUInt()
self.unk066 = f.readUInt()
self.unk067 = f.readUInt()
self.unk068 = f.readUInt()
self.unk069 = f.readUInt()
self.unk070 = f.readUInt()
self.unk071 = f.readUInt()
self.unk072 = f.readUInt()
self.unk073 = f.readUInt()
self.unk074 = f.readUInt()
self.unk075 = f.readUInt()
self.unk076 = f.readUInt()
self.unk077 = f.readUInt()
self.unk078 = f.readUInt()
self.unk079 = f.readUInt()
self.unk080 = f.readUInt()
self.data_pos = f.tell()
if self.matid_count > 0:
f.seek(self.data_pos + self.matid_addr, NOESEEK_ABS)
self.matid = [pmdPME_matInfo] * self.matid_count
for i in range(0, self.matid_count):
self.matid[i] = pmdPME_matInfo()
self.matid[i].read_pmdPME_matInfo(f)
if self.boneid_count > 0:
f.seek(self.data_pos + self.boneid_addr, NOESEEK_ABS)
self.boneid = [int] * self.boneid_count
for i in range(0, self.boneid_count):
self.boneid[i] = f.readUInt()
f.seek(self.data_pos + self.parent_id_addr, NOESEEK_ABS)
self.parent_id = f.readUInt()
f.seek(self.pos + self.size, NOESEEK_ABS)
class pmdPMA_entry:
pos = 0
unk198 = 0
unk199 = 0
unk200 = 0
name = ""
unk201 = 0
unk202 = 0
unk203 = 0
unk204 = 0
unk205 = 0
unk206 = 0
unk207 = 0
unk208 = 0
unk209 = 0
unk210 = 0
unk211 = 0
unk212 = 0
unk213 = 0
unk214 = 0
unk215 = 0
unk216 = 0
unk217 = 0
unk218 = 0
unk219 = [0, 0, 0, 0]
unk220 = [0, 0, 0, 0]
unk221 = [0, 0, 0, 0]
unk222 = [0, 0, 0, 0]
unk223 = 0.0
unk224 = 0.0
diffuseMap_index = 0
unk226 = 0 # FFs
unk227 = 0
normalMap_index = 0
unk229 = 0
unk230 = 0.0
unk231 = 0 # FF
unk232 = 0
shadowMap_index = 0
unk234 = 0
unk235 = 0
unk236 = 0
unk237 = 0
unk238 = 0
unk239 = 0
unk240 = 0
unk241 = 0
reflectionMaskMap_index = 0
unk243 = 0
unk244 = 0
unk245 = 0
unk246 = [0, 0, 0, 0]
unk247 = [0, 0, 0, 0]
def read_pma_entry(self, f=NoeBitStream()):
self.pos = f.tell()
self.unk198 = f.readUInt()
self.unk199 = f.readUInt()
self.unk200 = f.readUInt()
self.name = f.readBytes(32).decode("UTF-8").rstrip("\0")
self.unk201 = f.readUInt()
self.unk202 = f.readUInt()
self.unk203 = f.readUInt()
self.unk204 = f.readUInt()
self.unk205 = f.readUInt()
self.unk206 = f.readUInt()
self.unk207 = f.readUInt()
self.unk208 = f.readUInt()
self.unk209 = f.readUInt()
self.unk210 = f.readUInt()
self.unk211 = f.readUInt()
self.unk212 = f.readUInt()
self.unk213 = f.readUInt()
self.unk214 = f.readUInt()
self.unk215 = f.readUInt()
self.unk216 = f.readUInt()
self.unk217 = f.readUInt()
self.unk218 = f.readUInt()
self.unk219 = [f.readFloat(), f.readFloat(), f.readFloat(), f.readFloat()]
self.unk220 = [f.readFloat(), f.readFloat(), f.readFloat(), f.readFloat()]
self.unk221 = [f.readFloat(), f.readFloat(), f.readFloat(), f.readFloat()]
self.unk222 = [f.readFloat(), f.readFloat(), f.readFloat(), f.readFloat()]
self.unk223 = f.readFloat()
self.unk224 = f.readFloat()
self.diffuseMap_index = f.readUInt()
self.unk226 = f.readUInt()
self.unk227 = f.readUInt()
self.normalMap_index = f.readUInt()
self.unk229 = f.readUInt()
self.unk230 = f.readFloat()
self.unk231 = f.readUInt()
self.unk232 = f.readUInt()
self.shadowMap_index = f.readUInt()
self.unk234 = f.readUInt()
self.unk235 = f.readUInt()
self.unk236 = f.readUInt()
self.unk237 = f.readUInt()
self.unk238 = f.readUInt()
self.unk239 = f.readUInt()
self.unk240 = f.readUInt()
self.unk241 = f.readUInt()
self.reflectionMaskMap_index = f.readUInt()
self.unk243 = f.readUInt()
self.unk244 = f.readUInt()
self.unk245 = f.readUInt()
self.unk246 = [f.readFloat(), f.readFloat(), f.readFloat(), f.readFloat()]
self.unk247 = [f.readFloat(), f.readFloat(), f.readFloat(), f.readFloat()]
class pmdPAR_entry:
pos = 0
name = ""
version = 0
image_size = 0
image_count = 0
unk103 = 0
image_addr = 0
image_size2 = 0
format = 0
unk107 = 0
unk108 = 0
unk109 = 0
unk110 = 0
width = 0
height = 0
depth = 0
unk114 = 0
unk115 = 0
unk116 = 0
unk117 = 0
unk118 = 0
unk119 = 0
unk120 = 0
unk121 = 0
unk122 = 0
unk123 = 0
unk124 = 0
unk125 = 0
unk126 = 0
unk127 = 0
unk128 = 0
unk129 = 0
unk130 = 0
unk131 = 0
unk132 = 0
unk133 = 0
unk134 = 0
unk135 = 0
unk136 = 0
def read_par_entry(self, f = NoeBitStream()):
self.pos = f.tell()
self.version = f.readUInt()
self.image_size = f.readUInt()
self.image_count = f.readUInt()
self.unk103 = f.readUInt()
self.image_addr = f.readUInt()
self.image_size2 = f.readUInt()
self.format = f.readUByte()
self.unk107 = f.readUByte()
self.unk108 = f.readUByte()
self.unk109 = f.readUByte()
self.unk110 = f.readUInt()
self.width = f.readUShort()
self.height = f.readUShort()
self.depth = f.readUShort()
self.unk114 = f.readUShort()
self.unk115 = f.readUInt()
self.unk116 = f.readUInt()
self.unk117 = f.readUInt()
self.unk118 = f.readUInt()
self.unk119 = f.readUInt()
self.unk120 = f.readUInt()
self.unk121 = f.readUInt()
self.unk122 = f.readUInt()
self.unk123 = f.readUInt()
self.unk124 = f.readUInt()
self.unk125 = f.readUInt()
self.unk126 = f.readUInt()
self.unk127 = f.readUInt()
self.unk128 = f.readUInt()
self.unk129 = f.readUInt()
self.unk130 = f.readUInt()
self.unk131 = f.readUInt()
self.unk132 = f.readUInt()
self.unk133 = f.readUInt()
self.unk134 = f.readUInt()
self.unk135 = f.readUInt()
self.unk136 = f.readUInt()
class ptafile:
par = []
def create_image_list(self, f = NoeBitStream()):
texList = []
imgData = []
i = 0
pos = f.tell()
filetype = f.readUInt()
version = f.readUInt()
count = f.readUInt()
unk299 = f.readUInt()
self.par = [pmdPAR_entry] * count
i = 0
for i in range(0, count):
f.seek(pos + 0x10 + (i * 4), NOESEEK_ABS)
self.par[i] = pmdPAR_entry()
f.seek(pos + f.readUInt(), NOESEEK_ABS)
self.par[i].read_par_entry(f)
f.seek(pos + 0x10 + (count * 4) + (i * 0x80), NOESEEK_ABS)
self.par[i].name = f.readBytes(128).decode("UTF-8").rstrip("\0")
if count > 0:
texList = [NoeTexture] * count
for i in range(0, count):
#print(str(i) + " " + self.par[i].name)
f.seek(self.par[i].pos + self.par[i].image_addr, NOESEEK_ABS)
imgData = f.readBytes(self.par[i].image_size)
if self.par[i].format == 0x85:
texList[i] = NoeTexture(self.par[i].name, self.par[i].width, self.par[i].height, imgData, noesis.NOESISTEX_RGBA32)
elif self.par[i].format == 0x86:
texList[i] = NoeTexture(self.par[i].name, self.par[i].width, self.par[i].height, imgData, noesis.NOESISTEX_DXT1)
elif self.par[i].format == 0x87:
texList[i] = NoeTexture(self.par[i].name, self.par[i].width, self.par[i].height, imgData, noesis.NOESISTEX_DXT3)
elif self.par[i].format == 0x88:
texList[i] = NoeTexture(self.par[i].name, self.par[i].width, self.par[i].height, imgData, noesis.NOESISTEX_DXT5)
else:
print(self.par[i].format)
texList[i] = NoeTexture(self.par[i].name, self.par[i].width, self.par[i].height, imgData, noesis.NOESISTEX_UNKNOWN)
return texList
class pmdfile:
ptr = []
pme = []
pma = []
def read_pmd(self, f=NoeBitStream(), fileSize=0):
f.seek(0, NOESEEK_ABS)
chunk = pmdblock()
while f.tell() < fileSize:
chunk.read_block(f)
if chunk.type == 0x50545201 and chunk.count > 0: # PTR (Skeleton)
self.ptr = [pmdPTR_entry] * chunk.count
i = 0
for i in range(0, chunk.count):
f.seek(chunk.datapos + chunk.addrs[i], NOESEEK_ABS)
self.ptr[i] = pmdPTR_entry()
self.ptr[i].read_ptr_entry(f)
# print(self.ptr[i].matrix[3])
elif chunk.type == 0x504D4501 and chunk.count > 0: # PME
self.pme = [pmdPME_entry] * chunk.count
i = 0
for i in range(0, chunk.count):
f.seek(chunk.datapos + chunk.addrs[i], NOESEEK_ABS)
self.pme[i] = pmdPME_entry()
self.pme[i].read_pme_entry(f)
elif chunk.type == 0x504D4101 and chunk.count > 0: # PMA
self.pma = [pmdPMA_entry] * chunk.count
i = 0
for i in range(0, chunk.count):
f.seek(chunk.datapos + chunk.addrs[i], NOESEEK_ABS)
self.pma[i] = pmdPMA_entry()
self.pma[i].read_pma_entry(f)
f.seek(chunk.endpos, NOESEEK_ABS)
def create_bone_list(self):
BoneList = []
BoneMatrix43 = NoeMat43()
BoneMatrix44 = NoeMat44()
BoneName = ""
ParentName = ""
i = 0
NumBones = len(self.ptr)
if NumBones > 0:
BoneList = [NoeBone] * NumBones
for i in range(0, NumBones):
BoneMatrix44 = NoeMat44((
NoeVec4(
(self.ptr[i].matrix[0], self.ptr[i].matrix[1], self.ptr[i].matrix[2], self.ptr[i].matrix[3])),
NoeVec4(
(self.ptr[i].matrix[4], self.ptr[i].matrix[5], self.ptr[i].matrix[6], self.ptr[i].matrix[7])),
NoeVec4(
(self.ptr[i].matrix[8], self.ptr[i].matrix[9], self.ptr[i].matrix[10], self.ptr[i].matrix[11])),
NoeVec4((self.ptr[i].matrix[12], self.ptr[i].matrix[13], self.ptr[i].matrix[14],
self.ptr[i].matrix[15]))
))
BoneMatrix43 = BoneMatrix44.toMat43()
BoneMatrix43 = BoneMatrix43.inverse()
BoneName = "bone%03i" % i
ParentName = "bone%03i" % self.ptr[i].parent_id
if self.ptr[i].name != "":
BoneName = self.ptr[i].name
if self.ptr[i].parent_id > -1 and self.ptr[i].parent_id < NumBones:
if self.ptr[self.ptr[i].parent_id].name != "":
ParentName = self.ptr[self.ptr[i].parent_id].name
BoneList[i] = (NoeBone(i, BoneName, BoneMatrix43, ParentName, self.ptr[i].parent_id))
else:
BoneList[i] = (NoeBone(i, self.ptr[i].name, BoneMatrix43, None, -1))
return BoneList
def create_mesh_list(self, f = NoeBitStream(), texList = []):
mshList = []
matList = []
posList = []
nrmList = []
bWeList = []
colList = []
uv0List = []
uv1List = []
idxList = []
vert = [0.0, 0.0, 0.0, 0.0]
norm = [0.0, 0.0, 0.0, 0.0]
colr = [1.0, 0.0, 0.0, 0.0]
boWe = [1.0, 0.0, 0.0, 0.0]
boId = [0, 0, 0, 0]
uvw0 = [0.0, 0.0]
uvw1 = [0.0, 0.0]
mesh = 0
element = 0
mesh_count = 0
mesh_index = 0
material_count = 0
material_name = ""
texture_name = ""
texture_count = 0
vstride = 0
fstride = 0
vcount = 0
vertAdd = 0
StartDirection = 1
FaceDirection = 1
f1 = 1
f2 = 2
f3 = 3
face_term = 0xFFFFFFFF
mat_index = 0
v = 0
x = 0
div = 0.0
mesh_count = 0
for mesh in range(0, len(self.pme)):
mesh_count = mesh_count + self.pme[mesh].matid_count
if mesh_count > 0:
mshList = [NoeMesh] * mesh_count
matList = [NoeMaterial] * mesh_count
mesh_index = 0
material_count = len(self.pma)
texture_count = len(texList)
for mesh in range(0, len(self.pme)):
vstride = int(self.pme[mesh].vert_buffer_size / self.pme[mesh].vert_count)
fstride = int(self.pme[mesh].face_buffer_size / self.pme[mesh].face_count)
vcount = 0
vertAdd = 0
for element in range(0, self.pme[mesh].matid_count):
material_name = "mat%03i" % mesh_index
texture_name = ""
if self.pme[mesh].matid[element].index < material_count:
material_name = self.pma[self.pme[mesh].matid[element].index].name
if self.pma[self.pme[mesh].matid[element].index - self.pma[self.pme[mesh].matid[element].index].unk243].diffuseMap_index < texture_count:
texture_name = texList[self.pma[self.pme[mesh].matid[element].index - self.pma[self.pme[mesh].matid[element].index].unk243].diffuseMap_index].name
#print("MaterialName " + str(material_name))
#print("TextureName " + str(texture_name))
matList[mesh_index] = NoeMaterial(material_name, texture_name)
matList[mesh_index].setDefaultBlend(False)
if texture_name != "":
if self.pma[self.pme[mesh].matid[element].index].normalMap_index > -1 and self.pma[self.pme[mesh].matid[element].index].normalMap_index < texture_count:
matList[mesh_index].setNormalTexture(textList[self.pma[self.pme[mesh].matid[element].index].normalMap_index].name)
if self.pma[self.pme[mesh].matid[element].index].shadowMap_index > -1 and self.pma[self.pme[mesh].matid[element].index].shadowMap_index < texture_count:
matList[mesh_index].setOcclTexture(textList[self.pma[self.pme[mesh].matid[element].index].shadowMap_index].name)
vstride = int(self.pme[mesh].vert_buffer_size / self.pme[mesh].vert_count)
fstride = int(self.pme[mesh].face_buffer_size / self.pme[mesh].face_count)
if (element + 1) == self.pme[mesh].matid_count:
vcount = self.pme[mesh].vert_count - self.pme[mesh].matid[element].vert_pos
else:
vcount = self.pme[mesh].matid[element + 1].vert_pos - self.pme[mesh].matid[element].vert_pos
colList = []
posList = []
nrmList = []
bWeList = []
uv0List = []
uv1List = []
idxList = []
if vcount > 0:
colList = [NoeVec4] * vcount
posList = [NoeVec3] * vcount
nrmList = [NoeVec3] * vcount
bWeList = [NoeVertWeight] * vcount
uv0List = [NoeVec3] * vcount
uv1List = [NoeVec3] * vcount
for v in range(0, vcount):
f.seek(self.pme[mesh].data_pos + (vertAdd * vstride) + (v * vstride), NOESEEK_ABS)
vert = [f.readFloat(), f.readFloat(), f.readFloat(), f.readFloat()]
norm = [float(f.readShort() / 32767.0), float(f.readShort() / 32767.0),
float(f.readShort() / 32767.0), float(f.readShort() / 32767.0)]
div = math.sqrt((norm[0] * norm[0]) + (norm[1] * norm[1]) + (norm[2] * norm[2]))
norm = [norm[0] / div, norm[1] / div, norm[2] / div, norm[3]]
uvw0 = [f.readHalfFloat(), f.readHalfFloat()]
uvw1 = [0.0, 0.0]
if vstride > 72:
uvw1 = [f.readHalfFloat(), f.readHalfFloat()]
colr = [f.readFloat(), f.readFloat(), f.readFloat(), f.readFloat()]
boWe = [1.0, 0.0, 0.0, 0.0]
boId = [0, 0, 0, 0]
if vstride > 52:
boWe = [f.readFloat(), f.readFloat(), f.readFloat(), f.readFloat()]
boId = [f.readUByte(), f.readUByte(), f.readUByte(), f.readUByte()]
f.seek(8, NOESEEK_REL) # Tangents?
posList[v] = NoeVec3((vert[0] * vert[3], vert[1] * vert[3], vert[2] * vert[3]))
nrmList[v] = NoeVec3((norm[0], norm[1], norm[2]))
uv0List[v] = NoeVec3((uvw0[0], uvw0[1], 0.0))
uv1List[v] = NoeVec3((uvw1[0], uvw1[1], 0.0))
bWeList[v] = NoeVertWeight(boId, boWe)
colList[v] = NoeVec4((colr[0], colr[1], colr[2], 1.0))
f.seek(self.pme[mesh].data_pos + self.pme[mesh].vert_buffer_size + (self.pme[mesh].matid[element].face_pos * fstride), NOESEEK_ABS)
# This Algo for reading the face strip was taken from
# one of chrrox's old maxscripts and adapted here
StartDirection = -1
FaceDirection = 1
x = 0
f1 = 1
f2 = 2
f3 = 3
face_term = 0xFFFFFFFF
StartDirection = -1
if fstride == 1:
f1 = f.readUByte()
f2 = f.readUByte()
face_term = 0xFF
elif fstride == 2:
f1 = f.readUShort()
f2 = f.readUShort()
face_term = 0xFFFF
FaceDirection = StartDirection
while True:
if f.tell() >= (self.pme[mesh].data_pos + self.pme[mesh].vert_buffer_size + ((self.pme[mesh].matid[element].face_pos + self.pme[mesh].matid[element].face_count) * fstride)):
break
if fstride == 1:
f3 = f.readUByte()
elif fstride == 2:
f3 = f.readUShort()
if f3 == face_term:
if fstride == 1:
f1 = f.readUByte()
f2 = f.readUByte()
elif fstride == 2:
f1 = f.readUShort()
f2 = f.readUShort()
FaceDirection = StartDirection
else:
FaceDirection *= -1
if f1 != f2 and f2 != f3 and f3 != f1:
if FaceDirection > 0:
idxList.append(f1 - vertAdd)
idxList.append(f3 - vertAdd)
idxList.append(f2 - vertAdd)
else:
idxList.append(f1 - vertAdd)
idxList.append(f2 - vertAdd)
idxList.append(f3 - vertAdd)
f1 = f2
f2 = f3
vertAdd += vcount
mshList[mesh_index] = NoeMesh(idxList, posList, "mesh%03i" % mesh_index)
if self.pme[mesh].name != "":
mshList[mesh_index].setMaterial(self.pme[mesh].name)
mshList[mesh_index].setMaterial(material_name)
mshList[mesh_index].setIndices(idxList)
mshList[mesh_index].setPositions(posList)
mshList[mesh_index].setNormals(nrmList)
mshList[mesh_index].setUVs(uv0List, 0)
mshList[mesh_index].setUVs(uv1List, 1)
#mshList[mesh_index].setColors(colList)
mshList[mesh_index].setWeights(bWeList)
if self.pme[mesh].boneid_count > 0:
mshList[mesh_index].setBoneMap(self.pme[mesh].boneid)
else:
mshList[mesh_index].setBoneMap([self.pme[mesh].parent_id])
mesh_index = mesh_index + 1
return mshList, matList
def noepyLoadModel(data, mdlList):
f = NoeBitStream(data, NOE_BIGENDIAN)
if f.readUInt() != NOEPY_HEADER:
return 0
pmd = pmdfile()
pta = ptafile()
TexList = []
MatList = []
# Check if there is a texture library
filename = rapi.getInputName()
filename = filename[:-3] + {'PMD': 'PTA'}[filename[-3:].upper()]
if rapi.checkFileExists(filename):
t = NoeBitStream(rapi.loadIntoByteArray(filename), NOE_BIGENDIAN)
TexList = pta.create_image_list(t)
pmd.read_pmd(f, len(data))
BoneList = pmd.create_bone_list()
MeshList, MatList = pmd.create_mesh_list(f, TexList)
mdl = NoeModel()
if showConsole: print("NumBones: " + str(len(BoneList)))
mdl.setBones(BoneList)
mdl.setMeshes(MeshList)
mdl.setModelMaterials(NoeModelMaterials(TexList, MatList))
mdlList.append(mdl)
return 1
def noepyCheckType(data):
if len(data) < 8:
return 0
f = NoeBitStream(data, NOE_BIGENDIAN)
if f.readUInt() != NOEPY_HEADER:
return 0
return 1
def registerNoesisTypes():
if showConsole == True:
noesis.logPopup()
for i in range(0, 30): print("\n")
handle = noesis.register("The Idolm@aster: One For All (PS3)", ".pmd")
noesis.setHandlerTypeCheck(handle, noepyCheckType)
noesis.setHandlerLoadModel(handle, noepyLoadModel)
return 1
.gif "Smile"){kind=small}
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