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pes_face_modifier.py
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bl_info = {
"name": "PES/WE/JL PC/PS2/PSP and PES2013 PC Face/Hair Modifier Tool",
"author": "PES Indie Team / Suat CAGDAS 'sxsxsx'",
"version": (2,0),
"blender": (2, 6, 7),
"api": 35853,
"location": "Under Scene Tab",
"description": "Import/Export PES/WE/JL PC/PS2/PSP and PES13 PC Face/Hair Model",
"warning": "",
"wiki_url": "",
"tracker_url": "",
"category": "System"}
import bpy,bmesh,zlib,os,struct,io
from array import array
from bpy.props import *
import logging
logging.basicConfig(filename='%s.log' % "face_modifier", filemode='w', level=logging.DEBUG, format='%(asctime)s - %(message)s', datefmt='%d-%b-%y %H:%M:%S')
logging.debug("Logging file started")
bpy.types.Scene.face_path = StringProperty(name="Face File",subtype='FILE_PATH',default="Select the Face BIN File from here --->")
bpy.types.Scene.hair_path = StringProperty(name="Hair File",subtype='FILE_PATH',default="Select the Hair BIN File from here --->")
bpy.types.Scene.ks_path = StringProperty(name="",subtype='DIR_PATH',default="Set Kitserver dt0c.img Folder from here -->")
bpy.types.Scene.pes_ver = EnumProperty(name="Select PES Version",items=[("pes13","PES 2013 PC"," "), ("pes_psp","PES/WE PSP"," "), ("pes_ps2","PES/WE PS2"," "), ("pes_pc","PES/WE PC"," ")], default="pes_pc")
bpy.types.Scene.uv_sw = BoolProperty(name="", default=False)
bpy.types.Scene.face_vc = IntProperty(name="", default=0)
bpy.types.Scene.hair_vc = IntProperty(name="", default=0)
tool_id="PES/WE/JL PC/PS2/PSP and PES13 PC Face/Hair Modifier Tool v2.0 - Blender v2.67"
facepath,hairpath,face_id,hair_id = "","","",""
temp_folder = bpy.app[4].split('blender.exe')[0]+'pes_temp\\'
DDSPATH = bpy.app[4].split('blender.exe')[0]+'pes_temp\\nvidia_dds.exe'
DDSPATH = '"'+DDSPATH+'"'
bump = temp_folder+"def_bump.dll"
face_temp = temp_folder+"face_unzlib_temp"
imp_face_dds = temp_folder+"face_tex.dds"
hair_temp = temp_folder+"hair_unzlib_temp"
imp_hair_dds = temp_folder+"hair_tex.dds"
plist,f_plist,h_plist,h_start,f_start,start=[],[],[],0,0,0
pes6f_voff,pes6h_voff,pes6_vc,pes6_vs=0,0,0,0
pes_ps2_f_voff,pes_ps2_h_voff,pes_ps2_vc,pes_ps2_vs = 0, 0, 0, 0
pes_psp_f_voff,pes_psp_h_voff,pes_psp_vc,pes_psp_vs = 0, 0, 0, 0
ps2_f_uv_list, ps2_h_uv_list, psp_f_uv_list, psp_h_uv_list, = [], [], [], [],
class ShapeKey:
def __init__(self, shapeid, nr_of_indices, indices_offset, verts_offset):
self.shapeid = shapeid
self.nr_of_indices = nr_of_indices
self.indices_offset = indices_offset
self.verts_offset = verts_offset
self.vertices_list = list()
self.indices_list = list()
class VertexGroup():
def __init__(self, idx, tri_idx_start, tri_idx_end, vertex_start, vertex_total, total_faces):
self.idx = idx
self.tri_idx_start = tri_idx_start
self.tri_idx_end = tri_idx_end
self.vertex_start = vertex_start
self.vertex_total = vertex_total
self.total_faces = total_faces
def unzlib(model):
logging.debug("Starting unzlib")
if model == 'face':
filepath_imp=facepath
temp=face_temp
else:
filepath_imp=hairpath
temp=hair_temp
data1 = open(filepath_imp, 'rb')
data1.seek(16,0)
if bpy.context.scene.pes_ver == "pes_pc" or bpy.context.scene.pes_ver == "pes_ps2" or bpy.context.scene.pes_ver == "pes_psp":
data1.seek(16,1)
data2=data1.read()
data3=zlib.decompress(data2,32)
out=open(temp,"wb")
out.write(data3)
out.flush()
out.close()
logging.debug("Finishing unzlib")
return open(temp,"rb")
def zlib_comp(self,model):
logging.debug("Starting zlib")
if model == 'face':
filepath_exp=facepath
temp=face_temp
else:
filepath_exp=hairpath
temp=hair_temp
exp1=open(temp, 'rb').read()
exp2=zlib.compress(exp1,9)
s1,s2=len(exp1),len(exp2)
exp=open(filepath_exp,"wb")
if bpy.context.scene.pes_ver == 'pes13':
exp.write(struct.pack("I",0x57010100))
exp.write(struct.pack("4s","ESYS".encode()))
else:
exp.write(struct.pack("I",0x00010600))
exp.write(struct.pack("I",s2))
exp.write(struct.pack("I",s1))
if bpy.context.scene.pes_ver == "pes_pc" or bpy.context.scene.pes_ver == "pes_ps2" or bpy.context.scene.pes_ver == "pes_psp":
exp.write(struct.pack("20s","".encode()))
exp.write(exp2)
copyright = "Made by Suat CAGDAS 'sxsxsx'"
if bpy.context.scene.pes_ver == "pes_pc" or bpy.context.scene.pes_ver == "pes_ps2" or bpy.context.scene.pes_ver == "pes_psp":
exp.write(struct.pack("16s","".encode()))
copyright = "Made by PES Indie Team"
exp.write(struct.pack("I%dsI%ds" % (len(tool_id), len(copyright)),0,
tool_id.encode(),
0,copyright.encode()))
exp.flush()
exp.close()
logging.debug("Finishing zlib")
def pes_psp_exp(self,model):
logging.debug("Starting pes_psp_exp")
global pes_psp_f_voff,pes_psp_h_voff,pes_psp_vc,pes_psp_vs, psp_f_uv_list, psp_h_uv_list
if model == 'face':
temp=face_temp
obname='PES_PSP_Face'
pes_psp_vc=bpy.context.scene.face_vc
pes_psp_voff=pes_psp_f_voff
else:
temp=hair_temp
obname='PES_PSP_Hair'
pes_psp_vc=bpy.context.scene.hair_vc
pes_psp_voff=pes_psp_h_voff
### Export Model ###
ex6_file=open(temp,"r+b")
for ob in bpy.data.objects:
if ob.name[:9] == obname:
if ob.hide == 0:
bpy.context.scene.objects.active=ob
ac_ob=bpy.context.active_object
data=ac_ob.data
if len(data.vertices) != pes_psp_vc:
logging.debug("vertex count not matching")
self.report( {"ERROR"}, "Vertex Count is Not Equal with Base Model !!\nDont delete or add any vertices !!\nTry Import again Base Model !!\nInfo: Base Model is always last imported model... " )
return {"FINISHED"}
uvlayer=data.uv_layers.active.data
vidx_list,exp_uvlist=[],[]
for poly in data.polygons:
for idx in range(poly.loop_start, poly.loop_start + poly.loop_total):
if data.loops[idx].vertex_index not in vidx_list:
vidx_list.append(data.loops[idx].vertex_index)
exp_uvlist.append((uvlayer[idx].uv[0],uvlayer[idx].uv[1]))
ex6_file.seek(8,0)
offset_file_1 = struct.unpack("<I", ex6_file.read(4))[0]
parts_info_offset = 32
vertex_in_part_offset = 72
ex6_file.seek(offset_file_1 + parts_info_offset,0)
total_parts, part_start_offset = struct.unpack("<II", ex6_file.read(8))
logging.debug("total parts %d" % total_parts)
part_start_offset += offset_file_1
factor = -0.001553
factor_uv = 0.000244
i = 0
vertex_count = 0
while i < total_parts:
#print("part ",i, " offset: ", part_start_offset)
ex6_file.seek(part_start_offset,0)
part_size = struct.unpack("<I", ex6_file.read(4))[0]
ex6_file.seek(4,1)
vertex_start_address = struct.unpack("<I", ex6_file.read(4))[0]
ex6_file.read(8)
vertex_start_address += part_start_offset
ex6_file.seek(vertex_in_part_offset,1)
vertex_in_piece = struct.unpack("<H", ex6_file.read(2))[0]
ex6_file.seek(vertex_start_address, 0)
for j in range(vertex_in_piece):
x,y,z=data.vertices[vertex_count + j].co
x,y,z = round(x/factor*-1), round(y/factor), round((z)/factor)
for t in vidx_list:
if t == j + vertex_count:
u,v = exp_uvlist[vidx_list.index(t)][0],exp_uvlist[vidx_list.index(t)][1]
u, v = round((u)/factor_uv), round((1 - v) / factor_uv)
ex6_file.write(struct.pack("2h",u,v))
ex6_file.read(4)
ex6_file.write(struct.pack("3h",y,z,x))
part_start_offset += part_size
i += 1
vertex_count += vertex_in_piece
ex6_file.flush()
ex6_file.close()
zlib_comp(self,model)
return 1
def pes_psp_imp(self,context,model):
if model == 'face':
obname="PES_PSP_Face"
imgfile=facepath
else:
obname="PES_PSP_Hair"
imgfile=hairpath
global pes_psp_h_voff,pes_psp_f_voff,pes_psp_vc,pes_psp_vs
vlist,tlist,flist,edges,uvlist=[],[],[],[],[]
file=unzlib(model)
file.seek(8,0)
offset_file_1 = struct.unpack("<I", file.read(4))[0]
parts_info_offset = 32
vertex_in_part_offset = 92
texture_info_offset = 56
texture_index_in_part = 52
file.seek(offset_file_1, 0)
magic_number = file.read(4)
if magic_number != bytearray([0x03, 0x00, 0xFF, 0xFF]):
self.report( {"ERROR"}, "NOT A %s MODEL" % (obname))
return {"FINISHED"}
file.seek(offset_file_1 + parts_info_offset,0)
total_parts, part_start_offset = struct.unpack("<II", file.read(8))
part_start_offset += offset_file_1
file.seek(offset_file_1 + texture_info_offset,0)
total_textures, texture_list_offset = struct.unpack("<II", file.read(8))
texture_list_offset += offset_file_1
texture_list = []
i = 0
file.seek(texture_list_offset,0)
while i < total_textures:
res = ""
hex_val = file.read(4)
for b in hex_val:
res +="%02x" % (b)
texture_list.append(res)
i+=1
vg_list = [[]] * total_textures
factor = -0.001553
factor_uv = 0.000244
i = 0
vertex_count = 0
while i < total_parts:
#print("part ",i, " offset: ", part_start_offset)
file.seek(part_start_offset,0)
part_size = struct.unpack("<I", file.read(4))[0]
file.seek(4,1)
vertex_start_address, tri_start_address, tri_list_size = struct.unpack("<III", file.read(12))
#file.seek(part_info_start + vertex_in_part_offset,1)
vertex_start_address += part_start_offset
if tri_start_address != 0:
tri_start_address += part_start_offset
file.read(28)
tri_list_info_start, tex_id = struct.unpack("<II", file.read(4*2))
tri_list_info_start +=part_start_offset
file.seek(tri_list_info_start, 0)
tri_list_info_bytes = file.read(vertex_start_address - tri_list_info_start)
f_idx = bytearray([0x04,0x04])
start_face = 0
t_list_delimiter = []
while True:
pos = tri_list_info_bytes.find(f_idx)
if pos == -1: break
t_list_size = struct.unpack("<H", tri_list_info_bytes[pos-2: pos])[0]
tri_list_info_bytes = tri_list_info_bytes[pos + 2:]
t_list_delimiter.append([start_face, t_list_size + start_face])
start_face += t_list_size
file.seek(vertex_in_part_offset + part_start_offset,0)
vertex_in_piece, vertex_size = struct.unpack("<HH", file.read(2*2))
vg_list[tex_id] = vg_list[tex_id] + [vertex_count + i for i in range(vertex_in_piece)]
logging.debug("len : %d, list: %s" % (len(vg_list[tex_id]), str(vg_list[tex_id]) ))
file.seek(vertex_start_address, 0)
for j in range(vertex_in_piece):
u,v = struct.unpack("<hh", file.read(4))
if u < 0: u = u + 32768
if v < 0: v = v + 32768
uvlist.append(((u) * factor_uv, 1 - (v) * factor_uv))
file.read(4)
y, z, x = struct.unpack("<hhh", file.read(6))
vlist.append(((x * factor *-1), ((y * factor)), (z * factor)))
if tri_start_address != 0:
file.seek(tri_start_address, 0)
tri_data = file.read(tri_list_size * 2)
tstrip_index_list = [idx + vertex_count for idx in struct.unpack("<%dH" % tri_list_size, tri_data)]
for delimiter in t_list_delimiter:
temp_tstrip_list = tstrip_index_list[delimiter[0] : delimiter [1]]
for f in range(len(temp_tstrip_list)-2):
if (temp_tstrip_list[f] != temp_tstrip_list[f+1]) and (temp_tstrip_list[f+1] != temp_tstrip_list[f+2]) and (temp_tstrip_list[f+2] != temp_tstrip_list[f]):
flist.append((temp_tstrip_list[f+2],temp_tstrip_list[f+1],temp_tstrip_list[f]))
part_start_offset += part_size
i += 1
vertex_count += vertex_in_piece
pes_psp_vc,pes_psp_vs=vertex_count,0
if model == 'face':
bpy.context.scene.face_vc=pes_psp_vc
pes_psp_f_voff=0
else:
bpy.context.scene.hair_vc=pes_psp_vc
pes_psp_h_voff=0
file.flush()
file.close()
faces=flist
mesh = bpy.data.meshes.new(obname)
mesh.from_pydata(vlist, edges, faces)
from bpy_extras import object_utils
object_utils.object_data_add(context, mesh, operator=None)
me=bpy.context.active_object.data
bpy.ops.mesh.uv_texture_add('EXEC_SCREEN')
bm = bmesh.new()
bm.from_mesh(me)
uv_layer = bm.loops.layers.uv.verify()
for f in range(len(bm.faces)):
for i in range(len(bm.faces[f].loops)):
fuv=bm.faces[f].loops[i][uv_layer]
fuv.uv = uvlist[faces[f][i]]
bm.to_mesh(me)
bm.free()
bpy.ops.object.editmode_toggle()
bpy.ops.mesh.select_all(action='SELECT')
bpy.ops.mesh.normals_make_consistent(inside=False)
bpy.ops.object.editmode_toggle()
ac_ob=bpy.context.active_object
ac_ob.location=(0,0,0)
imgid=bpy.path.display_name_from_filepath(imgfile)+'.png'
imgfile=imgfile[:-4]+'.png'
if os.access(imgfile,0) == 1:
bpy.ops.image.open(filepath=imgfile,relative_path=False)
img=bpy.data.images[imgid]
uvdata=me.uv_textures[0].data
for face in uvdata:
face.image=img
currname = bpy.context.active_object.data.name
for i, vg in enumerate(vg_list):
if len(vg)>0:
new_vertex_group = bpy.data.objects[currname].vertex_groups.new(name='VG for Texture %s' % (texture_list[i]))
logging.debug("id: %d len: %d vglist : %s" % (i, len(vg),str(vg)))
new_vertex_group.add(vg, 1.0, 'ADD')
add_mat(ac_ob,model)
def pes_ps2_exp(self,model):
global pes_ps2_f_voff,pes_ps2_h_voff,pes_ps2_vc,pes_ps2_vs, ps2_f_uv_list, ps2_h_uv_list
if model == 'face':
temp=face_temp
obname='PES_PS2_Face'
pes_ps2_vc=bpy.context.scene.face_vc
pes_ps2_voff=pes_ps2_f_voff
uvlist = ps2_f_uv_list
else:
temp=hair_temp
obname='PES_PS2_Hair'
pes_ps2_vc=bpy.context.scene.hair_vc
pes_ps2_voff=pes_ps2_h_voff
uvlist = ps2_h_uv_list
### Export Model ###
ex6_file=open(temp,"r+b")
for ob in bpy.data.objects:
if ob.name[:9] == obname:
if ob.hide == 0:
bpy.context.scene.objects.active=ob
ac_ob=bpy.context.active_object
data=ac_ob.data
if len(data.vertices) != pes_ps2_vc:
print("")
self.report( {"ERROR"}, "Vertex Count is Not Equal with Base Model !!\nDont delete or add any vertices !!\nTry Import again Base Model !!\nInfo: Base Model is always last imported model... " )
return 0
uvlayer=data.uv_layers.active.data
vidx_list,exp_uvlist=[],[]
for poly in data.polygons:
for idx in range(poly.loop_start, poly.loop_start + poly.loop_total):
if data.loops[idx].vertex_index not in vidx_list:
vidx_list.append(data.loops[idx].vertex_index)
exp_uvlist.append((uvlayer[idx].uv[0],uvlayer[idx].uv[1]))
ex6_file.seek(8,0)
offset_file_1 = struct.unpack("<I", ex6_file.read(4))[0]
parts_info_offset = 32
vertex_in_part_offset = 88
ex6_file.seek(offset_file_1 + parts_info_offset,0)
total_parts, part_start_offset = struct.unpack("<II", ex6_file.read(8))
part_start_offset += offset_file_1
factor = -0.001553
factor_uv = 0.000244
i = 0
vertex_count = 0
vertices_texture = []
while i < total_parts:
#print("part ",i, " offset: ", part_start_offset)
ex6_file.seek(part_start_offset,0)
part_size = struct.unpack("<I", ex6_file.read(4))[0]
#print("part #", i)
ex6_file.seek(4,1)
part_info_start = struct.unpack("<I", ex6_file.read(4))[0]-12
ex6_file.seek(part_info_start+vertex_in_part_offset,1)
vertex_in_piece = struct.unpack("<H", ex6_file.read(2))[0]
ex6_file.seek(10,1)
for j in range(vertex_in_piece):
x,y,z=data.vertices[vertex_count + j].co
x,y,z = round(x/factor), round(y/factor), round((z)/factor)
ex6_file.write(struct.pack("3h",y,z,x*-1))
for t in vidx_list:
if t == j + vertex_count:
u,v = exp_uvlist[vidx_list.index(t)][0],exp_uvlist[vidx_list.index(t)][1]
#vertices_texture.append((u,v))
uvlist[t] = (u,v)
#"""
if vertex_in_piece%2!=0:
# if the number of vertes is not pair then we need to incress the movement of bytes by two
ex6_file.seek(2,1)
# here we skip the normals
ex6_file.seek(4,1)
ex6_file.seek(vertex_in_piece*6,1)
if vertex_in_piece%2!=0:
# if the number of vertes is not pair then we need to incress the movement of bytes by two
ex6_file.seek(2,1)
ex6_file.seek(4,1)
for j in range(vertex_in_piece):
#u, v = round((vertices_texture[vertex_count + j][0])/factor_uv), round((1 - vertices_texture[vertex_count + j][1]) / factor_uv)
u, v = round((uvlist[vertex_count + j][0])/factor_uv), round((1 - uvlist[vertex_count + j][1]) / factor_uv)
ex6_file.write(struct.pack("2h",u,v))
part_start_offset += part_size
i += 1
vertex_count += vertex_in_piece
ex6_file.flush()
ex6_file.close()
zlib_comp(self,model)
return 1
def pes_ps2_imp(self,context,model):
global pes_ps2_h_voff,pes_ps2_f_voff,pes_ps2_vc,pes_ps2_vs, ps2_f_uv_list, ps2_h_uv_list
if model == 'face':
obname="PES_PS2_Face"
imgfile=facepath
ps2_f_uv_list = []
uvlist = ps2_f_uv_list
else:
obname="PES_PS2_Hair"
imgfile=hairpath
ps2_h_uv_list = []
uvlist = ps2_h_uv_list
#vlist,tlist,flist,edges,uvlist=[],[],[],[],[]
vlist,tlist,flist,edges,=[],[],[],[],
file=unzlib(model)
file.seek(8,0)
offset_file_1 = struct.unpack("<I", file.read(4))[0]
parts_info_offset = 32
vertex_in_part_offset = 88
texture_info_offset = 56
texture_index_in_part = 52
file.seek(offset_file_1, 0)
magic_number = file.read(4)
if magic_number != bytearray([0x03, 0x00, 0xFF, 0xFF]):
self.report( {"ERROR"}, "NOT A %s MODEL" % (obname))
return {"FINISHED"}
file.seek(offset_file_1 + parts_info_offset,0)
total_parts, part_start_offset = struct.unpack("<II", file.read(8))
part_start_offset += offset_file_1
file.seek(offset_file_1 + texture_info_offset,0)
total_textures, texture_list_offset = struct.unpack("<II", file.read(8))
texture_list_offset += offset_file_1
texture_list = []
i = 0
file.seek(texture_list_offset,0)
while i < total_textures:
res = ""
hex_val = file.read(4)
for b in hex_val:
res +="%02x" % (b)
texture_list.append(res)
i+=1
vg_list = [[]] * total_textures
factor = -0.001553
factor_uv = 0.000244
i = 0
vertex_count = 0
while i < total_parts:
#print("part ",i, " offset: ", part_start_offset)
file.seek(part_start_offset + texture_index_in_part, 0)
tex_id = struct.unpack("<I", file.read(4))[0]
file.seek(part_start_offset,0)
part_size = struct.unpack("<I", file.read(4))[0]
file.seek(4,1)
part_info_start = struct.unpack("<I", file.read(4))[0]-12
file.seek(part_info_start + vertex_in_part_offset,1)
vertex_in_piece = struct.unpack("<H", file.read(2))[0]
# Here we create the vertex group list to separated parts properly in blender
vg_list[tex_id] = vg_list[tex_id] + [vertex_count + i for i in range(vertex_in_piece)]
logging.debug("len : %d, list: %s" % (len(vg_list[tex_id]), str(vg_list[tex_id]) ))
file.read(2)
file.seek(8,1)
for j in range(vertex_in_piece):
y, z, x = struct.unpack("<hhh", file.read(6))
vlist.append((((x*-1) * factor), ((y * factor)), (z * factor)))
#"""
if vertex_in_piece%2!=0:
# if the number of vertes is not pair then we need to incress the movement of bytes by two
file.seek(2,1)
# Skip normals
file.seek(4,1)
file.seek(vertex_in_piece*6,1)
if vertex_in_piece%2!=0:
# if the number of vertes is not pair then we need to incress the movement of bytes by two
file.seek(2,1)
file.seek(4,1)
for j in range(vertex_in_piece):
u,v = struct.unpack("<hh", file.read(4))
uvlist.append((u * factor_uv, 1 - v * factor_uv))
end_of_part = part_start_offset + part_size
end_data = file.read(end_of_part - file.tell())
tri_start = end_data.find(bytes([0x01, 0x00, 0x00, 0x05, 0x01, 0x01, 0x00, 0x01]))
tri_bytes = io.BytesIO(end_data[tri_start:])
tri_strip_list_idx = tri_bytes.read(8)
if tri_strip_list_idx != bytes([0x01, 0x00, 0x00, 0x05, 0x01, 0x01, 0x00, 0x01]):
self.report( {"ERROR"}, "Triangles identifier doesn't match must be a wrong model or an error with this script, read was: " + str(tri_strip_list_idx) )
return {"FINISHED"}
tri_bytes.read(2)
tri_list_size = (struct.unpack("<H", tri_bytes.read(2))[0] - 27904) * 8
tri_data = tri_bytes.read(tri_list_size)
tstrip_index_list = [int(idx/4) for idx in struct.unpack("<%dh" % int(len(tri_data)/2), tri_data)]
for f in range(len(tstrip_index_list)-2):
if(tstrip_index_list[f]<0 and tstrip_index_list[f+1]<0 and tstrip_index_list[f+2]>=0):
if (tstrip_index_list[f] != tstrip_index_list[f+1]) and (tstrip_index_list[f+1] != tstrip_index_list[f+2]) and (tstrip_index_list[f+2] != tstrip_index_list[f]):
flist.append((8192 + tstrip_index_list[f] + vertex_count - 1, 8192 + tstrip_index_list[f+1] + vertex_count - 1, tstrip_index_list[f+2] + vertex_count - 1))
elif(tstrip_index_list[f]<=0 and tstrip_index_list[f+1]>=0 and tstrip_index_list[f+2]>=0):
if (tstrip_index_list[f] != tstrip_index_list[f+1]) and (tstrip_index_list[f+1] != tstrip_index_list[f+2]) and (tstrip_index_list[f+2] != tstrip_index_list[f]):
flist.append((8192 + tstrip_index_list[f] + vertex_count - 1, tstrip_index_list[f+1] + vertex_count - 1, tstrip_index_list[f+2] + vertex_count - 1))
elif(tstrip_index_list[f+2]>=0 and tstrip_index_list[f+1]>=0 and tstrip_index_list[f]>0):
if (tstrip_index_list[f+2] != tstrip_index_list[f+1]) and (tstrip_index_list[f+0] != tstrip_index_list[f+2]) and (tstrip_index_list[f+2] != tstrip_index_list[f]):
flist.append((tstrip_index_list[f] + vertex_count - 1, tstrip_index_list[f+1] + vertex_count - 1, tstrip_index_list[f+2] + vertex_count - 1))
else:
continue
part_start_offset += part_size
i += 1
vertex_count += vertex_in_piece
pes_ps2_vc,pes_ps2_vs=vertex_count,0
if model == 'face':
bpy.context.scene.face_vc=pes_ps2_vc
pes_ps2_f_voff=0
else:
bpy.context.scene.hair_vc=pes_ps2_vc
pes_ps2_h_voff=0
file.flush()
file.close()
faces=flist
mesh = bpy.data.meshes.new(obname)
mesh.from_pydata(vlist, edges, faces)
from bpy_extras import object_utils
object_utils.object_data_add(context, mesh, operator=None)
me=bpy.context.active_object.data
bpy.ops.mesh.uv_texture_add('EXEC_SCREEN')
bm = bmesh.new()
bm.from_mesh(me)
uv_layer = bm.loops.layers.uv.verify()
for f in range(len(bm.faces)):
for i in range(len(bm.faces[f].loops)):
fuv=bm.faces[f].loops[i][uv_layer]
fuv.uv = uvlist[faces[f][i]]
bm.to_mesh(me)
bm.free()
bpy.ops.object.editmode_toggle()
bpy.ops.mesh.select_all(action='SELECT')
bpy.ops.mesh.normals_make_consistent(inside=False)
bpy.ops.object.editmode_toggle()
ac_ob=bpy.context.active_object
ac_ob.location=(0,0,0)
imgid=bpy.path.display_name_from_filepath(imgfile)+'.png'
imgfile=imgfile[:-4]+'.png'
if os.access(imgfile,0) == 1:
bpy.ops.image.open(filepath=imgfile,relative_path=False)
img=bpy.data.images[imgid]
uvdata=me.uv_textures[0].data
for face in uvdata:
face.image=img
currname = bpy.context.active_object.data.name
for i, vg in enumerate(vg_list):
if len(vg)>0:
new_vertex_group = bpy.data.objects[currname].vertex_groups.new(name='VG for Texture %s' % (texture_list[i]))
logging.debug("id: %d len: %d vglist : %s" % (i, len(vg),str(vg)))
new_vertex_group.add(vg, 1.0, 'ADD')
add_mat(ac_ob,model)
def pes6_exp(self,model):
global pes6f_voff,pes6h_voff,pes6_vc,pes6_vs
if model == 'face':
temp=face_temp
obname='PES_PC_Face'
pes6_vc=bpy.context.scene.face_vc
pes6_voff=pes6f_voff
else:
temp=hair_temp
obname='PES_PC_Hair'
pes6_vc=bpy.context.scene.hair_vc
pes6_voff=pes6h_voff
### Export Model ###
ex6_file=open(temp,"r+b")
ex6_file.seek(pes6_voff,0)
for ob in bpy.data.objects:
if ob.name[:9] == obname:
if ob.hide == 0:
bpy.context.scene.objects.active=ob
ac_ob=bpy.context.active_object
data=ac_ob.data
if len(data.vertices) != pes6_vc:
print("")
self.report( {"ERROR"}, "Vertex Count is Not Equal with Base Model !!\nDont delete or add any vertices !!\nTry Import again Base Model !!\nInfo: Base Model is always last imported model... " )
return 0
uvlayer=data.uv_layers.active.data
vidx_list,exp_uvlist=[],[]
for poly in data.polygons:
for idx in range(poly.loop_start, poly.loop_start + poly.loop_total):
if data.loops[idx].vertex_index not in vidx_list:
vidx_list.append(data.loops[idx].vertex_index)
exp_uvlist.append((uvlayer[idx].uv[0],uvlayer[idx].uv[1]))
for e in range(len(data.vertices)):
x,y,z=data.vertices[e].co
x,y,z=x*40,y*(-40),z*(-40)
x,y,z=round(x,8),round(y,8),round(z,8)
ex6_file.write(struct.pack("3f",y,z,x))
for t in vidx_list:
if t == e:
u,v = exp_uvlist[vidx_list.index(t)][0],exp_uvlist[vidx_list.index(t)][1]
u,v = round(u,6),round(v,6)
ex6_file.seek(pes6_vs-20,1)
ex6_file.write(struct.pack("2f",u,1-v))
ex6_file.flush()
ex6_file.close()
zlib_comp(self,model)
return 1
def pes6_imp(self,context,model):
if model == 'face':
obname="PES_PC_Face"
imgfile=facepath
else:
obname="PES_PC_Hair"
imgfile=hairpath
global pes6h_voff,pes6f_voff,pes6_vc,pes6_vs
vlist,tlist,flist,edges,uvlist=[],[],[],[],[]
file=unzlib(model)
file.seek(8,0)
off1= struct.unpack("<I", file.read(4))[0]
file.seek(off1,0)
magic_number = file.read(4)
logging.debug("magic_number %s" % (str(magic_number)))
end_of_header, _ , mat_info, vertex_off, idx_off, header_start = struct.unpack("<6I", file.read(6*4))
end_of_header += off1
mat_info += off1
vertex_off += off1
idx_off += off1
header_start += off1
if magic_number != bytearray([0x20, 0x05, 0x04, 0x20]):
self.report({"ERROR"}, "NOT A %s MODEL" % (obname))
return {"FINISHED"}
file.seek(header_start, 0)
vertex_group_bytes = file.read(end_of_header - header_start)
vg_idx = bytearray([0x07,0x05]) # this only works for faces and hairs, for other models we have another identifiers
vg_list = []
tri_counter = 0
vg_counter = 0
while True:
pos = vertex_group_bytes.find(vg_idx)
if pos == -1:
break
logging.debug("vertex group found at %d" % (pos))
vertex_group_bytes = vertex_group_bytes[pos + len(vg_idx):]
total_tlist, vert_start, total_verts, total_f = struct.unpack("<4H", vertex_group_bytes[:4*2])
logging.debug(
"total_tlist: %d, vert_start: %d, total_verts: %d, total_f: %d" % (
total_tlist, vert_start, total_verts, total_f
)
)
total_t = total_tlist + tri_counter
vg_list.append(VertexGroup(vg_counter, tri_counter, total_t, vert_start, total_verts, total_f))
vg_counter += 1
tri_counter += total_tlist
file.seek(vertex_off, 0)
"""
# this piece of code will be useful for other types of models example kits, stadiums, for face and hair is not needed
total_parts = struct.unpack("<I", file.read(4))[0]
parts_offsets = []
part_counter = 0
while part_counter < total_parts:
parts_offsets.append(struct.unpack("<I", file.read(4))[0] + vertex_off)
part_counter += 1
for part_offset in parts_offsets:
file.seek(part_offset)
vc, vs, _, anim_val= struct.unpack("<H2BI", file.read(8))
# now you should start reading vertex, vt normals etc
"""
file.read(8)
vc,vs, _, anim_val = struct.unpack("<H2BI", file.read(8))
pes6_vc,pes6_vs=vc,vs
if model == 'face':
bpy.context.scene.face_vc=pes6_vc
pes6f_voff=file.tell()
else:
bpy.context.scene.hair_vc=pes6_vc
pes6h_voff=file.tell()
for v in range(vc):
x,y,z=struct.unpack("<3f", file.read(3*4))
x,y,z=x*(-0.025),y*(-0.025),z*(0.025)
vlist.append((z,x,y))
file.seek(vs-20,1)
u,v=struct.unpack("<2f", file.read(2*4))
uvlist.append((u,1-v))
if anim_val>0:
animation_offset = anim_val + vertex_off + 8
logging.debug("vertex_off %d", (vertex_off))
logging.debug("animation_offset %d", (animation_offset))
animations = []
shapekey_size = 12
vertex_data_size = 12
file.seek(animation_offset)
total_shapekeys = struct.unpack("<I", file.read(4))[0]
logging.debug("total_shapekeys %d", (total_shapekeys))
i = 0
while i < total_shapekeys:
file.seek(animation_offset + i * shapekey_size + 4, 0)
shapeid, nr_of_indices, indices_offset, verts_offset = struct.unpack("<HHLL", file.read(shapekey_size))
sk = ShapeKey(shapeid, nr_of_indices, indices_offset+animation_offset, verts_offset+animation_offset)
j = 0
while j < sk.nr_of_indices:
file.seek(sk.verts_offset + j * vertex_data_size, 0)
x,y,z = struct.unpack('3f', file.read(vertex_data_size))
x,y,z=x*(-0.025),y*(-0.025),z*(0.025)
sk.vertices_list.append((z,x,y))
file.seek(sk.indices_offset + j*2, 0)
sk.indices_list.append(struct.unpack('<H', file.read(2))[0])
j+=1
animations.append(sk)
i+=1
file.seek(idx_off,0)
tri_total = struct.unpack("<H", file.read(2))[0]
tlist = struct.unpack("<%dH" % (tri_total), file.read(tri_total * 2))
for vg in vg_list:
temp_tlist = tlist[vg.tri_idx_start: vg.tri_idx_end]
logging.debug("vg_id: %d tri_idx_start %d, tri_idx_end %d, vg.total_faces %d" %(vg.idx, vg.tri_idx_start, vg.tri_idx_end, vg.total_faces))
logging.debug("len: %d tri list: %s" % (len(temp_tlist),str(temp_tlist)))
for f in range(len(temp_tlist)-2):
if (temp_tlist[f] != temp_tlist[f+1]) and (temp_tlist[f+1] != temp_tlist[f+2]) and (temp_tlist[f+2] != temp_tlist[f]):
flist.append((temp_tlist[f+2],temp_tlist[f+1],temp_tlist[f]))
"""
for f in range(len(tlist)-2):
if (tlist[f] != tlist[f+1]) and (tlist[f+1] != tlist[f+2]) and (tlist[f+2] != tlist[f]):
flist.append((tlist[f+2],tlist[f+1],tlist[f]))
"""
file.flush()
file.close()
faces=flist
mesh = bpy.data.meshes.new(obname)
mesh.from_pydata(vlist, edges, faces)
from bpy_extras import object_utils
object_utils.object_data_add(context, mesh, operator=None)
me=bpy.context.active_object.data
bpy.ops.mesh.uv_texture_add('EXEC_SCREEN')
bm = bmesh.new()
bm.from_mesh(me)
uv_layer = bm.loops.layers.uv.verify()
for f in range(len(bm.faces)):
for i in range(len(bm.faces[f].loops)):
fuv=bm.faces[f].loops[i][uv_layer]
fuv.uv = uvlist[faces[f][i]]
bm.to_mesh(me)
bm.free()
"""
if anim_val>0:
ob = bpy.data.objects[obname]
ob.shape_key_add(name=obname + " key", from_mix=False)
for i in animations:
ob.shape_key_add(name="Shape Key ID %d" % i.shapeid, from_mix=False)
for v in range(i.nr_of_indices):
a = i.indices_list[v]
pt = ob.data.vertices[a].co
pt[0] += i.vertices_list[v][0]
pt[1] += i.vertices_list[v][1]
pt[2] += i.vertices_list[v][2]
"""
bpy.ops.object.editmode_toggle()
bpy.ops.mesh.select_all(action='SELECT')
bpy.ops.mesh.normals_make_consistent(inside=False)
bpy.ops.object.editmode_toggle()
ac_ob=bpy.context.active_object
ac_ob.location=(0,0,0)
"""
shape_key = ac_ob.data.shape_keys.key_blocks[obname + " key"]
keys = ac_ob.data.shape_keys.key_blocks.keys()
shape_key_index = keys.index(shape_key.name)
ac_ob.active_shape_key_index = shape_key_index
"""
imgid=bpy.path.display_name_from_filepath(imgfile)+'.png'
imgfile=imgfile[:-4]+'.png'
if os.access(imgfile,0) == 1:
bpy.ops.image.open(filepath=imgfile,relative_path=False)
img=bpy.data.images[imgid]
uvdata=me.uv_textures[0].data
for face in uvdata:
face.image=img
currname = bpy.context.active_object.data.name
for vg in vg_list:
new_vertex_group = bpy.data.objects[currname].vertex_groups.new(name='VG %d' % (vg.idx))
v_in_vg = [vg.vertex_start + i for i in range(vg.vertex_total)]
logging.debug("vg idx: %d len %d, v_in_vg %s" % (vg.idx, len(v_in_vg), str(v_in_vg)))
new_vertex_group.add(v_in_vg, 1.0, 'ADD')
add_mat(ac_ob,model)
def export_mesh(self,model):
global imp_face_dds,imp_hair_dds
if model == 'face':
temp=face_temp
dxt=" -fast -nocuda -bc1 "
new_dds='new_face_tex.dds'
imp_dds=imp_face_dds
obname='Face'
ex_plist=f_plist
else:
temp=hair_temp
dxt=" -fast -alpha -nocuda -bc3 "
new_dds='new_hair_tex.dds'
imp_dds=imp_hair_dds
obname='Hair'
ex_plist=h_plist
### Export Model ###
ex_file=open(temp,"r+b")
ex_file.seek(8,0)
off1=array('I')
off1.fromfile(ex_file,1)
ex_file.seek(off1[0]+40,0)
ex_file.seek(12,1)
part_off=array('I')
part_off.fromfile(ex_file,1)
start=off1[0]+part_off[0]
ex_file.seek(start,0)
for ob in bpy.data.objects: