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PCI2.py
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#=============================================================================
# Simplified BSD License, see http://www.opensource.org/licenses/
#-----------------------------------------------------------------------------
# Copyright (c) 2011-2012, HEB Ventures, LLC
# Copyright (c) 2020, 2021, Ronald Jensen
# All rights reserved.
# Redistribution and use in source and binary forms, with or without
# modification, are permitted provided that the following conditions are met:
# * Redistributions of source code must retain the above copyright notice,
# this list of conditions and the following disclaimer.
# * Redistributions in binary form must reproduce the above copyright notice,
# this list of conditions and the following disclaimer in the documentation
# and/or other materials provided with the distribution.
# THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND
# ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
# WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
# DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE
# FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
# DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR
# SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
# CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,
# OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
# OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
#=============================================================================
#########################################################
#
# Character Importer 7/24/2011
#
# Data Structure:
#
# cr2.bones[].xyz (Translation)
# cr2.bones[].angles
# cr2.bones[].smoothPolys
# cr2.bones[].parent
# cr2.bones[].name
# cr2.bones[].endpoint
# cr2.bones[].origin
# cr2.bones[].orientation
# cr2.bones[].
# twist(xyz).child1 (Not sure of order)
# otheractor - (same)
# angles - ABCD
# center - xyz
# sphereMatsRaw
# posBulgeLeft - float
# posBulgeRight - float
# negBulgeLeft - float
# negBulgeRight - float
#
# joint(xyz).child1 (for all children)
# joint(xyz).child1
# taperY(?)
# smoothScaleY(?).child1 (for all children)
# (xyz)OffsetA
# scale
# scale(xyz)
# rotate(xyz)
# (xyz)OffsetB
# translate(xyz) (Some have values)
# cr2.name
#
# cr2.material
# cr2.geometry
#
#########################################################
#
# Goals:
# Load CR2
# Load morphs
# Create Character Tag for Control panel Extras
# Load only Armature / details for use as base for clothing or other props
# Store joint order as property (name) for each bone to use for translation later
#
#
#########################################################
import bpy
import time
import os
import re
# Convenience Imports:
from mathutils import *
from math import *
from bpy_extras import *
from bpy_extras.image_utils import load_image
from bpy.props import StringProperty, BoolProperty, EnumProperty
import sys
local_module_path=os.path.join(os.path.dirname(os.path.abspath(__file__)),'libs')
if local_module_path not in sys.path:
sys.path.append(local_module_path)
import PT2_open as ptl
import RuntimeFolder as Runtime
import GetStringRes
import shaderTrees as st
import shaderTreeParser as stp
import createBlenderMaterialfromP4 as cbm4
from ApplyMorph import ApplyMorph
from ReadPZMD import *
print ('\n')
print ('--- Starting Poser Character Importer Version 3 ---')
bpy.cr2count = 0 # this has a bug, it doesn't persist across saves
###########################################
#
# CR2 Class
#
###########################################
class CR2Class():
def __init__(self):
self.geompath = ''
self.morphBinaryFile = ''
self.name = ''
self.geomData = geomData()
# self.materialData = materialData()
# self.channels = channels()
self.materials = []
self.bones = []
class geomData():
def __init__(self):
self.verts = []
self.UVverts = []
self.faces = []
class materialData():
def __init__(self):
self.color = 55
self.alpha = 75
class boneData():
def __init__(self):
self.xyz = ''
self.name = ''
self.parent = ''
self.endpoint = ''
self.origin = ''
self.orientation = ''
self.angles = ''
class channels():
def __init__(self):
PBM = 'partial body morph'
xoffseta = 0
#xyz = []
# Example Fuction
def xfactor(xyz):
value=xyz*5
return(value)
###########################################
#
# Import Character Class
#
###########################################
class CharacterImport(bpy.types.Operator):
#time_start = time.time()
bl_idname = "import.poser_cr2"
bl_label = "Load Character"
filename_ext = ".CR2"
filter_glob : StringProperty(default="*.cr2;*.crz", options={'HIDDEN'})
filepath : bpy.props.StringProperty(subtype="FILE_PATH")
overwrite: BoolProperty(
name="Overwrite Materials",
description="Overwrite current materials with the same name",
default=False,
)
externalMorph: BoolProperty(
name="Load External Morphs",
description="Attempt to load external morphs if they are found",
default=True,
)
zUp: BoolProperty(
name="Fix Orientation",
description="Rotate model so Z is up",
default=True,
)
prepare: BoolProperty(
name="Prepare Model",
description="Add armature modifier to the mesh",
default=True,
)
rename: BoolProperty(
name="Rename Bones",
description="Rename bones and groups for Blender convention",
default=True,
)
pnu: EnumProperty(
name="Scale Factor",
description="",
items=(
('PNU_0', "No Scale", "Import model without scaling"),
('PNU_4', "Poser 4 Scale", "1 PNU = 8 feet (or 96 inches/2.43 meters)"),
('GEEP' , "Dr Geep Scale", "1 PNU = 8 feet 4 inches (or 100 inches/2.54 meters)"),
('PNU_6', "Poser 6+ Scale", "1 PNU = 8.6 feet (or 103.2 inches/2.62 meters)"),
),
default='GEEP'
)
def __init__(self):
self.PropArray = []
def getScaleFactor(self):
bnu = bpy.context.scene.unit_settings.scale_length
if self.pnu == 'GEEP':
scale_factor = 100 * 0.0254 / bnu
elif self.pnu == 'PNU_4':
scale_factor = 96 * 0.0254 / bnu
elif self.pnu == 'PNU_6':
scale_factor = 103.2 * 0.0254 / bnu
else:
scale_factor = 1
return(scale_factor)
def execute(self, context):
cr2 = CR2Class()
print ('\n\n')
print ('===================================================================')
print ('Scale Factor = ', self.getScaleFactor() )
#########################################
#
# Scan for multi obj's first:
# (May not be needed)
#
print ('filepath:', self.filepath)
runtime = Runtime.Runtime(self.filepath)
#runtime.print()
CharName = os.path.basename(self.filepath)[:-4] ## assuming a 3 char extension
print ('CharName:', CharName)
file = ptl.PT2_open(self.filepath, 'rt')
#data = open('/media/disk/armData.txt','w')
morphcounts = []
propcounts = []
for y in file:
x=y.strip()
##############################
#
# Create bone list
#
if x.startswith('actor ') is True:
#print (x)
tempstr = x
tempstr = tempstr.replace('actor ', '')
skipcheck = False
tempstr = ptl.namecheck01(tempstr)
#print ('actor:', tempstr)
if len(cr2.bones) > 0:
for bone in cr2.bones:
#print ('bone.name:', bone.name)
if bone.name == tempstr:
skipcheck = True
#print (skipcheck)
if skipcheck == False:
cr2.bones.append(boneData())
bonecount = len(cr2.bones)
thisbone = cr2.bones[bonecount-1]
tempstr = ptl.namecheck01(tempstr)
thisbone.name = tempstr
elif x.startswith('targetGeom ') is True:
tempstr = x
if morphcounts.__contains__(tempstr) is False:
morphcounts.append(tempstr)
elif x.startswith('prop ') is True:
tempstr = x
if propcounts.__contains__(tempstr) is False:
propcounts.append(tempstr)
##############################
#
# geompath
#
elif x.startswith('figureResFile ') is True:
# print (x)
tempstr = x.replace(r'figureResFile ', '')
cr2.geompath = tempstr.strip('"')
# print ('GeomFile:', cr2.geompath)
elif x.startswith('morphBinaryFile ') is True:
tempstr = x.replace('morphBinaryFile ', '')
cr2.morphBinaryFile = runtime.find_runtime_path( tempstr.strip('"') )
print ('External Morph File:', cr2.morphBinaryFile)
file.close()
print ('Number of Morphs:', len(morphcounts))
print ('Number of Props:', len(propcounts))
#print ('=======')
#for bone in cr2.bones:
# print (bone.name)
#print ('-------------')
print ('=======')
for prop in propcounts:
print (prop)
print ('-------------')
depth = 0 # count of open braces
# blacklist is a list of top-level sections we are not interested in right now
blacklist = ['baseProp', 'controlProp', 'hairGrowthGroup', 'magnetDeformerProp',
'setGeomHandlerOffset', 'sphereZoneProp', 'prop', 'alternateGeom']
current_mat = 'No Mat'
raw_mats = [] # an array of the unparsed materials
mat_name = ''
mats = {}
comps = [] # a list of the material unparsed lines
readcomps = False
mat_depth = 0
morphs = []
morph = Morph()
morphloop = -1
current_morph = ''
mtrx_swap = Matrix((( 1, 0, 0, 0),
( 0, 1, 0, 0),
( 0, 0, 1, 0),
( 0, 0, 0, 1)) )
###############################
#
# Re-open file
#
file = ptl.PT2_open(self.filepath, 'rt')
figureCheck = False
currentActor='' # in Poser an 'actor' is a vertex group or bone
# start of parser loop
for y in file: #file is already an iterable
x = y.strip() # do we .strip() here instead of at every level below?
try:
(keyword, args) = x.split(maxsplit=1)
except ValueError: # the value error should mean there are no args on this line
keyword = x
if keyword in blacklist and depth == 1:
while True: # iterate through the file until the section ends
x=next(file).strip()
if x.startswith('{'):
depth += 1
elif x.startswith('}'):
depth -= 1
if depth < 2:
break
elif keyword == 'actor':
currentActor = ptl.namecheck01(args)
for bone in cr2.bones:
if bone.name == currentActor:
currentbone = bone
outstr = str(currentbone.name) + ':'
#data.write(outstr)
###############################################
elif keyword == 'angles':
currentbone.angles = args
elif keyword == 'origin':
currentbone.origin = args
elif keyword == 'endPoint':
currentbone.endpoint = args
# there are parent, inkyParent, and nonInkyParent.
# I have seen all three on the same bone, or just inky and nonInky or just parent
elif keyword == 'parent'or keyword == 'nonInkyParent':
currentbone.parent = ptl.namecheck01(args)
elif keyword == 'orientation':
currentbone.orientation = args
elif x.startswith('twistX twistx'):
tempstr = x.replace(' ', '_')
currentbone.xyz = currentbone.xyz + tempstr + ' '
#print ('currentbone:', currentbone.name)
#print ('adding:', tempstr)
elif x.startswith('twistY twisty'):
tempstr = x
#print ('currentbone:', currentbone.name)
#print ('adding:', tempstr)
tempstr = tempstr.replace(' ', '_')
currentbone.xyz = currentbone.xyz + tempstr + ' '
elif x.startswith('twistZ twistz'):
tempstr = x
#print ('currentbone:', currentbone.name)
#print ('adding:', tempstr)
tempstr = tempstr.replace(' ', '_')
currentbone.xyz = currentbone.xyz + tempstr + ' '
elif x.startswith('jointX jointx'):
tempstr = x
#print ('currentbone:', currentbone.name)
#print ('adding:', tempstr)
tempstr = tempstr.replace(' ', '_')
currentbone.xyz = currentbone.xyz + tempstr + ' '
elif x.startswith('jointY jointy'):
tempstr = x
#print ('currentbone:', currentbone.name)
#print ('adding:', tempstr)
tempstr = tempstr.replace(' ', '_')
currentbone.xyz = currentbone.xyz + tempstr + ' '
elif x.startswith('jointZ jointz'):
tempstr = x
#print ('currentbone:', currentbone.name)
#print ('adding:', tempstr)
tempstr = tempstr.replace(' ', '_')
currentbone.xyz = currentbone.xyz + tempstr + ' '
elif keyword == 'figure' and figureCheck == False:
figureCheck = True
#print ('========= Figure check True !! ===============')
elif keyword == 'name' and figureCheck == True:
if not args.startswith('Figure'):
CharName = args
figureCheck = False
##########################################################
# Morph Targets.
#
elif keyword == 'targetGeom':
morph.name = args
morphloop = depth
morph.group = currentActor
elif keyword == 'k' and depth >= morphloop:
morph.value = float(x.split()[2])
elif keyword == 'min' and depth >= morphloop:
morph.min = float(x.split()[1])
elif keyword == 'max' and depth >= morphloop:
morph.max = float(x.split()[1])
elif keyword == 'trackingScale' and depth >= morphloop:
morph.trackingScale = float(x.split()[1])
elif keyword == 'd' and depth >= morphloop:
i, dx, dy, dz = [float(s) for s in args.split()]
morph.deltas.append( { int(i) : Vector( (dx, dy, dz) ) } )
elif keyword == 'indexes' and depth >= morphloop:
morph.indexes = float(args)
elif keyword == 'numbDeltas' and depth >= morphloop:
morph.numbDeltas = float(args)
elif keyword == '{':
depth += 1
# print('Depth++: ', depth, morphloop, matloop)
elif keyword == '}':
depth -= 1
if morphloop >= depth:
# morph.print()
morphloop = -1
morphs.append(morph)
morph = Morph()
# print('Depth--: ', depth, morphloop, matloop)
##########################################################
# Build material array
#
elif keyword == 'material':
#print ('Mat:', line.replace('material', ''))
readcomps = True # Turn on component reader
mat_name = args
print ('Mat Name:', mat_name)
while readcomps:
line = next(file).strip()
if line.startswith('{') is True and readcomps is True:
mat_depth += 1
elif line.startswith('}') is True and mat_depth > 0:
mat_depth -= 1
comps.append([mat_depth, line.split()])
# print(mat_depth, line)
if mat_depth == 0 and readcomps is True:
readcomps=False
raw_mats.append([mat_name, comps])
mat_name = ''
comps = []
# end of parser loop
#data.close()
file.close()
bpy.cr2count = bpy.cr2count + 1
###########################################
#
# Create Armature
#
###########################################
# CharName not working, reset to default:
#CharName = 'Body'
cr2.name = CharName + str(bpy.cr2count)
print ('\nCharacter:', cr2.name)
print ('=======================================')
print (bpy.context.mode)
if bpy.context.mode != 'OBJECT':
# bpy.ops.object.editmode_toggle()
bpy.ops.object.mode_set(mode='OBJECT')
print ("Creating Armature 3")
arm = bpy.data.armatures.new(cr2.name)
object_utils.object_data_add(context, arm, operator=None)
bpy.context.view_layer.update()
arm = bpy.context.active_object
arm.location.x = 0
arm.location.y = 0
arm.location.z = 0
arm.data.display_type = 'STICK'
arm.show_in_front = True
print (arm)
arm.name = cr2.name
armdata = arm.data
armdata.name = "Arm_data_"+cr2.name
if bpy.context.mode != 'EDIT_MODE':
bpy.ops.object.mode_set(mode='EDIT')
#print ('Object Name:', arm.name)
#print ('Armature Name:', armdata.name)
bones = armdata.edit_bones
for bone in cr2.bones:
#print (bone.name)
# if bone.name.startswith('BODY'):
# pass
if bone.origin == '':
pass
elif bone.name.startswith('bodyMorphs'):
pass
else:
ebone = bones.new(bone.name)
ebone.head = [float(s) for s in bone.origin.split()]
#array = [float(s) for s in string.split()]
ebone.tail = [float(s) for s in bone.endpoint.split()]
#ebone.parent = bone.parent
ebone.head_radius = 0.02
ebone.tail_radius = 0.02
ebone.envelope_distance = 0.05
pass
#####################################
#
# Add xyz joint order property here:
#
#####################################
xyzprop = bone.xyz.split()
xyz = ''
if len(xyzprop) > 2:
if xyzprop[0].__contains__('X'):
xyzprop[0] = 'X'
if xyzprop[1].__contains__('X'):
xyzprop[1] = 'X'
if xyzprop[2].__contains__('X'):
xyzprop[2] = 'X'
if xyzprop[0].__contains__('Y'):
xyzprop[0] = 'Y'
if xyzprop[1].__contains__('Y'):
xyzprop[1] = 'Y'
if xyzprop[2].__contains__('Y'):
xyzprop[2] = 'Y'
if xyzprop[0].__contains__('Z'):
xyzprop[0] = 'Z'
if xyzprop[1].__contains__('Z'):
xyzprop[1] = 'Z'
if xyzprop[2].__contains__('Z'):
xyzprop[2] = 'Z'
xyz = xyzprop[0] + xyzprop[1] + xyzprop[2]
bone = ebone
#print (bone)
bone["joint order"] = xyz
#####################################
#
# Set Bone Roll:
# Negate the Z-axis
#
#####################################
try:
#print ('joint order:', str(xyz)[1])
bonerollaxis = bone["joint order"][1]
flip = False
if bonerollaxis == 'Z':
flip = True
ebone.select = True
#bpy.ops.armature.calculate_roll(type=bonerollaxis, axis_flip=flip)
bpy.ops.armature.calculate_roll(type=bonerollaxis)
#print ('rolling bone to:', bonerollaxis)
ebone.select = False
except:
pass
###########################################
#
# Set bone parents
#
###########################################
print ('\n------- parenting bones ------------')
for bone in cr2.bones:
try:
#print (bone.name)
child = bones.get(bone.name)
parent = bones.get(bone.parent)
child.parent = parent
except:
pass
###########################################
#
# Copy Joint Order to pose bones
#
###########################################
bpy.ops.object.mode_set(mode='EDIT')
arm = bpy.context.active_object
bones = arm.data.edit_bones
temp = []
xyza = []
for bone in bones:
temp = [bone.name, bone["joint order"]]
xyza.append(temp)
temp = []
bpy.ops.object.mode_set(mode='POSE')
pbones = arm.pose.bones
for value in xyza:
if value[1] != '':
pbones[value[0]]["joint order"] = value[1]
for bone in pbones:
bone["bend"] = 1
bone["side"] = 1
bone["twist"] = 1
###########################################
#
# Read Geometry
#
###########################################
print ('\n\n')
print ('==================================================================')
print ('=')
print ('= Creating Mesh ')
print ('=')
print ('==================================================================')
###########################################
#
# Get Geom file path
#
###########################################
char = bpy.context.active_object
char['GeomPath'] = cr2.geompath
print (self.filepath)
print ('geompath:', cr2.geompath)
fullgeompath=runtime.find_runtime_path(cr2.geompath)
print(fullgeompath)
###########################################
#
# Open File
#
###########################################
# Or internal Mesh?
vertcount = 0
facecount = 0
facearray = []
UVvertices = []
verts = []
current_group = ''
file3 = ptl.PT2_open(fullgeompath, 'rt')
#print ('Pre-655 check')
#linecount = 1
for temp in file3:
#print ('line:', linecount, 'temp:', temp)
#linecount += 1
temparray2 = []
###########################################
#
# Create Vert List
#
###########################################
if temp.startswith('v '):
vert = temp.split()
vert.remove('v')
vert = [float(i) for i in vert]
vert = tuple(vert)
cr2.geomData.verts.append(vert)
###########################################
#
# Create Face List w/ Mats
# And vert group
#
###########################################
elif temp.startswith('old_f '):
face = temp.split()
face.remove('f')
tempface = []
for vert in face:
vert2 = vert.split('/')
#print (vert2)
tempface.append(int(vert2[0])-1)
if len(tempface) > 4:
print ('Fgon Warning!!')
print (tempface)
else:
cr2.geomData.faces.append(tempface)
elif temp.startswith('f ') is True:
tempstr1 = current_mat
tempstr2 = temp.lstrip('f ')
tempstr3 = current_group
facearray.append([tempstr1, tempstr2, tempstr3])
#print (tempstr1, tempstr2, tempstr3)
###########################################
#
# Create UV Vert list
#
###########################################
elif temp.startswith('old_vt '):
uvvert = temp.split()
uvvert.remove('vt')
uvvert = [float(i) for i in uvvert]
cr2.geomData.UVverts.append(uvvert)
elif temp.startswith('vt ') is True:
tempstr = temp.lstrip('vt ')
#print (tempstr)
temparray1 = [float(s) for s in tempstr.split()]
temparray2.append(temparray1[0])
temparray2.append(temparray1[1])
UVvertices.append(temparray2)
#print ('UVvertices:', temparray2)
elif temp.startswith('usemtl ') is True:
current_mat = temp.split()[1]
elif temp.startswith('g ') is True:
try:
tempstr = temp.split()[1]
except IndexError:
tempstr = 'Null' # there is no group name
current_group = tempstr
#print ('Current group:', current_group)
###########################################
#
# Creat Mesh
#
###########################################
print (facearray[1])
mesh = bpy.data.meshes.new(cr2.name+':Mesh')
#mesh = bpy.data.meshes.new()
ob = bpy.data.objects.new(cr2.name+':Object', mesh)
ob.data['morphFile']=cr2.morphBinaryFile
#ob = bpy.data.objects.new('Body', mesh)
scn = bpy.context.scene #C = bpy.context, D = bpy.data
# scn.objects.link(ob) D.collections['Collection 1'].objects.link(D.objects['MeshObject'])
# scn.objects.active = ob
# scn.update()
bpy.context.view_layer.active_layer_collection.collection.objects.link(ob)
mesh.from_pydata(cr2.geomData.verts, [], cr2.geomData.faces)
mesh.update(calc_edges=True)
facecount = 0
extrafaces = []
extrafacecount = 1
print ('-----------------------------------')
textureverts = []
faces = []
face_mat = []
textureverts = []
#
# Vert group data file
#
#
#vertfile = open('k:\\vertgroup.txt', 'w')
for face in facearray:
TempTextureVerts = []
temparray = []
facemat = face[0] #mat this face is assigned to
vertlist = face[1] # list of all verts in face: 30/1/4 32/2/9
eachvert = vertlist.split() # equals ['30/1/4', '32/2/9', ...]
#print ('eachvert:', eachvert)
geomface = []
for y in eachvert:
splitverts = y.split('/') # equals ['30', '1', '4']
geomface.append(splitverts[0]) # adds first vert index to geom face vert list
if len(splitverts) > 1:
TempTextureVerts.append(splitverts[1])
# I have encountered files in the wild with some unmapped faces
# so set them to zero so the indexes match
else:
TempTextureVerts.append(0)
for vert in geomface:
temparray.append(int(vert)-1)
##########################################################################
#
# Must deal with face and UV face together to match up texture map
#
if len(temparray) < 5:
faces.append(temparray) # list of vert indices [1,2,3,4]
temp_mat_array = [facecount, facemat] # face index, mat name
face_mat.append(temp_mat_array) # add face# and mat name to list
textureverts.append(TempTextureVerts)# add texture verts to list
facecount = facecount + 1
else:
y = len(temparray)
faces.append([temparray[0], temparray[1], temparray[2]])# adds the first face
if len(TempTextureVerts) > 0:
textureverts.append([TempTextureVerts[0], TempTextureVerts[1], TempTextureVerts[2]]) # Add matching UV face
temp_mat_array = [facecount, facemat] # face index, mat name
face_mat.append(temp_mat_array) # add face# and mat name to list
facecount = facecount + 1
for q in range(2,y-1):
# Creates triangles out of remaining vertex list
faces.append([temparray[0], temparray[q], temparray[q+1]])
if len(TempTextureVerts) > 0:
textureverts.append([TempTextureVerts[0], TempTextureVerts[q], TempTextureVerts[q+1]]) # Add matching UV face
temp_mat_array = [facecount, facemat] # face index, mat name
face_mat.append(temp_mat_array) # add face# and mat name to list
facecount = facecount + 1
###########################################
#
# Creat Vert Groups
#
###########################################
# face = (Mat, vertlist, group name)
# ob = object
#print (ob.vertex_groups)
#################################
#
# Create VGroup if not already
#
#################################
#ob = bpy.context.object
vg = ob.vertex_groups
#groupname = 'lEye'
groupname = face[2]
g_exists = False
if len(vg) > 0:
for g in vg:
#print (g.name)
if g.name == groupname:
g_exists = True
if g_exists == True:
pass
else:
vg.new(name=groupname)
#################################
#
# Add Vert to Group
# vg.add(index, weight, type)
#
#################################
for y in eachvert:
splitverts = y.split('/') # equals ['30', '1', '4']
#geomface.append(splitverts[0]) # adds first vert index to geom face vert list
#print (vg[0])
'''
for vert in splitverts:
if groupname == 'lHindToes' and int(vert) < 100:
print ('Group:', groupname, ' vert:', vert)
vg[groupname].add([int(vert)], 1, 'ADD')
outstr = groupname + ' ' + str(vert) + '\n'
vertfile.write(outstr)
'''
vg[groupname].add([int(splitverts[0])-1], 1, 'ADD')
#outstr = groupname + ' ' + str(int(splitverts[0])-1) + '\n'
#vertfile.write(outstr)
#vg.add(vertnum, 1, 'ADD')
mesh.from_pydata(verts, [], faces)
mesh.update()
#vertfile.close()
###########################################
#
# Creat UV Map
#
###########################################
facecount = 0
longfaces = []
if( len(UVvertices) > 0 ):
#mesh.uv_textures.new()
uvlayer = mesh.uv_layers.new()