/
seam_mender.py
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/
seam_mender.py
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import kg
from kg import ui_tools
#kg.template_util.loadTemplate('')
from kg.template_util import loadTemplate
from kg.file_util import load_nif, load_tri, get_files, save_file, getGenderFlag
from kg.search_util import mainSearch, setSeams, setTriSeams
from kg.ui_tools import uiButton, uiToggle, mainUI, uiComboSlider, uiRadio, uiFrame, uiLabel, constructMenu
from operator import itemgetter
import re
import tkinter
from os import path, makedirs
r_nif_end = re.compile('\.nif$', flags=re.IGNORECASE)
r_tri_end = re.compile('\.tri$', flags=re.IGNORECASE)
ui_tools.button_width = 20
ui_tools.entry_width = 5
ui_tools.slider_length = 100
menu = mainUI("Seam Mender Options")
config_file = 'SeamMender.cfg'
"""
Menu Window Frames
"""
left_frame = uiFrame(menu.frame, column = 0, columnspan = 1, row = 0, rowspan = 6, relief = True)
left_frame.grid(sticky = tkinter.W + tkinter.E + tkinter.N + tkinter.S)
center_frame = uiFrame(menu.frame, column = 1, columnspan = 1, row = 0, rowspan = 6, relief = True)
center_frame.grid(sticky = tkinter.W + tkinter.E + tkinter.N + tkinter.S)
right_frame = uiFrame(menu.frame, column = 2, columnspan = 1, row = 0, rowspan = 6, relief = True)
right_frame.grid(sticky = tkinter.W + tkinter.E + tkinter.N + tkinter.S)
far_right_frame = uiFrame(menu.frame, column = 3, columnspan = 1, row = 0, rowspan = 6, relief = True)
far_right_frame.grid(sticky = tkinter.W + tkinter.E + tkinter.N + tkinter.S)
option_frame = uiFrame(menu.frame, column = 0, columnspan = 3, row = 6, rowspan = 2, relief = True)
option_frame.grid(sticky = tkinter.W + tkinter.E + tkinter.N + tkinter.S)
utility_frame = uiFrame(menu.frame, column = 0, columnspan = 3, row = 8, rowspan = 2, relief = True)
utility_frame.grid(sticky = tkinter.W + tkinter.E + tkinter.N + tkinter.S)
menu.version = 'b_13'
menu.name = 'SeamMender_Options'
menu.file = config_file
menu.menu_values = {\
'Game': (tkinter.StringVar(), 'Oblivion'),\
'subfolder': (tkinter.IntVar(), 0),\
'template': (tkinter.StringVar(), 'Seam Mender/template.nif'),\
'target': (tkinter.StringVar(), 'Seam Mender/'),\
'destination': (tkinter.StringVar(), 'Seam Mender/output/'),\
}
"""
Build a dictionary that defines the menu structure
"""
menu_structure = [
{'File': [\
{"Select Template..." : {'command': menu.OpenTemplate}},\
{"Target Mesh Options" : [\
{'Select Target Folder...' : {'command': menu.SelectTargetFolder}},\
{'Include Subfolders' : {'var': menu.menu_values['subfolder'] }},\
{'Process Selected Meshes Only...' : {'command': menu.SelectTargetFile}}]},\
{"Select Destination Folder..." : {'command': menu.SelectDestinationFolder}},\
]},\
{'Game': [\
{'Skyrim': {'var': menu.menu_values['Game'], 'onvalue': 'Skyrim'}},\
{'Fallout': {'var': menu.menu_values['Game'], 'onvalue': 'Fallout'}},\
{'Oblivion': {'var': menu.menu_values['Game'], 'onvalue': 'Oblivion'}}]},\
{'Help': [\
{"About" : {'command': menu.About}}]}\
]
file_menu = constructMenu(menu, menu_structure, menu.menu_values)
menu.template_mask = mask = [("nif files","*.nif"), ("pkg files","*.pkg")]
menu.target_mask = mask = [("nif files","*.nif"), ("tri files","*.tri"), ("all", "*.*")]
menu.load_buttons({\
'loc': uiToggle(left_frame, 'Location', 'GRID', column = 0, columnspan = 1, row = 0, default = True),\
'norm': uiToggle(left_frame, 'Normal Vector', 'GRID', column = 0, columnspan = 1, row = 1, default = True),\
'bone': uiToggle(left_frame, 'Bone Weights', 'GRID', column = 0, columnspan = 1, row = 2, default = True),\
#'skin': uiToggle(menu, 'Copy Skin Only', 'GRID', column = 0, columnspan = 1, row = 2, default = True),\
# 'uv': uiToggle(menu, 'UV Coordinates', 'GRID', column = 0, columnspan = 1, row = 3, default = False),\
'Targets' : uiComboSlider(center_frame, 'Vertex Targets', from_ = 1, to = 100, resolution = 1, tickinterval = 1, arrange = 'GRID', col = 0, colspan = 1, row = 1, default = 1),\
'Distance' : uiComboSlider(center_frame, 'Search Distance', from_ = 0.0, to = 100.0, resolution = .1, tickinterval = .1, arrange = 'GRID', col = 0, colspan = 1, row = 4, default = 0.1),\
#'template mesh' : uiRadio(menu.frame, 'Template Mesh\nVertex Options',['Edges Only','Exclude Edges','All'], column = 2, columnspan = 1, row = 0, default = 'Exclude Edges'),\
'label': uiLabel(right_frame, 'Vertex Options', 'GRID', column = 0, columnspan = 1, row = 0),\
'template_mesh' : uiRadio(right_frame, 'Template Mesh',['Edges Only','Exclude Edges','All'], column = 0, columnspan = 1, row = 1, rowspan = 4, default = 'Edges Only'),\
'target_mesh' : uiRadio(right_frame, 'Target Mesh',['Edges Only','Exclude Edges','All'], column = 0, columnspan = 1, row = 5, rowspan = 4, default = 'Edges Only'),\
'gender' : uiRadio(far_right_frame, 'gender',['Female Only','Male Only','Both'], column = 1, columnspan = 1, row = 1, rowspan = 4, default = 'Both', pack = True),\
'skin': uiToggle(option_frame, 'Copy Skin Only', 'GRID', column = 0, columnspan = 1, row = 0, default = False),\
'doubles': uiToggle(option_frame, 'Mend Doubles', 'GRID', column = 1, columnspan = 1, row = 0, default = True),\
'pseudo_doubles': uiToggle(option_frame, 'Mend Pseudo-Doubles', 'GRID', column = 1, columnspan = 1, row = 1, default = False),\
'tri': uiToggle(option_frame, 'Mend Tri Files', 'GRID', column = 2, columnspan = 1, row = 0, default = True),\
'save': uiButton(utility_frame, 'Save Current Settings', 'GRID', column = 0, columnspan = 1, row = 9, buttonFunction = menu.save),\
'load': uiButton(utility_frame, 'Load Settings', 'GRID', column = 2, columnspan = 1, row = 9, buttonFunction = menu.load),\
'default': uiButton(utility_frame, 'Load Defaults', 'GRID', column = 1, columnspan = 1, row = 9, buttonFunction = menu.applyDefaultSettings),\
'cancel': uiButton(utility_frame, 'Cancel', 'GRID', column = 0, columnspan = 1, row = 10, buttonFunction = menu.cancel),\
'ok': uiButton(utility_frame, 'OK', 'GRID', column = 2, columnspan = 1, row = 10, buttonFunction = menu.ok, sticky = 'E'),\
})
current_settings = menu.openMenu()
try: menu.destroy()
except: menu.end = True
def Main():
Female = False
Male = False
NoGender = True
def process_tri(this_file):
if template_verts:
print('******TRI******')
mesh_ = template_mesh
verts_ = template_verts
if gender_list or current_settings['gender']:
"""
Determine Gender of Tri File
"""
root_nif_path = re.sub(r_tri_end, '.nif', this_file)
tri_gender = getGenderFlag(root_nif_path)
if tri_gender is 'NONE' and path.exists(root_nif_path):
target_nif = load_nif(root_nif_path, template = False, settings = {})
if not target_nif.valid:
tri_gender = 'NONE'
else:
tri_gender = target_nif.getGender()
if gender_list:
mesh_ = template_mesh.get(tri_gender)
verts_ = template_verts.get(tri_gender)
if not mesh_ or not verts_:
print('Incorrect Gender:', this_file )
print('Closing', this_file )
return
elif tri_gender != current_settings['gender']:
print('Incorrect Gender:', this_file )
print('Closing', this_file )
return
print('Processing', this_file)
target_tri = load_tri(this_file, template = template_mesh, settings = current_settings)
tri_mesh = target_tri.mesh
# for a in zip(sorted([(vert.idx, vert.getLoc(world_loc = True).as_list()) for vert in tri_mesh.getVerts(nmv = True).values()], key = itemgetter(0)),
# sorted([(vert.idx, vert.getLoc(world_loc = False).as_list()) for vert in template_mesh.getVerts(nmv = True).values()], key = itemgetter(0))):
# print (a)
targets_found = mainSearch(current_settings, mesh_, tri_mesh, search_resolution = 1, vertFunction = setTriSeams, nmv = target_nmv, act_verts = verts_, tri = True, world_loc = True)
save_file(target_tri, this_file, targets_found, current_settings)
def process_nif(this_file, repair_doubles = False):
# if findall(r_nif, test_file) and test_file != current_settings['template']:
print('******NIF******')
print('Processing', this_file)
target_nif = load_nif(this_file, template = template_mesh, settings = current_settings)
if not target_nif.valid:
print(target_nif,'Could Not Be Processed')
return
nif_gender = target_nif.getGender()
if gender_list:
if nif_gender not in gender_list:
print('Incorrect Gender:', this_file )
print('Closing', this_file )
return
mesh_ = template_mesh.get(nif_gender)
verts_ = template_verts.get(nif_gender)
elif nif_gender != current_settings['gender']:
print('Incorrect Gender:', this_file )
print('Closing', this_file )
return
targets_found = 0
for this_mesh in target_nif.meshes:
if gender_list:
targets_found += mainSearch(current_settings, mesh_, this_mesh, search_resolution = 1, vertFunction = setSeams, nmv = target_nmv, act_verts = verts_)
else:
targets_found += mainSearch(current_settings, template_mesh, this_mesh, search_resolution = 1, vertFunction = setSeams, nmv = target_nmv, act_verts = template_verts)
if repair_doubles:
for this_mesh in target_nif.meshes:
if current_settings.get('doubles'):
for tup in this_mesh.nmv_doubles:
average_normal = kg.math_util.vector3([0,0,0])
bad_normal = 0
for v in tup:
if v.normal:
average_normal += v.normal
else:
bad_normal += 1
if bad_normal == len(tup):
continue
for v in tup:
v.setNormal(kg.math_util.normalizeVector(average_normal))
targets_found += 1
save_file(target_nif, this_file, targets_found, current_settings)
#target_nif.save(this_file, current_settings)
#save_file(target_nif, this_file, targets_found, current_settings)
if not path.exists(current_settings['destination']):
print ('destination', current_settings['destination'])
makedirs(current_settings['destination'])
template_mesh = False
template_verts = {}
gender_list = []
if path.exists(current_settings['template']):
template_mesh = loadTemplate(current_settings['template'], settings = current_settings)
if not template_mesh:
print('Invalid Template, Exiting')
return
print('TEMPLATE MESH', template_mesh)
gender = False
if not isinstance(dict, kg.mesh_util.multiMesh):
print(template_mesh)
if 'FEMALE' in template_mesh:
Female = True
gender_list.append('FEMALE')
if 'MALE' in template_mesh:
Male = True
gender_list.append('MALE')
if 'NONE' in template_mesh:
Neutral = True
gender_list.append('NONE')
"""Build a dictionary of all manifold vertices on the mesh"""
template_nmv = current_settings.get('template_mesh')
if template_nmv == 'Edges Only':
template_nmv = True
elif template_nmv == 'All':
template_nmv = False
else:
template_nmv = 'EXCLUDE'
print(template_nmv)
if gender_list:
template_verts = dict([(gender, template_mesh[gender].getVerts(nmv = template_nmv)) for gender in gender_list])
else:
template_verts = template_mesh.getVerts(nmv = template_nmv)
print('Template Found')
if not template_mesh and not current_settings.get('doubles'):
print('Template Not Found, Exiting')
return
target_nmv = current_settings.get('target_mesh')
if target_nmv == 'Exclude Edges':
target_nmv = 'EXCLUDE'
elif target_nmv == 'All':
target_nmv = False
else:
target_nmv = True
if current_settings.get('gender') == 'Female Only':
current_settings['gender'] = 'FEMALE'
elif current_settings.get('gender') == 'Male Only':
current_settings['gender'] = 'MALE'
else:
current_settings['gender'] = None
if current_settings['tri']:
nif_list, tri_list = get_files(current_settings['target'], current_settings, tri = True, morph = False)
for this_file in nif_list:
process_nif(this_file, repair_doubles = current_settings.get('doubles'))
if template_mesh:
for this_file in tri_list:
process_tri(this_file)
else:
nif_list = get_files(current_settings['target'], current_settings, morph = False)
for this_file in nif_list:
process_nif(this_file, repair_doubles = current_settings.get('doubles'))
if not menu.end:
menu.save(file = config_file)
Main()