from mu import Mu
import sys
def check_transform(obj, level):
print(" " * level + obj.transform.name + (" c" if hasattr(obj, "collider") else ""))
def check_obj(obj, level = 0):
check_transform(obj, level)
for o in obj.children:
check_obj(o, level + 1)
for fname in sys.argv[1:]:
mu = Mu()
if not mu.read(fname):
print("could not read: " + fname)
raise
check_obj(mu.obj)
def find_props(fname, props, anims):
mu = Mu()
mu.objects = {}
if not mu.read(fname):
print("could not read: " + fname)
raise
check_obj(mu.obj, props, anims, "", mu)
return mu
def dump(fname):
mu = Mu()
if not mu.read(fname):
print("could not read: " + fname)
raise
print(mu.version)
dump_textures(mu)
dump_materials(mu)
dump_object(mu, mu.obj)
def dump(fname):
mu = Mu()
if not mu.read(fname):
print("could not read: " + fname)
raise
print(mu.version)
dump_textures(mu)
dump_materials(mu)
dump_object(mu, mu.obj)
def makecfg(fname):
mu = Mu()
if not mu.read(fname):
print("could not read: " + fname)
raise
cfg = ConfigNode()
add_textures(mu, cfg)
add_materials(mu, cfg)
add_object(mu, mu.obj, cfg)
print(cfg.ToString())
def makecfg(fname):
mu = Mu()
if not mu.read(fname):
print("could not read: " + fname)
raise
cfg = ConfigNode()
add_textures(mu, cfg)
add_materials(mu, cfg)
add_object(mu, mu.obj, cfg)
print(cfg.ToString())
def readJSON(filepath):
mu = Mu()
if not mu.read(filepath):
print 'File not found'
# print filepath
js = MuJS(mu.obj)
print js.getJSON()
with open('test.json', 'w+') as jsf:
json.dump(json.loads(js.getJSON()), jsf, indent=4)
def find_lights(fname):
mu = Mu()
if not mu.read(fname):
print("could not read: " + fname)
raise
sys.stdout.write("checking " + fname)
if check_obj(mu.obj):
mu.write(fname+".new")
print(" fixed")
else:
print(" ok")
def main():
if len(sys.argv) != 3:
print("hull.py <in-name> <out-name>")
sys.exit(1)
fname = sys.argv[1]
oname = sys.argv[2]
mu = Mu()
if not mu.read(fname):
print("could not read: " + fname)
sys.exit(1)
find_colliders(mu.obj)
mu.write(oname)
def main():
if len(sys.argv) != 3:
print("hull.py <in-name> <out-name>")
sys.exit(1)
fname = sys.argv[1]
oname = sys.argv[2]
mu = Mu()
if not mu.read(fname):
print("could not read: " + fname)
sys.exit(1)
find_colliders(mu.obj)
mu.write(oname)
def main():
wheel_mu = sys.argv[1]
mu = Mu()
if not mu.read(wheel_mu):
print("could not read: " + fname)
raise
find_wheels(mu.obj)
if len(sys.argv) > 2:
node = ConfigNode.loadfile(sys.argv[2])
wheel = node.GetNode('Wheel')
if not wheel:
print("could not find Wheel")
sys.exit(1)
adjust_wheel(wheel)
mu.write("wheelout.mu")
else:
for w in wheel_colliders.keys():
node = wheel_cfg(w, wheel_colliders[w])
print("Wheel " + node.ToString())
def main():
wheel_mu = sys.argv[1]
mu = Mu()
if not mu.read(wheel_mu):
print("could not read: " + fname)
raise
find_wheels(mu.obj)
if len(sys.argv) > 2:
text = open(sys.argv[2], "rt").read()
node = ConfigNode.load(text)
wheel = node.GetNode('Wheel')
if not wheel:
print("could not find Wheel")
sys.exit(1)
adjust_wheel(wheel)
mu.write("wheelout.mu")
else:
for w in wheel_colliders.keys():
node = wheel_cfg(w, wheel_colliders[w])
print("Wheel "+ node.ToString())
def find_props(fname, props):
mu = Mu()
if not mu.read(fname):
print("could not read: " + fname)
raise
check_obj(mu.obj, props, "")
from mu import Mu
import sys
def check_transform(obj, level):
print(" " * level + obj.transform.name)
def check_obj(obj, level=0):
check_transform(obj, level)
for o in obj.children:
check_obj(o, level + 1)
for fname in sys.argv[1:]:
mu = Mu()
if not mu.read(fname):
print("could not read: " + fname)
raise
check_obj(mu.obj)
def find_skins(fname):
mu = Mu()
if not mu.read(fname):
print("could not read: " + fname)
raise
check_obj(mu.obj)
