def main():
print "MakeHuman v%s" % getVersionDigitsStr()
print getCopyrightMessage(short=True) + "\n"
try:
set_sys_path()
make_user_dir()
get_platform_paths()
redirect_standard_streams()
get_hg_revision()
os.environ['MH_VERSION'] = getVersionStr()
os.environ['MH_SHORT_VERSION'] = getShortVersion()
os.environ['MH_MESH_VERSION'] = getBasemeshVersion()
args = parse_arguments()
init_logging()
except Exception as e:
print >> sys.stderr, "error: " + format(unicode(e))
import traceback
bt = traceback.format_exc()
print >> sys.stderr, bt
return
# Pass release info to debug dump using environment variables
os.environ['MH_FROZEN'] = "Yes" if isBuild() else "No"
os.environ['MH_RELEASE'] = "Yes" if isRelease() else "No"
debug_dump()
from core import G
G.args = args
# Set numpy properties
if not args.get('debugnumpy', False):
import numpy
# Suppress runtime errors
numpy.seterr(all = 'ignore')
# -o or --output option given -> run in headless mode
runHeadless = bool( args.get("output", None) )
if runHeadless:
import headless
headless.run(args)
else:
# Here pyQt and PyOpenGL will be imported
from mhmain import MHApplication
application = MHApplication()
application.run()
#import cProfile
#cProfile.run('application.run()')
close_standard_streams()
def main():
# print "MakeHuman v%s" % getVersionDigitsStr()
# print getCopyrightMessage(short=True) + "\n"
try:
set_sys_path()
make_user_dir()
get_platform_paths()
redirect_standard_streams()
get_hg_revision()
os.environ['MH_VERSION'] = getVersionStr()
os.environ['MH_SHORT_VERSION'] = getShortVersion()
os.environ['MH_MESH_VERSION'] = getBasemeshVersion()
args = parse_arguments()
init_logging()
except Exception as e:
print >> sys.stderr, "error: " + format(unicode(e))
import traceback
bt = traceback.format_exc()
print >> sys.stderr, bt
return
# Pass release info to debug dump using environment variables
os.environ['MH_FROZEN'] = "Yes" if isBuild() else "No"
os.environ['MH_RELEASE'] = "Yes" if isRelease() else "No"
debug_dump()
from core import G
G.args = args
# Set numpy properties
if not args.get('debugnumpy', False):
import numpy
# Suppress runtime errors
numpy.seterr(all='ignore')
# -o or --output option given -> run in headless mode
runHeadless = bool(args.get("output", None))
if runHeadless:
import headless
headless.run(args)
else:
# Here pyQt and PyOpenGL will be imported
from mhmain import MHApplication
application = MHApplication()
application.run()
#import cProfile
#cProfile.run('application.run()')
close_standard_streams()
def main():
try:
set_sys_path()
make_user_dir()
get_platform_paths()
redirect_standard_streams()
get_hg_revision()
os.environ['MH_VERSION'] = getVersionStr()
os.environ['MH_SHORT_VERSION'] = getShortVersion()
os.environ['MH_MESH_VERSION'] = getBasemeshVersion()
args = parse_arguments()
init_logging()
except Exception as e:
print >> sys.stderr, "error: " + format(unicode(e))
import traceback
bt = traceback.format_exc()
print >> sys.stderr, bt
return
# Pass release info to debug dump using environment variables
os.environ['MH_FROZEN'] = "Yes" if isBuild() else "No"
os.environ['MH_RELEASE'] = "Yes" if isRelease() else "No"
debug_dump()
from core import G
G.args = args
# Set numpy properties
if not args.get('debugnumpy', False):
import numpy
# Suppress runtime errors
numpy.seterr(all = 'ignore')
# Here pyQt and PyOpenGL will be imported
from mhmain import MHApplication
application = MHApplication()
# application.run() we want to run the startup sequence synchronously
application.startupSequence()
#application2= MHApplication();
#application2.startupSequence();
#import cProfile
#cProfile.run('application.run()')
close_standard_streams()
def main():
get_platform_paths()
redirect_standard_streams()
set_sys_path()
get_svn_revision()
make_user_dir()
init_logging()
debug_dump()
from mhmain import MHApplication
application = MHApplication()
application.run()
#import cProfile
#cProfile.run('application.run()')
close_standard_streams()
def main():
get_platform_paths()
redirect_standard_streams()
get_svn_revision()
set_sys_path()
make_user_dir()
init_logging()
debug_dump()
from mhmain import MHApplication
application = MHApplication()
application.run()
#import cProfile
#cProfile.run('application.run()')
close_standard_streams()
def main():
print(getCopyrightMessage(short=True) + "\n")
try:
set_sys_path()
args = parse_arguments()
from core import G
G.args = args
make_user_dir()
get_platform_paths()
redirect_standard_streams()
get_hg_revision()
os.environ['MH_VERSION'] = getVersionStr()
os.environ['MH_SHORT_VERSION'] = getShortVersion()
os.environ['MH_MESH_VERSION'] = getBasemeshVersion()
init_logging()
except Exception as e:
print("error: " + format(str(e)), file=sys.stderr)
import traceback
bt = traceback.format_exc()
print(bt, file=sys.stderr)
return
# Pass release info to debug dump using environment variables
os.environ['MH_FROZEN'] = "Yes" if isBuild() else "No"
os.environ['MH_RELEASE'] = "Yes" if isRelease() else "No"
debug_dump()
# Set numpy properties
if not G.args.get('debugnumpy', False):
import numpy
# Suppress runtime errors
numpy.seterr(all = 'ignore')
# Here pyQt and PyOpenGL will be imported
from mhmain import MHApplication
application = MHApplication()
application.run()
#import cProfile
#cProfile.run('application.run()')
close_standard_streams()
def result():
weight = float(request.form.get('weight').upper())
muscle = float(request.form.get('muscle').upper())
chest = float(request.form.get('chest').upper())
hip = float(request.form.get('hip').upper())
waist = float(request.form.get('waist').upper())
age = float(request.form.get('age').upper())
set_sys_path()
from core import Globals, G
g.G = Globals()
make_user_dir()
get_platform_paths()
redirect_standard_streams()
# init_logging()
from core import G
G.args = dict()
from mhmain import MHApplication
application = MHApplication()
application.startupSequence()
from webfunctions import support, webfunctions
id = str(uuid.uuid4())
directory = os.path.dirname(
os.path.realpath(__file__)) + '/static/models/' + id
os.makedirs(directory)
filename = directory + '/model.obj'
# log.message('Requesting model ' + filename)
support.exportObj(filename, age, weight, muscle, chest, waist, hip)
#clean up
close_standard_streams()
return jsonify(model='/models/' + id + '/model.obj',
texture='/models/' + id + '/model.mtl')
