def onClicked(event):
reload(mh2povray) # Avoid having to close and reopen MH for every coding change (can be removed once testing is complete)
# it is necessary to put this code here, so that it is executed with the 'renderButton.event'
if os.name == 'nt':
#
if os.environ['PROCESSOR_ARCHITECTURE'] == "x86":
binary = 'win32'
#
if self.win32sse2Button.selected:
binary = 'win32sse2'
#
else:
binary = 'win64'
# for Ubuntu.. atm
if sys.platform == 'linux2':
binary = 'linux'
#
mh2povray.povrayExport(gui3d.app.selectedHuman.mesh, gui3d.app,
{'source':'gui', # 'ini' if self.iniButton.selected else 'gui',
'format':'mesh2', # 'array' if self.arrayButton.selected else 'mesh2',
'action':'render', # 'export' if self.exportButton.selected else 'render',
'subdivide':True if self.doSubdivide.selected else False,
'AA': 0.5-0.49*self.AA.getValue(),
'bintype': binary,
'SSS': True if self.useSSS.selected else False,
'SSSA': 6*self.SSSA.getValue(), # power of 2
'skinoil': 0.001 *(10**(4*self.skinoil.getValue())), # exponential slider
'rough':0.001 *(10**(2*self.rough.getValue())), # exponential slider
'wrinkles': 0.5*self.wrinkles.getValue(),
'hairSpec':True if self.hairSpec.selected else False,
'hspecA': 0.1*(10**(2*self.hspecA.getValue())), # exponential slider
'hairThin': 5**(2*(1-self.hairThick.getValue()))}) # exponential slider
def onClicked(event):
reload(
mh2povray
) # Avoid having to close and reopen MH for every coding change (can be removed once testing is complete)
# it is necessary to put this code here, so that it is executed with the 'renderButton.event'
if os.name == 'nt':
#
if os.environ['PROCESSOR_ARCHITECTURE'] == "x86":
binary = 'win32'
#
if self.win32sse2Button.selected:
binary = 'win32sse2'
#
else:
binary = 'win64'
# for Ubuntu.. atm
if sys.platform == 'linux2':
binary = 'linux'
#
mh2povray.povrayExport(
gui3d.app.selectedHuman.mesh,
gui3d.app,
{
'source':
'gui', # 'ini' if self.iniButton.selected else 'gui',
'format':
'mesh2', # 'array' if self.arrayButton.selected else 'mesh2',
'action':
'render', # 'export' if self.exportButton.selected else 'render',
'subdivide': True if self.doSubdivide.selected else False,
'AA': 0.5 - 0.49 * self.AA.getValue(),
'bintype': binary,
'SSS': True if self.useSSS.selected else False,
'SSSA': 6 * self.SSSA.getValue(), # power of 2
'skinoil': 0.001 *
(10**(4 * self.skinoil.getValue())), # exponential slider
'rough': 0.001 *
(10**(2 * self.rough.getValue())), # exponential slider
'wrinkles': 0.5 * self.wrinkles.getValue(),
'hairSpec': True if self.hairSpec.selected else False,
'hspecA': 0.1 *
(10**(2 * self.hspecA.getValue())), # exponential slider
'hairThin': 5**(2 * (1 - self.hairThick.getValue()))
}) # exponential slider
def onClicked(event):
reload(mh2povray) # Avoid having to close and reopen MH for every coding change (can be removed once testing is complete)
# it is necessary to put this code here, so that it is executed with the 'renderButton.event'
if os.name == 'nt':
#
if os.environ['PROCESSOR_ARCHITECTURE'] == "x86":
binarie = 'win32'
#
if self.win32sse2Button.selected:
binarie = 'win32sse2'
#
else:
binarie = 'win64'
# for Ubuntu.. atm
if sys.platform == 'linux2':
binarie = 'linux'
#
mh2povray.povrayExport(gui3d.app.selectedHuman.mesh, gui3d.app,
{'source':'ini' if self.iniButton.selected else 'gui',
'format':'array' if self.arrayButton.selected else 'mesh2',
'action':'export' if self.exportButton.selected else 'render',
'bintype': binarie,
'SSS': True if self.useSSS.selected else False})
