def save(self, file_path, name, image, user_comment=None):
mobject_arrary = self.getObjectShadingEngine(self.geometry_dag_path)
net_data = {}
for index in range(mobject_arrary.length()):
valid = self.hasValidShadingEngine(
mobject_arrary[index], object=self.geometry_dag_path)
if not valid:
continue
shader_data = self.get_shader_net(mobject_arrary[index])
net_data.setdefault(index, shader_data)
comment = '%s %s - shader networks' % (
self.tool_kit_name, self.version)
if user_comment:
comment = '%s %s - shader networks\n%s' % (
self.tool_kit_name, self.version, user_comment)
created_date = datetime.now().strftime('%Y/%d/%B - %I:%M:%S:%p')
description = 'This data contain information about maya shader networks'
type = 'shader_net'
valid = True
data = net_data
tag = self.tool_kit_object
rw = readWrite.ReadWrite(c=comment, cd=created_date,
d=description, t=type, v=valid, data=data, tag=tag,
path=file_path, name=name, format='shader')
result, shader_path = rw.create()
if False in result:
return result
studio_image = studioImage.ImageCalibration(
path=file_path, name=name, format='png')
image_path = studio_image.writeImage(image)
print '\nresult', shader_path, image_path
return result
def __init__(self, parent=None):
super(Model, self).__init__(parent=None)
self.studio_image = studioImage.ImageCalibration()
self.studio_maya = studioMaya.Maya()
self._width, self._height = 150, 150
self.setup_ui()