def generate(self):
for shader in self.shaders.keys():
assignation = tdLib.getShaderAssignation(shader)
filename = self.assetName.upper() + '_' + shader + '_Small.tga'
fullpath = os.path.join(self.exportPath, filename)
text = create_text_image(fullpath, self.assetName, shader, 1024, self.fillColor)
texture, placed2dtexture = tdLib.createFileNode()
cmds.connectAttr(texture + '.outColor', shader + '.color', force=True)
cmds.setAttr(texture + '.fileTextureName', fullpath, type='string')
self.shaders[shader] = [assignation, fullpath, texture, placed2dtexture]
def __init__(self, shaderName, mode, renderAttr, shaderAttr):
self.mode = mode
self.name = shaderName
self.shadingGroup = tdLib.getSGsFromMaterial(shaderName)[0]
self.renderAttr = renderAttr
self.shaderAttr = shaderAttr
self.assignation = tdLib.getShaderAssignation(shaderName)
self.shapes = self.getShapes()
self.udims = self.getAllUDIMs()
self.udimsTotal = copy.copy(self.udims)
self.texturePath, self.fileName = self.getTexturePath()
# self.checkValidity()
Shader.instances.append(self)
def __init__(self, shaderName, mode, renderAttr, shaderAttr):
self.mode = mode
self.name = shaderName
self.shadingGroup = tdLib.getSGsFromMaterial(shaderName)[0]
self.renderAttr = renderAttr
self.shaderAttr = shaderAttr
self.assignation = tdLib.getShaderAssignation(shaderName)
self.shapes = self.getShapes()
self.udims = self.getAllUDIMs()
self.udimsTotal = copy.copy(self.udims)
self.texturePath, self.fileName = self.getTexturePath()
# self.checkValidity()
Shader.instances.append(self)
def generate(self):
for shader in self.shaders.keys():
assignation = tdLib.getShaderAssignation(shader)
filename = self.assetName.upper() + '_' + shader + '_Small.tga'
fullpath = os.path.join(self.exportPath, filename)
text = create_text_image(fullpath, self.assetName, shader, 1024,
self.fillColor)
texture, placed2dtexture = tdLib.createFileNode()
cmds.connectAttr(texture + '.outColor',
shader + '.color',
force=True)
cmds.setAttr(texture + '.fileTextureName', fullpath, type='string')
self.shaders[shader] = [
assignation, fullpath, texture, placed2dtexture
]
for sel in selection:
try:
ncloth = tdLib.getFirstItem(cmds.listConnections(sel + '.inMesh', source=True, shapes=True))
shape = tdLib.getFirstItem(cmds.listConnections(ncloth + '.inputMesh', source=True, shapes=True))
OBJS.append(shape)
OBJSCOPY.append(sel)
except TypeError:
pass
shadingGroups = list(tdLib.flatten([tdLib.getSGsFromShape(i) for i in OBJS]))
shaders = [tdLib.getMaterialFromSG(i) for i in shadingGroups]
assignation = {}
for i in shaders:
assignation[i] = tdLib.getShaderAssignation(i)
objs = {}
for i, u in zip(OBJS, OBJSCOPY):
objs[i] = u
assignationNew = {}
for shader, assign in assignation.iteritems():
assignationNew[shader] = []
for ass in assign:
splitted = ass.split('.')[0]
try:
assignationNew[shader].append(ass.replace(splitted, objs[splitted]))
except KeyError, e:
pass
ncloth = tdLib.getFirstItem(
cmds.listConnections(sel + '.inMesh', source=True, shapes=True))
shape = tdLib.getFirstItem(
cmds.listConnections(ncloth + '.inputMesh',
source=True,
shapes=True))
OBJS.append(shape)
OBJSCOPY.append(sel)
except TypeError:
pass
shadingGroups = list(tdLib.flatten([tdLib.getSGsFromShape(i) for i in OBJS]))
shaders = [tdLib.getMaterialFromSG(i) for i in shadingGroups]
assignation = {}
for i in shaders:
assignation[i] = tdLib.getShaderAssignation(i)
objs = {}
for i, u in zip(OBJS, OBJSCOPY):
objs[i] = u
assignationNew = {}
for shader, assign in assignation.iteritems():
assignationNew[shader] = []
for ass in assign:
splitted = ass.split('.')[0]
try:
assignationNew[shader].append(ass.replace(splitted,
objs[splitted]))
except KeyError, e:
pass