def testLoadModel(self):
import ngSkinTools.importExport as ie
ie.cmds = self.cmds
ie.mel = self.mel
model = LayerData()
model.loadFrom('pSphere1')
print model.layers[0].influences[0].weights
def testLoad2(self):
openMayaFile('simplemirror.ma')
mll = MllInterface()
mll.setCurrentMesh('testMesh')
mll.initLayers()
mll.createLayer("Initial Weights")
model = LayerData()
model.loadFrom('testMesh')
self.assertEqual(model.layers[0].name, "Initial Weights")
self.assertEquals(model.layers[0].influences[0].influenceName, "|x_axis|root")
def testLoad2(self):
openMayaFile('simplemirror.ma')
mll = MllInterface()
mll.setCurrentMesh('testMesh')
mll.initLayers()
mll.createLayer("Initial Weights")
model = LayerData()
model.loadFrom('testMesh')
self.assertEqual(model.layers[0].name, "Initial Weights")
self.assertEquals(model.layers[0].influences[0].influenceName, "|x_axis|root")
def testLoad(self):
skinCluster = 'skinCluster1'
mll = flexmock()
mll.should_receive('setCurrentMesh').once()
mll.should_receive('listLayers').and_return(
((123, "layer1"), (456, "layer2"))).once()
mll.should_receive('getLayerOpacity').with_args(123).and_return(0.9)
mll.should_receive('getLayerOpacity').with_args(456).and_return(1.0)
mll.should_receive('isLayerEnabled').with_args(123).and_return(True)
mll.should_receive('isLayerEnabled').with_args(456).and_return(False)
mll.should_receive('getLayerMask').with_args(123).and_return(
[1.2, 1.1, 1.0, 0])
mll.should_receive('getLayerMask').with_args(456).and_return(
[1.2, 1.1, 1.0, 0])
mll.should_receive('listLayerInfluences').with_args(123).and_return(
(('infl1', 0), ('infl2', 1)))
mll.should_receive('listLayerInfluences').with_args(456).and_return(
(('infl3', 0), ('infl4', 1)))
mll.should_receive('getInfluenceWeights').with_args(123, 0).and_return(
[0, 0, 0, 0])
mll.should_receive('getInfluenceWeights').with_args(123, 1).and_return(
[0, 0, 0, 0])
mll.should_receive('getInfluenceWeights').with_args(456, 0).and_return(
[0, 0, 0, 0])
mll.should_receive('getInfluenceWeights').with_args(456, 1).and_return(
[0, 0, 0, 0])
mll.should_receive('listManualMirrorInfluenceAssociations').and_return(
{"a": "b"})
model = LayerData()
model.getFullNodePath = lambda a: a
model.mll = mll
model.loadFrom(skinCluster)
self.assertEquals(model.layers[0].name, "layer1")
self.assertEquals(model.layers[1].name, "layer2")
self.assertEquals(model.layers[0].opacity, 0.9)
self.assertEquals(model.layers[0].enabled, True)
self.assertEquals(model.layers[1].enabled, False)
self.assertEquals(model.layers[1].influences[0].influenceName, "infl3")
self.assertEquals(model.layers[1].influences[1].influenceName, "infl4")
self.assertEquals(model.layers[0].influences[0].logicalIndex, 0)
self.assertEquals(model.layers[0].influences[1].logicalIndex, 1)
def testLoad(self):
skinCluster = 'skinCluster1'
mll = flexmock()
mll.should_receive('setCurrentMesh').once()
mll.should_receive('listLayers').and_return(((123,"layer1"),(456,"layer2"))).once()
mll.should_receive('getLayerOpacity').with_args(123).and_return(0.9)
mll.should_receive('getLayerOpacity').with_args(456).and_return(1.0)
mll.should_receive('isLayerEnabled').with_args(123).and_return(True)
mll.should_receive('isLayerEnabled').with_args(456).and_return(False)
mll.should_receive('getLayerMask').with_args(123).and_return([1.2,1.1,1.0,0])
mll.should_receive('getLayerMask').with_args(456).and_return([1.2,1.1,1.0,0])
mll.should_receive('listLayerInfluences').with_args(123).and_return((('infl1',0),('infl2',1)))
mll.should_receive('listLayerInfluences').with_args(456).and_return((('infl3',0),('infl4',1)))
mll.should_receive('getInfluenceWeights').with_args(123,0).and_return([0,0,0,0])
mll.should_receive('getInfluenceWeights').with_args(123,1).and_return([0,0,0,0])
mll.should_receive('getInfluenceWeights').with_args(456,0).and_return([0,0,0,0])
mll.should_receive('getInfluenceWeights').with_args(456,1).and_return([0,0,0,0])
mll.should_receive('listManualMirrorInfluenceAssociations').and_return({"a":"b"})
model = LayerData()
model.getFullNodePath = lambda a: a
model.mll = mll
model.loadFrom(skinCluster)
self.assertEquals(model.layers[0].name, "layer1")
self.assertEquals(model.layers[1].name, "layer2")
self.assertEquals(model.layers[0].opacity, 0.9)
self.assertEquals(model.layers[0].enabled, True)
self.assertEquals(model.layers[1].enabled, False)
self.assertEquals(model.layers[1].influences[0].influenceName, "infl3")
self.assertEquals(model.layers[1].influences[1].influenceName, "infl4")
self.assertEquals(model.layers[0].influences[0].logicalIndex, 0)
self.assertEquals(model.layers[0].influences[1].logicalIndex, 1)
def save_weights(weight_dir, geo_list=[]):
"""
save geometry weights for character
"""
for obj in geo_list:
# save dir and save file
weight_file = os.path.join(weight_dir, obj + '.json')
layerData = LayerData()
try:
layerData.loadFrom(obj + 'Shape')
except:
try:
mll = MllInterface()
mll.setCurrentMesh(obj+'Shape')
ass = mll.initLayers()
layer = mll.createLayer('Base Weights')
except:
pass
exporter = JsonExporter()
jsonContents = exporter.process(layerData)
# string "jsonContents" can now be saved to an external file
with open(weight_file, 'w') as f:
f.write(jsonContents)
#json.dump(jsonContents, f)
# save skin weight file
#mc.select(obj)
#bSkinSaver2.bSaveSkinValues(weight_file)
print "Saved to: " + weight_file
mc.select(d=True)