def doReplacement(replaceDB):
notExistingSources = set()
createdRefs = []
for tr, path in replaceDB.items():
if path in notExistingSources:
continue
if not os.path.exists(os.path.expandvars(path)):
notExistingSources.add(path)
log.logAppend('Path does not exists: {}. Replacement skipped.'.format(path))
continue
refHandle = RefHandle()
refHandle.createNew(path)
createdRefs.append(refHandle)
worldRP = m.xform(tr, q=True, rotatePivot=True, worldSpace=True)
m.xform(refHandle.refLocator.transform, translation=worldRP, absolute=True, worldSpace=True)
transformParent = getParent(tr)
if transformParent:
newRefLocTransform = getLongName(m.parent(refHandle.refLocator.transform, transformParent)[0])
refHandle.setRefLocator(TransformHandle(transform=newRefLocTransform))
rotation = m.xform(tr, q=True, rotation=True, objectSpace=True)
scale = m.xform(tr, q=True, scale=True, objectSpace=True, relative=True)
shear = m.xform(tr, q=True, shear=True, objectSpace=True, relative=True)
m.xform(refHandle.refLocator.transform, rotation=rotation, scale=scale, shear=shear)
if m.objExists(tr):
m.delete(tr)
return createdRefs
def createAnnotation(self):
if not self.isValid():
return
annotationShapes = self.refLocator.getChildren(allDescendants=True, typ='annotationShape')
for s in annotationShapes:
m.delete(getParent(s))
annotationSh = m.annotate(self.refLocator.transform, p=(0, -0.5, 0))
annotationTr = getParent(annotationSh)
annotationTr = m.parent(annotationTr, self.refLocator.transform, relative=True)[0]
lockTransformations(annotationTr)
self.annotation = TransformHandle(transform=getLongName(annotationTr))
m.setAttr(self.annotation.shape + '.displayArrow', False)
m.setAttr(self.annotation.transform + '.overrideEnabled', True)
m.setAttr(self.annotation.transform + '.overrideDisplayType', 2)
def saveRefsSources(replaceDB):
processedPaths = set()
for tr, path in replaceDB.items():
if not m.objExists(tr):
continue
expandedPath = expandPath(path)
if expandedPath in processedPaths:
continue
shape = getShape(tr)
childTransforms = getChildTransforms(tr)
if not shape and not childTransforms:
log.logAppend('Cannot save empty transform: {}. Source save skipped.'.format(tr))
continue
else:
oldParent = getParent(tr)
tr2 = m.duplicate(tr, rr=True)
if oldParent:
newObject = m.parent(tr2, world=True)[0]
else:
newObject = tr2
worldRP = m.xform(newObject, q=True, rotatePivot=True, worldSpace=True)
m.xform(newObject, relative=True, worldSpace=True, translation=[-x for x in worldRP])
m.xform(newObject, absolute=True, rotation=(0, 0, 0), scale=(1, 1, 1), shear=(0, 0, 0))
if shape:
m.select(newObject, r=True)
else:
children = getChildTransforms(newObject)
if children:
newChildren = m.parent(children, world=True)
m.select(newChildren, r=True)
ext = os.path.splitext(path)[1]
watch(path, 'saving path')
makeWritable(expandPath(path))
m.file(
path,
exportSelected=True,
force=True,
typ='mayaBinary' if ext == '.mb' else 'mayaAscii',
options='v=0;'
)
if not shape:
m.delete(newChildren)
m.delete(newObject)
processedPaths.add(expandedPath)
return processedPaths
def initHandle(self, transform=None, shape=None):
if (transform is not None) and (m.objExists(transform)):
self.transform = transform
self.shape = getShape(transform)
elif (shape is not None) and (m.objExists(shape)):
self.transform = getParent(shape)
self.shape = shape
else:
self.transform = None
self.shape = None
def initHandle(self, transform=None, shape=None):
if (transform is not None) and (m.objExists(transform)):
self.transform = transform
self.shape = getShape(transform)
elif (shape is not None) and (m.objExists(shape)):
self.transform = getParent(shape)
self.shape = shape
else:
self.transform = None
self.shape = None
def prepareModelData(self, matchedData):
# input [(fullPathName, searchField), ....]
# return [(exists, shortName, filename, mayaPath, nodeInfo), ...]
modelData = []
for fullPathName, shortName in matchedData:
filename = self.getRefFilename(fullPathName)
exists = 'Yes' if os.path.exists(os.path.expandvars(filename)) else 'No'
mayaPath = getParent(fullPathName)
ni = NodeInfo()
ni.selectionString = [mayaPath]
ni.fullPathName = mayaPath
ni.shortName = shortName
modelData.append((exists, shortName, filename, mayaPath, ni))
# print modelData
return modelData
def prepareModelData(self, matchedData):
# input [(fullPathName, searchField), ....]
# return [(exists, shortName, filename, mayaPath, nodeInfo), ...]
modelData = []
for fullPathName, shortName in matchedData:
filename = self.getRefFilename(fullPathName)
exists = 'Yes' if os.path.exists(
os.path.expandvars(filename)) else 'No'
mayaPath = getParent(fullPathName)
ni = NodeInfo()
ni.selectionString = [mayaPath]
ni.fullPathName = mayaPath
ni.shortName = shortName
modelData.append((exists, shortName, filename, mayaPath, ni))
# print modelData
return modelData