def copyVertPosFrom():
'''
Select verts on target mesh, shift-select source mesh
'''
destVerts = mc.ls(os=True, fl=True)[:-1]
source = mc.ls(os=True)[-1]
target = dt.getMeshName(destVerts[0])
srcVerts = [vtxName.replace(target, source) for vtxName in destVerts]
dt.copyVertPos(srcVerts, target)
def copyVertPosFrom():
'''
Select verts on target mesh, shift-select source mesh
'''
destVerts = mc.ls(os=True, fl=True)[:-1]
source = mc.ls(os=True)[-1]
target = dt.getMeshName(destVerts[0])
srcVerts = [vtxName.replace(target, source) for vtxName in destVerts]
dt.copyVertPos(srcVerts, target)
def flipSelection(selVerts, symDict):
'''
'''
symDict2 = make2WaySymTable(symDict)
selList = []
for eachVert in selVerts:
vertId = dt.getComponentId(eachVert)
if vertId in symDict2.keys():
selList.append(symDict2[vertId])
else:
# if this vert is assymetrical (i.e. on the center line)
# just add it as well...
selList.append(vertId)
mesh = dt.getMeshName(selVerts[0])
sel.selectVertsFromIdList(mesh, selList)
return selList
def flipSelection(selVerts, symDict):
'''
'''
symDict2 = make2WaySymTable(symDict)
selList = []
for eachVert in selVerts:
vertId = dt.getComponentId(eachVert)
if vertId in symDict2.keys():
selList.append(symDict2[vertId])
else:
# if this vert is assymetrical (i.e. on the center line)
# just add it as well...
selList.append(vertId)
mesh = dt.getMeshName(selVerts[0])
sel.selectVertsFromIdList(mesh, selList)
return selList