def passiveProcess(self, stopper):
self.mover.passive(self.skeleton, stopper) # Non-trivial for Smooth
moveData = cfiddler.Recv_MoveData(stopper, tag=self.move_channel)
node = self.skeleton.getNodeWithIndex(moveData.index)
## REPORT("HELPING", stopper, "FOR NODE #", node.remoteIndex(stopper))
# recording energy-before (should this use periodic neighbor Elements?)
neighbors = node.aperiodicNeighborElements(self.skeleton)
reportData = [el.energyHomogeneity(self.skeleton) for el in neighbors]
reportData += [el.energyShape() for el in neighbors]
# move to the position -- self.skeleton is a DeputySkeleton
self.skeleton.moveNodeTo(
node, primitives.Point(moveData.x, moveData.y))
# Check & send illegality
mpitools.Send_Bool(bool(node.illegal()),
stopper,
tag=self.illegal_channel)
# if illegal in any processes, it should be aborted
if mpitools.Recv_Bool(
stopper, tag=self.verdict_channel): # True:continue, False:abort
# recording energy-after
reportData += [el.energyHomogeneity(self.skeleton)
for el in neighbors]
reportData += [el.energyShape() for el in neighbors]
# reporting
mpitools.Send_DoubleVec(reportData,
stopper,
tag=self.report_channel)
# receiving verdivt, True:stay, False:move back
if not mpitools.Recv_Bool(stopper, self.verdict_channel):
self.skeleton.moveNodeBack(node)
else: # Illegal!
self.skeleton.moveNodeBack(node)
def passiveProcess(self, stopper):
# the node to move
myindex = mpitools.Recv_Int(stopper, tag=self.move_channel)
node = self.skeleton.getNodeWithIndex(myindex)
self.mover.passive(self.skeleton, node, stopper)
# getting no. of move candidates
nmoves = mpitools.Recv_Int(stopper, tag=self.move_channel)
for i in range(nmoves):
moveData = cfiddler.Recv_MoveData(stopper, tag=self.move_channel)
## REPORT("HELPING", stopper, "FOR NODE #", node.remoteIndex(stopper))
# recording energy-before
neighbors = node.aperiodicNeighborElements(self.skeleton)
reportData = [
el.energyHomogeneity(self.skeleton) for el in neighbors
]
reportData += [el.energyShape() for el in neighbors]
# move to the position -- self.skeleton is a DeputySkeleton
self.skeleton.moveNodeTo(node,
primitives.Point(moveData.x, moveData.y))
# Check & send illegality
mpitools.Send_Bool(bool(node.illegal()),
stopper,
tag=self.illegal_channel)
# if illegal in any processes, it should be aborted
if mpitools.Recv_Bool(
stopper,
tag=self.verdict_channel): # True:continue, False:abort
# recording energy-after
reportData += [
el.energyHomogeneity(self.skeleton) for el in neighbors
]
reportData += [el.energyShape() for el in neighbors]
# reporting
mpitools.Send_DoubleVec(reportData,
stopper,
tag=self.report_channel)
# reset for the next one
self.skeleton.moveNodeBack(node)
## REPORT("DONE HELPING", moveData.master, " ON NODE #",
## node.remoteIndex(moveData.master))
# receiving verdivt, True:stay, False:move back
if mpitools.Recv_Bool(stopper, self.verdict_channel):
x, y = mpitools.Recv_DoubleVec(stopper,
tag=self.move_channel,
size=2)
self.skeleton.moveNodeTo(node, primitives.Point(x, y))
def passive(self, skeleton, stopper): # Parallel mode -- share-holder
from ooflib.SWIG.common import mpitools
_rank = mpitools.Rank()
# Getting the node index (local)
index = mpitools.Recv_Int(stopper)
node = skeleton.getNodeWithIndex(index)
# Get the neighbor nodes (but not ones are shared with stoppers,
# since they are already accounted for at "stopper".)
nbrNodes = node.neighborNodes(skeleton)
positions = []
for nd in nbrNodes:
if _rank == nd.master(): # my own node
positions.append(skeleton.nodePosition(nd).x)
positions.append(skeleton.nodePosition(nd).y)
mpitools.Send_DoubleVec(positions, stopper)
def passive(self, skeleton, node, stopper):
from ooflib.SWIG.common import mpitools
_rank = mpitools.Rank()
# now, find all neighboring nodes
neighbors = node.neighborNodes(skeleton)
# among these, collect ones of which I'm the master.
neighbors = [n for n in neighbors if _rank == n.master()]
if neighbors:
coords = [[skeleton.nodePosition(n).x,
skeleton.nodePosition(n).y] for n in neighbors]
coords = reduce(lambda x,y: x+y, coords)
else:
coords = []
# send the nodes
mpitools.Send_DoubleVec(coords, stopper)