def launch(self, application):
if self.inventory.ic.inventory.post_p:
from CitcomSLib import readCheckpoint, postProcessing
readCheckpoint(self.all_variables)
# the program will finish after post_processing
postProcessing(self.all_variables)
self.save(1)
self.endSimulation()
return
if self.inventory.ic.inventory.restart:
from CitcomSLib import readCheckpoint
readCheckpoint(self.all_variables)
else:
# initial conditions
ic = self.inventory.ic
ic.launch()
self.solveVelocities()
# stop the computation if only computes stokes' problem
if self.inventory.stokes_flow_only:
self.advectTracers()
self.save(1)
self.endSimulation()
return
def launch(self, application):
if self.inventory.ic.inventory.post_p:
from CitcomSLib import readCheckpoint, postProcessing
readCheckpoint(self.all_variables)
# the program will finish after post_processing
postProcessing(self.all_variables)
self.save(1)
self.endSimulation()
return
if self.inventory.ic.inventory.restart:
from CitcomSLib import readCheckpoint
readCheckpoint(self.all_variables)
else:
# initial conditions
ic = self.inventory.ic
ic.launch()
self.solveVelocities()
# stop the computation if only computes stokes' problem
if self.inventory.stokes_flow_only:
self.advectTracers()
self.save(1)
self.endSimulation()
return
def launch(self, application):
#TODO: checkpoint doesn't contain coupler information yet
self.coupler.launch(self)
if self.inventory.ic.inventory.restart:
from CitcomSLib import readCheckpoint
readCheckpoint(self.all_variables)
else:
# initial conditions
ic = self.inventory.ic
ic.launch()
# insure consistent temperature fields across solvers
self.coupler.exchangeTemperature()
self.solveVelocities()
return
def launch(self, application):
#TODO: checkpoint doesn't contain coupler information yet
self.coupler.launch(self)
if self.inventory.ic.inventory.restart:
from CitcomSLib import readCheckpoint
readCheckpoint(self.all_variables)
else:
# initial conditions
ic = self.inventory.ic
ic.launch()
# insure consistent temperature fields across solvers
self.coupler.exchangeTemperature()
self.solveVelocities()
return
