def __init__(self, name, facility):
Coupler.__init__(self, name, facility)
# time of containing coupler
self.ccplr_t = 0
# time of embedded coupler
self.ecplr_t = 0
# whether to apply boundary conditions
self.toApplyBC = True
return
def __init__(self, name, facility):
Coupler.__init__(self, name, facility)
# time of containing coupler
self.ccplr_t = 0
# time of embedded coupler
self.ecplr_t = 0
# whether to apply boundary conditions
self.toApplyBC = True
return
def initialize(self, solver):
Coupler.initialize(self, solver)
# the embedded solver should set its solver.bc.side_sbcs to on
# otherwise, we have to stop
assert solver.inventory.bc.inventory.side_sbcs == True, \
'Error: esolver.bc.side_sbcs must be on!'
# XXX: model/Exchanger/AreaWeightedNormal.cc
# computeOutflow() and reduceOutflow() needs to be modified
# to support compressible flow
assert (not self.inventory.amending_outflow) or \
solver.inventory.gruneisen == 0, \
'Error, amending_outflow is not implemented for compressible flow!'
return
def initialize(self, solver):
Coupler.initialize(self, solver)
# the embedded solver should set its solver.bc.side_sbcs to on
# otherwise, we have to stop
assert solver.inventory.bc.inventory.side_sbcs == True, \
'Error: esolver.bc.side_sbcs must be on!'
# XXX: model/Exchanger/AreaWeightedNormal.cc
# computeOutflow() and reduceOutflow() needs to be modified
# to support compressible flow
assert (not self.inventory.amending_outflow) or \
solver.inventory.gruneisen == 0, \
'Error, amending_outflow is not implemented for compressible flow!'
return
def initialize(self, solver):
Coupler.initialize(self, solver)
return
def __init__(self, name, facility):
Coupler.__init__(self, name, facility)
return