def do_setup(self, arg, opts=None):
"""Setup main solver and all other necessary files"""
try:
self.problem.loadBoundaries()
self.problem.solver = chooseFromDictionary("Choose solver:", ofoam.solvers)()
## @todo Now only RAS model
print "== Setup RASP =="
self.problem.raspFile = ofoam.rasproperties.cmdSetup()
self.problem.turbulentModel = self.problem.raspFile.data[0][1][0][1]
print "== Setup Variables =="
self.problem.variables = self.problem.solver.getDefaultVariables(self.problem.turbulentModel)
linSolver = None
for v in self.problem.variables:
if linSolver != None and query_yn("Use previous solver for " + v.name):
v.solver = linSolver
else:
linSolver = ofoam.linSolvers.cmdSetup(v.name)
v.solver = linSolver
v.relaxFactor = askForFloat("Set relax factor ", v.relaxFactor)
v.resControl = askForFloat("Set residual control ", v.resControl)
self.problem.nlSolverConf = setupFromOptions(
ofoam.nLinSolvers.Options.options[self.problem.solver.nlSolver]
)
print "== SAVE FV Solution =="
self.problem.saveFvSolution()
except IncompleteData as e:
print e
def cmdSetup(vName):
print 'SETUP ' + vName
setup = [('solver', chooseFromList('Select solver : ', [o[0] for o in Options.options]))]
opts = []
for i in Options.options:
if i[0] == setup[0][1]:
opts = i[1]
break
setup += setupFromOptions(opts)
return setup
def cmdSetup(solverName):
conf = [('application', solverName)]
conf += (setupFromOptions(Options.options))
return conf