def main():
import cupydo.interfaces.Cupydo as cupy
p = getFsiP() # get parameters
cupydo = cupy.CUPyDO(p) # create fsi driver
cupydo.run() # run fsi process
test(cupydo.algorithm.errValue, p['tol']) # check the results
# eof
print ''
def main():
import cupydo.interfaces.Cupydo as cupy
import staticAgard_fluid
p = getFsiP() # get parameters
cupydo = cupy.CUPyDO(p) # create fsi driver
cupydo.run() # run fsi process
cupydo.algorithm.FluidSolver.coreSolver.save()
test(cupydo, p['tol']) # check the results
# eof
print('')
def main():
direct_case = "../../tests/SU2_SU2/Cantilever_fsi.py"
exec(open(direct_case, 'r', encoding='utf8').read(),
globals()) # Run direct
import cupydo.interfaces.Cupydo as cupy
p = getAdjP() # get parameters
cupydo = cupy.CUPyDO(p) # create fsi driver
cupydo.run() # run fsi process
test_adj(cupydo.algorithm.errValue, p['tol']) # check the results
# eof
print('')
def main():
param = getFsiP()
cupydo = cupy.CUPyDO(param)
cupydo.run()
