def test_CFD():
#currently, not usable
df = '../data/TestCFD.json'
settings = load_settings(df) # force python2 load ascii string
#settings['case_folder'] = os.path.abspath(os.path.dirname(__file__)) + os.path.sep + "data"
#
from FenicsSolver import CoupledNavierStokesSolver
solver = CoupledNavierStokesSolver.CoupledNavierStokesSolver(settings)
solver.print()
solver.solve()
solver.plot()
def test_heat_transfer():
#print(os.path.dirname(__file__)) # __file__ is absolute path for python 3.4+
df = '../data/TestHeatTransfer.json'
settings = load_settings(df) # load FreeCAD GUI generated json data
#settings['case_folder'] = os.path.abspath(os.path.dirname(__file__)) + os.path.sep + "data"
###########################################
""" here lot of customization can be done, e.g.
settings['body_source'] = dolfin.Expression('', degree=1)
anisotropic material, convective velociyt, see examples/test_*.py for more details
"""
###########################################
solver = ScalerTransportSolver.ScalerTransportSolver(settings)
solver.print()
solver.solve()
solver.plot()