def store_solution(self,U,t):
"""Store the current solution in a dictionary with the time as the key"""
Usave = {"U_F":mf.extract_subfunction(U.split()[0]),
"P_F":mf.extract_subfunction(U.split()[1]),
"L_U":mf.extract_subfunction(U.split()[2]),
"D_S":mf.extract_subfunction(U.split()[3]),
"U_S":mf.extract_subfunction(U.split()[4]),
"D_F":mf.extract_subfunction(U.split()[5]),
"L_D":mf.extract_subfunction(U.split()[6])}
#loop over every FSI Function and save a timeseries and VTK file
for k in self.timeseries.keys():
self.timeseries[k].store(Usave[k].vector(),t)
self.vtkfiles[k] << Usave[k],t
def store_solution(self, U, t):
"""Store the current solution in a dictionary with the time as the key"""
Usave = {
"U_F": mf.extract_subfunction(U.split()[0]),
"P_F": mf.extract_subfunction(U.split()[1]),
"L_U": mf.extract_subfunction(U.split()[2]),
"D_S": mf.extract_subfunction(U.split()[3]),
"U_S": mf.extract_subfunction(U.split()[4]),
"D_F": mf.extract_subfunction(U.split()[5]),
"L_D": mf.extract_subfunction(U.split()[6])
}
#loop over every FSI Function and save a timeseries and VTK file
for k in self.timeseries.keys():
self.timeseries[k].store(Usave[k].vector(), t)
self.vtkfiles[k] << Usave[k], t
def __init__(self, functions, titles, modes):
"""Copy the functions locally and store the parameters"""
self.localfunctions = [mf.extract_subfunction(f) for f in functions]
self.title = titles
self.modes = modes
def __init__(self,functions,titles,modes):
"""Copy the functions locally and store the parameters"""
self.localfunctions = [mf.extract_subfunction(f) for f in functions]
self.title = titles
self.modes = modes