def print_statistics(self, verbose=NORMAL):
"""
Prints the run-time statistics for the problem.
"""
Explicit_ODE.print_statistics(self, verbose) #Calls the base class
self.log_message('\nSolver options:\n', verbose)
self.log_message(' Solver : LSODAR ', verbose)
self.log_message(
' Absolute tolerances : {}'.format(self.options["atol"]),
verbose)
self.log_message(
' Relative tolerances : {}'.format(self.options["rtol"]),
verbose)
if self.rkstarter == 1:
self.log_message(
' Starter : {}'.format('classical'), verbose)
else:
self.log_message(
' Starter : Runge-Kutta order {}'.format(
self.rkstarter), verbose)
if self.maxordn < 12 or self.maxords < 5:
self.log_message(
' Maximal order Adams : {}'.format(self.maxordn), verbose)
self.log_message(
' Maximal order BDF : {}'.format(self.maxords), verbose)
if self.maxh > 0.:
self.log_message(' Maximal stepsize maxh : {}'.format(self.maxh),
verbose)
self.log_message('', verbose)
def print_statistics(self, verbose):
"""
Should print the statistics.
"""
Explicit_ODE.print_statistics(self, verbose) #Calls the base class
self.log_message('\nSolver options:\n', verbose)
self.log_message(' Solver : RungeKutta34', verbose)
self.log_message(' Solver type : Adaptive', verbose)
self.log_message(' Relative tolerance : ' + str(self.options["rtol"]), verbose)
self.log_message(' Absolute tolerance : ' + str(self._compact_atol()) + '\n', verbose)
def print_statistics(self, verbose=NORMAL):
"""
Prints the run-time statistics for the problem.
"""
Explicit_ODE.print_statistics(self, verbose) #Calls the base class
self.log_message('\nSolver options:\n', verbose)
self.log_message(' Solver : Dopri5 ', verbose)
self.log_message(' Tolerances (absolute) : ' + str(self._compact_atol()), verbose)
self.log_message(' Tolerances (relative) : ' + str(self.options["rtol"]), verbose)
self.log_message('', verbose)
