def solve_steady(self):
(self._res, self._actset) = self._ss.derive()
if self._solver == "direct":
self._steady_state_vector = (ctmc(create_matrix(self._res)))
elif self._solver == "sparse":
self._steady_state_vector = (ctmc_sparse(
create_lil_matrix(self._res), len(self._res)))
self._vect_names = self._prepare_new_vector(self._res)
def solve_steady(self):
(self._res, self._actset) = self._ss.derive()
if self._solver == "direct":
self._steady_state_vector = (ctmc(create_matrix(self._res)))
elif self._solver == "sparse":
self._steady_state_vector = (ctmc_sparse(create_lil_matrix(self._res),
len(self._res)))
self._vect_names = self._prepare_new_vector(self._res)
def solve_transient(self, start, stop):
(self._res, self._actset) = self._ss.derive()
matrix = create_matrix(self._res)
a = ctmc_transient(matrix, len(self._res), start, stop)
self._vect_names = self._prepare_new_vector(self._res)
return a
def solve_transient(self,start, stop):
(self._res, self._actset) = self._ss.derive()
matrix = create_matrix(self._res)
a = ctmc_transient(matrix, len(self._res),start, stop)
self._vect_names = self._prepare_new_vector(self._res)
return a
