pylbm.algorithm.PullAlgorithm¶

class pylbm.algorithm.PullAlgorithm(scheme, sorder, generator, settings=None)¶

Methods

call_function(self, function_name, simulation)	Call the generated function.
equilibrium(self)	Return the code expression which computes the equilibrium on the whole domain.
equilibrium_local(self, m)	Return symbolic expression which computes the equilibrium.
f2m(self)	Return the code expression which computes the moments from the distributed functions on the whole domain.
f2m_local(self, f, m[, with_rel_velocity])	Return symbolic expression which computes the moments from the distributed functions.
generate(self)	Define the routines which must be generate by code generator of SymPy for a given generator.
m2f(self)	Return the code expression which computes the distributed functions from the moments on the whole domain.
m2f_local(self, m, f[, with_rel_velocity])	Return symbolic expression which computes the distributed functions from the moments.
one_time_step(self)	Return the code expression which makes one time step of LBM algorithm on the whole inner domain.
one_time_step_local(self, f, fnew, m)	Return symbolic expression which makes one time step of LBM algorithm using the pull algorithm.
relaxation(self)	Return the code expression which computes the relaxation on the whole domain.
relaxation_local(self, m[, with_rel_velocity])	Return symbolic expression which computes the relaxation operator.
source_term(self)	Return the code expression which computes the source terms on the whole inner domain.
source_term_local(self, m)	Return symbolic expression which computes the source term using explicit Euler (should be more flexible in a near future).
transport(self)	Return the code expression of the lbm transport on the whole inner domain.
transport_local(self, f, fnew)	Return the symbolic expression of the lbm transport.

coords
relative_velocity
restore_conserved_moments