diff --git a/pyro/incompressible/simulation.py b/pyro/incompressible/simulation.py index 7ab3ad8c0..714d17835 100644 --- a/pyro/incompressible/simulation.py +++ b/pyro/incompressible/simulation.py @@ -87,7 +87,7 @@ def preevolve(self): self.cc_data.fill_BC("y-velocity") # 1. do the initial projection. This makes sure that our original - # velocity field satisties div U = 0 + # velocity field satisfies div U = 0 # next create the multigrid object. We want Neumann BCs on phi # at solid walls and periodic on phi for periodic BCs diff --git a/pyro/lm_atm/simulation.py b/pyro/lm_atm/simulation.py index 1b732db75..eb09b10fe 100644 --- a/pyro/lm_atm/simulation.py +++ b/pyro/lm_atm/simulation.py @@ -197,7 +197,7 @@ def preevolve(self): self.cc_data.fill_BC("y-velocity") # 1. do the initial projection. This makes sure that our original - # velocity field satisties div U = 0 + # velocity field satisfies div U = 0 # the coefficient for the elliptic equation is beta_0^2/rho coeff = 1/rho diff --git a/pyro/multigrid/examples/project_periodic.py b/pyro/multigrid/examples/project_periodic.py index 2a81b5687..eaf293216 100755 --- a/pyro/multigrid/examples/project_periodic.py +++ b/pyro/multigrid/examples/project_periodic.py @@ -20,7 +20,7 @@ projection uses the divergence of the velocity field from the previous iteration as its source term. -Note: the output file created stores the original field, the poluted +Note: the output file created stores the original field, the polluted field, and the recovered field. """