def initialize():
# Things start out immobile.
directions[:, :, 4] = 10
# Compute dependent quantities.
cuda.compute_density(density, directions, w, h)
cuda.compute_velocity(velocity, density, directions, w, h)
cuda.equilibriate(equilibrium, density, velocity, w, h)
def initialize():
# Things start out immobile.
directions[:, :, 4] = 10
# Compute dependent quantities.
cuda.compute_density(density, directions, w, h)
cuda.compute_velocity(velocity, density, directions, w, h)
cuda.equilibriate(equilibrium, density, velocity, w, h)
def update(i):
boundary_conditions(directions, i)
cuda.stream(directions_next, directions, w, h)
cuda.compute_density(density, directions_next, w, h)
cuda.compute_velocity(velocity, density, directions_next, w, h)
cuda.equilibriate(equilibrium, density, velocity, w, h)
cuda.compute_velocity(velocity, density, directions_next, w, h)
cuda.update_distribution(directions, equilibrium, directions_next, w, h)
def update(i):
boundary_conditions(directions, i)
cuda.stream(directions_next, directions, w, h)
cuda.compute_density(density, directions_next, w, h)
cuda.compute_velocity(velocity, density, directions_next, w, h)
cuda.equilibriate(equilibrium, density, velocity, w, h)
cuda.compute_velocity(velocity, density, directions_next, w, h)
cuda.update_distribution(directions, equilibrium, directions_next, w, h)
