anuga.Set_elevation_operator

class anuga.Set_elevation_operator(domain, elevation=None, region=None, indices=None, polygon=None, center=None, radius=None, description=None, label=None, logging=False, verbose=False)

__init__(domain, elevation=None, region=None, indices=None, polygon=None, center=None, radius=None, description=None, label=None, logging=False, verbose=False)

Set the elevation in a region (careful to maintain continuitiy of elevation)

indices: None == all triangles, Empty list [] no triangles

elevation can be a function of time.

Methods

__init__(domain[, elevation, region, ...])	Set the elevation in a region (careful to maintain continuitiy of elevation)
activate_logging()
get_time()
get_timestep()
get_value([x, y, t])	Get value of quantity at time t.
log_timestepping_statistics()
parallel_safe()	Operator is applied independently on each cell and so is parallel safe.
print_statistics()
print_timestepping_statistics()
set_elevation([value])
set_label([label])
set_logging([flag])
set_value([value])
setup_node_structures()	For setting elevation we need to ensure that the elevation quantity remains continuous (at least for version 1.3 of anuga)
statistics()
timestepping_statistics()
update_quantities()	Update the vertex and centroid values of the quantities to model erosion

Attributes

counter