def test_parameters(clock_simple):
params = {
"grid": {
"HexModelGrid": [
{"base_num_rows": 8, "base_num_cols": 5, "dx": 10},
{
"fields": {
"node": {
"topographic__elevation": {
"constant": [{"value": 0}]
}
}
}
},
]
},
"clock": {"step": 1, "stop": 10},
"output_interval": 2,
}
em = ErosionModel.from_dict(params)
assert isinstance(em.grid, HexModelGrid)
assert em.grid.number_of_nodes == 56
for field in at_node_fields:
assert field in em.grid.at_node
assert isinstance(em.flow_accumulator, FlowAccumulator) is True
assert em.flow_accumulator.flow_director._name == "FlowDirectorSteepest"
assert em.boundary_handlers == {}
assert em.output_writers == {}
assert em.save_first_timestep is True
assert em._out_file_name == "terrainbento_output"
assert em._model_time == 0.0
def test_parameters(clock_simple):
params = {
"grid": {
"HexModelGrid": [
{
"shape": (8, 5),
"spacing": 10
},
{
"fields": {
"node": {
"topographic__elevation": {
"constant": [{
"value": 0.0
}]
}
}
}
},
]
},
"clock": {
"step": 1,
"stop": 10
},
"output_interval": 2,
"output_default_netcdf": False,
}
em = ErosionModel.from_dict(params)
assert isinstance(em.grid, HexModelGrid)
assert em.grid.number_of_nodes == 56
for field in at_node_fields:
assert field in em.grid.at_node
assert isinstance(em.flow_accumulator, FlowAccumulator) is True
assert em.flow_accumulator.flow_director._name == "FlowDirectorSteepest"
assert em.boundary_handlers == {}
assert em.all_output_writers == []
assert em.save_first_timestep is True
assert em.output_prefix == "terrainbento-output"
assert em._model_time == 0.0