def test_make_grid_uh(fdr_vic_small, dy_vic, dx_vic, pour_point):
ndays = 4
t_uh = 40
basin_ids = np.ones_like(fdr_vic_small, dtype=np.int)
basin_id = 1
to_y, to_x = read_direction(fdr_vic_small, dy_vic, dx_vic)
catchment, _ = search_catchment(to_y, to_x, pour_point, basin_ids,
basin_id)
uh_river = np.zeros((t_uh, ) + fdr_vic_small.shape)
uh_river[0] = 1.0
uh_box = np.array([1.0, 0, 0, 0])
unit_hydrograph = make_grid_uh(
t_uh,
ndays,
uh_river,
uh_box,
to_y,
to_x,
catchment["y_inds"],
catchment["x_inds"],
catchment["count_ds"],
)
assert unit_hydrograph.shape[0] == t_uh
assert unit_hydrograph.max() <= 1.0
assert unit_hydrograph.min() >= 0.0
np.testing.assert_almost_equal(
unit_hydrograph.sum(axis=0)[catchment["y_inds"], catchment["x_inds"]],
1)
def test_make_grid_uh_river(fdr_vic_small, dy_vic, dx_vic, pour_point):
ndays = 4
t_uh = 40
basin_ids = np.ones_like(fdr_vic_small, dtype=np.int)
basin_id = 1
to_y, to_x = read_direction(fdr_vic_small, dy_vic, dx_vic)
uh = np.zeros((ndays, ) + fdr_vic_small.shape)
uh[0, :, :] = 1.0
catchment, _ = search_catchment(to_y, to_x, pour_point, basin_ids,
basin_id)
uh_river = make_grid_uh_river(
t_uh,
ndays,
uh,
to_y,
to_x,
pour_point,
catchment["y_inds"],
catchment["x_inds"],
catchment["count_ds"],
)
assert uh_river.shape[0] == t_uh
assert uh_river.max() <= 1.0
assert uh_river.min() >= 0.0
np.testing.assert_almost_equal(
uh_river.sum(axis=0)[catchment["y_inds"], catchment["x_inds"]], 1)
def test_search_catchment(fdr_vic_small, dy_vic, dx_vic, pour_point):
basin_ids = np.ones_like(fdr_vic_small, dtype=np.int)
basin_id = 1
to_y, to_x = read_direction(fdr_vic_small, dy_vic, dx_vic)
catchment, catch_fracs = search_catchment(to_y, to_x, pour_point,
basin_ids, basin_id)
assert catch_fracs.min() <= 0.0
assert catch_fracs.max() == 1.0
assert type(catchment) == dict
assert all([k in catchment for k in ["count_ds", "x_inds", "y_inds"]])
assert len(catchment["count_ds"]) > 0
assert len(catchment["count_ds"]) == len(catchment["x_inds"])
assert len(catchment["count_ds"]) == len(catchment["y_inds"])
def test_search_catchment(fdr_vic_small, dy_vic, dx_vic, pour_point):
basin_ids = np.ones_like(fdr_vic_small, dtype=np.int)
basin_id = 1
to_y, to_x = read_direction(fdr_vic_small, dy_vic, dx_vic)
catchment, catch_fracs = search_catchment(to_y, to_x, pour_point,
basin_ids, basin_id)
assert catch_fracs.min() <= 0.
assert catch_fracs.max() == 1.
assert type(catchment) == dict
assert all([k in catchment for k in ['count_ds', 'x_inds', 'y_inds']])
assert len(catchment['count_ds']) > 0
assert len(catchment['count_ds']) == len(catchment['x_inds'])
assert len(catchment['count_ds']) == len(catchment['y_inds'])
def test_make_grid_uh_river(fdr_vic_small, dy_vic, dx_vic, pour_point):
ndays = 4
t_uh = 40
basin_ids = np.ones_like(fdr_vic_small, dtype=np.int)
basin_id = 1
to_y, to_x = read_direction(fdr_vic_small, dy_vic, dx_vic)
uh = np.zeros((ndays, ) + fdr_vic_small.shape)
uh[0, :, :] = 1.
catchment, _ = search_catchment(to_y, to_x, pour_point,
basin_ids, basin_id)
uh_river = make_grid_uh_river(t_uh, ndays, uh, to_y, to_x, pour_point,
catchment['y_inds'], catchment['x_inds'],
catchment['count_ds'])
assert uh_river.shape[0] == t_uh
assert uh_river.max() <= 1.
assert uh_river.min() >= 0.
np.testing.assert_almost_equal(uh_river.sum(axis=0)[catchment['y_inds'],
catchment['x_inds']],
1)
def test_make_grid_uh(fdr_vic_small, dy_vic, dx_vic, pour_point):
ndays = 4
t_uh = 40
basin_ids = np.ones_like(fdr_vic_small, dtype=np.int)
basin_id = 1
to_y, to_x = read_direction(fdr_vic_small, dy_vic, dx_vic)
catchment, _ = search_catchment(to_y, to_x, pour_point,
basin_ids, basin_id)
uh_river = np.zeros((t_uh, ) + fdr_vic_small.shape)
uh_river[0] = 1.
uh_box = np.array([1., 0, 0, 0])
unit_hydrograph = make_grid_uh(t_uh, ndays, uh_river, uh_box, to_y, to_x,
catchment['y_inds'], catchment['x_inds'],
catchment['count_ds'])
assert unit_hydrograph.shape[0] == t_uh
assert unit_hydrograph.max() <= 1.
assert unit_hydrograph.min() >= 0.
np.testing.assert_almost_equal(
unit_hydrograph.sum(axis=0)[catchment['y_inds'], catchment['x_inds']],
1)
def test_read_direction(fdr_vic, dy_vic, dx_vic):
to_y, to_x = read_direction(fdr_vic, dy_vic, dx_vic)
np.testing.assert_equal(to_y.shape, to_x.shape)
assert to_y.max() <= fdr_vic.shape[0] + 1
assert to_x.max() <= fdr_vic.shape[1] + 1
def test_read_direction(fdr_vic, dy_vic, dx_vic):
to_y, to_x = read_direction(fdr_vic, dy_vic, dx_vic)
np.testing.assert_equal(to_y.shape, to_x.shape)
assert to_y.max() <= fdr_vic.shape[0] + 1
assert to_x.max() <= fdr_vic.shape[1] + 1
