def test_hex_from_dict():
params = {
"base_num_rows": 5,
"base_num_cols": 4,
"dx": 2.0,
"xy_of_lower_left": (35, 55),
"axis_name": ("spam", "eggs"),
"axis_units": ("smoot", "parsec"),
"xy_of_reference": (12345, 678910),
}
mg = HexModelGrid.from_dict(params)
# assert things.
true_x_node = np.array(
[
37.0,
39.0,
41.0,
43.0,
36.0,
38.0,
40.0,
42.0,
44.0,
35.0,
37.0,
39.0,
41.0,
43.0,
45.0,
36.0,
38.0,
40.0,
42.0,
44.0,
37.0,
39.0,
41.0,
43.0,
]
)
assert_array_equal(true_x_node, mg.x_of_node)
assert (mg.x_of_node.min(), mg.y_of_node.min()) == (35, 55)
assert mg.axis_units == ("smoot", "parsec")
assert mg.axis_name == ("spam", "eggs")
assert mg.xy_of_reference == (12345, 678910)
def test_hex_from_dict():
params = {
"shape": (5, 4),
"spacing": 2.0,
"xy_of_lower_left": (35, 55),
"xy_axis_name": ("spam", "eggs"),
"xy_axis_units": ("smoot", "parsec"),
"xy_of_reference": (12345, 678910),
}
mg = HexModelGrid.from_dict(params)
# assert things.
true_x_node = np.array(
[
37.0,
39.0,
41.0,
43.0,
36.0,
38.0,
40.0,
42.0,
44.0,
35.0,
37.0,
39.0,
41.0,
43.0,
45.0,
36.0,
38.0,
40.0,
42.0,
44.0,
37.0,
39.0,
41.0,
43.0,
]
)
assert_array_equal(true_x_node, mg.x_of_node)
assert (mg.x_of_node.min(), mg.y_of_node.min()) == (35, 55)
assert mg.axis_units == ("smoot", "parsec")
assert mg.axis_name == ("spam", "eggs")
assert mg.xy_of_reference == (12345, 678910)
def test_hex_from_dict():
params = {
"base_num_rows": 5,
"base_num_cols": 4,
"dx": 2.,
"xy_of_lower_left": (35, 55),
"axis_name": ("spam", "eggs"),
"axis_units": ("smoot", "parsec"),
"xy_of_reference": (12345, 678910),
}
mg = HexModelGrid.from_dict(params)
# assert things.
true_x_node = np.array([
37.,
39.,
41.,
43.,
36.,
38.,
40.,
42.,
44.,
35.,
37.,
39.,
41.,
43.,
45.,
36.,
38.,
40.,
42.,
44.,
37.,
39.,
41.,
43.,
])
assert_array_equal(true_x_node, mg.x_of_node)
assert (mg.x_of_node.min(), mg.y_of_node.min()) == (35, 55)
assert mg.axis_units == ("smoot", "parsec")
assert mg.axis_name == ("spam", "eggs")
assert mg.xy_of_reference == (12345, 678910)
