def test_access_operators_NOD_of():
list_rep = NOD("str_parameter", 10).as_list()
arg0 = list_rep[0]
arg1 = list_rep[1]
columns = NOD.nod_of(arg1, dsa=arg0)
assert columns["arg1"] == arg1
assert columns.arg1 == arg1
assert columns["dsa"] == arg0
assert columns / "dsa" == arg0
assert columns @ "dsa" == arg0
assert id(columns / "dsa") == id(columns["dsa"])
def test_nested():
cfg = NOD()
cfg.MODEL = NOD()
cfg.MODEL.DEVICE = "cuda"
# match default boxes to any ground truth with jaccard overlap higher than a threshold (0.5)
cfg.MODEL.THRESHOLD = 0.5
cfg.MODEL.NUM_CLASSES = 21
# Hard negative mining
cfg.MODEL.NEG_POS_RATIO = 3
cfg.MODEL.CENTER_VARIANCE = 0.1
cfg.MODEL.SIZE_VARIANCE = 0.2
cfg.ADSA = 203182
print(cfg)
def test_access_operators_no_multi_return_no_variable_name_direct_inference():
arg0 = "str_parameter"
columns = NOD.nod_of("sas", dsa=arg0)
print(columns)
assert columns[:1] == ["sas"]
assert columns.as_list()[0] == "sas"
assert columns.as_list()[1] == arg0
assert columns["dsa"] == arg0
assert columns / "dsa" == arg0
assert id(columns / "dsa") == id(columns["dsa"])
def test_update_and_set_attr_update():
nodict = NOD()
nodict.update({"paramA": 20, "paramB": "other_param", "paramC": 5.0})
nodict.paramA = 10
assert nodict.paramA == 10
assert nodict.paramB == "other_param"
def test_dict_arg_construction():
nodict = NOD({"paramA": "str_parameter", "paramB": 10})
assert nodict.paramA == "str_parameter"
assert nodict.paramB == 10
def test_slice_all():
a = NOD(4, 2)
b = a + a + a
b[:1] = [8]
assert b.as_list() == [8, 6]
def test_slice_set():
a = NOD(4, 2)
a[:1] = [8]
assert a.as_list() == [8, 2]
def test_slice_get_adv():
a = NOD(4, 2)
b = a[:1] + a[0:]
assert b[:1] == [4]
assert b[-1:] == [2]
def test_slice_get():
a = NOD(4, 2)
b = a + a
assert b[:1] == [8]
assert b[-1:] == [4]
def test_illegal_overwrite():
with pytest.raises(IllegalAttributeKey) as exc_info:
NOD(update=2)
assert exc_info.type is IllegalAttributeKey
def test_addition_arithmetic():
a = NOD(4, 2)
b = a + a
assert b.as_list() == [8, 4]
def test_new_attr_on_existing():
a = NOD(4, 2)
a.list = "a"
assert a.list == "a"
