def test_wrong_type_throws_exception():
def f(_a):
pass
params = Params().add("a", "", int, 0)
with pytest.raises(ValueError):
params.call_with_params(f, {"a": "hello"})
def test_params_default_substitution_works():
def f(a, b):
assert a == 1
assert b == 2
params = Params().add("a", "", int, 1).add("b", "", int, 2)
params.call_with_params(f, {"a": 1})
def test_unrecognized_param_throws_exception():
def f(_a, _b):
pass
params = Params().add("a", "", int, 0).add("b", "", int, 0)
with pytest.raises(ValueError):
params.call_with_params(f, {"c": 3})
def test_missing_required_throws_exception():
def f(_a):
pass
params = Params().add("a", "", int, 0, True)
with pytest.raises(ValueError):
params.call_with_params(f, {})
def test_ensure_conditions_checked():
def f(_a):
pass
params = Params().add("a", "", int,
0).ensure(lambda params: params["a"] >= 0, "a >= 0")
with pytest.raises(ValueError):
params.call_with_params(f, {"a": -1})
def test_with_bound_type_cast_works():
def type_cast(_v):
raise RuntimeError("Should not be called")
def actual_type_cast(v):
return int(v)
def f(a):
assert a == 1
params = Params().add("a", "", type_cast, 0)
params.with_bound_type_cast(type_cast, actual_type_cast).call_with_params(
f, {"a": "1"})
def params():
"""Return a Params object describing constructor parameters."""
return Params().add(
"directory", "the directory to save images to", str, "", True).add(
"clean_directory",
"whether to forcibly ensure the output directory is empty",
bool, True)
def params():
"""Return a Params object describing constructor parameters."""
return Params().add("input_dim",
"The new length of the shortest dimension",
BoundedNumber(int, 0),
512).add("interpolation", "The interpolation type",
InterpolationType, "INTER_LINEAR")
def params():
"""Return a Params object describing constructor parameters."""
return Params().add("max_width",
"Maximum width of cropped area (normalized)",
BoundedNumber(float, 0, 1), 0.7).add(
"max_height",
"Maximum height of cropped area (normalized)",
BoundedNumber(float, 0, 1), 0.7)
def params():
"""Return a Params object describing constructor parameters."""
return Params().add("annotations_folder",
"The folder where the annotations are stored", str,
"",
True).add("image_ext",
"The file extension for loaded images",
str, "jpg")
def params():
"""Return a Params object describing constructor parameters."""
return Params().add(
"x_range", "normalized x range for coordinates that may be erased",
NumericalRange(0.0, 1.0), (0.0, 1.0)).add(
"y_range",
"normalized y range for coordinates that may be erased",
NumericalRange(0.0, 1.0), (0.0, 1.0))
def params():
"""Return a Params object describing constructor parameters."""
return Params().add(
"angle_range",
"The range from which the random angle will be chosen",
NumericalRange(-360.0, 360.0),
(-10.0, 10.0),
)
def params():
"""Return a Params object describing constructor parameters."""
return Params().add(
"strength",
"Compression strength",
BoundedNumber(int, 0, 100),
1,
)
def params():
"""Return a Params object describing constructor parameters."""
return Params().add(
"annotations_folder",
"the directory to save annotation files to", str, "", True).add(
"database", "The name of the source database", str, "").add(
"clean_directory",
"whether to forcibly ensure the output directory is empty",
bool, True)
def params():
"""Return a Params object describing constructor parameters."""
return Params().add(
"kernel_size",
"Specify the kernel size, greater the size, the more the motion",
BoundedNumber(int, minimum=0, maximum=None),
10).add("direction",
"direction in which the blur is pointer towards",
Direction, 'DOWN')
def params():
"""Return a Params object describing constructor parameters."""
return Params().add(
"annotations_file",
"The path to the CSV file to write the annotations to", str, "",
True
).add(
"normalized",
"whether the bounding box coordinates should be normalized before "
"saving", bool, True)
def params():
"""Return a Params object describing constructor parameters."""
return (
Params()
.add("mean", "", NumericalRange(), (0.485, 0.456, 0.406))
.add("std", "", NumericalRange(), (0.229, 0.224, 0.225))
# Note to user, it will not make sense to tune max_pixel_value to a too small value.
.add("max_pixel_value", "", NumericalRange(), (0.0, 255.0))
)
def params():
"""Return a Params object describing constructor parameters."""
return Params().add("height", "The height of the resized image",
BoundedNumber(int, 0),
512).add("width", "the width of the resized image",
BoundedNumber(int, 0),
512).add("interpolation",
"The interpolation type",
InterpolationType,
"INTER_LINEAR")
def params():
"""Return a Params object describing constructor parameters."""
return Params().add("replace_probs", "", float,
0.1).add("pepper", "The color of the pepper",
BoundedNumber(int, 0, 255),
0).add("salt", "The color of the salt",
BoundedNumber(int, 0, 255),
255).add("noise_type",
"The type of noise",
NoiseType, "RGB")
def params():
"""Return a Params object describing constructor parameters."""
return Params().add(
"annotations_file",
"The path to the CSV file containing the annotations", str, "",
True
).add(
"normalized",
"whether the bounding box coordinates are stored in a normalized "
"format", bool, True)
def params():
"""Return a Params object describing constructor parameters."""
return Params().add("hue", "", NumericalRange(), (0.0, 0.0)).add(
"saturation", "", NumericalRange(),
(0.0, 0.0)).add("brightness", "", NumericalRange(), (0.0, 0.0))
def params():
"""Return a Params object describing constructor parameters."""
return Params().add("translate_range",
"The translate range should be within 0 and 1",
NumericalRange(0, 1), (0.2, 0.2))
def params():
"""Return a Params object describing constructor parameters."""
return Params().add("augmentations", "", augmentation_list, [])
def params():
"""Return a Params object describing constructor parameters."""
return Params()
def params():
"""Return a Params object describing constructor parameters."""
return Params().add("annotations_folder",
"The folder where the annotations are stored", str,
"", True)
def params():
"""Return a Params object describing constructor parameters."""
return Params().add("angle", "", float, 5)
def params():
"""Return a Params object describing constructor parameters."""
return Params().add(
"annotations_file",
"The path to the JSON file containing the annotations", str, "",
True)
def params():
"""Return a Params object describing constructor parameters."""
return Params().add("scale_x", "", BoundedNumber(float, -1.0),
0.2).add("scale_y", "", BoundedNumber(float, -1.0),
0.2)
def params():
"""Return a Params object describing constructor parameters."""
return Params().add("shear_factor", "", float, 0.2)
def params():
"""Return a Params object describing constructor parameters."""
return Params().add("mean", "", float, 0).add("variance", "", float,
0.01)
