def build_config(args: argparse.Namespace) -> m.Image:
"""Turn CLI arguments into a configuration argument."""
layers = []
for noise in args.noise:
name, args_, loc, filters, blend = noise.split('_')
layer = m.Layer(
**{
'source': _build_source(name, args_),
'blend': _build_blend(blend),
'blend_amount': _build_blend_amount(blend),
'location': _build_location(loc),
'filters': _build_filters(filters),
'mask': None,
'mask_filters': [],
})
layers.append(layer)
if len(layers) == 1:
layers = layers[0]
return m.Image(
**{
'source': layers,
'size': [int(n) for n in args.size[::-1]],
'filename': args.filename,
'format': get_format(args.filename),
'mode': args.mode,
'framerate': args.framerate,
})
def test_blend_data_from_multiple_layers(self):
"""Given multiple Layers and a size, produce the image data
from those layers and return the blended data.
"""
# Set up data for expected values.
src = Source()
# Expected values.
exp = abs(src.image - src.image).tolist()
# Set up test data and state.
size = src.size
layers = [
m.Layer(
**{
'source': Source(),
'blend': op.replace,
'blend_amount': 1,
'location': [0, 0, 0],
'filters': [],
'mask': None,
'mask_filters': []
}),
m.Layer(
**{
'source': Source(),
'blend': op.difference,
'blend_amount': 1,
'location': [0, 0, 0],
'filters': [],
'mask': None,
'mask_filters': []
}),
]
# Run test.
result = pn.process_layers(size, layers)
# Extract actual values.
a = np.around(result * src.scale).astype(int)
act = a.tolist()
# Determine whether test passed.
self.assertListEqual(exp, act)
def test_serialize_config_to_json_file(self):
"""Given a configuration object, serialize that object to
file as JSON.
"""
# Set up for expected data.
format = 'JPEG'
filename = 'spam.json'
framerate = None
imagefile = 'spam.jpeg'
location = [0, 0, 0]
mode = 'RGB'
size = [1, 1280, 720]
conf = m.Image(**{
'source': m.Layer(**{
'source': s.Spot(**{
'radius': 128,
'ease': 'l',
}),
'location': location,
'filters': [],
'mask': None,
'mask_filters': [],
'blend': op.difference,
'blend_amount': 1.0,
}),
'size': size,
'filename': imagefile,
'format': format,
'mode': mode,
'framerate': None
})
serialized_conf = {
'Version': __version__,
'Image': conf.asdict()
}
# Expected values.
exp_json = json.dumps(serialized_conf, indent=4)
exp_args = (filename, 'w')
# Set up test data and state.
open_mock = mock_open()
with patch('pjinoise.io.open', open_mock, create=True):
# Run test.
io.save_conf(conf)
# Extract actual values.
act_json = open_mock.return_value.write.call_args[0][0]
# Determine if test passed.
self.assertEqual(exp_json, act_json)
open_mock.assert_called_with(*exp_args)
def test_load_config_from_json_file(self):
"""Given the path of a configuration serialized as JSON,
deserialize and return that configuration.
"""
# Set up for expected data.
format = 'JPEG'
filename = 'spam.json'
framerate = None
imagefile = 'spam.jpeg'
location = [0, 0, 0]
mode = 'RGB'
size = [1, 1280, 720]
# Expected data.
exp_conf = m.Image(**{
'source': m.Layer(**{
'source': s.Spot(**{
'radius': 128,
'ease': 'l',
}),
'location': location,
'filters': [],
'mask': None,
'mask_filters': [],
'blend': op.difference,
'blend_amount': 1.0,
}),
'size': size,
'filename': imagefile,
'format': format,
'mode': mode,
'framerate': None
})
exp_args = (filename, 'r')
# Set up test data and state.
conf = {
'Version': '0.2.0',
'Image': exp_conf.asdict(),
}
text = json.dumps(conf)
open_mock = mock_open()
with patch('pjinoise.io.open', open_mock, create=True):
open_mock.return_value.read.return_value = text
# Run test.
act_conf = io.load_conf(filename)
# Determine if test passed.
self.assertEqual(exp_conf, act_conf)
open_mock.assert_called_with(*exp_args)
def test_load_config_cli_override_filename(self):
"""If a filename was passed to the CLI, override the filename
in the loaded config with that filename.
"""
# Expected value.
exp = 'eggs.tiff'
exp_format = 'TIFF'
# Build test data and state.
filename = 'spam.conf'
args = _get_cli_args_mock()
type(args).filename = PropertyMock(return_value=exp)
type(args).load_config = PropertyMock(return_value=filename)
image = m.Image(**{
'source': m.Layer(**{
'source': s.Spot(**{
'radius': 128,
'ease': 'l',
}),
'location': [0, 0, 0],
'filters': [],
'mask': None,
'mask_filters': [],
'blend': op.difference,
'blend_amount': 1.0,
}),
'size': [1, 1280, 720],
'filename': 'spam.jpeg',
'format': 'JPEG',
'mode': 'RGB',
'framerate': None
})
conf = json.dumps({
'Version': __version__,
'Image': image.asdict()
})
open_mock = mock_open()
with patch('pjinoise.io.open', open_mock, create=True):
open_mock.return_value.read.return_value = conf
# Run test.
result = io.load_conf(filename, args)
# Extract actual values from result.
act = result.filename
act_format = result.format
# Determine if test passed.
self.assertEqual(exp, act)
self.assertEqual(exp_format, act_format)
from pjinoise.__version__ import __version__
# pjinoise version check.
assert __version__ == '0.3.1'
# Basic image file configuration and other commonly used values.
filename = 'work.jpg'
filetype = 'JPEG'
colorspace = 'RGB'
size = (1, 720, 1280)
# Layers.
layer = m.Layer(
**{
'source': None,
'blend': None,
'filters': [],
'mask': None,
'mask_filters': [],
})
# Image.
conf = m.Image(
**{
'source': layer,
'size': size,
'filename': filename,
'format': filetype,
'mode': colorspace,
})
# Create image.
def test_load_config_cli_override_location(self):
"""If an image location was passed to the CLI, offset the
locations in the loaded config with that location.
"""
# Expected value.
exp = [10, 10, 10]
# Build test data and state.
filename = 'spam.conf'
location = [4, 5, 6]
offset = [6, 5, 4]
args = _get_cli_args_mock()
type(args).location = PropertyMock(return_value=offset[::-1])
type(args).load_config = PropertyMock(return_value=filename)
image = m.Image(**{
'source': m.Layer(**{
'source': [
m.Layer(**{
'source': s.Spot(**{
'radius': 128,
'ease': 'l',
}),
'location': location,
'filters': [],
'mask': None,
'mask_filters': [],
'blend': op.replace,
'blend_amount': 1.0,
}),
m.Layer(**{
'source': s.Spot(**{
'radius': 128,
'ease': 'l',
}),
'location': location,
'filters': [],
'mask': None,
'mask_filters': [],
'blend': op.difference,
'blend_amount': 1.0,
}),
],
'location': location,
'filters': [],
'mask': None,
'mask_filters': [],
'blend': op.replace,
'blend_amount': 1.0,
}),
'size': [1, 1280, 720],
'filename': 'spam.jpeg',
'format': 'JPEG',
'mode': 'RGB',
'framerate': None
})
conf = json.dumps({
'Version': __version__,
'Image': image.asdict()
})
open_mock = mock_open()
with patch('pjinoise.io.open', open_mock, create=True):
open_mock.return_value.read.return_value = conf
# Run test.
result = io.load_conf(filename, args)
# Extract actual values from result.
def find_location(item):
result = []
if 'location' in vars(item):
result.append(item.location)
if '_source' in vars(item):
if isinstance(item._source, Sequence):
for obj in item._source:
result.extend(find_location(obj))
else:
result.extend(find_location(item._source))
return result
acts = find_location(result)
for act in acts:
# Determine if test passed.
self.assertListEqual(exp, act)
def main(seed=None, origin=(0, 0, 0), solve=False, save_dir='', unit=20):
# Make sure the version of pjinoise supports mazer.
assert __version__ == '0.3.1'
# Set up the size and structure of the maze.
size = (1, 720, 560)
units = (1, unit, unit)
exit_size = (1, int(unit * .8), unit)
title = seed.replace('_', ' ').upper()
# The maze interior.
path = m.Layer(
**{
'filters': [],
'source': s.Path(width=.4, origin=origin, unit=units, seed=seed),
'blend': op.replace,
})
# The solution.
sol = m.Layer(
**{
'source': s.Solid(1),
'filters': [
f.Color('s'),
],
'mask': s.SolvedPath(
width=.1, origin=origin, unit=units, seed=seed),
'blend': op.replace,
})
# The maze entrance.
entrance = m.Layer(
**{
'source': s.Box((0, int(unit * .6), 0), exit_size, 1.0),
'blend': op.lighter,
})
# The maze exit.
exit = m.Layer(
**{
'source':
s.Box(*[(0, int(size[Y] - unit * 1.4),
size[X] - unit), exit_size, 1.0]),
'blend':
op.lighter,
})
if unit >= 16:
ft_origin = (int(unit * .6), 1)
ft_size = int(unit * .5)
title = m.Layer(
**{
'source':
s.Text(title,
size=ft_size,
origin=ft_origin,
font='Helvetica',
face=1),
'blend':
op.lighter,
})
# Put it all together and you get the maze.
layers = [
path,
entrance,
exit,
]
if unit >= 16:
layers.append(title)
if solve:
layers.append(sol)
maze = m.Layer(**{
'source': layers,
'blend': op.replace,
})
# Image output configuration.
mode = 'L'
name = f'{save_dir}maze_{seed}_{origin}'
if unit != 20:
name = name + f'_{unit}'
if solve:
mode = 'RGB'
name = name + '_solved'
name = f'{name}.png'
conf = m.Image(
**{
'source': maze,
'size': size,
'filename': name,
'format': 'PNG',
'mode': mode,
})
# Create image.
pn.main(False, conf)
def test_count_sources(self):
"""Given a configuration object, count the number of sources
used in the configuration. This is used to display progress
in the UI.
"""
# Expected values.
exp = 3
# Set up test data and state.
src = Source()
conf = m.Image(
**{
'source': [
m.Layer(
**{
'source': Source(),
'blend': op.replace,
'blend_amount': 1,
'location': [0, 0, 0],
'filters': [],
'mask': None,
'mask_filters': []
}),
m.Layer(
**{
'source': [
m.Layer(
**{
'source': Source(),
'blend': op.difference,
'blend_amount': 1,
'location': [0, 0, 0],
'filters': [],
'mask': None,
'mask_filters': []
}),
m.Layer(
**{
'source': Source(),
'blend': op.difference,
'blend_amount': 1,
'location': [0, 0, 0],
'filters': [],
'mask': None,
'mask_filters': []
}),
],
'blend':
op.difference,
'blend_amount':
1,
'location': [0, 0, 0],
'filters': [],
'mask':
None,
'mask_filters': []
}),
],
'size':
src.size,
'filename':
'spam.jpg',
'format':
'JPEG',
'mode':
'RGB',
'framerate':
None,
})
# Run test.
act = conf.count_sources()
# Determine if test passed.
self.assertEqual(exp, act)
def test_blend_data_with_mask(self):
"""Given a base layer and a blend layer with a mask, blend
those two layers using the mask.
"""
# Expected value.
exp = [
[
[
0x00,
0x40,
0x80,
0xc0,
0xff,
],
[
0x00,
0x40,
0x80,
0xc0,
0xff,
],
[
0x80,
0x80,
0x80,
0x80,
0x7f,
],
[
0xff,
0xc0,
0x80,
0x40,
0x00,
],
[
0xff,
0xc0,
0x80,
0x40,
0x00,
],
],
[
[
0x00,
0x40,
0x80,
0xc0,
0xff,
],
[
0x00,
0x40,
0x80,
0xc0,
0xff,
],
[
0x80,
0x80,
0x80,
0x80,
0x7f,
],
[
0xff,
0xc0,
0x80,
0x40,
0x00,
],
[
0xff,
0xc0,
0x80,
0x40,
0x00,
],
],
]
# Set up test data and state.
layers = [
m.Layer(
**{
'source': Source(),
'blend': op.replace,
'blend_amount': 1,
'location': [0, 0, 0],
'filters': [],
'mask': None,
'mask_filters': []
}),
m.Layer(
**{
'source': Source(flip=True),
'blend': op.replace,
'blend_amount': 1,
'location': [0, 0, 0],
'filters': [],
'mask': SourceMask(),
'mask_filters': []
}),
]
size = layers[0].source.size
# Run test.
result = pn.process_layers(size, layers)
# Extract actual values.
act = grayscale_to_ints_list(result)
# Determine whether test passed.
self.maxDiff = None
self.assertListEqual(exp, act)
def test_blend_data_with_colorization(self):
"""Given nested Layers with the colorization filter, ensure
the layer output is converted to a color space that conserves
the colors before blending.
"""
# Expected values.
exp = [
[
[
[
0xa1,
0xa1,
0xa1,
],
[
0x81,
0x81,
0x81,
],
[
0x61,
0x61,
0x61,
],
],
[
[
0xa1,
0xa1,
0xa1,
],
[
0x81,
0x81,
0x81,
],
[
0x61,
0x61,
0x61,
],
],
[
[
0xa1,
0xa1,
0xa1,
],
[
0x81,
0x81,
0x81,
],
[
0x61,
0x61,
0x61,
],
],
],
[
[
[
0xa1,
0xa1,
0xa1,
],
[
0x81,
0x81,
0x81,
],
[
0x61,
0x61,
0x61,
],
],
[
[
0xa1,
0xa1,
0xa1,
],
[
0x81,
0x81,
0x81,
],
[
0x61,
0x61,
0x61,
],
],
[
[
0xa1,
0xa1,
0xa1,
],
[
0x81,
0x81,
0x81,
],
[
0x61,
0x61,
0x61,
],
],
],
]
# Set up test data and state.
src = Source()
size = (2, 3, 3)
layers = [
m.Layer(
**{
'source': Source(),
'blend': op.replace,
'blend_amount': 1,
'location': [0, 0, 0],
'filters': [],
'mask': None,
'mask_filters': []
}),
m.Layer(
**{
'source': Source(),
'blend': op.difference,
'blend_amount': 1,
'location': [0, 0, 0],
'filters': [
f.Color('W'),
],
'mask': None,
'mask_filters': []
}),
m.Layer(
**{
'source': Source(),
'blend': op.difference,
'blend_amount': 1,
'location': [0, 0, 0],
'filters': [],
'mask': None,
'mask_filters': []
}),
]
# Run test.
result = pn.process_layers(size, layers)
# Extract actual values.
a = np.around(result).astype(int)
act = a.tolist()
# Determine whether test passed.
self.assertListEqual(exp, act)
def test_create_single_layer_image(self):
"""Given the proper CLI options, cli.build_config should
return the config as a model.Image object.
"""
# Back up initial state.
argv_bkp = sys.argv
try:
# Set up data for expected values.
format = 'JPEG'
filename = 'spam.json'
framerate = None
imagefile = 'spam.jpeg'
location = [5, 0, 0]
mode = 'L'
size = [1, 1280, 720]
# Expected values.
exp = m.Image(
**{
'source':
m.Layer(
**{
'source': s.Spot(**{
'radius': 128,
'ease': 'l',
}),
'location': location,
'filters': [
f.BoxBlur(5),
f.Skew(.1),
],
'mask': None,
'mask_filters': [],
'blend': op.difference,
'blend_amount': .5,
}),
'size':
size,
'filename':
imagefile,
'format':
format,
'mode':
mode,
'framerate':
None
})
# Set up test data and state.
sys.argv = [
'python3.8 -m pjinoise.pjinoise',
'-s',
str(size[-1]),
str(size[-2]),
str(size[-3]),
'-n',
'spot_128:l_0:0:5_boxblur:5+skew:.1_difference:.5',
'-o',
imagefile,
'-m',
mode,
]
# Run tests.
args = cli.parse_cli_args()
act = cli.build_config(args)
# Determine if test passed.
try:
self.assertEqual(exp, act)
except AssertionError as e:
exp = exp.asdict()
act = act.asdict()
result = map_compare(exp, act)
if result is not True:
msg = f'Path to bad key(s): {result}'
raise ValueError(msg)
else:
raise e
# Restore initial state.
finally:
sys.argv = argv_bkp