def test_layer_properties():
psd = PSDImage(decode_psd('clipping-mask2.psd'))
assert psd.width
assert psd.height
assert psd.channels
assert psd.viewbox
for layer in psd.descendants():
assert layer.bbox
def test_api():
image = PSDImage(decode_psd('1layer.psd'))
assert len(image.layers) == 1
layer = image.layers[0]
assert layer.name == 'Фон'
assert layer.bbox == (0, 0, 101, 55)
assert layer.visible
assert layer.opacity == 255
assert layer.blend_mode == BlendMode.NORMAL
def test_text(filename, layer_num, text):
psd = PSDImage(decode_psd(filename))
layer = psd.layers[layer_num]
assert layer.text == text
assert len(layer.matrix) == 6
assert len(layer.fontset) == 3 # Specific to files.
assert layer.writing_direction == 0 # Specific to files.
assert layer.full_text.startswith(text)
assert all([isinstance(span, dict) for span in layer.style_spans()])
def test_api():
image = PSDImage(decode_psd('1layer.psd'))
assert len(image.layers) == 1
layer = image.layers[0]
assert layer.name == 'Фон'
assert layer.bbox == (0, 0, 101, 55)
assert layer.left == 0
assert layer.right == 101
assert layer.top == 0
assert layer.bottom == 55
assert layer.visible
assert layer.opacity == 255
assert layer.blend_mode == 'normal'
def test_shape_paths():
psd = PSDImage(decode_psd('gray1.psd'))
assert psd.layers[1].has_vector_mask()
vector_mask = psd.layers[1].vector_mask
assert not vector_mask.invert
assert not vector_mask.disabled
assert not vector_mask.not_link
assert len(vector_mask.paths) == 2
path = vector_mask.paths[0]
assert len(path.knots) == path.num_knots
assert path.closed
path = vector_mask.paths[1]
assert len(path.knots) == path.num_knots
assert path.closed
def test_text():
psd = PSDImage(decode_psd('patterns.psd'))
patterns = psd.patterns
assert len(patterns) == 6
try:
from PIL import Image
for pattern_id in patterns:
pattern = patterns[pattern_id]
image = pattern.as_PIL()
assert image.width == pattern.width
assert image.height == pattern.height
except ImportError:
pass
def test_userapi_placed_layers():
img = PSDImage(decode_psd("placedLayer.psd"))
bg = img.layers[3]
assert bg.placed_layer_size is None
assert bg.transform_bbox is None
layer0 = img.layers[0]
assert layer0.placed_layer_size == (64, 64)
assert layer0.transform_bbox == BBox(x1=96.0, y1=96.0, x2=160.0, y2=160.0)
layer1 = img.layers[1]
assert layer1.placed_layer_size == (101, 55)
assert layer1.placed_layer_size.width == 101
assert layer1.transform_bbox == BBox(x1=27.0, y1=73.0, x2=229.0, y2=183.0)
layer2 = img.layers[2]
assert layer2.placed_layer_size == (64, 64)
assert layer2.transform_bbox == BBox(x1=96.0, y1=96.0, x2=160.0, y2=160.0)
def test_bbox(filename, layer_index, bbox):
psd = PSDImage(decode_psd(filename))
layer = psd.layers[layer_index]
assert layer.bbox == bbox
def test_dimensions_api(filename, size):
psd = PSDImage(decode_psd(filename))
assert psd.header.width == size[0]
assert psd.header.height == size[1]
def test_blend_and_clipping():
psd = PSDImage(decode_psd('blend-and-clipping.psd'))
for layer in psd.layers:
assert isinstance(layer.as_PIL(), Image.Image)
def test_print():
psd = PSDImage(decode_psd('empty-layer.psd'))
psd.print_tree()
def stroke_psd():
psd = PSDImage(decode_psd('stroke.psd'))
yield psd
def test_no_text():
psd = PSDImage(decode_psd('1layer.psd'))
assert not hasattr(psd.layers[0], 'text_data')
def test_userapi_no_placed_layers():
img = PSDImage(decode_psd("1layer.psd"))
layer = img.layers[0]
assert layer.placed_layer_size is None
assert layer.transform_bbox is None
def test_fakeroot_layer_repr():
img = PSDImage(decode_psd('1layer.psd'))
fakeroot = img.layers[0].parent
assert re.match(r"<psd_tools.Group: u?'_RootGroup', layer_count=1>", repr(fakeroot)), repr(fakeroot)
def test_no_text():
psd = PSDImage(decode_psd('1layer.psd'))
assert psd.layers[0].text_data is None
def test_text(filename, layer_num, text):
psd = PSDImage(decode_psd(filename))
layer = psd.layers[layer_num]
assert layer.text_data.text == text
