def test_image_save_overwrite():
image = PDS3Image.open(filename)
image.save('Temp_Image.IMG')
image_temp = PDS3Image.open('Temp_Image.IMG')
image_temp.save(overwrite=True)
new_image = PDS3Image.open(image_temp.filename)
assert image_temp.filename == new_image.filename
assert image_temp.bands == new_image.bands
assert image_temp.lines == new_image.lines
assert image_temp.samples == new_image.samples
assert image_temp.format == new_image.format
assert image_temp.dtype == new_image.dtype
assert image_temp.start_byte == new_image.start_byte
assert image_temp.shape == new_image.shape
assert image_temp.size == new_image.size
# Testing .label
assert image_temp.label['FILE_RECORDS'] == new_image.label['FILE_RECORDS']
label_sample_type = image_temp.label['IMAGE']['SAMPLE_TYPE']
assert label_sample_type == new_image.label['IMAGE']['SAMPLE_TYPE']
# Testing .data
assert image_temp.data.shape == new_image.data.shape
assert image_temp.data.dtype == image.data.dtype
os.remove('Temp_Image.IMG')
def test_image_save_overwrite():
image = PDS3Image.open(filename)
image.save('Temp_Image.IMG')
image_temp = PDS3Image.open('Temp_Image.IMG')
image_temp.save(overwrite=True)
new_image = PDS3Image.open(image_temp.filename)
assert image_temp.filename == new_image.filename
assert image_temp.bands == new_image.bands
assert image_temp.lines == new_image.lines
assert image_temp.samples == new_image.samples
assert image_temp.format == new_image.format
assert image_temp.dtype == new_image.dtype
assert image_temp.start_byte == new_image.start_byte
assert image_temp.shape == new_image.shape
assert image_temp.size == new_image.size
# Testing .label
assert image_temp.label['FILE_RECORDS'] == new_image.label['FILE_RECORDS']
label_sample_type = image_temp.label['IMAGE']['SAMPLE_TYPE']
assert label_sample_type == new_image.label['IMAGE']['SAMPLE_TYPE']
# Testing .data
assert image_temp.data.shape == new_image.data.shape
assert image_temp.data.dtype == image.data.dtype
os.remove('Temp_Image.IMG')
def test_image_save_1band():
image = PDS3Image.open(filename_3bands)
image.data = image.data[0, :, :]
image.save('Temp_Image.IMG')
image_temp = PDS3Image.open('Temp_Image.IMG')
assert image_temp.bands == 1
os.remove('Temp_Image.IMG')
def test_image_save_1band():
image = PDS3Image.open(filename_3bands)
image.data = image.data[0, :, :]
image.save('Temp_Image.IMG')
image_temp = PDS3Image.open('Temp_Image.IMG')
assert image_temp.bands == 1
os.remove('Temp_Image.IMG')
def test_image_save_3bands():
image = PDS3Image.open(filename)
temp_data = numpy.array([image.data, image.data, image.data])
image.data = temp_data.reshape(3, 10, 10)
image.save('Temp_Image.IMG')
image_temp = PDS3Image.open('Temp_Image.IMG')
assert image_temp.bands == 3
os.remove('Temp_Image.IMG')
def test_image_save_3bands():
image = PDS3Image.open(filename)
temp_data = numpy.array([image.data, image.data, image.data])
image.data = temp_data.reshape(3, 10, 10)
image.save('Temp_Image.IMG')
image_temp = PDS3Image.open('Temp_Image.IMG')
assert image_temp.bands == 3
os.remove('Temp_Image.IMG')
def test_image_save_lines_linesamples():
image = PDS3Image.open(filename)
image.data = image.data[0, 3:8, 3:8]
image.save('Temp_Image.IMG')
image_temp = PDS3Image.open('Temp_Image.IMG')
assert image_temp.lines == 5
assert image_temp.samples == 5
os.remove('Temp_Image.IMG')
def test_image_save_lines_linesamples():
image = PDS3Image.open(filename)
image.data = image.data[0, 3:8, 3:8]
image.save('Temp_Image.IMG')
image_temp = PDS3Image.open('Temp_Image.IMG')
assert image_temp.lines == 5
assert image_temp.samples == 5
os.remove('Temp_Image.IMG')
def test_image_save_float_to_int():
image = PDS3Image.open(filename_float)
ref_image = PDS3Image.open(filename)
image.data /= 1.5
image.data = image.data.astype('>i2')
image.save('Temp_Image.IMG')
image_temp = PDS3Image.open('Temp_Image.IMG')
assert image_temp.dtype == ref_image.dtype
assert_almost_equal(image.data, ref_image.data)
os.remove('Temp_Image.IMG')
def test_image_save_float_to_int():
image = PDS3Image.open(filename_float)
ref_image = PDS3Image.open(filename)
image.data /= 1.5
image.data = image.data.astype('>i2')
image.save('Temp_Image.IMG')
image_temp = PDS3Image.open('Temp_Image.IMG')
assert image_temp.dtype == ref_image.dtype
assert_almost_equal(image.data, ref_image.data)
os.remove('Temp_Image.IMG')
def test_numpy_array_save_i2():
array = numpy.arange(100, dtype='>i2')
array = array.reshape(1, 10, 10)
temp = PDS3Image(array)
temp.save('Temp_Image.IMG')
image_temp = PDS3Image.open('Temp_Image.IMG')
assert image_temp.bands == 1
assert image_temp.lines == 10
assert image_temp.samples == 10
assert image_temp.format == 'BAND_SEQUENTIAL'
assert image_temp.dtype == '>i2'
assert image_temp.shape == (1, 10, 10)
assert image_temp.size == 100
assert_almost_equal(image_temp.data, array)
os.remove('Temp_Image.IMG')
def test_pds3_1band_labels(expected):
image = PDS3Image.open(filename)
assert image.filename == filename
assert image.bands == 1
assert image.lines == 10
assert image.samples == 10
assert image.format == "BAND_SEQUENTIAL"
assert image.dtype == numpy.dtype(">i2")
assert image.start_byte == 640
assert image.shape == (1, 10, 10)
# FIXME: Doublecheck that consolidating pixel_type and byte order
# is actually OK for PDS images. I think here at the object level
# its OK even though in the PDS labels the information is separate.
assert image.size == 100
assert image.compression is None
# Testing .label
assert image.label["FILE_RECORDS"] == 42
assert image.label["IMAGE"]["SAMPLE_TYPE"] == "MSB_INTEGER"
# Testing .data
assert image.data.shape == (1, 10, 10)
assert image.data.dtype == numpy.dtype(">i2")
assert_almost_equal(image.data, expected)
def test_mission_data():
data_products = PlanetaryTestDataProducts()
for file_name in data_products.products:
image_path = os.path.join(data_products.directory, file_name)
try:
image = PDS3Image.open(image_path)
assert data_products.mission_data[file_name]['opens'] == "True"
data_label = data_products.mission_data[file_name]['label']
for key in data_label:
try:
if isinstance(data_label[key], dict):
sub_dict = data_label[key]
for sub_key in sub_dict:
assert sub_dict[sub_key] == \
image.label[key][sub_key]
else:
assert data_label[key] == image.label[key]
except:
print ("Problem with %s label" % (file_name))
except (pvl.decoder.ParseError, KeyError, UnicodeDecodeError,
ValueError):
try:
assert data_products.mission_data[file_name]['opens'] \
== "False"
except:
print ("%s is marked as True & should be false" % (file_name))
except AssertionError:
print ("%s is marked as False & should be True" % (file_name))
def test_mission_data():
data_products = PlanetaryTestDataProducts()
for file_name in data_products.products:
image_path = os.path.join(data_products.directory, file_name)
try:
image = PDS3Image.open(image_path)
assert data_products.mission_data[file_name]['opens'] == "True"
data_label = data_products.mission_data[file_name]['label']
for key in data_label:
try:
if isinstance(data_label[key], dict):
sub_dict = data_label[key]
for sub_key in sub_dict:
assert sub_dict[sub_key] == \
image.label[key][sub_key]
else:
assert data_label[key] == image.label[key]
except:
print("Problem with %s label" % (file_name))
except (pvl.decoder.ParseError, KeyError, UnicodeDecodeError,
ValueError):
try:
assert data_products.mission_data[file_name]['opens'] \
== "False"
except:
print("%s is marked as True & should be false" % (file_name))
except AssertionError:
print("%s is marked as False & should be True" % (file_name))
def test_pds3_1band_labels(expected):
image = PDS3Image.open(filename)
assert image.filename == filename
assert image.bands == 1
assert image.lines == 10
assert image.samples == 10
assert image.format == 'BAND_SEQUENTIAL'
assert image.dtype == numpy.dtype('>i2')
assert image.start_byte == 640
assert image.shape == (1, 10, 10)
# FIXME: Doublecheck that consolidating pixel_type and byte order
# is actually OK for PDS images. I think here at the object level
# its OK even though in the PDS labels the information is separate.
assert image.size == 100
assert image.compression is None
# Testing .label
assert image.label['FILE_RECORDS'] == 42
assert image.label['IMAGE']['SAMPLE_TYPE'] == 'MSB_INTEGER'
# Testing .data
assert image.data.shape == (1, 10, 10)
assert image.data.dtype == numpy.dtype('>i2')
assert_almost_equal(image.data, expected)
def test_numpy_array_save_i2():
array = numpy.arange(100, dtype='>i2')
array = array.reshape(1, 10, 10)
temp = PDS3Image(array)
temp.save('Temp_Image.IMG')
image_temp = PDS3Image.open('Temp_Image.IMG')
assert image_temp.bands == 1
assert image_temp.lines == 10
assert image_temp.samples == 10
assert image_temp.format == 'BAND_SEQUENTIAL'
assert image_temp.dtype == '>i2'
assert image_temp.shape == (1, 10, 10)
assert image_temp.size == 100
assert_almost_equal(image_temp.data, array)
os.remove('Temp_Image.IMG')
def test_mission_data():
with open(os.path.join(DATA_DIR, "data.json"), "r") as r:
data = json.load(r)
for file_name in data.keys():
image_path = os.path.join(DATA_DIR, file_name)
try:
image = PDS3Image.open(image_path)
assert data[file_name]["opens"] == "True"
assert data[file_name]["label"] == image.label.items()[0][1]
except (pvl.decoder.ParseError, KeyError, UnicodeDecodeError, ValueError):
try:
assert data[file_name]["opens"] == "False"
except:
print(file_name, "is marked as True and should be false")
except AssertionError:
print(file_name, "is marked as False and should be True")
def test_bz2_pds3_1band_labels(expected):
image = PDS3Image.open(bz2_filename)
assert image.filename == bz2_filename
assert image.bands == 1
assert image.lines == 10
assert image.samples == 10
assert image.format == "BAND_SEQUENTIAL"
assert image.dtype == numpy.dtype(">i2")
assert image.start_byte == 640
assert image.shape == (1, 10, 10)
assert image.size == 100
assert image.compression == "bz2"
# Testing .label
assert image.label["FILE_RECORDS"] == 42
assert image.label["IMAGE"]["SAMPLE_TYPE"] == "MSB_INTEGER"
# Testing .data
assert image.data.shape == (1, 10, 10)
assert image.data.dtype == numpy.dtype(">i2")
assert_almost_equal(image.data, expected)
def test_gz_pds3_1band_labels(expected):
image = PDS3Image.open(gzipped_filename)
assert image.filename == gzipped_filename
assert image.bands == 1
assert image.lines == 10
assert image.samples == 10
assert image.format == 'BAND_SEQUENTIAL'
assert image.dtype == numpy.dtype('>i2')
assert image.start_byte == 640
assert image.shape == (1, 10, 10)
assert image.size == 100
assert image.compression == 'gz'
# Testing .label
assert image.label['FILE_RECORDS'] == 42
assert image.label['IMAGE']['SAMPLE_TYPE'] == 'MSB_INTEGER'
# Testing .data
assert image.data.shape == (1, 10, 10)
assert image.data.dtype == numpy.dtype('>i2')
assert_almost_equal(image.data, expected)
def test_gz_pds3_1band_labels(expected):
image = PDS3Image.open(gzipped_filename)
assert image.filename == gzipped_filename
assert image.bands == 1
assert image.lines == 10
assert image.samples == 10
assert image.format == 'BAND_SEQUENTIAL'
assert image.dtype == numpy.dtype('>i2')
assert image.start_byte == 640
assert image.shape == (1, 10, 10)
assert image.size == 100
assert image.compression == 'gz'
# Testing .label
assert image.label['FILE_RECORDS'] == 42
assert image.label['IMAGE']['SAMPLE_TYPE'] == 'MSB_INTEGER'
# Testing .data
assert image.data.shape == (1, 10, 10)
assert image.data.dtype == numpy.dtype('>i2')
assert_almost_equal(image.data, expected)
def test_image_save_samefile():
image = PDS3Image.open(filename)
with pytest.raises(IOError):
image.save(image.filename)
def test_image_save_samefile():
image = PDS3Image.open(filename)
with pytest.raises(IOError):
image.save(image.filename)
