def _test_intersect_proximity_teardown():
mining_name = splitext(basename(abspath(mining_filename)))[0]
for vector_file in vector_filename:
vector_name = splitext(basename(abspath(vector_file)))[0]
output_directory = 'images'
feature_header_name = output_directory + '/' + mining_name + '_' + \
vector_name + '.hdr'
feature_image_name = feature_header_name[:-4] + '.img'
proximity_header_name = output_directory + '/' + mining_name + '_' + \
vector_name + '_proximity.hdr'
proximity_image_name = proximity_header_name[:-4] + '.img'
test_image_name = test_filename[:-4] + '.img'
test.remove_files([
feature_header_name, feature_image_name, proximity_header_name,
proximity_image_name, test_filename, test_image_name
])
def _test_spectral_conversion_teardown():
test.remove_files([
_test_SpectralConversion_db, _test_SpectralConversion_dir,
_test_SpectralConversion_envi, _test_SpectralConversion_envi_hdr,
_test_SpectralConversion_envi_sli
])
def _test_classify_image_teardown():
test.remove_files([test_file_name, test_image])
def _test_to_rgb_no_data_teardown():
test.remove_files(
[test_toRGB_noData_testFilename, test_toRGB_noData_testImage])
def _test_aster_conversion_teardown():
test.remove_files([
_test_AsterConversion_db, _test_AsterConversion_envi + '.hdr',
_test_AsterConversion_envi + '.sli'
])
def _test_classify_image_teardown():
test.remove_files(
[f[:-4] + '_class_test.hdr'
for f in test_classifyImage_testFilenames] +
[f[:-4] + '_class_test.img' for f in test_classifyImage_testFilenames])
def _test_to_rgb_avc_teardown():
test.remove_files([test_toRGB_AVC_testFilename, test_toRGB_AVC_testImage])
def _test_to_rgb_teardown():
test.remove_files([test_to_rgb_test_file_name, test_toRGB_testImage])
def _test_filter_classes_teardown():
test.remove_files(
[test_filterClasses_testFilename, test_filterClasses_testImage])
def _test_classify_image_threshold_subset_teardown():
test.remove_files([
test_classifyImage_threshold_subset_testFilename,
test_classifyImage_threshold_subset_testImage
])