def test_simple_with_zip_file(self):
p = Simple(path=self.landsat_image, dst_path=self.temp_folder)
# test from an unzip file
self.path = join(self.base_dir, 'samples', 'test')
self.assertTrue(exists(p.run()))
def test_simple_with_zip_file(self):
p = Simple(path=self.landsat_image, dst_path=self.temp_folder)
# test from an unzip file
self.path = join(self.base_dir, 'samples', 'test')
self.assertTrue(exists(p.run()))
def test_simple_with_zip_file(self):
p = Simple(path=self.landsat_image, dst_path=self.temp_folder)
# test from an unzip file
self.path = join(self.base_dir, "samples", "test")
p.run()
self.assertTrue(exists(join(self.temp_folder, "test", "test_bands_432.TIF")))
def test_simple_with_clip(self):
bounds = [-87.48138427734375, 30.700515832683923, -87.43331909179688, 30.739475058679485]
p = Simple(path=self.landsat_image, bands=[1, 2, 3], dst_path=self.temp_folder,
bounds=bounds)
path = p.run()
self.assertTrue(exists(path))
self.assertEqual(map('{0:.2f}'.format, get_bounds(path)), map('{0:.2f}'.format, bounds))
def test_simple_with_clip(self):
bounds = [-87.48138427734375, 30.700515832683923, -87.43331909179688, 30.739475058679485]
p = Simple(path=self.landsat_image, bands=[1, 2, 3], dst_path=self.temp_folder,
bounds=bounds)
path = p.run()
self.assertTrue(exists(path))
for val, exp in zip(get_bounds(path), bounds):
self.assertAlmostEqual(val, exp, 2)
def test_simple_with_out_of_bounds_clip(self):
bounds = [-87.66197204589844, 30.732392734006083, -87.57545471191406, 30.806731169315675]
expected_bounds = [-87.49691403528307, 30.646646570857722, -87.29976764207227, 30.810617911193567]
p = Simple(path=self.landsat_image, bands=[1, 2, 3], dst_path=self.temp_folder,
bounds=bounds)
path = p.run()
self.assertTrue(exists(path))
self.assertEqual(map('{0:.2f}'.format, get_bounds(path)), map('{0:.2f}'.format, expected_bounds))
def test_simple_with_intersecting_bounds_clip(self):
bounds = [-87.520515832683923, 30.700515832683923, -87.43331909179688, 30.739475058679485]
expected_bounds = [-87.49691403528307, 30.700515832683923, -87.43331909179688, 30.739475058679485]
p = Simple(path=self.landsat_image, bands=[1, 2, 3], dst_path=self.temp_folder,
bounds=bounds)
path = p.run()
self.assertTrue(exists(path))
self.assertEqual(map('{0:.2f}'.format, get_bounds(path)), map('{0:.2f}'.format, expected_bounds))
def test_simple_with_intersecting_bounds_clip(self):
bounds = [-87.520515832683923, 30.700515832683923, -87.43331909179688, 30.739475058679485]
expected_bounds = [-87.49691403528307, 30.700515832683923, -87.43331909179688, 30.739475058679485]
p = Simple(path=self.landsat_image, bands=[1, 2, 3], dst_path=self.temp_folder,
bounds=bounds)
path = p.run()
self.assertTrue(exists(path))
for val, exp in zip(get_bounds(path), expected_bounds):
self.assertAlmostEqual(val, exp, 2)
def preprocess(download_key, src_path=DEFAULT_DOWNLOAD_PATH, dst_path=DEFAULT_PROCESSED_PATH,
ndvi=False, pansharpen=False, verbose=False, ndvigrey=False, bounds=None):
try:
bands = [2,3,4]
if pansharpen:
p = PanSharpen(src_path, bands=bands, dst_path=dst_path,
verbose=verbose, bounds=bounds)
elif ndvigrey:
p = NDVI(src_path, verbose=verbose, dst_path=dst_path, bounds=bounds)
elif ndvi:
p = NDVIWithManualColorMap(src_path, dst_path=dst_path,
verbose=verbose, bounds=bounds)
else:
p = Simple(src_path, bands=bands, dst_path=dst_path, verbose=verbose, bounds=bounds)
except IOError as err:
print str(err)
exit(str(err))
except FileDoesNotExist as err:
print str(err)
exit(str(err))
return p.run()
os.makedirs(dest_path)
dwner = Downloader(verbose=False,
download_dir='{}\\{}'.format(data_dir, dest_path))
if tile in [('032', '037'), ('033', '037')]:
print 'already have this tile'
else:
candidate_scenes = srcher.search(paths_rows="{},{},{},{}".format(
path, row, path, row),
start_date=s_date,
end_date=e_date,
cloud_min=0,
cloud_max=max_cloud_prcnt,
limit=return_scenes)
print 'total images for tile {} is {}'.format(
tile, candidate_scenes['total_returned'])
x = 0
if candidate_scenes["status"] == "SUCCESS":
for scene_image in candidate_scenes["results"]:
print "Downloading:", (str(scene_image['sceneID']))
print 'Downloading tile {} of {}'.format(
x, candidate_scenes['total_returned'])
dwner.download([str(scene_image['sceneID'])])
Simple(
join('{}\\{}'.format(data_dir, dest_path),
str(scene_image['sceneID']) + ".tar.bz"))
x += 1
else:
print 'nothing'
print 'done'
def test_simple_with_bands(self):
p = Simple(path=self.landsat_image, bands=[1, 2, 3], dst_path=self.temp_folder)
p.run()
self.assertTrue(exists(join(self.temp_folder, "test", "test_bands_123.TIF")))
def test_simple_no_bands(self):
p = Simple(path=self.landsat_image, dst_path=self.temp_folder)
p.run()
self.assertTrue(exists(join(self.temp_folder, "test", "test_bands_432.TIF")))
def test_simple_with_bands(self):
p = Simple(path=self.landsat_image, bands=[1, 2, 3], dst_path=self.temp_folder)
self.assertTrue(exists(p.run()))
def test_simple_with_bands(self):
p = Simple(path=self.landsat_image, bands=[1, 2, 3], dst_path=self.temp_folder)
self.assertTrue(exists(p.run()))
