def test_files_temp_ajacent(self):
file_t0 = '/data/test_data/tamsat-rfe/3.0/TAMSAT-Africa-4km/tif/10d/20190101_tamsat-rfe_10d_TAMSAT-Africa-4km_3.0.tif'
file_t1 = '/data/test_data/tamsat-rfe/3.0/TAMSAT-Africa-4km/tif/10d/20190111_tamsat-rfe_10d_TAMSAT-Africa-4km_3.0.tif'
adjacent_file_list = functions.files_temp_ajacent(file_t0)
self.assertEqual(adjacent_file_list[0], file_t1)
def generate_parameters_ndvi_linearx1():
# Look for all input files in input_dir, and sort them
input_files = glob.glob(starting_files)
input_files.sort()
for file_t0 in input_files:
# Get current date
date_t0 = functions.get_date_from_path_full(file_t0)
output_file = es_constants.processing_dir+subdir_linearx1+str(date_t0)+prod_ident_linearx1
# Get files at t-1 and t+1
adjac_files = functions.files_temp_ajacent(file_t0)
if len(adjac_files) == 2:
# Prepare and return arguments
three_files_in_a_row = [adjac_files[0], file_t0, adjac_files[1]]
yield (three_files_in_a_row, output_file)
def generate_parameters_ndvi_linearx1():
# Look for all input files in input_dir, and sort them
input_files = glob.glob(starting_files)
input_files.sort()
for file_t0 in input_files:
# Get current date
date_t0 = functions.get_date_from_path_full(file_t0)
output_file = es_constants.processing_dir + subdir_linearx1 + str(
date_t0) + prod_ident_linearx1
# Get files at t-1 and t+1
adjac_files = functions.files_temp_ajacent(file_t0)
if len(adjac_files) == 2:
# Prepare and return arguments
three_files_in_a_row = [adjac_files[0], file_t0, adjac_files[1]]
yield (three_files_in_a_row, output_file)