def model_batch_sc_buoy(project_root):
import test_paths
display_images = display_processed_images(True)
batchFileDirectory = 'input/batches/'
batchFileName = input("\n Please enter the name of the batch file or 'X' to exit : ")
batchFile = os.path.join(batchFileDirectory, batchFileName)
if (batchFile[(batchFile.rfind('/') + 1):].upper()) != 'X':
valid_data = test_paths.main([batchFile, "-tfile"])
if not valid_data:
batchFile = input("\n The batch file you entered is invalid, please try again ('X' - exit): ")
if batchFile.upper() != 'X':
valid_data = test_paths.main([batchFile, "-tfile"])
if batchFile.upper() != 'X':
# Read in the file
scenes = open(batchFile).readlines()
counter = 0
error_list = {"errors":[]}
for scene in scenes:
counter += 1
if not is_valid_id(scene):
error = {}
error["idx"] = counter
error["scene"] = scene
error_list["errors"].append(error)
if (len(error_list['errors']) > 0):
sys.stdout.write("\n\n*********************************************************************\n")
sys.stdout.write("* !!! The following errors were found in your batch file !!! *\n")
sys.stdout.write("*********************************************************************\n")
for error in error_list['errors']:
sys.stdout.write(" line : %5s scene : %s" % (error['idx'], error['scene']))
sys.stdout.write("\n\n")
input("Press Enter to continue...")
else:
# Launch batch process job
Model('menu', 'batch', 'sc', 'buoy', batchFile, 'merra', display_images, project_root, False, None)
def process_batch_buoy_sc_ids(self, master, source_file, show_images):
self.create_watchdogs(master,
self.path_dictionary['statusfile_absolute_path'],
self.path_dictionary['outputfile_absolute_path'])
Model('tarca_gui', 'batch', 'sc', 'buoy', source_file, 'merra',
show_images, master.project_root, False, None,
self.path_dictionary['statusfile_absolute_path_and_filename'],
self.path_dictionary['outputfile_absolute_path_and_filename'])
self.process_complete = True
self.kill_watchdogs()
self.clear_watch_files(master)
def process_toa_sc(self, master, scene_id, show_images, partial_data):
self.create_watchdogs(master,
self.path_dictionary['statusfile_absolute_path'],
self.path_dictionary['outputfile_absolute_path'])
Model('tarca_gui', 'single', 'sc', 'toa', scene_id, 'merra',
show_images, master.project_root, False, partial_data,
self.path_dictionary['statusfile_absolute_path_and_filename'],
self.path_dictionary['outputfile_absolute_path_and_filename'])
self.process_complete = True
self.kill_watchdogs()
self.clear_watch_files(master)
def model_single_sc_buoy(project_root):
display_images = display_processed_images(False)
sceneId = input("\n Please enter the Scene ID to continue or 'X' to exit : ")
if sceneId.upper() != 'X':
valid_data = is_valid_id(sceneId)
if not valid_data:
while not valid_data:
sceneId = input("\n The Scene ID you entered is invalid, please try again ('X' - exit) : ")
if sceneId.upper() != 'X':
valid_data = is_valid_id(sceneId)
else:
break
if sceneId.upper() != 'X':
# Launch single scene ID process job
Model('menu', 'single', 'sc', 'buoy', sceneId, 'merra', display_images, project_root, False, None)
def model_single_sw_lst(project_root):
display_images = False
partial_data = {}
sceneId = input("\n Please enter the Scene ID to continue or 'X' to exit : ")
if sceneId.upper() != 'X':
valid_data = is_valid_id(sceneId)
if not valid_data:
while not valid_data:
sceneId = input("\n The Scene ID you entered is invalid, please try again ('X' - exit) : ")
if sceneId.upper() != 'X':
valid_data = is_valid_id(sceneId)
else:
break
if sceneId.upper() != 'X':
# Get latitude from user
lat = input("\n Please enter the latitude to use for processing (decimal range -90 to 90) : ")
# Perform data validation
if not is_valid_latitude(lat):
while not is_valid_latitude(lat):
lat = input("\n The Latitude you entered is not in the valid range of -90 to 90, please try again : ")
lat = float(lat)
partial_data['lat'] = lat
# Get longitude from user
lon = input("\n Please enter the longitude to use for processing (decimal range -180 to 180) : ")
# Perform data validation
if not is_valid_longitude(lon):
while not is_valid_longitude(lon):
lon = input("\n The Longitude you entered is not in the valid range of -180 to 180, please try again : ")
lon = float(lon)
partial_data['lon'] = lon
# Get band 10 emissivity from user
emis_b10 = input("\n Please enter the emissivity for Band 10 (Press enter for default %s) : " % settings.DEFAULT_EMIS_B10)
# Perform data validation
if data_entered(emis_b10):
if not is_valid_emissivity(emis_b10):
while not is_valid_emissivity(emis_b10):
emis_b10 = input("\n The Emissivity you entered for Band 10 is invalid, please try again (Press enter for default %s) : " % settings.DEFAULT_EMIS_B10)
if not data_entered(emis_b10):
emis_b10 = settings.DEFAULT_EMIS_B10
else:
emis_b10 = float(emis_b10)
else:
emis_b10 = settings.DEFAULT_EMIS_B10
partial_data['emis_b10'] = emis_b10
# Get band 11 emissivity from user
emis_b11 = input("\n Please enter the emissivity for Band 11 (Press enter for default %s) : " % settings.DEFAULT_EMIS_B11)
# Perform data validation
if data_entered(emis_b11):
if not is_valid_emissivity(emis_b11):
while not is_valid_emissivity(emis_b11):
emis_b11 = input("\n The Emissivity you entered for Band 11 is invalid, please try again (Press enter for default %s) : " % settings.DEFAULT_EMIS_B11)
if not data_entered(emis_b11):
emis_b11 = settings.DEFAULT_EMIS_B10
else:
emis_b11 = float(emis_b11)
else:
emis_b11 = settings.DEFAULT_EMIS_B11
partial_data['emis_b11'] = emis_b11
# Ask if gain and bias needs to be added to the equasion
if add_gain_bias():
partial_data['add_gain_bias'] = True
# Get band 10 gain from user
gain_b10 = input("\n Please enter the gain for Band 10 (Press enter for default %s) : " % settings.DEFAULT_GAIN_B10)
# Perform data validation
if data_entered(gain_b10):
if not is_number(gain_b10):
while not is_number(gain_b10):
gain_b10 = input("\n The Gain you entered for Band 10 is invalid, please try again (Press enter for default %s) : " % settings.DEFAULT_GAIN_B10)
if not data_entered(gain_b10):
gain_b10 = settings.DEFAULT_GAIN_B10
else:
gain_b10 = float(gain_b10)
else:
gain_b10 = settings.DEFAULT_GAIN_B10
partial_data['gain_b10'] = gain_b10
# Get band 10 bias from user
bias_b10 = input("\n Please enter the bias for Band 10 (Press enter for default %s) : " % settings.DEFAULT_BIAS_B10)
# Perform data validation
if data_entered(bias_b10):
if not is_number(bias_b10):
while not is_number(bias_b10):
bias_b10 = input("\n The Gain you entered for Band 10 is invalid, please try again (Press enter for default %s) : " % settings.DEFAULT_BIAS_B10)
if not data_entered(bias_b10):
bias_b10 = settings.DEFAULT_BIAS_B10
else:
bias_b10 = float(bias_b10)
else:
bias_b10 = settings.DEFAULT_BIAS_B10
partial_data['bias_b10'] = bias_b10
# Get band 11 gain from user
gain_b11 = input("\n Please enter the gain for Band 11 (Press enter for default %s) : " % settings.DEFAULT_GAIN_B11)
# Perform data validation
if data_entered(gain_b11):
if not is_number(gain_b11):
while not is_number(gain_b11):
gain_b11 = input("\n The Gain you entered for Band 11 is invalid, please try again (Press enter for default %s) : " % settings.DEFAULT_GAIN_B11)
if not data_entered(gain_b11):
gain_b11 = settings.DEFAULT_GAIN_B11
else:
gain_b11 = float(gain_b11)
else:
gain_b11 = settings.DEFAULT_GAIN_B11
partial_data['gain_b11'] = gain_b11
# Get band 11 bias from user
bias_b11 = input("\n Please enter the bias for Band 11 (Press enter for default %s) : " % settings.DEFAULT_BIAS_B11)
# Perform data validation
if data_entered(bias_b11):
if not is_number(bias_b11):
while not is_number(bias_b11):
bias_b11 = input("\n The Gain you entered for Band 11 is invalid, please try again (Press enter for default %s) : " % settings.DEFAULT_BIAS_B11)
if not data_entered(bias_b11):
bias_b11 = settings.DEFAULT_BIAS_B11
else:
bias_b11 = float(bias_b11)
else:
bias_b11 = settings.DEFAULT_BIAS_B11
partial_data['bias_b11'] = bias_b11
else:
partial_data['add_gain_bias'] = False
partial_data['gain_b10'] = 0
partial_data['gain_b11'] = 0
partial_data['bias_b10'] = 0
partial_data['bias_b11'] = 0
# Launch single scene ID process job
Model('menu', 'single', 'sw', 'lst', sceneId, 'merra', display_images, project_root, False, partial_data)
def model_single_sc_toa(project_root):
display_images = False
partial_data = {}
sceneId = input("\n Please enter the Scene ID to continue or 'X' to exit : ")
if sceneId.upper() != 'X':
valid_data = is_valid_id(sceneId)
if not valid_data:
while not valid_data:
sceneId = input("\n The Scene ID you entered is invalid, please try again ('X' - exit) : ")
if sceneId.upper() != 'X':
valid_data = is_valid_id(sceneId)
else:
break
if sceneId.upper() != 'X':
# Get skin temperature from user
skin_temp = input("\n Please enter the surface temperature : ")
# Perform data validation (200 - 350 K)
if not is_valid_temp(skin_temp):
while not is_valid_temp(skin_temp):
skin_temp = input("\n The skin temperature you entered is not in the valid range of 200 to 350, please try again : ")
skin_temp = float(skin_temp)
partial_data['skin_temp'] = skin_temp
# Get latitude from user
lat = input("\n Please enter the latitude for the supplied surface temperature (decimal range -90 to 90) : ")
# Perform data validation
if not is_valid_latitude(lat):
while not is_valid_latitude(lat):
lat = input("\n The Latitude you entered is not in the valid range of -90 to 90, please try again : ")
lat = float(lat)
partial_data['lat'] = lat
# Get longitude from user
lon = input("\n Please enter the longitude for the supplied surface temperature (decimal range -180 to 180) : ")
# Perform data validation
if not is_valid_longitude(lon):
while not is_valid_longitude(lon):
lon = input("\n The Longitude you entered is not in the valid range of -180 to 180, please try again : ")
lon = float(lon)
partial_data['lon'] = lon
# Get band 10 emissivity from user
emis_b10 = input("\n Please enter the emissivity for Band 10 (Press enter for default %s) : " % settings.DEFAULT_EMIS_B10)
# Perform data validation
if data_entered(emis_b10):
if not is_valid_emissivity(emis_b10):
while not is_valid_emissivity(emis_b10):
emis_b10 = input("\n The Emissivity you entered for Band 10 is invalid, please try again (Press enter for default %s) : " % settings.DEFAULT_EMIS_B10)
if not data_entered(emis_b10):
emis_b10 = settings.DEFAULT_EMIS_B10
else:
emis_b10 = float(emis_b10)
else:
emis_b10 = settings.DEFAULT_EMIS_B10
partial_data['emis_b10'] = emis_b10
# Get band 11 emissivity from user
emis_b11 = input("\n Please enter the emissivity for Band 11 (Press enter for default %s) : " % settings.DEFAULT_EMIS_B11)
# Perform data validation
if data_entered(emis_b11):
if not is_valid_emissivity(emis_b11):
while not is_valid_emissivity(emis_b11):
emis_b11 = input("\n The Emissivity you entered for Band 11 is invalid, please try again (Press enter for default %s) : " % settings.DEFAULT_EMIS_B11)
if not data_entered(emis_b11):
emis_b11 = settings.DEFAULT_EMIS_B10
else:
emis_b11 = float(emis_b11)
else:
emis_b11 = settings.DEFAULT_EMIS_B11
partial_data['emis_b11'] = emis_b11
# Launch single scene ID process job
Model('menu', 'single', 'sc', 'toa', sceneId, 'merra', display_images, project_root, False, partial_data)