def process_single_buoy_sc(self, master):
# Clear output windows and disable process button
self.prepare_window(master)
# Read the scene_id from the form
scene_id = master.frames[
self.frame_name].notebooks['input_notebook'].frames[
'input_buoy_sc_frame'].input_values['scene_id'].get()
if (scene_id != None):
if (menu.is_valid_id(scene_id)):
# !!! Temporarily disabled due to multithreading issues with GTK+ !!!
show_images = False #self.ask_show_images()
# Create a status logger instance
self.path_dictionary['statusfile_name'] = str(
scene_id) + "_" + str(self.current_datetime) + ".status"
# Create a output logger instance
self.path_dictionary['outputfile_name'] = str(
scene_id) + "_" + str(self.current_datetime) + ".output"
self.build_paths(master)
# Create a progress bar to show activity
self.progressbar = Progress_Bar(master,
'Processing Scene ' + scene_id)
self.progressbar.progressbar.config(mode='indeterminate')
# Progressbar start and stop work with program loop, so manual loop is required for progression
self.process_complete = False
# self.process_scene_id(master, scene_id, show_images)
progressbar_thread = threading.Thread(
target=self.step_progressbar)
progressbar_thread.start()
# Launch single scene ID process job in own thread
cis_tarca_thread = threading.Thread(
target=self.process_scene_id,
args=([
master,
scene_id,
show_images,
]))
cis_tarca_thread.start()
else:
messagebox.showwarning(
title="Invalid Input",
message=
"The scene id you entered is of an incorrect format.\n\n"
"Please try again")
self.process_button.config(state='normal')
def open_help(self, master):
self.progressbar = Progress_Bar(master, 'Loading Help Page ... ')
self.progressbar.progressbar.config(mode='indeterminate')
self.progressbar.progressbar_window.deiconify()
self.progressbar.progressbar.start()
threading.Thread(target=self.open_webpage,
args=(self.GITHUB_PATH, )).start()
def process_single_lst_sw(self, master):
# Keep track of all the invalid entries
error_message_list = {
'scene_id':
' is not a valid Scene ID',
'lat':
' does not fall within the range of -90 to 90 degrees for a valid latitude',
'lon':
' does not fall within the range of -180 to 180 degrees for a valid longitude',
'emis_b10':
' does not fall within the range of 0.8 to 1.0 for a valid emissivity',
'emis_b11':
' does not fall within the range of 0.8 to 1.0 for a valid emissivity'
}
error_list = {}
# Clear output windows and disable process button
self.prepare_window(master)
# Define dictionary for required values
partial_data = {}
# Read the scene_id from the form
scene_id = master.frames[
self.frame_name].notebooks['input_notebook'].frames[
'input_lst_sw_frame'].input_values['scene_id'].get()
partial_data['lat'] = master.frames[
self.frame_name].notebooks['input_notebook'].frames[
'input_lst_sw_frame'].input_values['lat'].get()
partial_data['lon'] = master.frames[
self.frame_name].notebooks['input_notebook'].frames[
'input_lst_sw_frame'].input_values['lon'].get()
partial_data['emis_b10'] = master.frames[
self.frame_name].notebooks['input_notebook'].frames[
'input_lst_sw_frame'].input_values['emissivity_b10'].get()
partial_data['emis_b11'] = master.frames[
self.frame_name].notebooks['input_notebook'].frames[
'input_lst_sw_frame'].input_values['emissivity_b11'].get()
# There is no .get() method for the ttk.Checkbutton object, therefore an even listener is added to the element
# and the value in the variable changed based on the "change" event from the checkbutton
partial_data['add_gain_bias'] = master.frames[
self.frame_name].notebooks['input_notebook'].frames[
'input_lst_sw_frame'].input_values['add_gain_bias']
# Convert all entered data to float values
partial_data['lat'] = self.convert_to_float(partial_data['lat'])
partial_data['lon'] = self.convert_to_float(partial_data['lon'])
partial_data['emis_b10'] = self.convert_to_float(
partial_data['emis_b10'])
partial_data['emis_b11'] = self.convert_to_float(
partial_data['emis_b11'])
if partial_data['add_gain_bias']:
partial_data['gain_b10'] = master.frames[
self.frame_name].notebooks['input_notebook'].frames[
'input_lst_sw_frame'].frames[
'input_lst_sw_gb_frame'].input_values['gain_b10'].get(
)
partial_data['bias_b10'] = master.frames[
self.frame_name].notebooks['input_notebook'].frames[
'input_lst_sw_frame'].frames[
'input_lst_sw_gb_frame'].input_values['bias_b10'].get(
)
partial_data['gain_b11'] = master.frames[
self.frame_name].notebooks['input_notebook'].frames[
'input_lst_sw_frame'].frames[
'input_lst_sw_gb_frame'].input_values['gain_b11'].get(
)
partial_data['bias_b11'] = master.frames[
self.frame_name].notebooks['input_notebook'].frames[
'input_lst_sw_frame'].frames[
'input_lst_sw_gb_frame'].input_values['bias_b11'].get(
)
partial_data['gain_b10'] = self.convert_to_float(
partial_data['gain_b10'])
partial_data['bias_b10'] = self.convert_to_float(
partial_data['bias_b10'])
partial_data['gain_b11'] = self.convert_to_float(
partial_data['gain_b11'])
partial_data['bias_b11'] = self.convert_to_float(
partial_data['bias_b11'])
else:
partial_data['gain_b10'] = 0
partial_data['bias_b10'] = 0
partial_data['gain_b11'] = 0
partial_data['bias_b11'] = 0
# Check if the scene id is valid
if (scene_id != None):
if not menu.is_valid_id(scene_id):
error_list['scene_id'] = scene_id
# Check if the latitude is valid
if (partial_data['lat'] != None):
if not menu.is_valid_latitude(partial_data['lat']):
error_list['lat'] = partial_data['lat']
# Check if the longitude is valid
if (partial_data['lon'] != None):
if not menu.is_valid_longitude(partial_data['lon']):
error_list['lon'] = partial_data['lon']
# Check if the emissivity for band 10 is valid
if (partial_data['emis_b10'] != None):
if False:
error_list['emis_b10'] = partial_data['emis_b10']
# Check if the emissivity for band 11 is valid
if (partial_data['emis_b11'] != None):
if False:
error_list['emis_b11'] = partial_data['emis_b11']
if len(error_list) == 0:
# Create a status logger instance
self.path_dictionary['statusfile_name'] = "Split_Window_" + str(
self.current_datetime) + ".status"
# Create a output logger instance
self.path_dictionary['outputfile_name'] = "Split_Window_" + str(
self.current_datetime) + ".output"
self.build_paths(master)
# Create a progress bar to show activity
self.progressbar = Progress_Bar(master, 'Processing... ')
self.progressbar.progressbar.config(mode='indeterminate')
# Progressbar start and stop work with program loop, so manual loop is required for progression
self.process_complete = False
progressbar_thread = threading.Thread(target=self.step_progressbar)
progressbar_thread.start()
# Launch single process job in own thread
cis_tarca_thread = threading.Thread(target=self.process_lst_sw,
args=([
master,
scene_id,
False,
partial_data,
]))
cis_tarca_thread.start()
else:
asterisk = '*'
nr_asterisks = 65
space = ' '
nr_spaces = 5
header1 = ''.join([char * nr_asterisks for char in asterisk])
header1 += '\n'
header2 = ''.join([char * nr_spaces for char in space])
header2 += '!!! The following data you entered is incorrect. !!!'
header2 += ''.join([char * nr_spaces for char in space])
header2 += '\n'
header3 = ''.join([char * nr_asterisks for char in asterisk])
message_header = header1 + header2 + header3
message_body = ""
for error in error_list:
if error_list[error] == '':
message_body += "You did not enter a value for %s\n" % error
else:
message_body += "%s %s\n" % (error_list[error],
error_message_list[error])
Error_Window(master, "partial_single_error_window",
"Data Input Errors", message_header, message_body)
self.process_button.config(state='normal')
def process_batch_buoy_sc(self, master):
# Clear output windows and disable process button
self.prepare_window(master)
# Get the batch file from the form
source_file = master.frames[
self.frame_name].notebooks['input_notebook'].frames[
'input_batch_frame'].input_values['batch_file'].get()
source_file_name = source_file[(source_file.rfind('/') + 1):]
if (source_file == ''):
messagebox.showwarning(
title="Invalid Input",
message="No file specified, please select a file and try again."
)
self.process_button.config(state='normal')
else:
# Read in the file
scenes = open(source_file).readlines()
counter = 0
error_list = {"errors": []}
for scene in scenes:
counter += 1
if not menu.is_valid_id(scene):
error = {}
error["idx"] = counter
error["scene"] = scene
error_list["errors"].append(error)
if (len(error_list['errors']) > 0):
asterisk = '*'
nr_asterisks = 65
space = ' '
nr_spaces = 5
header1 = ''.join([char * nr_asterisks for char in asterisk])
header1 += '\n'
header2 = ''.join([char * nr_spaces for char in space])
header2 += '!!! The following errors were found in your batch file !!!'
header2 += ''.join([char * nr_spaces for char in space])
header2 += '\n'
header3 = ''.join([char * nr_asterisks for char in asterisk])
message_header = header1 + header2 + header3
message_body = ""
for error in error_list['errors']:
message_body = message_body + " line : %5s scene : %40s\n" % (
error['idx'], error['scene'])
message_body = message_body[:-2]
Error_Window(master, "batch_error_window", "Batch File Errors",
message_header, message_body)
self.process_button.config(state='normal')
else:
if (len(scenes) > 0):
# Ask user if they want to display each image during processing
# !!! Temporarily disabled due to multithreading issues with GTK+ !!!
show_images = False #self.ask_show_images()
# Define a status logger file
self.path_dictionary['statusfile_name'] = source_file[
source_file.rfind('/') +
1:source_file.rfind('.')] + "_" + str(
self.current_datetime) + ".status"
# Define a output logger file
self.path_dictionary['outputfile_name'] = source_file[
source_file.rfind('/') +
1:source_file.rfind('.')] + "_" + str(
self.current_datetime) + ".output"
# Define all logger paths
self.build_paths(master)
# Create a progress bar to show activity
self.progressbar = Progress_Bar(
master, 'Processing Batch: ' + source_file_name)
self.progressbar.progressbar.config(mode='indeterminate')
# Progressbar start and stop work with program loop, so manual loop is required for progression
self.process_complete = False
progressbar_thread = threading.Thread(
target=self.step_progressbar)
progressbar_thread.start()
# Launch single scene ID process job in own thread
cis_tarca_thread = threading.Thread(
target=self.process_batch_buoy_sc_ids,
args=([
master,
source_file,
show_images,
]))
cis_tarca_thread.start()
else:
messagebox.showwarning(
title="Invalid Input",
message=
"The file you specified is empty, please select a non-empty file."
)
self.process_button.config(state='normal')