def __init__(self, master):
"""Constructor: Takes in a main tkinter window and creates a
user interface"""
self.__original_fields = []
VAR = variables.Variables() # Start the variables reader
self.get_menubar(master, master) # Setup menu bar items
# Setup file / folder input output dialog boxes
input_string, output_string = self.get_io(master, master, VAR)
self.__input_string = input_string
self.__output_string = output_string
options_frame, mapping_list = self.get_mapping(master, VAR)
self.__options_frame = options_frame
self.__mapping_list = mapping_list
# Setup Module checks
arcpy_found = setup.check_arcpy(master, 4, 0, 3, 0, 6)
# Setup command buttons
run_button = self.get_buttons(master, master, VAR)
# Disable run button if critical modules are not found
if arcpy_found == False:
run_button.configure(
state=TK.DISABLED) #Disable if modules not available
# Build options list for the first time. This is here since it can
# not be built until both the input and options frames are in place
self.set_option_list(master, VAR)
def driver():
input_folder = r'A:\Desktop\RGI32\Analysis'
output_folder = r'A:\Desktop\RGI32\Final'
import glacier_utilities.general_utilities.variables as variables
VAR = variables.Variables()
rgi_analysis (input_folder, output_folder, VAR)
def driver ():
input_file = r'A:\Desktop\TestDataPrep\formate_test.shp'
output_file = r'A:\Desktop\TestDataPrep\Output\formate_output.shp'
mapping = {'NAME': 'Name', 'AREA': 'Area'}
import glacier_utilities.general_utilities.variables as variables
VAR = variables.Variables()
FormatRGI (input_file, output_file, mapping, VAR)
def driver():
Input = r'A:\Desktop\TestDataPrep\TestGlacier_Single.shp'
Output = r'A:\Desktop\TestDataPrep\Output'
DEM = r'A:\Desktop\TestDataPrep\Test_DEM.img'
#Variables - WARNING: Use caution manually changing variables.
import glacier_utilities.general_utilities.variables as variables
variables = variables.Variables()
process(Input, Output, DEM, variables)
def driver():
input_folder = r'A:\Desktop\Mapdate'
output_folder = r'A:\Desktop\Mapdate\Test'
import glacier_utilities.general_utilities.variables as variables
VAR = variables.Variables()
VAR.set_variable('INPUT_FOLDER', 'STRING', input_folder)
VAR.set_variable('OUTPUT_FOLDER', 'STRING', output_folder)
rgi_analysis(VAR)
def __init__(self, master):
"""Constructor: Takes in a main tkinter window and creates a
user interface"""
VAR = variables.Variables() # Start the variables reader
self.get_menubar(master, master) # Setup menu bar items
# Setup file / folder input output dialog boxes
input_string, output_string = self.get_io (master, master, VAR)
self.__input_string = input_string
self.__output_string = output_string
# Setup Module checks
arcpy_found = setup.check_arcpy(master, 4, 0, 3, 0, 6)
# Setup command buttons
run_button = self.get_buttons (master, master, VAR)
# Disable run button if critical modules are not found
if arcpy_found == False:
run_button.configure (state=TK.DISABLED) #Disable if modules not available
sys.path.append (os.path.dirname(os.path.dirname(__file__)))
import glacier_scripts.rgi_analyze as rgi_analyze
import glacier_utilities.general_utilities.variables as VAR
import arcpy as ARCPY #@UnresolvedImport
# Read parameter values from ArcGIS tool input
# 1 - The folder containing RGI layers to be analyzed
# 2 - The output folder where processed files are placed
# 3 - Start the variables object
try: rgi_folder = ARCPY.GetParameterAsText(0)
except: ARCPY.AddError('RGI Input File Error')
try: rgi_output = ARCPY.GetParameterAsText(1)
except: ARCPY.AddError('RGI Output Folder Error')
try: variables = VAR.Variables()
except: ARCPY.AddError('Could Not Initialize Variables')
# Run the analysis on rgi layers
try:
rgi_analyze.rgi_analysis(rgi_folder, rgi_output, variables)
except:
ARCPY.AddError('Errors generated during function execution')
# Driver - Currently Does nothing
def driver():
pass
if __name__ == '__main__':
driver()
def __init__(self, master):
"""Setup the main GUI window and load default or starting settings."""
VAR = variables.Variables() # Start the variables reader
self.get_menubar(master, master) # Setup menu bar items
# Setup file / folder input output dialog boxes
input_string, dem_string, output_string = self.get_io(master, VAR)
self.__input_string = input_string
self.__dem_string = dem_string
self.__output_string = output_string
#Settings Frame
options_frame = TK.LabelFrame(master, text='Options')
options_frame.grid(row=3, column=0, columnspan=3, padx=6, pady=6)
# Setup Centerline options
centerline_boolean, cellsize_string, smoothing_string, cellsize_entry, smoothing_entry = self.get_centerline(
options_frame, VAR)
self.__centerline_boolean = centerline_boolean
self.__cellsize_string = cellsize_string
self.__smoothing_string = smoothing_string
self.__cellsize_entry = cellsize_entry
self.__smoothing_entry = smoothing_entry
# Setup optional table check button frame
hypsometry_boolean, slope_boolean, aspect_boolean = self.get_tables(
options_frame, VAR)
self.__hypsometry_boolean = hypsometry_boolean
self.__slope_boolean = slope_boolean
self.__aspect_boolean = aspect_boolean
# Setup optional populate field check buttons
glims_boolean, rgi_boolean, rgi_version, rgi_region, ver_entry, reg_entry = self.get_populate(
options_frame, VAR)
self.__glims_boolean = glims_boolean
self.__rgi_boolean = rgi_boolean
self.__rgi_version = rgi_version
self.__rgi_region = rgi_region
self.__rgi_version_entry = ver_entry
self.__rgi_region_entry = reg_entry
# Setup application parameters needed at runtime i.e. scale raster
scaling_string, buffer_string = self.get_parameters(options_frame, VAR)
self.__scaling_string = scaling_string
self.__buffer_string = buffer_string
# Setup bin options for application
min_string, max_string, size_string = self.get_bins(options_frame, VAR)
self.__min_string = min_string
self.__max_string = max_string
self.__size_string = size_string
# Setup a restore defaults button for the application
self.reset_default(options_frame, VAR)
# Setup Module checks
arcpy_found = setup.check_arcpy(master, 4, 0, 3, 0, 6)
# Setup command buttons
run_button = self.get_buttons(master, master, VAR)
# Disable run button if critical modules are not found
if arcpy_found == False:
run_button.configure(
state=TK.DISABLED) #Disable if modules not available
self.enable() # Enable or disable buttons depending on need
