def __init__(self, mapper):
""" create the interface """
self.mapper = mapper
self.dialog = Window()
self.dialog.setTitle('Mapper 1.0')
# notebook
tabs = ['Routine', 'Accumulate']
pages = self.dialog.addNotebook('notebook', tabs)
# routine page
self.routine = pages[0]
today = datetime.date.today()
self.dt = today.strftime('%d,%m,%Y,%B').split(',')
self.routine.addEntry('title', 'Map Title', width=60)
self.routine.set(
'title',
'24 Hour Precipitation Ending 7 AM {0[3]} {0[0]}, {0[2]}'.format(
self.dt))
self.routine.plot('title', row=0)
self.routine.addEntry('outfile', 'Output Filename', width=40)
self.routine.set('outfile',
'pcpn{0[1]}{0[0]}{0[2]}.png'.format(self.dt))
self.routine.plot('outfile', row=1)
jobs = ['Make KMLs', 'Make Maps']
self.routine.addCheck('jobs', 'Jobs', jobs)
self.routine.set('jobs', jobs[:2])
self.routine.plot('jobs', row=2)
# accum pcpn page
self.accum = pages[1]
parms = [[2, 1, 12], [2, 1, 31], [4, 2000, 2100]]
self.accum.addSpin('endDate',
parms,
'/',
'Ending Date',
command=self.updateAccum)
self.accum.set('endDate', [today.month, today.day, today.year])
self.accum.plot('endDate', row=0)
self.accum.addSpin('daysBack', [[2, 1, 45]],
'',
'Days back',
command=self.updateAccum)
self.accum.set('daysBack', [2])
self.accum.plot('daysBack', row=1)
self.accum.addEntry('title', 'Title', width=60)
self.accum.plot('title', row=2)
self.accum.addEntry('outfile', 'Output Filename', width=40)
self.accum.plot('outfile', row=3)
self.updateAccum()
# dialog
self.dialog.addText('messages', 70, 15, 'Messages')
self.dialog.plot('messages', row=1)
self.dialog.addButton('commands', space=20)
self.dialog.changeWidget('commands', 0, command=self.go)
self.dialog.changeWidget('commands', 1, text='Exit')
self.dialog.plot('commands', row=2)
self.dialog.plot('notebook', row=0)
self.dialog.set('notebook', 0)
def __init__(self):
""" create the GUI """
categories = ['Trees', 'Birds', 'Flowers']
self.gui = Window()
self.gui.setTitle('Dynamic Widget Demo')
self.gui.addRadio('category', 'Item Types', categories)
self.gui.addCombo('items', 'Items', None, postcommand=self.update)
self.gui.addButton('command')
self.gui.set('category', 'Trees')
self.gui.set('items', '...')
self.gui.plot('category', row=0)
self.gui.plot('items', row=1, pady=20)
self.gui.plot('command', row=2)
def __init__(self):
# read configuration file
self.config = configparser.ConfigParser()
self.config.read('config_parameters.ini')
# write gui
self.gui = Window()
self.gui.setTitle('Export ScanInfo to Gsheet')
self.gui.addChooseDir('dir_date',
'Scan Date Folder',
width=40,
initialdir='')
self.gui.addEntry('para_list', 'Parameters to list', width=50)
self.gui.addCombo('gdir',
'Save location in google drive',
None,
postcommand=self.gdir_update,
width=47)
self.gui.set('para_list', self.config['DEFAULT']['parameters'])
self.gui.addText('status', width=40, height=5, prompt='Status:')
self.gui.addCheck('auto_update', '', ['Turn On Auto Update'])
self.gui.addButton('commands')
self.gui.changeWidget('commands',
0,
text='Export',
command=self.export)
self.gui.plot('dir_date', row=0)
self.gui.plot('para_list', row=1, pady=5)
self.gui.plot('gdir', row=2, pady=5)
self.gui.plot('status', row=3, pady=10)
self.gui.plot('auto_update', row=4)
self.gui.plot('commands', row=5, pady=10)
self.exported = False
self.proj = None # bella project name
self.g_name = None # google drive folder name
self.g_ID = None # google drive folder id
self.autoupdateOn = False
self.update()
def __init__(self):
""" create the GUI """
counties = ['Clark','Crawford','Dubois','Floyd','Harrison','Jefferson',
'Orange','Perry','Scott','Washigton']
damage = ['EF0','EF1','EF2','EF3','EF4','EF5']
dateParms = [[2,1,12],[2,1,12],[4,1900,2100]]
initDate = [1,1,1980]
cols = [['Date', 100],['County', 100],['Damage', 100]]
self.gui = Window()
self.gui.setTitle('Tornado Path Generator')
self.gui.addSpin('tdate', dateParms, '/', 'Date of Tornado')
self.gui.set('tdate', initDate)
self.gui.addCombo('county', 'Affected County', counties)
self.gui.addRadio('level', 'Maximum EF Damage', damage)
self.gui.addCollector('paths', 10, cols, ['tdate','county','level'], 'Included Tornadoes')
self.gui.addButton('command')
self.gui.plot('tdate', row=0, pady=5)
self.gui.plot('county', row=1, pady=5)
self.gui.plot('level', row=2, pady=5)
self.gui.plot('paths', row=3, pady=5)
self.gui.plot('command', row=4, pady=10)
from tkintertoy import Window
gui = Window()
gui.setTitle('Create a Map')
csv = [('CSV files', ('*.csv'))]
gui.addOpen('input', 'Input CSV filename', width=40, filetypes=csv)
png = [('PNG files', ('*.png'))]
gui.addSaveAs('output', 'Output PNG filename', width=40, filetypes=png)
gui.addEntry('title', 'Map Title', width=40)
gui.addText('status', width=40, height=5, prompt='Status:')
gui.addButton('commands')
gui.plot('input', row=0, pady=10)
gui.plot('output', row=1, pady=10)
gui.plot('title', row=2, pady=10)
gui.plot('status', row=3, pady=10)
gui.plot('commands', row=4, pady=20)
gui.waitforUser()
if gui.content:
message = 'Converting {} into {}...\n'.format(gui.get('input'), gui.get('output'))
gui.set('status', message)
gui.master.after(5000)
# magic map making code goes here...
gui.cancel()
def __init__(self, stopwatch):
""" init stopwatch gui
stopwatch:Stopwatch -> """
self.win = Window() # make window an attribute
self.stopw = stopwatch # make stopwatch an attribute
self.makeGui() # create gui
def __init__(self):
self.gui = Window()
self.gui.setTitle('Tkintertoy Gallery')
self.makeGui()
