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)
class Gui(object):
""" Gui for stopwatch """
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 makeGui(self):
""" create the Gui """
self.win.setTitle('Stopwatch v1.0')
self.win.addStyle(
'r.TLabel',
foreground='red', # create the styles
font=('Helvetica', '30'))
self.win.addStyle('g.TLabel',
foreground='green',
font=('Helvetica', '30'))
self.win.addLabel('elapsed', 'Elapsed Time', style='r.TLabel')
buttons = [('Start', self.startstop), ('Reset', self.reset),
('Exit', self.win.cancel)] # label and assign buttons
self.win.addButton('buttons', cmd=buttons) # create buttons
self.win.plot('elapsed', row=0)
self.win.plot('buttons', row=1, pady=10)
self.update() # update display
def startstop(self):
""" start or stop the stopwatch """
if self.stopw.running:
self.stopw.stop()
self.win.changeWidget('buttons', 0, text='Start') # relabel button
self.win.changeWidget('elapsed', style='r.TLabel') # color display
self.win.changeState('buttons', 1, ['!disabled']) # enable Reset
else:
self.stopw.start()
self.win.changeWidget('buttons', 0, text='Stop') # relabel button
self.win.changeWidget('elapsed', style='g.TLabel') # color display
self.win.changeState('buttons', 1, ['disabled']) # disable Reset
def reset(self):
""" reset stopwatch """
self.stopw.reset() # reset it
def update(self):
""" update display """
etime = self.stopw.check() # get elapsed time
template = '{:02}:{:02}:{:02}.{:02}' # 2 digits leading zero
stime = template.format(*etime) # format as hh:mm:ss.cc
self.win.set('elapsed', stime) # update display
self.win.master.after(10, self.update) # call again after .01 sec
from tkintertoy import Window
def update(gui): # callback function
""" set the alist attribute by what is in the radio button box """
lookup = {
'Trees': ['Oak', 'Maple', 'Beech'],
'Birds': ['Cardinal', 'Robin', 'Sparrow'],
'Flowers': ['Rose', 'Petunia', 'Daylily']
}
select = gui.get('category')
gui.set('items', lookup[select], allValues=True)
categories = ['Trees', 'Birds', 'Flowers']
gui = Window()
gui.setTitle('Dynamic Widget Demo')
gui.addRadio('category', 'Item Types', categories)
gui.addCombo('items', 'Items', None, postcommand=(lambda: update(gui)))
gui.addButton('command')
gui.set('category', 'Trees')
gui.set('items', '...')
gui.plot('category', row=0)
gui.plot('items', row=1, pady=20)
gui.plot('command', row=2)
gui.waitforUser()
if gui.content:
selected_cat = gui.get('category')
item = gui.get('items')
# more code would go here...
gui.cancel()
def __init__(self):
self.gui = Window()
self.gui.setTitle('Tkintertoy Gallery')
self.makeGui()
class Gui(object):
def __init__(self):
self.gui = Window()
self.gui.setTitle('Tkintertoy Gallery')
self.makeGui()
def makeGui(self):
# a simple menu
mymenu = self.gui.addMenu('ttmainmenu',
self.gui.master) # create a main menu
fmenu = [
['command', {
'label': 'Open...',
'command': self.popOpen
}], # create a file menu
['command', {
'label': 'Save As...',
'command': self.popSaveAs
}],
[
'command', {
'label': 'Choose Directory...',
'command': self.popChooseDir
}
],
['command', {
'label': 'Exit',
'command': self.gui.cancel
}]
]
mmenu = [
['command', {
'label': 'About',
'command': self.popAbout
}], # create a misc menu
['command', {
'label': 'ChooseColor',
'command': self.popColor
}]
]
self.gui.addMenu('ttfmenu', mymenu, fmenu) # create sub menus
self.gui.addMenu('ttmmenu', mymenu, mmenu)
mymenu.add('cascade', label='File',
menu=self.gui.get('ttfmenu')) # add them to the main menu
mymenu.add('cascade', label='Misc', menu=self.gui.get('ttmmenu'))
self.gui.master['menu'] = mymenu # connect the main menu to the window
# Notebook
tabs = ['Simple', 'Dialog', 'Multi', 'Other'] # label the tabs
self.pages = self.gui.addNotebook('ttnotebook',
tabs) # create the notebook
# Text Box
self.gui.addText('ttext', 60, 10, 'Text Box') # create text area
self.gui.plot('ttext', row=1)
# Progress Bar
self.gui.addProgress('ttprogress', 100,
'Progress Bar') # create progrees bar
self.gui.plot('ttprogress', row=2)
# Command Buttons
cmd = [['Collect', self.collect],
['Exit', self.gui.cancel]] # create two buttons
self.gui.addButton('ttbutton', '', cmd)
self.gui.plot('ttbutton', row=3)
# Notebook Pages
self.makeSimple()
self.makeDialog()
self.makeMulti()
self.makeOther()
self.gui.plot('ttnotebook', row=0, column=0)
def makeSimple(self):
self.simplePage = self.pages[0]
# Label
self.simplePage.addLabel('ttlabel', '', 'bold') # create a label
self.simplePage.set('ttlabel',
'This is a BOLD label') # fill in the value
self.simplePage.plot('ttlabel', row=0)
# Line
self.simplePage.addLine('ttline') # create a horizontal line
self.simplePage.plot('ttline', row=1)
# Message
self.simplePage.addMessage('ttmessage', 'Message') # create a message
self.simplePage.set('ttmessage', 'Useful for multi-line messages')
self.simplePage.plot('ttmessage', row=2)
# Entry
self.simplePage.addStyle('g.TEntry',
foreground='green') # create a green entry
self.simplePage.addEntry('ttentry', 'Entry', style='g.TEntry')
self.simplePage.set('ttentry', 'Default Entry') # fill in the value
self.simplePage.plot('ttentry', row=3)
# Option
alist = ['Option1', 'Option2', 'Option3']
self.simplePage.addOption('ttoption', 'Option List',
alist) # create an option list
self.simplePage.set('ttoption', 'Option1')
self.simplePage.plot('ttoption', row=5)
# Combobox and Style
acombo = ['ComboOption1', 'ComboOption2', 'ComboOption3']
self.simplePage.addCombo('ttcombo', 'Combo Box',
acombo) # create combobox
self.simplePage.plot('ttcombo', row=6)
# Checkboxes
achecks = ['CheckOption1', 'CheckOption2', 'CheckOption3']
self.simplePage.addCheck('ttchecks', 'Check Box',
achecks) # create 3 checkboxes
self.simplePage.plot('ttchecks', row=7)
self.simplePage.changeState('ttchecks', 1,
['disabled']) # disable CheckOption2
# Radio Buttons
aradio = ['RadioOption1', 'RadioOption2', 'RadioOption3']
self.simplePage.addRadio(
'ttradio', 'RadioButton Box', aradio
) # create 3 radiobuttons self.simplePage.plot('ttradio', row=8)
# Scale
self.simplePage.addScale('ttscale', [1, 10], 'Scale',
width=2) # create a scale
self.simplePage.plot('ttscale', row=9)
# Spinners
adate = [[2, 1, 12], [2, 1, 31], [4, 2000, 2099]]
self.simplePage.addSpin('ttspin', adate, '/',
'Date Box') # create a date entry box
self.simplePage.set('ttspin', [11, 17, 2017])
self.simplePage.plot('ttspin', row=10)
def makeDialog(self):
self.dialogPage = self.pages[1]
# Open
self.dialogPage.addOpen('ttopen', 'Open', width=40) # open dialog
self.dialogPage.plot('ttopen', row=0)
# SaveAs
self.dialogPage.addSaveAs('ttsaveas', 'Save As',
width=40) # save as dialog
self.dialogPage.plot('ttsaveas', row=1)
# ChooseDir
self.dialogPage.addChooseDir('ttchoosedir', 'Choose Dir',
width=40) # choose dir dialog
self.dialogPage.plot('ttchoosedir', row=2)
def popOpen(self):
# open dialog
self.gui.set('ttext', self.gui.popOpen(title='Open a File') + '\n')
def popSaveAs(self):
# save as dialog
self.gui.set('ttext', self.gui.popSaveAs(title='Save a File') + '\n')
def popChooseDir(self):
# choose dir dialog
self.gui.set('ttext',
self.gui.popChooseDir(title='Select a Directory') + '\n')
def popColor(self):
# Color Chooser
self.gui.set(
'ttext',
str(self.gui.popColorChooser(title='Select a Color')) + '\n')
def popAbout(self):
# Pop Up Message Box
self.gui.popMessage('Tkintertoy Gallery')
def makeMulti(self):
self.multiPage = self.pages[2]
# List
alist = ['ListOption1', 'ListOption2', 'ListOption3']
self.multiPage.addList('ttlist', 'List', alist,
height=4) # create list
self.multiPage.plot('ttlist', row=0)
# Ledger
cols = [['column1', 100], ['column2', 80], ['column3', 80]]
self.multiPage.addLedger('ttledger', 4, cols,
'Ledger') # create ledger
self.multiPage.set('ttledger', [['header1', 'item1-1', 'item1-2']])
self.multiPage.set('ttledger', [['header2', 'item2-1', 'item2-2']])
self.multiPage.set('ttledger', [['header3', 'tiem3-1', 'item2-3']])
self.multiPage.plot('ttledger', row=1)
# Collector Frame
self.subwin = self.multiPage.addFrame('ttframe', '', relief='groove')
# -Combobox
acombo = ['ComboOption2-1', 'ComboOption2-2', 'ComboOption2-3']
self.subwin.addCombo('ttcombo2', 'Combo Box 2', acombo)
self.subwin.plot('ttcombo2', row=0)
# -Radio Button
aradio = ['Radio2-1', 'Radio2-2', 'Radio2-3']
self.subwin.addRadio('ttradio2', 'RadioButton Box 2', aradio)
self.subwin.plot('ttradio2', row=1)
# -Collector
cols = [['Combo', 100], ['Radio', 100]]
self.subwin.addCollector('ttcollector', 4, cols,
['ttcombo2', 'ttradio2'], 'Collector')
self.subwin.plot('ttcollector', row=2)
self.multiPage.plot('ttframe', row=2)
def makeOther(self):
self.otherPage = self.pages[3]
# Canvas
self.otherPage.addCanvas('ttcanvas', 300, 100,
'Canvas') # create canvas
self.otherPage.get('ttcanvas').create_oval(10,
10,
290,
90,
fill='green')
self.otherPage.plot('ttcanvas', row=0)
# Multipane
paneTitles = ['Pane 1', 'Pane 2', 'Pane 3']
panes = self.otherPage.addPanes('ttpane',
paneTitles,
orient='horizontal')
for i in range(3):
# -Label
tag = 'ttlabel' + str(i)
panes[i].addLabel(tag)
panes[i].set(tag, 'Inner label {}'.format(i + 1))
panes[i].plot(tag)
self.otherPage.plot('ttpane', row=1)
def collect(self):
# show contents of all widgets
result = 'Contents of widgets\n Simple Page:\n '
result += self.simplePage.get('ttlabel') + '\n '
result += self.simplePage.get('ttmessage') + '\n '
result += self.simplePage.get('ttentry') + '\n '
result += self.simplePage.get('ttoption') + '\n '
result += self.simplePage.get('ttcombo') + '\n '
result += str(self.simplePage.get('ttchecks')) + '\n '
result += str(self.simplePage.get('ttradio')) + '\n '
result += str(self.simplePage.get('ttscale')) + '\n '
result += str(self.simplePage.get('ttspin')) + '\n '
self.gui.set('ttprogress', 33)
self.gui.set('ttext', result, allValues=True)
self.gui.master.after(500) # wait .5 sec
result = ' File Page:\n '
result += self.dialogPage.get('ttopen') + '\n '
result += self.dialogPage.get('ttsaveas') + '\n '
result += self.dialogPage.get('ttchoosedir') + '\n '
self.gui.set('ttprogress', 66)
self.gui.set('ttext', result)
self.gui.master.after(500) # wait .5 sec
result = ' Multi Page:\n '
result += str(self.multiPage.get('ttlist')) + '\n '
result += str(self.multiPage.get('ttledger')) + '\n '
result += str(self.subwin.get('ttcollector',
allValues=True)) + '\n '
# Progress Bar
self.gui.set('ttprogress', 100)
self.gui.set('ttext', result)
self.gui.master.after(1000) # wait 1 sec
self.gui.set('ttprogress', 0)
from tkintertoy import Window
gui = Window()
gui.setTitle('My First Tkintertoy GUI!')
gui.addEntry('name', 'Type in your name')
gui.addLabel('welcome', 'Welcome message')
gui.addButton('commands')
gui.plot('name', row=0)
gui.plot('welcome', row=1)
gui.plot('commands', row=2, pady=10)
while True:
gui.waitforUser()
if gui.content:
gui.set('welcome', 'Welcome ' + gui.get('name'))
else:
break
""" Some initial comments here at the top
of the screen. This just shows how we can
comment multiline"""
from tkintertoy import Window
bob = ''
bob2 = ''
bob3 = ''
categories = ['Car', 'Bike', 'Bus']
gui = Window()
gui.setTitle('My First Tkintertoy GUI!')
gui.addEntry('name', 'Type in your name')
gui.addLabel('welcome', 'Welcome message *** TEST ***')
gui.addEntry('Age', 'Type in your age')
gui.addLabel('old', 'You are of age')
gui.addButton('commands')
gui.addRadio('')
gui.addRadio('category', 'Item Types', categories)
gui.plot('name', row=0)
gui.plot('Age', row=1)
gui.plot('welcome', row=2)
gui.plot('old', row=3)
gui.plot('category', row=4)
gui.plot('commands', row=5, pady=10)
while True:
gui.waitforUser()
if gui.content:
gui.set('welcome', 'Welcome ' + gui.get('name'))
bob = gui.get('name')
gui.set('old', gui.get('Age'))
bob2 = gui.get('Age')
class Gui(object):
""" the GUI for the script """
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 updateAccum(self):
""" update widgets on accum page """
end = self.accum.get('endDate')
endDate = datetime.date(end[2], end[0], end[1])
endDateFmt = endDate.strftime('%d,%m,%Y,%B').split(',')
daysBack = self.accum.get('daysBack')[0]
self.accum.set(
'title',
'{0} Day Precipitation Total Ending {1[3]} {1[0]}, {1[2]}'.format(
int(daysBack), endDateFmt))
begDate = endDate - datetime.timedelta(
int(self.accum.get('daysBack')[0]) - 1)
begDateFmt = begDate.strftime('%d,%m').split(',')
self.accum.set(
'outfile', 'accum{0[1]}{0[0]}-{1[1]}{1[0]}{1[2]}.png'.format(
begDateFmt, endDateFmt))
def go(self):
""" get current selected page and make map """
run = self.dialog.get('notebook') # get selected tab
mapper = self.mapper(self) # create a Mapper instance using the Gui
# instance which is self
try:
if run == 0:
mapper.runRoutine()
elif run == 1:
mapper.runAccum()
except:
self.dialog.set('messages', self.dialog.catchExcept())
import pygsheets
from tkintertoy import Window
import smtplib
import email
#Connect to server
server = smtplib.SMTP('smtp.outlook.com:587')
server.starttls()
#Set up GUI
gui = Window()
gui.setTitle('Pick two ports for your NP class!')
gui.addEntry('stu_no', 'Type in your student number',width=35)
gui.addEntry('pass', 'Type in your student account\'s password',width=35, show="*")
gui.addEntry('port_1', 'Pick port 1',width=35)
gui.addEntry('port_2', 'Pick port 2',width=35)
gui.addLabel('message', '',width=35, effects='bold', padding=5, foreground='red')
gui.addButton('commands')
gui.plot('stu_no', row=0, pady=10)
gui.plot('pass', row=1, pady=10)
gui.plot('port_1', row=2, pady=10)
gui.plot('port_2', row=3, pady=10)
gui.plot('message', row=4, pady=10)
gui.plot('commands', row=5, pady=10)
#spreadsheet information
SPREADSHEET_ID = "1mn93Hl0zT7Cb2YaPryj523IQEzelVa1HWLrR3ZxrJRU" # <Your spreadsheet ID>
RANGE_NAME = "data" # <Your worksheet name>
#setup google spreadsheet
gc = pygsheets.authorize(service_file='creds.json')
class Gui(object):
""" A simple gui class """
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 update(self): # callback function
""" set the combobox values by what is in the radio button box """
lookup = {
'Trees': ['Oak', 'Maple', 'Beech'],
'Birds': ['Cardinal', 'Robin', 'Sparrow'],
'Flowers': ['Rose', 'Petunia', 'Daylily']
}
select = self.gui.get('category')
self.gui.set('items', lookup[select], allValues=True)
class Gui(object):
def __init__(self):
self.gui = Window()
self.gui.setTitle('Tkintertoy Gallery')
self.makeGui()
def makeGui(self):
# a simple menu
self.gui.addMenu('ttmainmenu', self.gui.master)
menu = [['command', {'label':'About', 'command':self.popAbout}],
['command', {'label':'ChooseColor', 'command':self.popColor}]]
self.gui.addMenu('ttmenu', self.gui.get('ttmainmenu'), menu)
self.gui.get('ttmainmenu').add('cascade', label='Menu', menu=self.gui.get('ttmenu'))
self.gui.master['menu'] = self.gui.get('ttmainmenu')
# Notebook
tabs = ['Simple','Dialog','Multi','Other']
self.pages = self.gui.addNotebook('ttnotebook', tabs)
# Text Box
self.gui.addText('ttext', 60, 10, 'Text Box')
self.gui.plot('ttext', row=1)
# Progress Bar
self.gui.addProgress('ttprogress', 100, 'Progress Bar')
self.gui.plot('ttprogress', row=2)
# Command Buttons
cmd = [['Collect',self.collect],['Exit', self.gui.cancel]]
self.gui.addButton('ttbutton', cmd)
self.gui.plot('ttbutton', row=3)
# Notebook Pages
self.makeSimple()
self.makeDialog()
self.makeMulti()
self.makeOther()
self.gui.plot('ttnotebook', row=0)
def makeSimple(self):
self.simplePage = self.pages[0]
# Label
self.simplePage.addLabel('ttlabel','','bold', text='This is a BOLD label')
self.simplePage.plot('ttlabel', row=0)
# Line
self.simplePage.addLine('ttline')
self.simplePage.plot('ttline', row=1)
# Message
self.simplePage.addMessage('ttmessage', 'Message Box')
self.simplePage.set('ttmessage', 'Useful for multi-line messages')
self.simplePage.plot('ttmessage', row=2)
# Entry
self.simplePage.addEntry('ttentry', 'Entry Box')
self.simplePage.set('ttentry', 'Default Entry')
self.simplePage.plot('ttentry', row=3)
# Option
alist = ['Option1','Option2','Option3']
self.simplePage.addOption('ttoption', alist, 'Option Box')
self.simplePage.set('ttoption', 'Option1')
self.simplePage.plot('ttoption', row=5)
# Combobox and Style
acombo = ['ComboOption1','ComboOption2','ComboOption3']
self.simplePage.addStyle('new.TCombobox', foreground='red')
self.simplePage.addCombo('ttcombo', acombo, 'Combo Box', style='new.TCombobox')
self.simplePage.plot('ttcombo', row=6)
# Checkboxes
achecks = ['CheckOption1','CheckOption2','CheckOption3']
self.simplePage.addCheck('ttchecks', achecks, 'Check Box')
self.simplePage.plot('ttchecks', row=7)
# Radio Buttons
aradio = ['RadioOption1','RadioOption2','RadioOption3']
self.simplePage.addRadio('ttradio', aradio, 'RadioButton Box')
self.simplePage.plot('ttradio', row=8)
# Scale
self.simplePage.addScale('ttscale', 2, [1,10], 'Scale Box')
self.simplePage.plot('ttscale', row=9)
adate = [[2,1,12],[2,1,31],[4,2000,2099]]
# Spinners
self.simplePage.addSpin('ttspin', adate, '/', 'Date Box')
self.simplePage.set('ttspin', [11,17,2017])
self.simplePage.plot('ttspin', row=10)
def makeDialog(self):
self.dialogPage = self.pages[1]
# Open
self.dialogPage.addOpen('ttopen', 40, 'Open Box')
self.dialogPage.plot('ttopen', row=0)
# SaveAs
self.dialogPage.addSaveAs('ttsaveas', 40, 'Save As Box')
self.dialogPage.plot('ttsaveas', row=1)
# ChooseDir
self.dialogPage.addChooseDir('ttchoosedir', 40, 'Choose Dir Box')
self.dialogPage.plot('ttchoosedir', row=2)
def popColor(self):
# Color Chooser
self.gui.set('ttext', str(self.gui.popColorChooser(title='Select a Color')))
def popAbout(self):
# Pop Up Message Box
self.gui.popMessage('Tkintertoy Gallery')
def makeMulti(self):
self.multiPage = self.pages[2]
# List
alist = ['ListOption1','ListOption2','ListOption3']
self.multiPage.addList('ttlist', 'List Box', alist, height=4)
self.multiPage.plot('ttlist', row=0)
# Ledger
cols = [['column1',100],['column2',80],['column3',80]]
self.multiPage.addLedger('ttledger', 4, cols, 'Ledger Box')
self.multiPage.set('ttledger', [['header1','item1-1','item1-2']])
self.multiPage.set('ttledger', [['header2','item2-1','item2-2']])
self.multiPage.set('ttledger', [['header3','tiem3-1','item2-3']])
self.multiPage.plot('ttledger', row=1)
# Collector Frame
self.subwin = self.multiPage.addFrame('ttframe', '', relief='groove')
# -Combobox
acombo = ['ComboOption2-1','ComboOption2-2','ComboOption2-3']
self.subwin.addCombo('ttcombo2', acombo, 'Combo Box 2')
self.subwin.plot('ttcombo2', row=0)
# -Radio Button
aradio = ['Radio2-1','Radio2-2','Radio2-3']
self.subwin.addRadio('ttradio2',aradio, 'RadioButton Box 2')
self.subwin.plot('ttradio2', row=1)
# -Collector
cols = [['Combo',100],['Radio', 100]]
self.subwin.addCollector('ttcollector', 4, cols, ['ttcombo2','ttradio2'], 'Collector Box')
self.subwin.plot('ttcollector', row=2)
self.multiPage.plot('ttframe', row=2)
def makeOther(self):
self.otherPage = self.pages[3]
# Canvas
self.otherPage.addCanvas('ttcanvas', 300, 100, 'Canvas Box')
self.otherPage.get('ttcanvas').create_oval(10 ,10 ,290 ,90 ,fill='green')
self.otherPage.plot('ttcanvas', row=0)
# Multipane
paneTitles = ['Pane 1','Pane 2','Pane 3']
panes = self.otherPage.addPanes('ttpane', paneTitles, orient='horizontal')
for i in range(3):
# -Label
tag = 'ttlabel' + str(i)
panes[i].addLabel(tag)
panes[i].set(tag, 'Inner label {}'.format(i+1))
panes[i].plot(tag)
self.otherPage.plot('ttpane', row=1)
def collect(self):
# show contents of all widgets
result = 'Contents of widgets\n Simple Page:\n '
result += self.simplePage.get('ttlabel') + '\n '
result += self.simplePage.get('ttmessage') + '\n '
result += self.simplePage.get('ttentry') + '\n '
result += self.simplePage.get('ttcombo') + '\n '
result += str(self.simplePage.get('ttchecks')) + '\n '
result += str(self.simplePage.get('ttradio')) +'\n '
result += self.simplePage.get('ttoption') + '\n\n '
result += str(self.simplePage.get('ttscale')) + '\n\n '
result += str(self.simplePage.get('ttspin')) + '\n\n '
result += str(self.multiPage.get('ttlist')) + '\n '
self.gui.set('ttprogress', 33)
self.gui.set('ttext', result, setValues=True)
time.sleep(.5)
result = ' File Page:\n '
result += self.dialogPage.get('ttopen') + '\n '
result += self.dialogPage.get('ttsaveas') + '\n '
result += self.dialogPage.get('ttchoosedir') + '\n '
self.gui.set('ttprogress', 66)
self.gui.set('ttext', result)
time.sleep(.5)
result = ' Multi Page:\n '
result += str(self.multiPage.get('ttlist', True)) + '\n '
result += str(self.multiPage.get('ttledger', True)) + '\n '
result += str(self.subwin.get('ttcollector',True)) + '\n '
# Progress Bar
self.gui.set('ttprogress', 100)
self.gui.set('ttext', result)
time.sleep(1.0)
self.gui.set('ttprogress', 0)
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
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()
class Gui(object):
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 get_dirname_id(proj):
'''Get the name and ID of google drive save locaion from google_dir.ini
proj:'''
config_g = configparser.ConfigParser()
config_g.read('google_dir')
name = [
config_g[i]['name'] for i in config_g.sections()
if config_g[i]['proj'] == proj
]
ID = [
config_g[i]['id'] for i in config_g.sections()
if config_g[i]['proj'] == proj
]
return name, ID
def gdir_update(self):
'''Update a saving location option on GUI, depending on your project'''
# get BELLA project name
dir_date = self.gui.get('dir_date', allValues=True)
self.proj = get_proj_name(dir_date)
# get google drive folder name and ID from .ini file
cfg = configparser.ConfigParser()
cfg.read('config_gdrive.ini')
self.g_name = [
cfg[i]['name'] for i in cfg.sections()
if cfg[i]['proj'] == self.proj
]
self.g_ID = [
cfg[i]['id'] for i in cfg.sections() if cfg[i]['proj'] == self.proj
]
# update save folder options in GUI
self.gui.set('gdir', self.g_name, allValues=True)
def export(self):
'''When Export button is pressed, scan info is written into a google sheet'''
# Get settings from GUI
dir_date = self.gui.get('dir_date',
allValues=True) # directory of scandata
para_list = self.gui.get('para_list',
allValues=True) # parameters to save
gdrive_name = self.gui.get('gdir') # name of the google drive
if not dir_date or not gdrive_name:
self.gui.set('status', 'Please fill in all sections\n')
else:
gdrive_id = self.g_ID[self.g_name.index(
gdrive_name)] # google drive ID
sheet_title = self.proj + ' ' + os.path.basename(
dir_date) + ' ScanSummary'
# write
self.scaninfo = scaninfo2gsheet(dir_date, para_list)
sheet = self.scaninfo.write(gdrive_id, sheet_title)
self.exported = True
# add text to status window
message = 'Gsheet \'' + sheet.title + '\' saved\nURL: ' + sheet.url
self.gui.set('status', message)
# update the config file
self.write_config(para_list, dir_date)
def update(self):
'''Update google sheet every minute.'''
if bool(self.gui.get('auto_update')) and self.exported:
# if autoupdate is turned on, message appears on status window
if not self.autoupdateOn:
self.gui.set('status', '\nAuto update On...')
self.autoupdateOn = True
nscan_new = self.scaninfo.update()
# if there is a new scan, add text to the status window
if nscan_new:
message = '\nScan ' + str(nscan_new) + ' updated'
self.gui.set('status', message)
else:
# if autoupdate is turned off, message appears on status window
if self.autoupdateOn:
self.gui.set('status', '\nAuto update Off')
self.autoupdateOn = False
self.gui.master.after(30 * 1000, self.update) # wait for 30 seconds
def write_config(self, para_list, dir_date):
'''Save updated parameter list in config.ini file'''
self.config['DEFAULT']['parameters'] = para_list
with open('config_parameters.ini', 'w') as configfile:
self.config.write(configfile)
