from guietta import B, E, _, Gui, Quit
# Use *args to accept multiple signals
# with different arguments.
def do_eval(gui, *args):
print(gui.foo)
gui.bar = eval(gui.foo)
gui = Gui(['Enter expression:', E('expr'),
B('Eval!')], ['Result:', 'result', _], [_, _, Quit])
gui.events(
[_, do_eval, do_eval],
[_, _, _],
[_, _, _],
)
gui.rename(
[_, 'foo', _],
[_, 'bar', _],
[_, _, _],
)
gui.run()
# GUI widgets are available after window closing,
print(gui.bar)
# -*- coding: utf-8 -*-
from guietta import B, E, _, Gui, Quit, QSlider, Qt
def do_eval(gui, *args):
gui.result = eval(gui.expr)
def do_slider(gui, state):
gui.result = '%d' % state
s = QSlider(Qt.Horizontal)
gui = Gui(['Enter expression:', E('expr'),
B('Eval!')], ['Result:', 'result', _], [(s, 'myslider'), _, Quit])
gui.events(
[_, do_eval, do_eval],
[_, _, _],
[do_slider, _, _],
)
gui.run()
# GUI widgets are available after window closing,
print(gui.result)
# -*- coding: utf-8 -*-
from PySide2.QtCore import Qt
from guietta import Gui, _, ___, III, HValueSlider, VValueSlider
def do_slider(gui, value):
print('Slider value: ', value)
import numpy as np
slider1 = HValueSlider('hvalue', range(500), unit='Hz')
slider2 = HValueSlider('hvalue', range(500), unit='Hz', anchor=Qt.AnchorLeft)
slider3 = VValueSlider('hvalue', range(500))
gui = Gui(
['xxx', ['xxx'], 'xxx', slider3],
[slider1, ___, ___, III],
[slider2, ___, _, III],
)
gui.events(
[_, _, _, _],
[do_slider, _, _, _],
[_, _, _, _],
)
gui.run()
def myeval(gui):
gui.result = eval(gui.expr)
def reset(gui):
global counter
counter = 0
def stop(gui):
gui.timer_stop()
def start(gui):
gui.timer_start(regular_update, interval=0.1)
gui = Gui(['Enter expression:', '__expr__', ['Eval!']],
['Result:', 'result', _], [['Start'], ['Stop'], ['Reset']],
['counter', _, Quit])
gui.events(
[_, myeval, myeval],
[_, _, _],
[start, stop, reset],
[_, _, _],
)
start(gui)
gui.run()
# -*- coding: utf-8 -*-
from guietta import Gui, LB, _, III
def listbox(gui, text):
print(text)
def test(gui, *args):
print(gui.listbox)
gui = Gui([LB('listbox')], [III], [III], [['Test']])
gui.events(
[listbox],
[_],
[_],
[test],
)
gui.widgets['listbox'].setSelectionMode(
gui.widgets['listbox'].ExtendedSelection)
gui.listbox = ['a', 'b', 'c', 'd']
gui.run()
from guietta import Gui, M, _, ___, III, VS, Ax
import numpy as np
def replot(gui, value):
with Ax(gui.plot) as ax:
ax.set_title('y=sin(x)')
t = np.linspace(0, 1+value/10, 500)
ax.plot(t, np.sin(t), ".-")
gui = Gui(
[M('plot'), ___, ___, VS('slider')],
[III, III, III, III],
[III, III, III, III],
[III, III, III, '^^^ Move the slider'],
)
gui.events(
[_, _, _, replot],
[_, _, _, _],
[_, _, _, _],
)
replot(gui, 1)
gui.run()
def replot(gui, value):
with Ax(gui.plot) as ax:
ax.set_title('y=tan(x)')
t = np.linspace(0, 1+value/10, 500)
ax.plot(t, np.tan(t), ".-")
def click(gui, x, y):
print('Mouse click:', x, y)
gui = Gui(
[ M('plot'), ___, ___, VS('slider') ],
[ III , III, III, III ],
[ III , III, III, III ],
[ III , III, III, '^^^ Move the slider' ],
)
gui.events(
[ click , _ , _ , replot ],
[ _ , _ , _ , _ ],
[ _ , _ , _ , _ ], )
replot(gui, 1)
gui.run()
# -*- coding: utf-8 -*-
from guietta import B, C, E, _, Gui, Quit
def do_eval(gui, *args):
gui.result = eval(gui.expr)
def checkbox(gui, state):
print('Checkbox state is', state)
gui = Gui(['Enter expression:', E('expr'),
B('Eval!')], ['Result:', 'result', _], [C('test'), _, Quit])
gui.events(
[_, do_eval, do_eval],
[_, _, _],
[checkbox, _, _],
)
gui.run()
# GUI widgets are available after window closing,
print(gui.result)
from guietta import Gui, _, R1, R2, R3
gui = Gui(
[R1('rad1'), R2('rad3'), R3('rad5')],
[R1('rad2'), R2('rad4'), R3('rad6')],
)
def msg(gui, *args):
print('second button group')
def event(gui, *args):
print('third group')
gui.events(
[_, _, event],
[_, _, event],
)
with gui.rad1, gui.rad2:
print('First button group')
print('rad1 isChecked = ', gui.rad1.isChecked())
print('rad2 isChecked = ', gui.rad2.isChecked())
gui.rad3 = msg
gui.rad4 = msg
gui.run()
title=titletext,
text=content,
category=category_number,
subcategory=subcategory_number)
print(r)
token = r['success']
r = nation.command('dispatch',
token=token,
dispatch='add',
mode='execute',
title=titletext,
text=content,
category=category_number,
subcategory=subcategory_number)
id = r['success']
digits = re.compile(r'[0-9]+')
id = digits.findall(id)
print(id[0])
post['id'] = id[0]
frontmatter.dump(post, entry.path)
gui = Gui(['Enter Nation', '__nation__'], ['Post & Edit Dispatches:', ['Go']])
gui.events([
_,
_,
], [_, post])
gui.run()
# -*- coding: utf-8 -*-
from guietta import E, _, Gui, Quit
gui = Gui(['Enter expression:', E('expr'), _], ['Result:', 'result', _],
[_, _, Quit])
gui.events(
[_, ('textEdited', None), _],
[_, _, _],
[_, _, _],
)
while True:
name, event = gui.get()
if name == 'expr':
try:
gui.result = eval(gui.expr)
except Exception as e:
gui.result = 'Error: ' + str(e)
elif name == None:
break
gui.result = result
def change(gui):
opdict = {
'^': '__pow__',
'==': '__eq__',
'>': '__gt__',
'//': '__floordiv__'
}
gui.op = opdict
def get(gui):
print(gui.op)
opdict = {'+': '__add__', '-': '__sub__', '*': '__mul__', '/': '__truediv__'}
gui = Gui([
'Enter numbers:', '__num1__',
CB('op', opdict), '__num2__', ['Calculate']
], ['Result: -->', 'result', ___, ___, ['Change']], [_, _, _, ['Get'], Quit],
exceptions=Exceptions.POPUP)
gui.events([_, _, _, _, calculate], [_, _, _, _, change], [_, _, _, get, _])
gui.run()
# -*- coding: utf-8 -*-
from guietta import E, _, Gui, Quit
def do_eval(gui, text):
gui.result = eval(text)
gui = Gui(['Enter expression:', E('expr'), _], ['Result:', 'result', _],
[_, _, Quit])
gui.events(
[_, ('textEdited', do_eval), _],
[_, _, _],
[_, _, _],
)
gui.run()
# GUI widgets are available after window closing,
print(gui.result)
