def counting():
Var.now = datetime.datetime.now()
Var.block = int(get_block_var() / 2) + 1 if get_block_var() % 2 != 0 else 0
label_update()
if Var.started and Var.block != 0:
Var.tCycle = int(
floor(Var.sequence_time - (Var.now - Var.mark).seconds))
app.setLabel('tCycle', countdown_format(Var.tCycle))
window = GUIVar.target_window * Var.partsper
if Var.tCycle != GUIConfig.targetColor and -window <= Var.tCycle <= window:
app.setLabelBg('tCycle', GUIConfig.targetColor)
elif Var.tCycle != GUIConfig.andonColor and Var.tCycle < -window:
app.setLabelBg('tCycle', GUIConfig.andonColor)
elif Var.tCycle != GUIConfig.appBgColor and Var.tCycle > window:
app.setLabelBg('tCycle', GUIConfig.appBgColor)
def press(btn):
if btn == 'Go':
for tab in GUIConfig.tabs:
app.setTabbedFrameDisabledTab('Tabs', tab, disabled=False)
app.setTabbedFrameSelectedTab('Tabs', 'Main')
Var.mark = datetime.datetime.now()
Var.started = True
recalculate()
if btn == 'leadUnverifiedButton':
Var.lead_unverified = 0
app.setLabel('leadUnverified', Var.lead_unverified)
if btn == 'Set':
Var.parts_delivered = int(app.getSpinBox('Parts Delivered'))
app.setMeter('partsOutMeter', (Var.parts_delivered / Var.demand) * 100,
'%s / %s Parts' % (Var.parts_delivered, Var.demand))
def recalculate():
Var.available_time = sum(Var.sched.blockSeconds)
Var.demand = int(app.getEntry('demand'))
Var.takt = Var.available_time / Var.demand
Var.tct = get_tct()
Var.partsper = int(app.getEntry('partsper'))
Var.sequence_time = Var.tct * Var.partsper
app.setLabel('Takt', countdown_format(int(Var.takt)))
app.setLabel('takt2', countdown_format(int(Var.takt)))
app.setLabel('TCT', countdown_format(get_tct()))
app.setLabel('Seq', countdown_format(int(Var.sequence_time)))
app.setMeter('partsOutMeter', (Var.parts_delivered / Var.demand) * 100,
'%s / %s Parts' % (Var.parts_delivered, Var.demand))
def cycle():
Var.parts_delivered += Var.partsper
t = Var.tCycle
Var.last_cycle = Var.sequence_time - t
Var.times_list.append(Var.last_cycle)
app.setLabel('avgCycle', int(sum(Var.times_list) / len(Var.times_list)))
display_cycle_times()
window = GUIVar.target_window * Var.partsper
if t > window:
Var.early += 1
Var.lead_unverified += 1
elif t < -window:
Var.late += 1
Var.lead_unverified += 1
else:
Var.on_time += 1
Var.tct = get_tct()
Var.sequence_time = Var.tct * Var.partsper
app.setLabel('TCT', countdown_format(Var.tct))
app.setLabel('Seq', countdown_format(Var.sequence_time))
Var.batting_avg = Var.on_time / sum([Var.on_time, Var.late, Var.early])
Var.andon = False
Var.mark = datetime.datetime.now()
app.setMeter('partsOutMeter', (Var.parts_delivered / Var.demand) * 100,
'%s / %s Parts' % (Var.parts_delivered, Var.demand))
def shift_adjust(btn):
block_index = int(btn[7:]) - 1
change_list = Var.sched.available if btn[:5] == 'start' else Var.sched.breaks
direction = btn[5:7]
increment = GUIConfig.schedule_increment
change_list[block_index] += increment if direction == 'UP' else -increment
app.setLabel(
'block%s' % str(block_index + 1),
'%s - %s' % (Var.sched.available[block_index].strftime('%H:%M'),
Var.sched.breaks[block_index].strftime('%H:%M')))
Var.sched.get_sched()
Var.sched.get_block_seconds()
Var.sched.get_break_seconds()
app.setLabel('block%sTotal' % str(block_index + 1),
Var.sched.blockSeconds[block_index])
app.setLabel('start-endTotal',
str(sum(Var.sched.blockSeconds)) + ' seconds')
app.setOptionBoxChangeFunction(box, read_time_file)
with app.frame('buttons', row=1, column=0):
app.addButton('Go', press, row=3, column=0, colspan=2)
app.disableButton('Go')
app.addButton('Recalculate',
recalculate,
row=4,
column=0,
colspan=2)
app.addLabel('taktLabel2', 'Takt', row=3, column=2)
app.addLabel('takt2', 0, row=4, column=2)
with app.labelFrame('Variables', row=0, column=1, rowspan=2):
app.setSticky('w')
app.addLabelEntry('demand', row=0, column=0, colspan=2)
app.setEntry('demand', 0)
app.setLabel('demand', 'Demand: ')
app.addCheckBox('Parts Out', row=3, column=0)
app.setCheckBoxChangeFunction('Parts Out', enable_parts_out)
app.addSpinBox('Parts Delivered',
list(range(GUIConfig.max_parts_delivered, -1, -1)),
row=3,
column=1)
app.setSpinBox('Parts Delivered', 0)
app.addButton('Set', press, row=3, column=2)
# app.disableLabel('Parts Delivered')
app.disableSpinBox('Parts Delivered')
app.disableButton('Set')
with app.labelFrame('demandIncrementFrame',
row=0,
column=2,
rowspan=2,
def label_update():
app.setLabel('time', Var.now.strftime('%I:%M:%S %p'))
app.setMeter('timeMeter', (time_elapsed() / Var.available_time) * 100,
'%s / %s' % (int(time_elapsed()), Var.available_time))
app.setLabel('partsAhead', parts_ahead())
app.setLabel('early', Var.early)
app.setLabel('late', Var.late)
app.setLabel('leadUnverified', Var.lead_unverified)
app.setLabel('battingAVG', '%.3f' % Var.batting_avg)
app.setLabel('lastCycle', Var.last_cycle)
if get_block_var() in range(len(Var.sched.sched)):
app.setLabel('nextBreak',
Var.sched.sched[get_block_var()].strftime('%I:%M %p'))
def read_time_file():
file = basedir + '/%s/Schedules/%s/%s.ini' % (app.getOptionBox(
'Area: '), app.getOptionBox('Shift: '), app.getOptionBox('Schedule: '))
try:
Var.sched = schedule.Schedule(file)
except KeyError:
file = "%s/schedules/%s.ini" % (os.path.dirname(__file__),
app.getOptionBox('Shift: '))
Var.sched = schedule.Schedule(file)
sched = Var.sched
for block in range(1, 9):
try:
for label in ['block%s' % block, 'block%sTotal' % block]:
app.removeLabel(label)
for button in [
'startUP%s' % block,
'startDN%s' % block,
'endedUP%s' % block,
'endedDN%s' % block
]:
app.removeButton(button)
app.removeLabelFrame('%s Block' % GUIVar.ordinalList[block])
print('removing block %s labels' % block)
except:
print(
'block %s does not exist. Ignoring command to delete labels.' %
block)
app.openLabelFrame('Parameters')
start = datetime.datetime.time(sched.start).strftime('%H:%M')
end = datetime.datetime.time(sched.end).strftime('%H:%M')
# percent = sum(sched.blockSeconds)/schedule.get_seconds(sched.start, sched.end)
app.setLabel('start-end', '%s - %s' % (start, end))
app.setLabel('start-endTotal', str(sum(sched.blockSeconds)) + ' seconds')
# app.setLabel('start-endPercent', ('%.2f%s of total time\n spent in flow' % (percent, '%'))[2:])
for block in range(1, len(sched.available) + 1):
with app.labelFrame('%s Block' % GUIVar.ordinalList[block],
row=1,
column=block - 1):
app.setSticky('new')
app.setLabelFrameAnchor('%s Block' % GUIVar.ordinalList[block],
'n')
start = datetime.datetime.time(sched.available[block - 1])
end = datetime.datetime.time(sched.breaks[block - 1])
block_time = sched.blockSeconds[block - 1]
# percent = block_time/sum(sched.blockSeconds)
buttons = {
'startUP%s' % block: [shift_adjust, 0, 0],
'startDN%s' % block: [shift_adjust, 1, 0],
'endedUP%s' % block: [shift_adjust, 0, 2],
'endedDN%s' % block: [shift_adjust, 1, 2],
}
d = {
'block%s' % block: [
'%s - %s' %
(start.strftime('%H:%M'), end.strftime('%H:%M')), 0, 1, 2
],
'block%sTotal' % block: ['%s Seconds' % block_time, 2, 1, 0],
# 'block%sPercent' % block: [('%.2f' % percent)[2:] + '% of available time', 2, 0]
}
for label in d:
app.addLabel(title=label,
text=d[label][0],
row=d[label][1],
column=d[label][2],
rowspan=d[label][3])
for button in buttons:
app.addButton(title=button,
func=buttons[button][0],
row=buttons[button][1],
column=buttons[button][2])
app.setButton(button, '+' if button[5:7] == 'UP' else '-')
app.stopLabelFrame()
Var.mark = datetime.datetime.now()