def lap_helper():
global current_time
global last_lap
global lapTime
global laps
global current_lap_num
time_lap_button_clicked = current_time
delta_time = time_lap_button_clicked - last_lap
# check to make sure that the timer is actually running
if delta_time > 0:
# add to the lap data
lapTime = (current_time - last_lap) / 1000000000
laps.append(lapTime)
last_lap = current_time
# plot the new stats
updatePlot(axes, laps)
avg_lap_label.setText(
str(time_format(seconds=truncate(mean(laps), 2)))[:-4])
slowest_lap_label.setText(
str(time_format(seconds=truncate(max(laps), 2)))[:-4])
fastest_lap_label.setText(
str(time_format(seconds=truncate(min(laps), 2)))[:-4])
# add lap time to lap time table
laptime_table.insertRow(1)
laptime_table.setItem(
0, 1,
QTableWidgetItem(
str(time_format(seconds=truncate(lapTime, 2)))[:-4]))
# Always scroll to the newest data point in the table
laptime_table.scrollToItem(laptime_table.item(0, 0))
#label the row properly
lap_num_label = str("Lap " + str(current_lap_num))
current_lap_num += 1
laptime_table.setVerticalHeaderItem(1, QTableWidgetItem(lap_num_label))
def reset_helper():
global current_time
global laps
global last_lap
global current_lap_num
current_time = 0
last_lap = 0
current_lap_num = 1
# get rid of the reset and resume buttons
reset_button.setParent(None)
resume_button.setParent(None)
# add the lap and resume buttons
timer_button_hbox.addWidget(lap_button)
timer_button_hbox.addWidget(resume_button)
# update the timer count
timer_label.setText(str(time_format(milliseconds=0)))
# reset the lap data
laps = []
# update the chart
updatePlot(axes, laps)
avg_lap_label.setText("0:00:00.00")
slowest_lap_label.setText("0:00:00.00")
fastest_lap_label.setText("0:00:00.00")
#reset table
laptime_table.setRowCount(0)
laptime_table.insertRow(0)
laptime_table.setItem(0, 1, QTableWidgetItem("0:00:00.00"))
laptime_table.setVerticalHeaderItem(0, QTableWidgetItem("Current lap"))
def counter():
global current_time
while (True):
timer_lock.acquire()
timer_lock.release()
start_time = time_ns()
sleep(.05)
current_time += time_ns() - start_time
current_lap_time = current_time - last_lap
# modify the label of the timer
timer_label.setText(
str(time_format(seconds=truncate(current_time /
1000000000, 2)))[:-4])
# modify the current lap timer
laptime_table.setItem(
0, 0,
QTableWidgetItem(
str(
time_format(seconds=truncate(current_lap_time /
1000000000, 2)))[:-4]))
def __search(self, bot, update, args):
"""
Send search result to command issuer
"""
try:
# read the search file
data = self.__getSerchbyKey(args[0].lower())
# print(data)
res = "Search Result : \n"
for index, row in data.iterrows():
form_h, form_m = row["timeForm"].split(":")
to_h, to_m = row["timeTo"].split(":")
if self.__in_between(datetime.now().time(),
time_format(int(form_h), int(form_m)),
time_format(int(to_h), int(to_m))):
res = res + '\n' + row["message"]
update.message.reply_text(res)
except Exception as e:
try:
update.message.reply_text('Please enter the text.')
except Exception as ex:
print(ex)
from datetime import timedelta as time_format
from statistics import mean
plt.ion()
app = QApplication([])
app.setApplicationName("Sports Timer")
window = QWidget()
current_time = 0
last_lap = 0
lapTime = 0
main_vbox = QVBoxLayout()
main_vbox.addStretch(1)
timer_label = QLabel(str(time_format(milliseconds=0)))
# Center the timer
timer_label.setAlignment(QtCore.Qt.AlignCenter)
# set the font to be large and bold for the real timer
big_font = QtGui.QFont("Times", 38, QtGui.QFont.Bold)
timer_label.setFont(big_font)
# add the timers to the gui
main_vbox.addWidget(timer_label)
main_vbox.addStretch(.25)
# define the area where the buttons are
timer_button_hbox = QHBoxLayout()
# create the button objects
start_button = QPushButton('Start')