def select_routineDeactTime_frame(self):
self.clearFrame()
self.select_routineDeactTimeFrame = tk.Frame()
self.select_routineDeactTimeFrame.pack()
#Key press functions for select_routineTimeFrame:
def enter_pressed(event):
if ((len(time.get()) == 5) and (time.get()[2] == ':')
and (time.get()[0:1].isnumeric())
and (time.get()[3:4].isnumeric())):
self.selectedRoutineDeactTime = [time.get()]
self.TempWakeUpRoutines.append(self.selectedRoutineActTime[0])
self.TempWakeUpRoutines.append(self.selectedRoutineUnit)
self.TempWakeUpRoutines.append(
self.selectedRoutineDeactTime[0])
self.select_routineroom_frame()
else:
return
def textbox_clicked(event):
time.set("")
return
#Layout for enter_unit_adressFrame:
time = tk.StringVar()
time.set("HH:MM")
self.enter_time = tk.Entry(self.select_routineDeactTimeFrame,
textvariable=time)
self.enter_time.pack(side=tk.TOP, fill=tk.X)
self.enter_time.bind("<Button-1>", textbox_clicked)
root.bind('<Return>', enter_pressed)
def timer(): #Updates and tracks time for the timer
x = 0.00
if x >= 0.00:
new_time = time.get() + 1
time.set(new_time)
can.after(1000, timer) #call this function again in 1,000 milliseconds
x += 1
def add_setting(self):
path,filename = os.path.split(self.new_setting_dialog())
name = tk.StringVar()
name.set(filename)
time = tk.IntVar()
time.set(self.settings["default"]["timer"].get())
self.settings[filename] = {"name":name,"timer":time}
self._draw_settings_screen()
def onselect(evt):
# Note here that Tkinter passes an event object to onselect()
global index
w = evt.widget
if len(w.curselection()) == 0:
listbox.select_set(index)
return
index = int(w.curselection()[0])
value = w.get(index)
time.set(value[0:5].strip())
message.set(value[5:].strip())
print('You selected item %d: "%s"' % (index, value))
def updategui():
updatesg()
updatetherm()
#temperaturecontrol() TURN ON ONCE TEMP CONTROL TESTING IS NECESSARY
ftemp = open('/home/pi/Desktop/Interface/temp.txt', 'a')
fsg = open('/home/pi/Desktop/Interface/sg.txt', 'a')
tempread = str(read_temp())
sgread = str(read_Sg()) # TURN ON ONCE HYDROMETER IS FUNCTIONAL
#sgread = "1.6"
timeread = str(read_time())
temperature.set("Current Temperature " + tempread + "°C")
writetemp = '\n' + timeread + " " + tempread
ftemp.write(writetemp)
sg.set("Current Specific Gravity: " + sgread)
writesg = '\n' + timeread + " " + sgread
fsg.write(writesg)
time.set("Current Time: " + timeread)
root.update()
root.after(60000, updategui)
print(read_temp())
print(read_Sg())
datetime = timeread.split()
date = datetime[0]
print(date)
timer = datetime[1]
print(timer)
tk.Label(root,
text=str(read_temp()) + "°C",
font=("NotoSans-Bold", 45),
fg='#ff8d00',
background='white').grid(row=10, column=1)
tk.Label(root,
text=str(read_Sg()),
font=("NotoSans-Bold", 45),
fg='#ff8d00',
background='white').grid(row=10, column=4)
tk.Label(titleframe,
text=str(read_timegui() + " "),
font=("NotoSans-Bold", 14),
fg='white',
background='#ff8d00',
compound="center").grid(row=0, column=6)
def ref():
a = str(sharename.get())
sharename.set(a)
print a
b = code(a)
print b
c = str(time.get())
time.set(c)
print c
l = linereg(a, c)
lr.set(l[0])
lrerr.set(l[1])
cp.set(b)
svm_1 = svmalgo(a, c)
svm.set(svm_1[0])
svmerr.set(svm_1[1])
status = nws(a)
na.set(status)
# -*- coding: utf-8 -*-
"""
Created on Mon Jul 27 14:33:28 2020
@author: user
"""
mc=Min
from mcpi.minecraft import Minecraftecraft.create()
import time
x,y,z = mc.player.getTilePos()
y = y + 100
mc.player.setTilePos(x,y,z)
time.set(10)
y = y + 100
mc.player.setTilePos(x,y,z)
time.set(10)
y = y + 100
mc.player.setTilePos(x,y,z)
def textbox_clicked(event):
time.set("")
return
print("Start")
port = "COM3" #uses COM3 to connect with arduino
bluetooth = serial.Serial(port, 9600) #Connects over 9600
print("Connected")
bluetooth.reset_input_buffer() #clears what's being sent over bluetooth
can = tk.Tk() #Creates timer canvas
can.title("Timer") #Names canvas
frame = tk.Frame(can, width=200, height=90) #creates frame for timer
frame.pack()
time = tk.DoubleVar() #creates time var
time.set(0) #sets time to zero
t_font = font.Font(family='Arial', size=30)
ticker = tk.Label(can, font=t_font, bg="white", textvariable=time)
ticker.place(x=100, y=20, anchor=tk.CENTER)
#start button that starts timer
start = tk.Button(can,
width=6,
height=2,
text="Start",
bg="white",
command=start)
start.place(x=100, y=70, anchor=tk.CENTER)
def update(time):
s = paratime.seconds()
t = paratime.text(s)
p = 1000000000 * 1.01 ** (s / paratime.SECOND_IN_YEAR)
time.set('Time = {0}\nNational = {1}'.format(t, fix(p)))
def update(time):
s = paratime.seconds()
t = paratime.text(s)
p = 1000000000 * 1.01**(s / paratime.SECOND_IN_YEAR)
time.set('Time = {0}\nNational = {1}'.format(t, fix(p)))
def preGame(self):
newWindow = Tk()
newWindow.geometry("600x200+425+250")
newWindow.resizable(width=FALSE, height=FALSE)
instructLabel = Label(newWindow, text="When you are ready to play, input your name and press play.")
instructLabel.place(x=135, y=15)
e = Entry(newWindow)
e.place(x=225, y=50)
playButton = Button(newWindow, text="Play", command = lambda: self.loadGameArena(newWindow, e))
playButton.place(x=355, y=46)
conn = sqlite3.connect('gameDatabase.db')
c = conn.cursor()
name = StringVar(newWindow)
pixels = StringVar(newWindow)
time = StringVar(newWindow)
date = StringVar(newWindow)
c.execute("SELECT name from gameStats WHERE id=1")
for row in c:
name.set(row)
c.execute("SELECT pixels from gameStats WHERE id=1")
for row in c:
pixels.set(row)
c.execute("SELECT time from gameStats WHERE id=1")
for row in c:
time.set(row)
c.execute("SELECT date from gameStats WHERE id=1")
for row in c:
date.set(row)
conn.commit()
conn.close()
lastTime = Label(newWindow, text="LAST TIME YOU PLAYED:")
lastTime.place(x=230, y = 100)
nameLabel = Label(newWindow, text="Name:")
nameLabel.place(x=100, y=125)
theName = Label(newWindow, textvariable = name)
theName.place(x=100, y=140)
pixelsLabel = Label(newWindow, text="Pixels travelled:")
pixelsLabel.place(x=175, y=125)
thePixels = Label(newWindow, textvariable = pixels)
thePixels.place(x=175, y=140)
timeLabel = Label(newWindow, text="Time elapsed (secs):")
timeLabel.place(x=300, y=125)
theTime = Label(newWindow, textvariable = time)
theTime.place(x=300, y = 140)
dateLabel = Label(newWindow, text="Date last played:")
dateLabel.place(x=450, y=125)
theDate = Label(newWindow, textvariable = date)
theDate.place(x=450, y = 140)
newWindow.mainloop()