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Copy pathCar Monitoring System.py
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Car Monitoring System.py
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#971813080
from tkinter import *
from tkinter import ttk
from tkinter import messagebox
import time
import random
import json
import math
cars = []
paths = []
car = {}
position = {}
positions = []
position_fake = []
def donothing():
pass
def speed_def():
global speed, max_s, min_s, distance
speed = []
max_s = []
min_s = []
distance = []
for i in range (int(car_spin.get())):
first_point = (cars[i]['position']['lat'] , cars[i]['position']['long'])
v = []
up = 0
down = 2
d = []
for j in range (1,int(point_spin.get())):
a = (position_fake[i][j-1]['lat'] , position_fake[i][j-1]['long'])
b = (position_fake[i][j]['lat'] , position_fake[i][j]['long'])
v.append(round(math.dist(a,b) , 3))
up = max(v[j-1] , up)
down = min(v[j-1] , down)
d.append(round(math.dist(first_point,a) , 5))
speed.append(v)
max_s.append(up)
min_s.append(down)
distance.append(d)
def add_car():
car['name'] = name_entry.get()
car['company'] = company_entry.get()
try:
car['year'] = int(year_entry.get())
except ValueError:
messagebox.showerror('YEAR ERROR!','You must keyboard the integer number...')
try:
position['lat'] = float(lat_entry.get())
except ValueError:
messagebox.showerror('LAT ERROR!','You must keyboard the integer or float number...')
else:
if (position['lat'] > 90 or position['lat'] < -90):
messagebox.showwarning('LAT ERROR!','The latitude must be between -90 & 90...')
try:
position['long'] = float(long_entry.get())
except ValueError:
messagebox.showerror('LONG ERROR!','You must keyboard the integer or float number...')
else:
if (position['long'] > 180 or position['long'] < -180):
messagebox.showwarning('LONG ERROR!','The longitude must be between -180 & 180...')
point = []
position_real = position.copy()
positions.append(position_real)
point.append(position_real.copy())
position_fake.append(point)
position_car = position_real.copy()
car['position'] = position_car
car_real = car.copy()
cars.append(car_real)
if len(cars) == int(car_spin.get()):
create_button.config(state='active')
add_button.config(state='disable')
if(position['lat'] <= 90 and position['lat'] >= -90 and position['long'] <= 180 and position['long'] >= -180):
added_pb.config(var = added_pb.step(1))
else:
cars.pop()
def create_database():
path = []
for i in range (int(car_spin.get())):
position = positions[i]
for j in range (1, int(point_spin.get())):
rand_x = random.uniform(-1,1)
rand_y = random.uniform(-1,1)
position['lat'] += rand_x
position['long'] += rand_y
point = {}
point['lat'] = position_fake[i][j-1]['lat'] + rand_x
point['long'] = position_fake[i][j-1]['long'] + rand_y
position_fake[i].append(point)
if (position['lat'] > 90):
x = position['lat'] - 90
position['lat'] = 90 - x
if (position['long'] > 0):
position['long'] -= 180
else:
position['long'] += 180
elif (position['lat'] < -90):
x = - position['lat'] - 90
position['lat'] = - 90 + x
if (position['long'] > 0):
position['long'] -= 180
else:
position['long'] += 180
if (position['long'] > 180):
y = position['long'] - 180
position['long'] = -180 + y
elif (position['long'] < -180):
y = - position['long'] - 180
position['long'] = 180 - y
position_real = position.copy()
path.append(position_real)
path_real = path.copy()
paths.append(path_real)
path = []
with open('car-dataset.json', 'w+') as file:
json.dump(cars, file)
json.dump(paths, file)
speed_def()
messagebox.showinfo('Dataset', 'Dataset created successfully')
def start(delay=1):
global j, J
for j in range(J, int(point_spin.get())):
lat_en1.delete(0,END)
lat_en1.insert(-1 ,str(paths[0][j-1]['lat']))
lat_en1.update()
long_en1.delete(0,END)
long_en1.insert(-1 ,str(paths[0][j-1]['long']))
long_en1.update()
lat_en2.delete(0,END)
lat_en2.insert(-1 ,str(paths[1][j-1]['lat']))
lat_en2.update()
long_en2.delete(0,END)
long_en2.insert(-1 ,str(paths[1][j-1]['long']))
long_en2.update()
lat_en3.delete(0,END)
lat_en3.insert(-1 ,str(paths[2][j-1]['lat']))
lat_en3.update()
long_en3.delete(0,END)
long_en3.insert(-1 ,str(paths[2][j-1]['long']))
long_en3.update()
lat_en4.delete(0,END)
lat_en4.insert(-1 ,str(paths[3][j-1]['lat']))
lat_en4.update()
long_en4.delete(0,END)
long_en4.insert(-1 ,str(paths[3][j-1]['long']))
long_en4.update()
lat_en5.delete(0,END)
lat_en5.insert(-1 ,str(paths[4][j-1]['lat']))
lat_en5.update()
long_en5.delete(0,END)
long_en5.insert(-1 ,str(paths[4][j-1]['long']))
long_en5.update()
lat_en6.delete(0,END)
lat_en6.insert(-1 ,str(paths[5][j-1]['lat']))
lat_en6.update()
long_en6.delete(0,END)
long_en6.insert(-1 ,str(paths[5][j-1]['long']))
long_en6.update()
lat_en7.delete(0,END)
lat_en7.insert(-1 ,str(paths[6][j-1]['lat']))
lat_en7.update()
long_en7.delete(0,END)
long_en7.insert(-1 ,str(paths[6][j-1]['long']))
long_en7.update()
lat_en8.delete(0,END)
lat_en8.insert(-1 ,str(paths[7][j-1]['lat']))
lat_en8.update()
long_en8.delete(0,END)
long_en8.insert(-1 ,str(paths[7][j-1]['long']))
long_en8.update()
lat_en9.delete(0,END)
lat_en9.insert(-1 ,str(paths[8][j-1]['lat']))
lat_en9.update()
long_en9.delete(0,END)
long_en9.insert(-1 ,str(paths[8][j-1]['long']))
long_en9.update()
lat_en10.delete(0,END)
lat_en10.insert(-1 ,str(paths[9][j-1]['lat']))
lat_en10.update()
long_en10.delete(0,END)
long_en10.insert(-1 ,str(paths[9][j-1]['long']))
long_en10.update()
speed_en1.delete(0,END)
speed_en1.insert(-1, str(speed[0][j-1]))
speed_en1.update()
speed_en2.delete(0,END)
speed_en2.insert(-1, str(speed[1][j-1]))
speed_en2.update()
speed_en3.delete(0,END)
speed_en3.insert(-1, str(speed[2][j-1]))
speed_en3.update()
speed_en4.delete(0,END)
speed_en4.insert(-1, str(speed[3][j-1]))
speed_en4.update()
speed_en5.delete(0,END)
speed_en5.insert(-1, str(speed[4][j-1]))
speed_en5.update()
speed_en6.delete(0,END)
speed_en6.insert(-1, str(speed[5][j-1]))
speed_en6.update()
speed_en7.delete(0,END)
speed_en7.insert(-1, str(speed[6][j-1]))
speed_en7.update()
speed_en8.delete(0,END)
speed_en8.insert(-1, str(speed[7][j-1]))
speed_en8.update()
speed_en9.delete(0,END)
speed_en9.insert(-1, str(speed[8][j-1]))
speed_en9.update()
speed_en10.delete(0,END)
speed_en10.insert(-1, str(speed[9][j-1]))
speed_en10.update()
if speed[0][j-1] == max_s[0]:
max_en1.delete(0,END)
max_en1.insert(-1, str(max_s[0]))
max_en1.update()
if speed[1][j-1] == max_s[1]:
max_en2.delete(0,END)
max_en2.insert(-1, str(max_s[1]))
max_en2.update()
if speed[2][j-1] == max_s[2]:
max_en3.delete(0,END)
max_en3.insert(-1, str(max_s[2]))
max_en3.update()
if speed[3][j-1] == max_s[3]:
max_en4.delete(0,END)
max_en4.insert(-1, str(max_s[3]))
max_en4.update()
if speed[4][j-1] == max_s[4]:
max_en5.delete(0,END)
max_en5.insert(-1, str(max_s[4]))
max_en5.update()
if speed[5][j-1] == max_s[5]:
max_en6.delete(0,END)
max_en6.insert(-1, str(max_s[5]))
max_en6.update()
if speed[6][j-1] == max_s[6]:
max_en7.delete(0,END)
max_en7.insert(-1, str(max_s[6]))
max_en7.update()
if speed[7][j-1] == max_s[7]:
max_en8.delete(0,END)
max_en8.insert(-1, str(max_s[7]))
max_en8.update()
if speed[8][j-1] == max_s[8]:
max_en9.delete(0,END)
max_en9.insert(-1, str(max_s[8]))
max_en9.update()
if speed[9][j-1] == max_s[9]:
max_en10.delete(0,END)
max_en10.insert(-1, str(max_s[9]))
max_en10.update()
if speed[0][j-1] == min_s[0]:
min_en1.delete(0,END)
min_en1.insert(-1, str(min_s[0]))
min_en1.update()
if speed[1][j-1] == min_s[1]:
min_en2.delete(0,END)
min_en2.insert(-1, str(min_s[1]))
min_en2.update()
if speed[2][j-1] == min_s[2]:
min_en3.delete(0,END)
min_en3.insert(-1, str(min_s[2]))
min_en3.update()
if speed[3][j-1] == min_s[3]:
min_en4.delete(0,END)
min_en4.insert(-1, str(min_s[3]))
min_en4.update()
if speed[4][j-1] == min_s[4]:
min_en5.delete(0,END)
min_en5.insert(-1, str(min_s[4]))
min_en5.update()
if speed[5][j-1] == min_s[5]:
min_en6.delete(0,END)
min_en6.insert(-1, str(min_s[5]))
min_en6.update()
if speed[6][j-1] == min_s[6]:
min_en7.delete(0,END)
min_en7.insert(-1, str(min_s[6]))
min_en7.update()
if speed[7][j-1] == min_s[7]:
min_en8.delete(0,END)
min_en8.insert(-1, str(min_s[7]))
min_en8.update()
if speed[8][j-1] == min_s[8]:
min_en9.delete(0,END)
min_en9.insert(-1, str(min_s[8]))
min_en9.update()
if speed[9][j-1] == min_s[9]:
min_en10.delete(0,END)
min_en10.insert(-1, str(min_s[9]))
min_en10.update()
distance_lb1.config(text=str(distance[0][j-1]))
distance_lb2.config(text=str(distance[1][j-1]))
distance_lb3.config(text=str(distance[2][j-1]))
distance_lb4.config(text=str(distance[3][j-1]))
distance_lb5.config(text=str(distance[4][j-1]))
distance_lb6.config(text=str(distance[5][j-1]))
distance_lb7.config(text=str(distance[6][j-1]))
distance_lb8.config(text=str(distance[7][j-1]))
distance_lb9.config(text=str(distance[8][j-1]))
distance_lb10.config(text=str(distance[9][j-1]))
J = j
time.sleep(delay)
def start_2X():
start(0.5)
def start_4X():
start(0.25)
def start_8X():
start(0.125)
def start_infinity():
start(0)
def pause():
global j, J
for i in range(J, 1000 * int(point_spin.get())):
lat_en1.delete(0,END)
lat_en1.insert(-1 ,str(paths[0][j-1]['lat']))
lat_en1.update()
long_en1.delete(0,END)
long_en1.insert(-1 ,str(paths[0][j-1]['long']))
long_en1.update()
lat_en2.delete(0,END)
lat_en2.insert(-1 ,str(paths[1][j-1]['lat']))
lat_en2.update()
long_en2.delete(0,END)
long_en2.insert(-1 ,str(paths[1][j-1]['long']))
long_en2.update()
lat_en3.delete(0,END)
lat_en3.insert(-1 ,str(paths[2][j-1]['lat']))
lat_en3.update()
long_en3.delete(0,END)
long_en3.insert(-1 ,str(paths[2][j-1]['long']))
long_en3.update()
lat_en4.delete(0,END)
lat_en4.insert(-1 ,str(paths[3][j-1]['lat']))
lat_en4.update()
long_en4.delete(0,END)
long_en4.insert(-1 ,str(paths[3][j-1]['long']))
long_en4.update()
lat_en5.delete(0,END)
lat_en5.insert(-1 ,str(paths[4][j-1]['lat']))
lat_en5.update()
long_en5.delete(0,END)
long_en5.insert(-1 ,str(paths[4][j-1]['long']))
long_en5.update()
lat_en6.delete(0,END)
lat_en6.insert(-1 ,str(paths[5][j-1]['lat']))
lat_en6.update()
long_en6.delete(0,END)
long_en6.insert(-1 ,str(paths[5][j-1]['long']))
long_en6.update()
lat_en7.delete(0,END)
lat_en7.insert(-1 ,str(paths[6][j-1]['lat']))
lat_en7.update()
long_en7.delete(0,END)
long_en7.insert(-1 ,str(paths[6][j-1]['long']))
long_en7.update()
lat_en8.delete(0,END)
lat_en8.insert(-1 ,str(paths[7][j-1]['lat']))
lat_en8.update()
long_en8.delete(0,END)
long_en8.insert(-1 ,str(paths[7][j-1]['long']))
long_en8.update()
lat_en9.delete(0,END)
lat_en9.insert(-1 ,str(paths[8][j-1]['lat']))
lat_en9.update()
long_en9.delete(0,END)
long_en9.insert(-1 ,str(paths[8][j-1]['long']))
long_en9.update()
lat_en10.delete(0,END)
lat_en10.insert(-1 ,str(paths[9][j-1]['lat']))
lat_en10.update()
long_en10.delete(0,END)
long_en10.insert(-1 ,str(paths[9][j-1]['long']))
long_en10.update()
speed_en1.delete(0,END)
speed_en1.insert(-1, str(speed[0][j-1]))
speed_en1.update()
speed_en2.delete(0,END)
speed_en2.insert(-1, str(speed[1][j-1]))
speed_en2.update()
speed_en3.delete(0,END)
speed_en3.insert(-1, str(speed[2][j-1]))
speed_en3.update()
speed_en4.delete(0,END)
speed_en4.insert(-1, str(speed[3][j-1]))
speed_en4.update()
speed_en5.delete(0,END)
speed_en5.insert(-1, str(speed[4][j-1]))
speed_en5.update()
speed_en6.delete(0,END)
speed_en6.insert(-1, str(speed[5][j-1]))
speed_en6.update()
speed_en7.delete(0,END)
speed_en7.insert(-1, str(speed[6][j-1]))
speed_en7.update()
speed_en8.delete(0,END)
speed_en8.insert(-1, str(speed[7][j-1]))
speed_en8.update()
speed_en9.delete(0,END)
speed_en9.insert(-1, str(speed[8][j-1]))
speed_en9.update()
speed_en10.delete(0,END)
speed_en10.insert(-1, str(speed[9][j-1]))
speed_en10.update()
if speed[0][j-1] == max_s[0]:
max_en1.delete(0,END)
max_en1.insert(-1, str(max_s[0]))
max_en1.update()
if speed[1][j-1] == max_s[1]:
max_en2.delete(0,END)
max_en2.insert(-1, str(max_s[1]))
max_en2.update()
if speed[2][j-1] == max_s[2]:
max_en3.delete(0,END)
max_en3.insert(-1, str(max_s[2]))
max_en3.update()
if speed[3][j-1] == max_s[3]:
max_en4.delete(0,END)
max_en4.insert(-1, str(max_s[3]))
max_en4.update()
if speed[4][j-1] == max_s[4]:
max_en5.delete(0,END)
max_en5.insert(-1, str(max_s[4]))
max_en5.update()
if speed[5][j-1] == max_s[5]:
max_en6.delete(0,END)
max_en6.insert(-1, str(max_s[5]))
max_en6.update()
if speed[6][j-1] == max_s[6]:
max_en7.delete(0,END)
max_en7.insert(-1, str(max_s[6]))
max_en7.update()
if speed[7][j-1] == max_s[7]:
max_en8.delete(0,END)
max_en8.insert(-1, str(max_s[7]))
max_en8.update()
if speed[8][j-1] == max_s[8]:
max_en9.delete(0,END)
max_en9.insert(-1, str(max_s[8]))
max_en9.update()
if speed[9][j-1] == max_s[9]:
max_en10.delete(0,END)
max_en10.insert(-1, str(max_s[9]))
max_en10.update()
if speed[0][j-1] == min_s[0]:
min_en1.delete(0,END)
min_en1.insert(-1, str(min_s[0]))
min_en1.update()
if speed[1][j-1] == min_s[1]:
min_en2.delete(0,END)
min_en2.insert(-1, str(min_s[1]))
min_en2.update()
if speed[2][j-1] == min_s[2]:
min_en3.delete(0,END)
min_en3.insert(-1, str(min_s[2]))
min_en3.update()
if speed[3][j-1] == min_s[3]:
min_en4.delete(0,END)
min_en4.insert(-1, str(min_s[3]))
min_en4.update()
if speed[4][j-1] == min_s[4]:
min_en5.delete(0,END)
min_en5.insert(-1, str(min_s[4]))
min_en5.update()
if speed[5][j-1] == min_s[5]:
min_en6.delete(0,END)
min_en6.insert(-1, str(min_s[5]))
min_en6.update()
if speed[6][j-1] == min_s[6]:
min_en7.delete(0,END)
min_en7.insert(-1, str(min_s[6]))
min_en7.update()
if speed[7][j-1] == min_s[7]:
min_en8.delete(0,END)
min_en8.insert(-1, str(min_s[7]))
min_en8.update()
if speed[8][j-1] == min_s[8]:
min_en9.delete(0,END)
min_en9.insert(-1, str(min_s[8]))
min_en9.update()
if speed[9][j-1] == min_s[9]:
min_en10.delete(0,END)
min_en10.insert(-1, str(min_s[9]))
min_en10.update()
distance_lb1.config(text=str(distance[0][j-1]))
distance_lb2.config(text=str(distance[1][j-1]))
distance_lb3.config(text=str(distance[2][j-1]))
distance_lb4.config(text=str(distance[3][j-1]))
distance_lb5.config(text=str(distance[4][j-1]))
distance_lb6.config(text=str(distance[5][j-1]))
distance_lb7.config(text=str(distance[6][j-1]))
distance_lb8.config(text=str(distance[7][j-1]))
distance_lb9.config(text=str(distance[8][j-1]))
distance_lb10.config(text=str(distance[9][j-1]))
J = j
def restart():
global j, J
j = 1
J = 1
for j in range(J, int(point_spin.get())):
lat_en1.delete(0,END)
lat_en1.insert(-1 ,str(paths[0][j-1]['lat']))
lat_en1.update()
long_en1.delete(0,END)
long_en1.insert(-1 ,str(paths[0][j-1]['long']))
long_en1.update()
lat_en2.delete(0,END)
lat_en2.insert(-1 ,str(paths[1][j-1]['lat']))
lat_en2.update()
long_en2.delete(0,END)
long_en2.insert(-1 ,str(paths[1][j-1]['long']))
long_en2.update()
lat_en3.delete(0,END)
lat_en3.insert(-1 ,str(paths[2][j-1]['lat']))
lat_en3.update()
long_en3.delete(0,END)
long_en3.insert(-1 ,str(paths[2][j-1]['long']))
long_en3.update()
lat_en4.delete(0,END)
lat_en4.insert(-1 ,str(paths[3][j-1]['lat']))
lat_en4.update()
long_en4.delete(0,END)
long_en4.insert(-1 ,str(paths[3][j-1]['long']))
long_en4.update()
lat_en5.delete(0,END)
lat_en5.insert(-1 ,str(paths[4][j-1]['lat']))
lat_en5.update()
long_en5.delete(0,END)
long_en5.insert(-1 ,str(paths[4][j-1]['long']))
long_en5.update()
lat_en6.delete(0,END)
lat_en6.insert(-1 ,str(paths[5][j-1]['lat']))
lat_en6.update()
long_en6.delete(0,END)
long_en6.insert(-1 ,str(paths[5][j-1]['long']))
long_en6.update()
lat_en7.delete(0,END)
lat_en7.insert(-1 ,str(paths[6][j-1]['lat']))
lat_en7.update()
long_en7.delete(0,END)
long_en7.insert(-1 ,str(paths[6][j-1]['long']))
long_en7.update()
lat_en8.delete(0,END)
lat_en8.insert(-1 ,str(paths[7][j-1]['lat']))
lat_en8.update()
long_en8.delete(0,END)
long_en8.insert(-1 ,str(paths[7][j-1]['long']))
long_en8.update()
lat_en9.delete(0,END)
lat_en9.insert(-1 ,str(paths[8][j-1]['lat']))
lat_en9.update()
long_en9.delete(0,END)
long_en9.insert(-1 ,str(paths[8][j-1]['long']))
long_en9.update()
lat_en10.delete(0,END)
lat_en10.insert(-1 ,str(paths[9][j-1]['lat']))
lat_en10.update()
long_en10.delete(0,END)
long_en10.insert(-1 ,str(paths[9][j-1]['long']))
long_en10.update()
speed_en1.delete(0,END)
speed_en1.insert(-1, str(speed[0][j-1]))
speed_en1.update()
speed_en2.delete(0,END)
speed_en2.insert(-1, str(speed[1][j-1]))
speed_en2.update()
speed_en3.delete(0,END)
speed_en3.insert(-1, str(speed[2][j-1]))
speed_en3.update()
speed_en4.delete(0,END)
speed_en4.insert(-1, str(speed[3][j-1]))
speed_en4.update()
speed_en5.delete(0,END)
speed_en5.insert(-1, str(speed[4][j-1]))
speed_en5.update()
speed_en6.delete(0,END)
speed_en6.insert(-1, str(speed[5][j-1]))
speed_en6.update()
speed_en7.delete(0,END)
speed_en7.insert(-1, str(speed[6][j-1]))
speed_en7.update()
speed_en8.delete(0,END)
speed_en8.insert(-1, str(speed[7][j-1]))
speed_en8.update()
speed_en9.delete(0,END)
speed_en9.insert(-1, str(speed[8][j-1]))
speed_en9.update()
speed_en10.delete(0,END)
speed_en10.insert(-1, str(speed[9][j-1]))
speed_en10.update()
if speed[0][j-1] == max_s[0]:
max_en1.delete(0,END)
max_en1.insert(-1, str(max_s[0]))
max_en1.update()
if speed[1][j-1] == max_s[1]:
max_en2.delete(0,END)
max_en2.insert(-1, str(max_s[1]))
max_en2.update()
if speed[2][j-1] == max_s[2]:
max_en3.delete(0,END)
max_en3.insert(-1, str(max_s[2]))
max_en3.update()
if speed[3][j-1] == max_s[3]:
max_en4.delete(0,END)
max_en4.insert(-1, str(max_s[3]))
max_en4.update()
if speed[4][j-1] == max_s[4]:
max_en5.delete(0,END)
max_en5.insert(-1, str(max_s[4]))
max_en5.update()
if speed[5][j-1] == max_s[5]:
max_en6.delete(0,END)
max_en6.insert(-1, str(max_s[5]))
max_en6.update()
if speed[6][j-1] == max_s[6]:
max_en7.delete(0,END)
max_en7.insert(-1, str(max_s[6]))
max_en7.update()
if speed[7][j-1] == max_s[7]:
max_en8.delete(0,END)
max_en8.insert(-1, str(max_s[7]))
max_en8.update()
if speed[8][j-1] == max_s[8]:
max_en9.delete(0,END)
max_en9.insert(-1, str(max_s[8]))
max_en9.update()
if speed[9][j-1] == max_s[9]:
max_en10.delete(0,END)
max_en10.insert(-1, str(max_s[9]))
max_en10.update()
if speed[0][j-1] == min_s[0]:
min_en1.delete(0,END)
min_en1.insert(-1, str(min_s[0]))
min_en1.update()
if speed[1][j-1] == min_s[1]:
min_en2.delete(0,END)
min_en2.insert(-1, str(min_s[1]))
min_en2.update()
if speed[2][j-1] == min_s[2]:
min_en3.delete(0,END)
min_en3.insert(-1, str(min_s[2]))
min_en3.update()
if speed[3][j-1] == min_s[3]:
min_en4.delete(0,END)
min_en4.insert(-1, str(min_s[3]))
min_en4.update()
if speed[4][j-1] == min_s[4]:
min_en5.delete(0,END)
min_en5.insert(-1, str(min_s[4]))
min_en5.update()
if speed[5][j-1] == min_s[5]:
min_en6.delete(0,END)
min_en6.insert(-1, str(min_s[5]))
min_en6.update()
if speed[6][j-1] == min_s[6]:
min_en7.delete(0,END)
min_en7.insert(-1, str(min_s[6]))
min_en7.update()
if speed[7][j-1] == min_s[7]:
min_en8.delete(0,END)
min_en8.insert(-1, str(min_s[7]))
min_en8.update()
if speed[8][j-1] == min_s[8]:
min_en9.delete(0,END)
min_en9.insert(-1, str(min_s[8]))
min_en9.update()
if speed[9][j-1] == min_s[9]:
min_en10.delete(0,END)
min_en10.insert(-1, str(min_s[9]))
min_en10.update()
distance_lb1.config(text=str(distance[0][j-1]))
distance_lb2.config(text=str(distance[1][j-1]))
distance_lb3.config(text=str(distance[2][j-1]))
distance_lb4.config(text=str(distance[3][j-1]))
distance_lb5.config(text=str(distance[4][j-1]))
distance_lb6.config(text=str(distance[5][j-1]))
distance_lb7.config(text=str(distance[6][j-1]))
distance_lb8.config(text=str(distance[7][j-1]))
distance_lb9.config(text=str(distance[8][j-1]))
distance_lb10.config(text=str(distance[9][j-1]))
J = j
time.sleep(1)
def map_win():
top = Toplevel()
top.title('Map')
top.geometry('760x400')
top.maxsize(width=760, height=400)
global map0
map0 = Canvas(top, width=760, height=400)
map0.pack()
for i in range(37):
x_line = map0.create_line(i*20+20, 20, i*20+20, 380, fill='gray')
for i in range(19):
y_line = map0.create_line(20, i*20+20, 740, i*20+20, fill='gray')
x_graph = map0.create_line(10, 200, 750, 200, fill='black', width=3)
y_graph = map0.create_line(380, 10, 380, 390, fill='black', width=3)
x_finger1 = map0.create_line(745, 195, 750, 200, fill='black', width=3)
x_finger2 = map0.create_line(745, 205, 750, 200, fill='black', width=3)
y_finger1 = map0.create_line(375, 15, 380, 10, fill='black', width=3)
y_finger2 = map0.create_line(385, 15, 380, 10, fill='black', width=3)
def map1():
map_win()
map_points = []
map_points.append (2* cars[0]['position']['long']+380)
map_points.append (-2* cars[0]['position']['lat']+200)
map_points.append (2* paths[0][int(point_spin.get())-2]['long']+380)
map_points.append (-2* paths[0][int(point_spin.get())-2]['lat']+200)
line = map0.create_line(map_points, fill='red')
map0.itemconfig(line, width=5, arrow=LAST, joinstyle=ROUND, smooth=TRUE)
def map2():
map_win()
map_points = []
map_points.append (2* cars[1]['position']['long']+380)
map_points.append (-2* cars[1]['position']['lat']+200)
map_points.append (2* paths[1][int(point_spin.get())-2]['long']+380)
map_points.append (-2* paths[1][int(point_spin.get())-2]['lat']+200)
line = map0.create_line(map_points, fill='orange')
map0.itemconfig(line, width=5, arrow=LAST, joinstyle=ROUND, smooth=TRUE)
def map3():
map_win()
map_points = []
map_points.append (2* cars[2]['position']['long']+380)
map_points.append (-2* cars[2]['position']['lat']+200)
map_points.append (2* paths[2][int(point_spin.get())-2]['long']+380)
map_points.append (-2* paths[2][int(point_spin.get())-2]['lat']+200)
line = map0.create_line(map_points, fill='yellow')
map0.itemconfig(line, width=5, arrow=LAST, joinstyle=ROUND, smooth=TRUE)
def map4():
map_win()
map_points = []
map_points.append (2* cars[3]['position']['long']+380)
map_points.append (-2* cars[3]['position']['lat']+200)
map_points.append (2* paths[3][int(point_spin.get())-2]['long']+380)
map_points.append (-2* paths[3][int(point_spin.get())-2]['lat']+200)
line = map0.create_line(map_points, fill='lime')
map0.itemconfig(line, width=5, arrow=LAST, joinstyle=ROUND, smooth=TRUE)
def map5():
map_win()
map_points = []
map_points.append (2* cars[4]['position']['long']+380)
map_points.append (-2* cars[4]['position']['lat']+200)
map_points.append (2* paths[4][int(point_spin.get())-2]['long']+380)
map_points.append (-2* paths[4][int(point_spin.get())-2]['lat']+200)
line = map0.create_line(map_points, fill='green')
map0.itemconfig(line, width=5, arrow=LAST, joinstyle=ROUND, smooth=TRUE)
def map6():
map_win()
map_points = []
map_points.append (2* cars[5]['position']['long']+380)
map_points.append (-2* cars[5]['position']['lat']+200)
map_points.append (2* paths[5][int(point_spin.get())-2]['long']+380)
map_points.append (-2* paths[5][int(point_spin.get())-2]['lat']+200)
line = map0.create_line(map_points, fill='cyan')
map0.itemconfig(line, width=5, arrow=LAST, joinstyle=ROUND, smooth=TRUE)
def map7():
map_win()
map_points = []
map_points.append (2* cars[6]['position']['long']+380)
map_points.append (-2* cars[6]['position']['lat']+200)
map_points.append (2* paths[6][int(point_spin.get())-2]['long']+380)
map_points.append (-2* paths[6][int(point_spin.get())-2]['lat']+200)
line = map0.create_line(map_points, fill='blue')
map0.itemconfig(line, width=5, arrow=LAST, joinstyle=ROUND, smooth=TRUE)
def map8():
map_win()
map_points = []
map_points.append (2* cars[7]['position']['long']+380)
map_points.append (-2* cars[7]['position']['lat']+200)
map_points.append (2* paths[7][int(point_spin.get())-2]['long']+380)
map_points.append (-2* paths[7][int(point_spin.get())-2]['lat']+200)
line = map0.create_line(map_points, fill='pink')
map0.itemconfig(line, width=5, arrow=LAST, joinstyle=ROUND, smooth=TRUE)
def map9():
map_win()
map_points = []
map_points.append (2* cars[8]['position']['long']+380)
map_points.append (-2* cars[8]['position']['lat']+200)
map_points.append (2* paths[8][int(point_spin.get())-2]['long']+380)
map_points.append (-2* paths[8][int(point_spin.get())-2]['lat']+200)
line = map0.create_line(map_points, fill='magenta')
map0.itemconfig(line, width=5, arrow=LAST, joinstyle=ROUND, smooth=TRUE)
def map10():
map_win()
map_points = []
map_points.append (2* cars[9]['position']['long']+380)
map_points.append (-2* cars[9]['position']['lat']+200)
map_points.append (2* paths[9][int(point_spin.get())-2]['long']+380)
map_points.append (-2* paths[9][int(point_spin.get())-2]['lat']+200)
line = map0.create_line(map_points, fill='purple')
map0.itemconfig(line, width=5, arrow=LAST, joinstyle=ROUND, smooth=TRUE)
def open_playback():
car_hd = Label(root, text='Car')
car_hd.config(font=('Times',20,'bold'))
car_hd.place(x=50, y=120)
coordinates = Label(root, text='Coordinates')
coordinates.config(font=('Times',20,'bold'))
coordinates.place(x=135, y=120)
speed_hd = Label(root, text='Speed')
speed_hd.config(font=('Times',20,'bold'))
speed_hd.place(x=320, y=120)
max_hd = Label(root, text='-MAX')
max_hd.config(font=('Times',18,'bold'))
max_hd.place(x=400, y=105)
min_hd = Label(root, text='-min')
min_hd.config(font=('Times',18,'bold'))
min_hd.place(x=400, y=135)
origin_hd = Label(root, text='Origin')
origin_hd.config(font=('Times',20,'bold'))
origin_hd.place(x=590, y=120)
arrow_hd = Label(root, text='===============>')
arrow_hd.config(font=('Times',18,'bold'))
arrow_hd.place(x=700, y=125)
dist_hd = Label(root, text='Distance')
dist_hd.config(font=('Times',20,'bold'))
dist_hd.place(x=760, y=100)
dest_hd = Label(root, text='Destination')
dest_hd.config(font=('Times',20,'bold'))
dest_hd.place(x=960, y=120)
map_hd = Label(root, text='Map')
map_hd.config(font=('Times',20,'bold'))
map_hd.place(x=1200, y=120)
for i in range (int(car_spin.get())):
num_frame = LabelFrame(root)
if i == 9:
num_frame.place(x=1 , y=70*(i+1)+125)
else:
num_frame.place(x=8 , y=70*(i+1)+125)
num_label = Label(num_frame, text=str(i+1))
num_label.config(font=('mitra',16,'bold'))
num_label.pack()
name_label = Label(root, text=cars[i]['name'])
name_label.place(x=35, y=70*(i+1)+110)
company_label = Label(root, text=cars[i]['company'])
company_label.place(x=35, y=70*(i+1)+130)
year_label = Label(root, text=cars[i]['year'])
year_label.place(x=35, y=70*(i+1)+150)
arrow_label = Label(root, text='====================>')
arrow_label.config(fg='blue', font=('parham',20))
arrow_label.place(x=650, y=70*(i+1)+125)
origin_label = Label(root, text='(%f,\n%f)'%(cars[i]['position']['lat'],cars[i]['position']['long']))
origin_label.place(x=600, y=70*(i+1)+118)
destination_label = Label(root, text='(%f,\n%f)'%(paths[i][-1]['lat'],paths[i][-1]['long']))
destination_label.place(x=1000, y=70*(i+1)+125)
position_fr1 = LabelFrame(root, text=' ', labelanchor='e')
position_fr1.place(x=150, y=70*1+115)
position_fr2 = LabelFrame(root, text=' ', labelanchor='e')
position_fr2.place(x=150, y=70*2+115)
position_fr3 = LabelFrame(root, text=' ', labelanchor='e')
position_fr3.place(x=150, y=70*3+115)
position_fr4 = LabelFrame(root, text=' ', labelanchor='e')
position_fr4.place(x=150, y=70*4+115)
position_fr5 = LabelFrame(root, text=' ', labelanchor='e')
position_fr5.place(x=150, y=70*5+115)
position_fr6 = LabelFrame(root, text=' ', labelanchor='e')
position_fr6.place(x=150, y=70*6+115)
position_fr7 = LabelFrame(root, text=' ', labelanchor='e')
position_fr7.place(x=150, y=70*7+115)
position_fr8 = LabelFrame(root, text=' ', labelanchor='e')
position_fr8.place(x=150, y=70*8+115)
position_fr9 = LabelFrame(root, text=' ', labelanchor='e')
position_fr9.place(x=150, y=70*9+115)
position_fr10 = LabelFrame(root, text=' ', labelanchor='e')
position_fr10.place(x=150, y=70*10+115)
global lat_en1,long_en1
lat_en1 = Entry(position_fr1, cursor='hand2')
lat_en1.insert(-1, cars[0]['position']['lat'])
lat_en1.pack(side='top')
long_en1 = Entry(position_fr1, cursor='hand2')
long_en1.insert(-1, cars[0]['position']['long'])
long_en1.pack(side='bottom')
global lat_en2,long_en2
lat_en2 = Entry(position_fr2, cursor='hand2')
lat_en2.insert(-1, cars[1]['position']['lat'])
lat_en2.pack(side='top')
long_en2 = Entry(position_fr2, cursor='hand2')
long_en2.insert(-1, cars[1]['position']['long'])
long_en2.pack(side='bottom')
global lat_en3,long_en3
lat_en3 = Entry(position_fr3, cursor='hand2')
lat_en3.insert(-1, cars[2]['position']['lat'])
lat_en3.pack(side='top')
long_en3 = Entry(position_fr3, cursor='hand2')
long_en3.insert(-1, cars[2]['position']['long'])
long_en3.pack(side='bottom')
global lat_en4,long_en4
lat_en4 = Entry(position_fr4, cursor='hand2')
lat_en4.insert(-1, cars[3]['position']['lat'])
lat_en4.pack(side='top')
long_en4 = Entry(position_fr4, cursor='hand2')
long_en4.insert(-1, cars[3]['position']['long'])