def post_add_car():
mfg = request.form.get("mfg")
model = request.form.get("model")
year = request.form.get("year")
year = year if year else 0
color = request.form.get("color")
c = models.Car(mfg=mfg, model=model, year=year, color=color)
g.user.cars.append(c)
db.session.commit()
return redirect(url_for("get_list_cars"))
def read_input(input_file):
file = open(input_file, "r")
first_line = file.readline()
first_line = first_line.split()
sim_time = int(first_line[0])
intersect_count = int(first_line[1])
street_count = int(first_line[2])
car_count = int(first_line[3])
points = int(first_line[4])
streets = []
for i in range(street_count):
street = file.readline()
street = street.split()
streets.append(
models.Street(street[0], street[1], street[2], street[3]))
cars = []
for i in range(car_count):
car = file.readline()
car = car.split()
path = []
street_count = int(car[0])
for y in range(street_count):
path.append(car[y + 1])
cars.append(models.Car(street_count, path))
for s in streets:
print(s.__dict__)
for c in cars:
print(c.__dict__)
return models.StreetSystem(sim_time, intersect_count, street_count,
car_count, points, streets, cars)
carRoutes = []
with open(expanduser('~/TransportSim/var/car/routes.polystrings-1700'),'r') as carRoutesFile:
for route in carRoutesFile:
carRoutes.append(decode(route.rstrip()))
People = []
Bicycles = []
Cars = []
for a in range(len(carRoutes)):
footBicycleCar = randint(1,100)
departureTime = randint(beginDepartures,endDepartures)
if footBicycleCar <= 80:
p = models.Person(carRoutes[a],departureTime)
People.append(p)
c = models.Car()
p.vehicle = c
c.driver = p
Cars.append(c)
elif 80 < footBicycleCar < 83:
p = models.Person(bicycleRoutes[a],departureTime)
People.append(p)
b = models.Bicycle()
p.vehicle = b
b.driver = p
Bicycles.append(c)
elif 83 < footBicycleCar:
p = models.Person(footRoutes[a],departureTime)
People.append(p)
footRoutes = False
import os
import pprint
from google.appengine.api import users
from google.appengine.api import memcache
from google.appengine.api import mail
from google.appengine.api import urlfetch
from google.appengine.ext import db
pprint.pprint(os.environ.copy())
import models
s = models.Sponsor(name='Burger King').put()
t = models.Track(name='Watkins Glen', lap_distance=1.0).put()
c = models.Car(make='Volkswagen',
model='Rabbit',
year='1981',
color='red',
number='24').put()
c = models.Car(make='Audi',
model='S4',
year='2005',
color='silver',
number='69').put()
cl = models.RaceClass(name='American Iron').put()
r = models.Racer(driver=users.User('*****@*****.**'),
points=0,
car=c,
sponsor=s,
raceclass=cl).put()
best = models.BestLap(driver=r, track=t, time=59.062).put()
def racing_game(auto):
'''
Code from: http://101computing.net/pygame-tutorial-adding-more-sprites/
with some modifications
'''
global menu # Menu option
data = []
counter = 0 # Frames counter
SPEED = 3 # Car speed
screen = pygame.display.set_mode((util.WIDTH, util.HEIGHT))
pygame.display.set_caption("Racing game")
sprite_list = pygame.sprite.Group()
# Info text
info_text = "(r) Reset (q) quit"
info, info_rect =\
models.text(info_text, 530, 450, color=util.white, size=12)
rows_text = f"{len(data)} rows collected"
rows, rows_rect =\
models.text(rows_text, 530, 20, color=util.white, size=12)
# Player Car
playerCar = models.Car(util.red, 60, 80, 70)
playerCar.rect.x = 160
playerCar.rect.y = util.HEIGHT - 100
# Othe player cars
car1 = models.Car(util.green, 60, 80, random.randint(50, 100))
car1.rect.x = 60
car1.rect.y = -100
car2 = models.Car(util.blue, 60, 80, random.randint(50, 100))
car2.rect.x = 160
car2.rect.y = -600
car3 = models.Car(util.yellow, 60, 80, random.randint(50, 100))
car3.rect.x = 260
car3.rect.y = -300
car4 = models.Car(util.green, 60, 80, random.randint(50, 100))
car4.rect.x = 360
car4.rect.y = -900
# Add the cars to the list of objects
sprite_list.add(playerCar)
sprite_list.add(car1)
sprite_list.add(car2)
sprite_list.add(car3)
sprite_list.add(car4)
# Coming cars group
coming_cars = pygame.sprite.Group()
coming_cars.add(car1)
coming_cars.add(car2)
coming_cars.add(car3)
coming_cars.add(car4)
# Allowing the user to close the window...
running = True
clock = pygame.time.Clock()
while running:
if (counter % 10 == 0):
rows_text = f"{len(data)} rows collected"
rows, rows_rect =\
models.text(rows_text, 530, 20, color=util.white, size=12)
for event in pygame.event.get():
# Quit game
if event.type == pygame.QUIT:
running = False
menu = util.MENU_RACING
keys = pygame.key.get_pressed()
# Pressed q KEY
if keys[pygame.K_q]:
if auto:
# Quit
running = False
menu = util.MENU_RACING
else:
# Save collected data and start training
running = False
header = "PlayerPos, Car1, Car2, Car3, Car4, Movement"
np.savetxt('train_racing.csv',
data,
delimiter=",",
comments='',
header=header)
thread = Thread(target=racing_train)
thread.start()
menu = util.TRAINING_SCREEN
# Pressed r KEY
if keys[pygame.K_r]:
# Reset
running = False
data = []
# Pressed DOWN KEY
elif keys[pygame.K_DOWN]:
SPEED -= 0.05
# Pressed UP KEY
elif keys[pygame.K_UP]:
SPEED += 0.05
# Move player car
if (auto):
playerCar.autoMove(model_racing, coming_cars)
else:
playerCar.move(keys, data, coming_cars)
# Game Logic
for car in coming_cars:
car.moveForward(SPEED)
if car.rect.y > util.HEIGHT:
# Regenerates cars
car.changeSpeed(random.randint(70, 90))
car.repaint(random.choice(util.CAR_COLORS))
car.rect.y = random.randint(-700, -100)
# Detects car collisions
car_collision_list = pygame.sprite.spritecollide(
playerCar, coming_cars, False)
if len(car_collision_list) > 0:
crash_text = "CRASH!!"
else:
crash_text = " "
crash, crash_rect =\
models.text(crash_text, 540, 200, color=util.white, size=30)
sprite_list.update()
# Drawing on Screen
screen.fill((0, 100, 0))
# Draw The Road
pygame.draw.rect(screen, util.gray, [40, 0, 400, util.HEIGHT])
# Draw Line painting on the road
pygame.draw.line(screen, util.white, [140, 0], [140, util.HEIGHT], 5)
# Draw Line painting on the road
pygame.draw.line(screen, util.white, [240, 0], [240, util.HEIGHT], 5)
# Draw Line painting on the road
pygame.draw.line(screen, util.white, [340, 0], [340, util.HEIGHT], 5)
# Now let's draw all the sprites in one go
sprite_list.draw(screen)
# Draw Text
screen.blit(info, info_rect)
screen.blit(rows, rows_rect)
screen.blit(crash, crash_rect)
# Refresh Screen
pygame.display.flip()
# Number of frames per second
clock.tick(util.FPS)