def print_hi(name):
# Use a breakpoint in the code line below to debug your script.
tmp = (10, 20)
box_points = [
Car(Point(290, 48), Point(350, 92)),
Car(Point(325, 49), Point(387, 88)),
Car(Point(167, 63), Point(231, 114)),
Car(Point(47, 70), Point(102, 124)),
Car(Point(400, 97), Point(468, 140)),
Car(Point(335, 114), Point(403, 159)),
Car(Point(373, 107), Point(445, 150)),
Car(Point(292, 127), Point(368, 175)),
Car(Point(201, 133), Point(275, 192)),
Car(Point(248, 133), Point(323, 182)),
Car(Point(145, 148), Point(217, 202)),
Car(Point(28, 161), Point(94, 241)),
Car(Point(94, 163), Point(170, 228)),
Car(Point(383, 17), Point(416, 34)),
Car(Point(218, 60), Point(265, 100))
]
parking = Parking(id=1, img_path="parking.jpg", rows=2, columns=9)
parking.draw_transformed_img()
print(f'Occupied slots: {parking.get_slots_occupied(box_points)}'
) # Press Ctrl+F8 to toggle the breakpoint.
def get_parkings():
try:
parkList = Parking()
except RuntimeError as exc:
mensaje, codigo = exc.args
response = {codigo: mensaje}
return Response(json.dumps(response),
mimetype='application/json',
status=codigo)
return Response(json.dumps(parkList.get_parkings()),
mimetype='application/json',
status=200)
def find_parking_by_ogc_fid(id):
try:
parkList = Parking()
except RuntimeError as exc:
mensaje, codigo = exc.args
response = {codigo: mensaje}
return Response(json.dumps(response),
mimetype='application/json',
status=codigo)
try:
parking = parkList.find_by_ogc_fid(id)
except ValueError:
response = {'404': 'Bici Parking id \'{}\' not found'.format(id)}
return Response(json.dumps(response),
mimetype='application/json',
status=404)
return Response(json.dumps(parking),
mimetype='application/json',
status=200)
def get_parking_description(id):
try:
parkList = Parking()
except RuntimeError as exc:
mensaje, codigo = exc.args
response = {codigo: mensaje}
return Response(json.dumps(response),
mimetype='application/json',
status=codigo)
try:
parking = parkList.get_description(id)
except ValueError:
response = {'404': 'Bici parking ogc-fid {} not found'.format(id)}
return Response(json.dumps(response),
mimetype='application/json',
status=404)
return Response(json.dumps(parking),
mimetype='application/json',
status=200)
def menu():
print("-----------------------------------")
print("1- Trouver un vélo")
print("2- Trouver une place de parking")
print("3- Voir les stations HS")
print("4- Accéder à la liste des stations de votre ville")
print("5- Voir les tarifs")
print("6- Quitter\n")
ActionUtilisateur1 = int(
input(
"Merci de bien vouloir entrez le chiffre du programme que vous-voulez lancer, ex : 1"
))
print("-----------------------------------")
if ActionUtilisateur1 == 1:
TrouverVeloProximite()
input("Veuiller appuyer sur une touche pour revenir au menu")
menu()
if ActionUtilisateur1 == 2:
Parking()
input("Veuiller appuyer sur une touche pour revenir au menu")
menu()
if ActionUtilisateur1 == 3:
StationsHS()
input("Veuiller appuyer sur une touche pour revenir au menu")
menu()
if ActionUtilisateur1 == 4:
VeloParVille()
input("Veuiller appuyer sur une touche pour revenir au menu")
menu()
if ActionUtilisateur1 == 5:
Forfait()
input("Veuiller appuyer sur une touche pour revenir au menu")
menu()
if ActionUtilisateur1 == 6:
print("Le programme va se quitter")
exit()
else:
print("\nCette fonctionalité n'existe pas !")
print("Retour au menu principal")
menu()
def img_test(test_images, final_spot_dict, model, class_dictionary):
for i in range(len(test_images)):
predicted_images = park.predict_on_image(test_images[i],
final_spot_dict, model,
class_dictionary)
def video_test(video_name, final_spot_dict, model, class_dictionary):
name = video_name
cap = cv2.VideoCapture(name)
park.predict_on_video(name,
final_spot_dict,
model,
class_dictionary,
ret=True)
if __name__ == '__main__':
test_images = [plt.imread(path) for path in glob.glob('test_images/*.jpg')]
weights_path = 'car1.h5'
video_name = 'parking_video.mp4'
class_dictionary = {}
class_dictionary[0] = 'empty'
class_dictionary[1] = 'occupied'
park = Parking()
park.show_images(test_images)
final_spot_dict = img_process(test_images, park)
model = keras_model(weights_path)
img_test(test_images, final_spot_dict, model, class_dictionary)
video_test(video_name, final_spot_dict, model, class_dictionary)
import matplotlib.pyplot as plt
import simpy
from Car import Car
from Constants import Constants
from Parking import Parking
env = simpy.Environment()
parking = Parking(env)
env.process(parking.run(Constants.a_seed))
env.run(until=Constants.max_time)
plt.figure(figsize=(5.5, 4))
plt.plot(*zip(*Car.data))
plt.xlabel('Time')
plt.ylabel('Number of cars')
plt.xlim(0, 24)
plt.show()
WallSprite((610, 150), 4, 100),
WallSprite((580, 200), 60, 4),
WallSprite((730, 100), 240, 4),
WallSprite((850, 400), 4, 600),
WallSprite((700, 500), 4, 600),
WallSprite((775, 200), 150, 4),
WallSprite((150, 460), 4, 720),
WallSprite((300, 340), 4, 720),
WallSprite((500, 800), 1000, 4),
WallSprite((500, 0), 1000, 4),
WallSprite((0, 400), 4, 800),
WallSprite((1000, 400), 4, 800),
],
[TrophySprite((745, 230))],
[
Parking((450, 500), 60, 100),
Parking((550, 100), 60, 100),
],
[
Crosswalk((75, 300), 150, 4, interval=random.randint(20, 40), phase=0),
Crosswalk((225, 500), 150, 4, interval=random.randint(20, 40),
phase=8),
Crosswalk((800, 50), 4, 100, interval=random.randint(20, 40),
phase=16),
Crosswalk((925, 150),
150,
4,
interval=random.randint(20, 40),
phase=24),
Crosswalk((925, 400),
150,
def __init__(self, db):
self.db = db
self.line = Line(db=db)
self.parking = Parking(db=db)
self.obstacle = Obstacle(db=db, gpu=False)
WallSprite((590, 400), 60, 4),
WallSprite((440, 460), 4, 720),
WallSprite((320, 100), 4, 200),
WallSprite((320, 100), 4, 200),
WallSprite((320, 680), 4, 240),
WallSprite((320, 340), 4, 160),
WallSprite((220, 230), 4, 60),
WallSprite((270, 200), 100, 4),
WallSprite((270, 260), 100, 4),
WallSprite((220, 490), 4, 140),
WallSprite((270, 420), 100, 4),
WallSprite((270, 560), 100, 4),
],
[TrophySprite((350, 720))],
[
Parking((220, 200), 100, 60),
Parking((220, 500), 100, 60),
Parking((560, 300), 60, 100),
],
[],
[],
CarSprite('images/car.png', (500, 760)),
)
Map4 = (
[
WallSprite((500, 0), 1000, 4),
WallSprite((500, 800), 1000, 4),
WallSprite((0, 400), 4, 800),
WallSprite((1000, 400), 4, 800),
WallSprite((560, 750), 4, 100),