def cargarArchivoAvion(self, archivo):
f = open(archivo, 'r')
diccionario = json.loads(f.read())
for avion in diccionario['Aviones']:
Av = Avion()
Av.crearAvion(avion['codigoUnico'], avion['cantidadDePasajerosMaxima'], avion['cantidadDeTripulacionNecesaria'])
self.agregarAvionALista(Av)
def printAvion():
t = int(tipo.get())
anyo = str(anno.get())
a = Avion(t)
y = a.annos[anyo]
year = Tk()
year.title(f"{a.tipo} {anyo}")
year.geometry("500x400+600+150")
Label(year,
text=f"Año {anyo}",
height=2,
font="Helvetica 25",
bg="lightblue").pack(fill=X)
dia = Label(year, font="Helvetica 20", anchor=W)
dia.pack(fill=X, padx=50, pady=10)
hActividad = Label(year, font="Helvetica 16", anchor=W)
hActividad.pack(fill=X, padx=75)
grupo = Label(year, font="Helvetica 16", anchor=W)
grupo.pack(fill=X, padx=75)
hIns = Label(year, font="Helvetica 16", anchor=W)
hIns.pack(fill=X, padx=75)
tIns = Label(year, font="Helvetica 16", anchor=W)
tIns.pack(fill=X, padx=75)
prev = Button(year, text="Anterior", font="Helvetica 15")
next = Button(year, text="Siguiente", font="Helvetica 15")
prev.pack()
next.pack(pady=5)
def printDay(i=0):
if i < len(y["dia"]):
dia["text"] = f"Día {y['dia'][i]}:"
hActividad["text"] = f" - Horas de actividad: {y['hAct'][i]}"
grupo["text"] = f" - Grupo: {y['gActivo'][i]}."
hIns["text"] = f" - Horas motor grupo: {y['hIns'][i]}."
tIns["text"] = f" - Tipo inspección: {y['tipoIns'][i]}.\n"
else:
ins = a.annoIns(anyo)
label = [hActividad, grupo, hIns, tIns]
dia["text"] = "TOTAL INSPECCIONES"
for j in range(len(label)):
if j < len(ins["tiposIns"]):
label[j][
"text"] = f" - Inspecciones {ins['tiposIns'][j]}h: {ins['cant'][j]}"
else:
label[j]["text"] = ""
next["command"] = ""
if i > 0:
prev["command"] = lambda: printDay(i - 1)
if i < len(y["dia"]):
next["command"] = lambda: printDay(i + 1)
printDay()
year.mainloop()
class Joueur:
i = 1
def __init__(self,idAvion):
self.id = Joueur.i
Joueur.i += 1
self.avion = Avion(idAvion)
self.avance = True
self.positionX = 32
self.positionY = 12*16
self.numExplosion = 0
self.explose = False
self.getTouches()
def getAvion(self):
if self.avance:
return self.avion.droite
else:
return self.avion.gauche
def getExplosion(self):
self.numExplosion +=1
if self.numExplosion > 6:
return False
return self.avion.getExplosion(self.numExplosion)
def getTouches(self):
with open("touches.txt", "r") as touches:
for i,ligne in enumerate(touches):
if i+1 == self.id:
csv = ligne.split(",")
self.touches = {"LEFT" : eval("pygame.K_" + csv[0]), "RIGHT" : eval("pygame.K_" + csv[1]), "UP" : eval("pygame.K_" + csv[2]),"DOWN" : eval("pygame.K_" + csv[3])}
def __init__(self,idAvion):
self.id = Joueur.i
Joueur.i += 1
self.avion = Avion(idAvion)
self.avance = True
self.positionX = 32
self.positionY = 12*16
self.numExplosion = 0
self.explose = False
self.getTouches()
def setUp(self):
# Vols
self.paris_newyork = Vol("Paris CDG", "New York", 6000, 500)
self.paris_hongkong = Vol("Paris CDG", "Hong Kong", 9620, 200)
# Avions disponible
self.airbus_a350 = Avion()
self.hawker_siddley_748 = Avion(reservoir=4000,
nb_passenger=48,
poids=21)
self.boeing_737_max = Avion(reservoir=150000,
nb_passenger=120,
poids=118)
self.boeing_737_max_2 = Avion(reservoir=150000,
nb_passenger=140,
poids=118)
from Avion import Avion
# Modo Consola
while True:
print("1. Diamonds 2. Pipers 3. Acrobáticas")
tipo = int(input("Modelo de Avión: ")) - 1
while tipo < 0 or tipo >= 3:
tipo = int(input("Respuesta inválida.\n Modelo de Avión: ")) - 1
anno = int(input("Año (2021-2030): "))
while anno < 2021 or anno > 2030:
anno = int(input("Respuesta inválida.\n Año (2021-2030): "))
a = Avion(tipo)
a.printAnno(anno)
seguir = input("¿Continuar? (y/n)\n")
while seguir != "y" and seguir != "n":
seguir = input("Respuesta inválida.\n ¿Continuar? (y/n)\n")
if seguir == "n":
break
print("\n\n==========================================================\n\n")
def step_given_avion(context, nb_passagers, reservoir, poids):
context.avion = Avion(float(reservoir), float(nb_passagers), float(poids))
class MyTestCase(unittest.TestCase):
def setUp(self):
# Vols
self.paris_newyork = Vol("Paris CDG", "New York", 6000, 500)
self.paris_hongkong = Vol("Paris CDG", "Hong Kong", 9620, 200)
# Avions disponible
self.airbus_a350 = Avion()
self.hawker_siddley_748 = Avion(reservoir=4000,
nb_passenger=48,
poids=21)
self.boeing_737_max = Avion(reservoir=150000,
nb_passenger=120,
poids=118)
self.boeing_737_max_2 = Avion(reservoir=150000,
nb_passenger=140,
poids=118)
def test_add_passenger(self):
# Arrange
self.airbus_a350.set_passenger(10)
# Act
self.airbus_a350.add_passenger(10)
# Assert
self.assertEqual(20, self.airbus_a350.get_passenger())
# Act
self.airbus_a350.add_passenger(15)
# Assert
self.assertEqual(35, self.airbus_a350.get_passenger())
def test_calcul_consommer(self):
# Arrange
self.airbus_a350.set_passenger(150)
self.airbus_a350.set_poids(118)
self.airbus_a350.set_reservoir(10000)
# Act
self.airbus_a350.add_vol(self.paris_newyork)
# Assert
self.assertAlmostEqual(1330,
self.airbus_a350.calcul_consommation(),
places=0)
def test_calcul_distance_avec_plusieurs_vols(self):
# Arrange
self.airbus_a350.set_passenger(150)
self.airbus_a350.set_poids(118)
self.airbus_a350.set_reservoir(150000)
# Act
self.airbus_a350.add_vol(self.paris_newyork)
self.airbus_a350.add_vol(self.paris_hongkong)
# Assert
self.assertAlmostEqual(11278.195,
self.airbus_a350.calcul_distance(),
places=3)
def test_crash_distance(self):
# Arrange
self.hawker_siddley_748.add_vol(self.paris_newyork)
# Assert
self.assertEqual(0, self.hawker_siddley_748.calcul_distance())
def test_nb_passenger_autorise(self):
# Arrange
self.paris_newyork.add_avion(self.boeing_737_max)
self.paris_newyork.add_avion(self.boeing_737_max_2)
# Assert
self.assertEqual(True, self.paris_newyork.is_max_passenger())
def test_nb_passenger_autorise_depasse(self):
# Arrange
self.paris_hongkong.add_avion(self.boeing_737_max)
self.paris_hongkong.add_avion(self.boeing_737_max_2)
# Assert
self.assertEqual(False, self.paris_hongkong.is_max_passenger())
'x': 3.7,
'y': 0,
'z': 0
}
nouvelAvion['ElmAero']['AileGaucheFlap']['GouverneType'] = 'Flap'
nouvelAvion['ElmAero']['AileDroiteFlap']['GouverneType'] = 'Flap'
nouvelAvion['ElmAero']['StabGauche']['GouverneType'] = 'Profondeur'
nouvelAvion['ElmAero']['StabDroite']['GouverneType'] = 'Profondeur'
nouvelAvion['ElmAero']['AileGaucheAileron'][
'GouverneType'] = 'RoulisGauche'
nouvelAvion['ElmAero']['AileDroiteAileron'][
'GouverneType'] = 'RoulisDroite'
nouvelAvion['ElmAero']['Gouverne']['GouverneType'] = 'Lacet'
CurrentPlane = Avion(nouvelAvion)
# Initialisation du vol
ParamInit = {}
ParamInit['vitesse'] = [56, 0.0, 0] # Repère Global
ParamInit['vitRot'] = [0, 0, 0]
ParamInit['position'] = [0.0, 0.0, 100.0]
ParamInit['assiette'] = 0.717
ParamInit['inclinaison'] = 0
ParamInit['course'] = 0
ParamInit['Fmot'] = 1635 * 0.449
ParamInit['masse'] = 1000.0
commandesVol = {}
commandesVol['Profondeur'] = 0
def step_given_avion(context):
context.lst_avion = []
for row in context.table:
context.lst_avion.append(
Avion(float(row['reservoir']), float(row['nb_passagers']),
float(row['poids'])))