class Vuegrille:
def __init__(self):
self.jeu = Jeu()
self.listeBateauJoueur1 = []
self.screen = turtle.Screen()
self.screen.title("Bataille Navale")
self.screen.listen()
self.screen.onclick(self.getcoords, btn=1)
self.setScreenSize(DEFAULT_SCREEN_WIDTH, DEFAULT_SCREEN_HEIGHT)
self.setGrille()
self.setButtons()
self.start()
self.boutonC.onclick(self.creerJeu)
self.screen.listen()
self.screen.mainloop()
def start(self):
self.bateau1 = MyTurtles()
self.bateau1.penup()
self.bateau1.speed(SPEED)
self.bateau1.setx(300)
self.bateau1.sety(200)
bateauun = ((0, 0),
((0 - 5), (DEFAULT_MARGIN - DEFAULT_MARGIN / 4) / 2),
(0, DEFAULT_MARGIN - DEFAULT_MARGIN / 4),
((DEFAULT_MARGIN * 2) - DEFAULT_MARGIN / 2, DEFAULT_MARGIN - DEFAULT_MARGIN / 4),
(((DEFAULT_MARGIN * 2) - DEFAULT_MARGIN / 2) + 5, (DEFAULT_MARGIN - DEFAULT_MARGIN / 4) / 2),
((DEFAULT_MARGIN * 2) - DEFAULT_MARGIN / 2, 0))
turtle.addshape('bateauun', bateauun)
self.bateau1.shape('bateauun')
self.bateau1.penup()
self.bateau1.fillcolor('white')
self.bateau1.createBateau(2, self.bateau1.getcoords(self.bateau1.xcor(), self.bateau1.ycor()), "Torpilleur")
self.listeBateauJoueur1.append(self.bateau1.bateau)
self.bateau1.ondrag(self.bateau1.move)
self.bateau1.onrelease(self.bateau1.changeOrientation, 3)
self.bateau2 = MyTurtles()
self.bateau2.penup()
self.bateau2.speed(SPEED)
self.bateau2.setx(250)
self.bateau2.sety(200)
bateaudeux = ((0, 0),
((0 - 5), (DEFAULT_MARGIN - DEFAULT_MARGIN / 4) / 2),
(0, DEFAULT_MARGIN - DEFAULT_MARGIN / 4),
((DEFAULT_MARGIN * 3) - DEFAULT_MARGIN / 2, DEFAULT_MARGIN - DEFAULT_MARGIN / 4),
(((DEFAULT_MARGIN * 3) - DEFAULT_MARGIN / 2) + 5, (DEFAULT_MARGIN - DEFAULT_MARGIN / 4) / 2),
((DEFAULT_MARGIN * 3) - DEFAULT_MARGIN / 2, 0))
turtle.addshape('bateaudeux', bateaudeux)
self.bateau2.shape('bateaudeux')
self.bateau2.fillcolor('red')
self.bateau2.penup()
self.bateau2.createBateau(3, self.bateau2.getcoords(self.bateau2.xcor(), self.bateau2.ycor()), "Sous-Marin")
self.listeBateauJoueur1.append(self.bateau2.bateau)
self.bateau2.ondrag(self.bateau2.move)
self.bateau2.onrelease(self.bateau2.changeOrientation, 3)
self.bateau3 = MyTurtles()
self.bateau3.penup()
self.bateau3.speed(SPEED)
self.bateau3.setx(350)
self.bateau3.sety(200)
bateautrois = ((0, 0),
((0 - 5), (DEFAULT_MARGIN - DEFAULT_MARGIN / 4) / 2),
(0, DEFAULT_MARGIN - DEFAULT_MARGIN / 4),
((DEFAULT_MARGIN * 3) - DEFAULT_MARGIN / 2, DEFAULT_MARGIN - DEFAULT_MARGIN / 4),
(((DEFAULT_MARGIN * 3) - DEFAULT_MARGIN / 2) + 5, (DEFAULT_MARGIN - DEFAULT_MARGIN / 4) / 2),
((DEFAULT_MARGIN * 3) - DEFAULT_MARGIN / 2, 0))
turtle.addshape('bateautrois', bateautrois)
self.bateau3.shape('bateautrois')
self.bateau3.fillcolor('yellow')
self.bateau3.penup()
self.bateau3.createBateau(3, self.bateau3.getcoords(self.bateau3.xcor(), self.bateau3.ycor()), "Contre-Torpilleur")
self.listeBateauJoueur1.append(self.bateau3.bateau)
self.bateau3.ondrag(self.bateau3.move)
self.bateau3.onrelease(self.bateau3.changeOrientation, 3)
self.bateau4 = MyTurtles()
self.bateau4.penup()
self.bateau4.speed(SPEED)
self.bateau4.setx(250)
self.bateau4.sety(0)
bateauquatre = ((0, 0),
((0 - 5), (DEFAULT_MARGIN - DEFAULT_MARGIN / 4) / 2),
(0, DEFAULT_MARGIN - DEFAULT_MARGIN / 4),
((DEFAULT_MARGIN * 4) - DEFAULT_MARGIN / 2, DEFAULT_MARGIN - DEFAULT_MARGIN / 4),
(((DEFAULT_MARGIN * 4) - DEFAULT_MARGIN / 2) + 5, (DEFAULT_MARGIN - DEFAULT_MARGIN / 4) / 2),
((DEFAULT_MARGIN * 4) - DEFAULT_MARGIN / 2, 0))
turtle.addshape('bateauquatre', bateauquatre)
self.bateau4.shape('bateauquatre')
self.bateau4.fillcolor('black')
self.bateau4.penup()
self.bateau4.createBateau(4, self.bateau4.getcoords(self.bateau4.xcor(), self.bateau4.ycor()), "Croiseur")
self.listeBateauJoueur1.append(self.bateau4.bateau)
self.bateau4.ondrag(self.bateau4.move)
self.bateau4.onrelease(self.bateau4.changeOrientation, 3)
self.bateau5 = MyTurtles()
self.bateau5.penup()
self.bateau5.speed(SPEED)
self.bateau5.setx(300)
self.bateau5.sety(0)
bateaucinq = ((0, 0),
((0 - 5), (DEFAULT_MARGIN - DEFAULT_MARGIN / 4) / 2),
(0, DEFAULT_MARGIN - DEFAULT_MARGIN / 4),
((DEFAULT_MARGIN * 5) - DEFAULT_MARGIN / 2, DEFAULT_MARGIN - DEFAULT_MARGIN / 4),
(((DEFAULT_MARGIN * 5) - DEFAULT_MARGIN / 2) + 5, (DEFAULT_MARGIN - DEFAULT_MARGIN / 4) / 2),
((DEFAULT_MARGIN * 5) - DEFAULT_MARGIN / 2, 0))
turtle.addshape('bateaucinq', bateaucinq)
self.bateau5.shape('bateaucinq')
self.bateau5.fillcolor('gray')
self.bateau5.penup()
self.bateau5.createBateau(5, self.bateau5.getcoords(self.bateau5.xcor(), self.bateau5.ycor()), "Porte-Avion")
self.listeBateauJoueur1.append(self.bateau5.bateau)
self.bateau5.ondrag(self.bateau5.move)
self.bateau5.onrelease(self.bateau5.changeOrientation, 3)
def setButtons(self):
# BOUTON PROTESTER
self.boutonP = MyTurtles()
self.boutonP.speed(SPEED)
self.boutonP.pu()
self.boutonP.setx(450)
self.boutonP.sety(-160)
self.boutonP.pd()
self.boutonP.pencolor('goldenrod')
self.boutonP.pensize(5)
self.boutonP.fillcolor('gray')
self.boutonP.begin_fill()
for i in range(2):
if (i == 1):
self.boutonP.fd(75)
self.boutonP.write('Protester', False, 'center', ('Arial', 14, 'bold'))
self.boutonP.fd(75)
self.boutonP.right(90)
else:
self.boutonP.fd(150)
self.boutonP.right(90)
self.boutonP.fd(30)
self.boutonP.right(90)
self.boutonP.end_fill()
self.boutonP.hideturtle()
# BOUTON ATTAQUER
boutonA = MyTurtles()
boutonA.speed(SPEED)
boutonA.pu()
boutonA.setx(450)
boutonA.sety(-80)
boutonA.pd()
boutonA.pencolor('goldenrod')
boutonA.pensize(5)
boutonA.fillcolor('gray')
boutonA.begin_fill()
for i in range(2):
if (i == 1):
boutonA.fd(75)
boutonA.write('Attaquer', False, 'center', ('Arial', 14, 'bold'))
boutonA.fd(75)
boutonA.right(90)
else:
boutonA.fd(150)
boutonA.right(90)
boutonA.fd(30)
boutonA.right(90)
boutonA.end_fill()
boutonA.hideturtle()
# BOUTON RÉPONSE
boutonR = MyTurtles()
boutonR.speed(SPEED)
boutonR.pu()
boutonR.setx(450)
boutonR.sety(0)
boutonR.pd()
boutonR.pencolor('goldenrod')
boutonR.pensize(5)
boutonR.fillcolor('gray')
boutonR.begin_fill()
for i in range(2):
if (i == 1):
boutonR.fd(75)
boutonR.write('Répondre', False, 'center', ('Arial', 14, 'bold'))
boutonR.fd(75)
boutonR.right(90)
else:
boutonR.fd(150)
boutonR.right(90)
boutonR.fd(30)
boutonR.right(90)
boutonR.end_fill()
boutonR.hideturtle()
# BOUTON COMMENCER
self.boutonC = MyTurtles()
self.boutonC.speed(SPEED)
self.boutonC.pu()
self.boutonC.setx(450)
self.boutonC.sety(80)
self.boutonC.pd()
self.boutonC.pencolor('goldenrod')
self.boutonC.pensize(5)
self.boutonC.fillcolor('gray')
self.boutonC.begin_fill()
for i in range(2):
if (i == 1):
self.boutonC.fd(75)
self.boutonC.write('Commencer', False, 'center', ('Arial', 14, 'bold'))
self.boutonC.fd(75)
self.boutonC.right(90)
else:
self.boutonC.fd(150)
self.boutonC.right(90)
self.boutonC.fd(30)
self.boutonC.right(90)
self.boutonC.end_fill()
self.boutonC.shape('square')
def setScreenSize(self, largeur, hauteur):
self.screen.setup(largeur, hauteur)
self.screen.bgpic("ressources/ocean.gif")
def setGrille(self):
animationgrille = turtle.Turtle()
animationgrille.penup()
animationgrille.speed(SPEED)
animationgrille.setx(-DEFAULT_SCREEN_WIDTH / 2 + DEFAULT_MARGIN)
animationgrille.sety(DEFAULT_SCREEN_HEIGHT / 2 - DEFAULT_MARGIN)
for i in range(2):
animationgrille.pendown()
animationgrille.fillcolor('orange')
animationgrille.begin_fill()
for i in range(4):
animationgrille.forward(DEFAULT_MARGIN * Grille.DEFAULT_SIZE)
animationgrille.right(90)
animationgrille.end_fill()
animationgrille.penup()
animationgrille.setx(-DEFAULT_SCREEN_WIDTH / 2 + 12 * DEFAULT_MARGIN)
animationgrille.setx(-DEFAULT_SCREEN_WIDTH / 2 + DEFAULT_MARGIN)
animationgrille.right(90)
for i in range(Grille.DEFAULT_SIZE + 1):
animationgrille.pendown()
animationgrille.forward(DEFAULT_MARGIN * Grille.DEFAULT_SIZE)
animationgrille.penup()
animationgrille.sety(DEFAULT_SCREEN_HEIGHT / 2 - DEFAULT_MARGIN)
animationgrille.setx(animationgrille.xcor() + DEFAULT_MARGIN)
animationgrille.setx(-DEFAULT_SCREEN_WIDTH / 2 + DEFAULT_MARGIN)
animationgrille.sety(DEFAULT_SCREEN_HEIGHT / 2 - DEFAULT_MARGIN)
animationgrille.left(90)
for i in range(Grille.DEFAULT_SIZE + 1):
animationgrille.pendown()
animationgrille.forward(DEFAULT_MARGIN * Grille.DEFAULT_SIZE)
animationgrille.penup()
animationgrille.sety(animationgrille.ycor() - DEFAULT_MARGIN)
animationgrille.setx(-DEFAULT_SCREEN_WIDTH / 2 + DEFAULT_MARGIN)
animationgrille.penup()
animationgrille.setx(-DEFAULT_SCREEN_WIDTH / 2 + 12 * DEFAULT_MARGIN)
animationgrille.sety(DEFAULT_SCREEN_HEIGHT / 2 - DEFAULT_MARGIN)
animationgrille.right(90)
for i in range(Grille.DEFAULT_SIZE + 1):
animationgrille.pendown()
animationgrille.forward(DEFAULT_MARGIN * Grille.DEFAULT_SIZE)
animationgrille.penup()
animationgrille.sety(DEFAULT_SCREEN_HEIGHT / 2 - DEFAULT_MARGIN)
animationgrille.setx(animationgrille.xcor() + DEFAULT_MARGIN)
animationgrille.setx(-DEFAULT_SCREEN_WIDTH / 2 + 12 * DEFAULT_MARGIN)
animationgrille.sety(DEFAULT_SCREEN_HEIGHT / 2 - DEFAULT_MARGIN)
animationgrille.left(90)
for i in range(Grille.DEFAULT_SIZE + 1):
animationgrille.pendown()
animationgrille.forward(DEFAULT_MARGIN * Grille.DEFAULT_SIZE)
animationgrille.penup()
animationgrille.sety(animationgrille.ycor() - DEFAULT_MARGIN)
animationgrille.setx(-DEFAULT_SCREEN_WIDTH / 2 + 12 * DEFAULT_MARGIN)
animationgrille.hideturtle()
def getcoords(self, x, y):
self.screen.onclick(None, btn=1)
print(x, y)
grillex = int((x + (DEFAULT_SCREEN_WIDTH / 2 - DEFAULT_MARGIN)) / DEFAULT_MARGIN)
grilley = int((y - (DEFAULT_SCREEN_HEIGHT / 2 - DEFAULT_MARGIN)) / (-DEFAULT_MARGIN))
if (x > -11 * DEFAULT_MARGIN):
grillex -= 11
print(grillex, grilley, self.getcorner(x, y))
self.screen.onclick(self.getcoords, btn=1)
return grillex, grilley
def getcorner(self, x, y):
if x >= 0:
cornerx = ((int(x / DEFAULT_MARGIN)) * DEFAULT_MARGIN)
else:
cornerx = ((int(x / DEFAULT_MARGIN) - 1) * DEFAULT_MARGIN)
if y >= 0:
cornery = ((int(y / DEFAULT_MARGIN) + 1) * DEFAULT_MARGIN)
else:
cornery = ((int(y / DEFAULT_MARGIN)) * DEFAULT_MARGIN)
return cornerx, cornery
def creerJeu(self, x, y):
self.jeu.start(self.listeBateauJoueur1, self.listeBateauJoueur1)
1, (255, 255, 255))
text3 = Fond.render("TOUCHES : Flèche-GAUCHE | Flèche-DROITE | ESPACE",
1, (255, 255, 255))
fenetre.blit(text, (80, 100))
fenetre.blit(text2, (80, 140))
fenetre.blit(text3, (80, 160))
if jeu.touche.get(pygame.K_ESCAPE):
Info = False
# fenetre.blit(retour, (480, 352))
# elif jeu.fin:
# jeu.perdu(fenetre)
# # jeu.start = False
else:
jeu.start = False
fenetre.blit(logo, (150, 50))
fenetre.blit(accueil, (150, 400))
fenetre.blit(
bouton, (30, 350)
) # affiche la position du bouton de commencement dans la fenetre du jeu
fenetre.blit(bouton2, (480, 352))
fenetre.blit(bouton3, (400, 352))
pygame.display.flip()
while Info:
fenetre = pygame.display.set_mode((1500, 400))
Fond = pygame.font.Font(None, 20)
text = Fond.render("Instructions du jeu :", 1, (0, 255, 255))
