battaille_navale.py

Created on April 26, 2021
6.1 KB
from math import *
from kandinsky import *
from ion import keydown
from random import *
from time import *
 
 
gp = get_pixel
fr = fill_rect 
ds = draw_string
N = (0,0,0)
G =(120,120,120)
B = (255,255,255)
R = (255,0,0)
Bl = (0,0,255)
X, Y = 0, 0
Partie = True
 

def col_os():
    try:
        get_keys()
        return (192, 53, 53 - 5)
    except:
        return (255, 183, 52)

def texte_center(texte, x=160, y=110, col1=(255, 255, 255), col2=(255, 255, 255)):
    '''Cette fonction affiche un texte et le centre'''
    draw_string(texte, x - len(texte) * 10 // 2, y, col1, col2)

class bateau:
    '''
    Classe définissant l'objet bateau, prend comme attribut les coordonnées 
    des extrêmes du bateau (x1,y1,x2,y2) ainsi que l'état 
    (0,1,2 pour safe,touché,coulé)
    '''
 
    def __init__(self, x1, y1, x2, y2, etat=0):
 
 
        self.C_debut = [x1,y1] #Cordonnées début
        self.C_fin = [x2,y2]   #Cordonnées fin
        self.L_etats = []
        
        if x2 > x1:
            self.orient = "h"
            self.y = y1
        else :
            self.orient = "v"
            self.x = x1
 
        self.etat = etat     
 
        #Def liste des cases
        self.LC = []
        if self.orient == "h": 
            for i in range(x1,x2+1):
                self.LC.append([i,self.y])
        else :
            for i in range(y1,y2+1):
                self.LC.append([i,self.x])
 
        for i in range(len(self.LC)):
            self.L_etats.append(0)
 
        
    def is_touch(self,x,y):
        '''Méthode verifiant si le bateau est touché'''
        l = [x,y]
        for i,elt in enumerate(self.LC):
            if elt == l:
                self.etat = 1
                self.L_etats[i] = 1
                return True 
      
        return False
    
    def is_coule(self):
        '''Méthode revoyant Vrai si le bateau est coulé 
        et Faux si il ne l'est pas
        '''
        if self.etat == 2:
            return True
 
        for i in self.L_etats:
            if i != 1:
                return False
 
        for j in self.LC:
            ca(j[0],j[1],N)
 
        self.L_etats = []
        for i in range(len(self.LC)):
            self.L_etats.append(2)
 
        self.etat=2
        return True
        
 
        
 
 
 
 
    def __repr__(self):
        return "( {}, {}, {} )".format(self.C_debut, self.C_fin, self.etat)
 
 
 
def compo(n):
    '''Générateur de composition aléatoire'''
    L= []
 
    for i in range(n):
        ori = randint(0,1)
        sens = randrange(-1,2,2)
        longueur = randint(2,4)
        x1 = randint(0,10)
        y1 = randint(0,10)
 
        if ori == 0:
            x2 = x1
            y2 = y1+(longueur*sens)
            c1 = y1
            c2 = y2
        else :
            x2 = x1+(longueur*sens)
            y2 = y1
            c1 = x1
            c2 = x2
        
        if c2 > 9:
            c1 = c1 - (c2-9)
            c2 = c1+(longueur*sens)
        elif c2 < 0:
            c1 = c1 - c2
            c2 = c1+(longueur*sens)
        
        if ori == 0:
            L.append(bateau(x1,c1,x2,c2))
        else :
            L.append(bateau(c1,y1,c2,y2))
    
    return L
 
 
def testwin():
    '''Condition de Victoire'''
    global LB
    for i in LB:
        if i.is_coule()==False:
            return False
        
    return True
    
 
 
 
 
LB = []
ListeCoups = []
NBcoups = 0
NBtouches = 0
A_couleur = B
N_couleur = B
 
 
def touche(x,y):
    global R,LB,A_couleur,Bl,N_couleur,NBcoups,NBtouches,ListeCoups,Partie
    ListeCoups.append([x,y])
    NBcoups+=1
    for i in LB:
        to = i.is_touch(x,y)
        if to == True:
            ca(x,y,R)
            N_couleur = R 
            NBtouches+=1
            if i.is_coule() == True:
                N_couleur = N
            
            if testwin() == True:
                Partie = False
            return None
    ca(x,y,Bl)
    N_couleur = Bl
      
 
def grille():
    '''
    Tracé de la grille
    '''
    for i in range(11):
        if i<11:fr(50,10+20*i,200,1,N)
        fr(50+20*i,10,1,200,N)
 
def ca(x,y,c=G):
    '''
    Remplis la case x,y avec la couleur c
    '''
 
    fr(51+20*x,11+20*y,19,19,c)        
    
 
def wait(b):
    while True:
        for i in b:
            if keydown(i):
                while keydown(i):True
                return i
 
def Main(n):
    '''Boucle principale'''
    global X,Y,Partie,NBcoups,NBtouches,LB
    LB = compo(5)
    print(LB)
    grille()
    ca(X,Y,G)
    while True:
        t = wait([0,1,2,3,4])
        if t == 3 and X+1<10:
            majcase(X,Y,X+1,Y)
            X+=1
        elif t == 0 and X>0:
            majcase(X,Y,X-1,Y)
            X-=1
        elif t == 1 and Y>0:
            majcase(X,Y,X,Y-1)
            Y-=1
        elif t == 2 and Y+1<10:
            majcase(X,Y,X,Y+1)
            Y+=1
        elif t == 4:
            touche(X,Y)
        ds("Coups",255,10,Bl)
        ds(str(NBcoups),255,30)
        ds("Touches",251,50,R)
        ds(str(NBtouches),255,70)

        if Partie == False:
            end()
            break

 
def majcase(x1,y1,x2,y2):
    global A_couleur,N_couleur,NBcoups
    '''
    Gère le déplacement et les changements de couleur qui vont avec
    '''
    A_couleur = N_couleur
 
    N_couleur = gp((51+(20*x2))+10,(11+(20*y2))+10)
    ca(x1,y1,A_couleur)
    ca(x2,y2,G)

def end():
    global NBcoups
    fill_rect(0,0,320,222,B)
    texte_center("Battleship", 160, 20, col_os())
    texte_center("Vous avez fait un score de :", 160, 50, N)
    texte_center(str(NBcoups), 160, 80, col_os())
    texte_center("Vous pouvez faire mieux !", 160, 100, (42,42,42))
    sleep(10)

ome = (192,53,53) 
eps = (255,183,52) 
act = eps 
n = (0,0,0) 
g = (120,120,120) 
 
 
def play():
    fill_rect(0,0,320,222,(255,255,255))
    texte_center("Battleship", 160, 20, col_os())
    texte_center("nsi.xyz/battleship ", 160, 50, N)
    texte_center("par", 160, 80, (101,101,101))
    texte_center("Alexandre Juge", 160, 100, (42,42,42))
    texte_center("Pierre Moucadeau", 160, 120, (42,42,42))    
    texte_center("Baptiste Kerneis ", 160, 140, (42,42,42))
    sleep(5)
    fill_rect(0,0,320,222,(255,255,255))
    Main(5)


play()