debut_bataille_navale.py

Created by vgalletramond

Created on January 16, 2025

8.45 KB

from kandinsky import*
from ion import keydown
from time import sleep
from random import randint

color=('white','white','red','gray')
pos=[0,0]
col=[[],[],[],[],[]]
col_e=[[],[],[],[],[]]
g_e=[[0 for i in range(10)] for j in range(10)]
g_j=[[0 for i in range(10)] for j in range(10)]
vie=(5,4,3,3,2)

def acceuil():
    fill_rect(0, 0, 320, 222,'black')
    draw_string("Bataille navale",80,20,'white','black')
    draw_string("Solo",140,60,'white','black')
    draw_string("Duo",145,90,'white','black')
    draw_string("Contre bot",110,120,'white','black')

def jeu(pl):
    fill_rect(85,10,151,151,'black')
    for j in range(10):
        for i in range(10):
            fill_rect(86+15*i,11+15*j,14,14,color[pl[j][i]]*(not(pl==g_j and pl[j][i] == 1))+'black'*(pl==g_j and pl[j][i] == 1))


def depla():
    for k in range(5):
        pos=[0,0]
        s=0
        for i in range(vie[k]):
            fill_rect(86+15*pos[0]+15*i,11+15*pos[1],14,14,'black')
        while 42:
            if keydown(0):
                if pos[0]-1>=0:
                    for i in range(vie[k]):
                        fill_rect(86+15*pos[0]+15*i*(s==0),11+15*pos[1]+15*i*(s==1),14,14,'white'*(g_j[pos[1]+1*(i*(s==1))][pos[0]+1*(i*(s==0))]==0)+'black'*(g_j[pos[1]+1*(i*(s==1))][pos[0]+1*(i*(s==0))]==1))
                    pos[0]-=1
                    for i in range(vie[k]):
                        fill_rect(86+15*pos[0]+15*i*(s==0),11+15*pos[1]+15*i*(s==1),14,14,'black')
                    sleep(0.3)
            elif keydown(1):
                if pos[1]-1>=0:
                    for i in range(vie[k]):
                        fill_rect(86+15*pos[0]+15*i*(s==0),11+15*pos[1]+15*i*(s==1),14,14,'white'*(g_j[pos[1]+1*(i*(s==1))][pos[0]+1*(i*(s==0))]==0)+'black'*(g_j[pos[1]+1*(i*(s==1))][pos[0]+1*(i*(s==0))]==1))
                    pos[1]-=1
                    for i in range(vie[k]):
                        fill_rect(86+15*pos[0]+15*i*(s==0),11+15*pos[1]+15*i*(s==1),14,14,'black')
                    sleep(0.3)
            elif keydown(2):
                if pos[1]+1+(vie[k]-1)*(s==1)<10:
                    for i in range(vie[k]):
                        fill_rect(86+15*pos[0]+15*i*(s==0),11+15*pos[1]+15*i*(s==1),14,14,'white'*(g_j[pos[1]+1*(i*(s==1))][pos[0]+1*(i*(s==0))]==0)+'black'*(g_j[pos[1]+1*(i*(s==1))][pos[0]+1*(i*(s==0))]==1))
                    pos[1]+=1
                    for i in range(vie[k]):
                        fill_rect(86+15*pos[0]+15*i*(s==0),11+15*pos[1]+15*i*(s==1),14,14,'black')
                    sleep(0.3)
            elif keydown(3):
                if pos[0]+1+(vie[k]-1)*(s==0)<10:
                    for i in range(vie[k]):
                        fill_rect(86+15*pos[0]+15*i*(s==0),11+15*pos[1]+15*i*(s==1),14,14,'white'*(g_j[pos[1]+1*(i*(s==1))][pos[0]+1*(i*(s==0))]==0)+'black'*(g_j[pos[1]+1*(i*(s==1))][pos[0]+1*(i*(s==0))]==1))
                    pos[0]+=1
                    for i in range(vie[k]):
                        fill_rect(86+15*pos[0]+15*i*(s==0),11+15*pos[1]+15*i*(s==1),14,14,'black')
                    sleep(0.3)
            elif keydown(12):
                for i in range(vie[k]):
                    fill_rect(86+15*pos[0]+15*i*(s==0),11+15*pos[1]+15*i*(s==1),14,14,'white'*(g_j[pos[1]+1*(i*(s==1))][pos[0]+1*(i*(s==0))]==0)+'black'*(g_j[pos[1]+1*(i*(s==1))][pos[0]+1*(i*(s==0))]==1))
                s=1-s
                for i in range(vie[k]):
                    if s==0 and pos[0]>10-vie[k]:
                        pos[0]=10-vie[k]
                    elif s==1 and pos[1]>10-vie[k]:
                        pos[1]=10-vie[k]
                    fill_rect(86+15*pos[0]+15*i*(s==0),11+15*pos[1]+15*i*(s==1),14,14,'black')
                sleep(0.3)
            elif keydown(4) or keydown(52):
                ch=0
                if s==0:
                    for i in range(vie[k]):
                        if g_j[pos[1]][pos[0]+1*i] == 1:
                            ch=1
                    if ch ==0:
                        for i in range(vie[k]):
                            col[k].append([pos[0]+1*i,pos[1]])
                        for b in col:
                            for x,y in b:
                                g_j[y][x] = 1
                        sleep(0.5)
                        break
                elif s==1:
                    for i in range(vie[k]):
                        if g_j[pos[1]+1*i][pos[0]] == 1:
                            ch=1
                    if ch == 0:
                        for i in range(vie[k]):
                            col[k].append([pos[0],pos[1]+1*i])
                        for b in col:
                            for x,y in b:
                                g_j[y][x] = 1
                        sleep(0.5)
                        break

def act(pos):
    fill_rect(85+15*pos[0],10+15*pos[1],1,15,'black')
    fill_rect(85+15*pos[0],10+15*pos[1],15,1,'black')
    fill_rect(100+15*pos[0],10+15*pos[1],1,15,'black')
    fill_rect(85+15*pos[0],25+15*pos[1],15,1,'black')

def act2(pos):
    fill_rect(85+15*pos[0],10+15*pos[1],1,15,'red')
    fill_rect(85+15*pos[0],10+15*pos[1],15,1,'red')
    fill_rect(100+15*pos[0],10+15*pos[1],1,15,'red')
    fill_rect(85+15*pos[0],25+15*pos[1],15,1,'red')

def torp():
    global nb_tir
    draw_string("tir:"+str(nb_tir),250,201,'white',(148, 113, 222))
    pos=[0,0]
    act2(pos)
    while 42:
        if keydown(0):
            if pos[0]-1>=0:
                act(pos)
                pos[0]-=1
                act2(pos)
                sleep(0.3)
        elif keydown(1):
            if pos[1]-1>=0:
                act(pos)
                pos[1]-=1
                act2(pos)
                sleep(0.3)
        elif keydown(2):
            if pos[1]+1<10:
                act(pos)
                pos[1]+=1
                act2(pos)
                sleep(0.3)
        elif keydown(3):
            if pos[0]+1<10:
                act(pos)
                pos[0]+=1
                act2(pos)
                sleep(0.3)
        elif keydown(4) or keydown(52):
            if g_e[pos[1]][pos[0]] !=2 and g_e[pos[1]][pos[0]] !=3:
                nb_tir+=1
                draw_string("tir:"+str(nb_tir),250,201,'white',(148, 113, 222))
                touche(pos)
            c=0
            for li in g_e:
                for cole in li:
                    if cole==1:
                        c=1
            if c != 1:
                break
            if mod == 1:
                break
            sleep(0.3)




def touche(co):
    f=0
    for i in range(len(col_e)):
        for j in range(len(col_e[i])):
            if col_e[i][j] == co:
                del col_e[i][j]
                g_e[co[1]][co[0]] = 2
                print('touché')
                if len(col_e[i])==0:
                    print('coulé')
                    del col_e[i]
                    f=1
                    draw_string("coulés:"+str(5-len(col_e)),150,201,'white',(148, 113, 222))
                if len(col_e) == 0:
                    print('Vous avez gagné')
                break
        if f ==1:
            break 
    if g_e[co[1]][co[0]] !=2:
        g_e[co[1]][co[0]] = 3
        print('plouf')
    fill_rect(86+15*co[0],11+15*co[1],14,14,color[g_e[co[1]][co[0]]])

def barre_bas():
    fill_rect(0, 200, 320, 22, (148, 113, 222))
    draw_string("coulés:"+str(5-len(col_e)),150,201,'white',(148, 113, 222))

def aleatoire_pl():
    for k in range(5):
        while 42:
            x,y,s=randint(0,9-vie[k]),randint(0,9-vie[k]),randint(0,1)
            for i in range(vie[k]):
                if g_e[y+i*(s==1)][x+i*(s==0)] != 0:
                    col_e[k] = []
                    break 
                else:
                    g_e[y+i*(s==1)][x+i*(s==0)] = 1
                    col_e[k].append([x+i*(s==0),y+i*(s==1)])
            if len(col_e[k]) > 0:
                break

def tir_bot():
    while 42:
        x,y=randint(0,9),randint(0,9)
        if g_j[y][x] == 0 or g_j[y][x] == 1:
            if g_j[y][x] == 0:
                g_j[y][x] = 3
            elif g_j[y][x] == 1:
                g_j[y][x] = 2
            jeu(g_j)
            break
    
        
global nb_tir
nb_tir = 0
mod = 1

#acceuil()
barre_bas()
if mod == 0:
    aleatoire_pl()
    jeu(g_j)
    torp()

elif mod == 1:
    jeu(g_j)
    depla()
    aleatoire_pl()
    while 42:
        sleep(1)
        if len(col) == 0:
            break
        jeu(g_e)
        torp()
        sleep(1)
        if len(col_e) == 0:
            break
        jeu(g_j)
        sleep(1)
        tir_bot()



print('col',col)
print('col_e',col_e)
print('g_e',g_e)
print('g_j',g_j)

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