bataille_navale_v1.py

Created by vgalletramond

Created on January 20, 2025

11.1 KB

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


color=('white','white','red','gray')
pos=[0,0]
pos_j2=[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)
ac=[1,0,0]

def acceuil():
    draw_string("Bataille navale",80,30,'black','white')
    draw_string("Solo",140,80,'black','white')
    draw_string("Contre bot",110,115,'black','white')
    draw_string("Duo",145,150,'black','white')
    draw_arrow(120,78,18)
    while 42:
        if keydown(2):
            if ac[0] == 1:
                ac[0]=0
                ac[1]=1
                fill_rect(120,78,20,20,'white')
                draw_arrow(90,113,18)
                sleep(0.3)
            elif ac[1] == 1:
                ac[1]=0
                ac[2]=1
                fill_rect(90,113,20,20,'white')
                draw_arrow(125,148,18)
                sleep(0.3)
        if keydown(1):
            if ac[1] == 1:
                ac[0]=1
                ac[1]=0
                fill_rect(90,113,20,20,'white')
                draw_arrow(120,78,18)
                sleep(0.3)
            elif ac[2] == 1:
                ac[1]=1
                ac[2]=0
                fill_rect(125,148,20,20,'white')
                draw_arrow(90,113,18)
                sleep(0.3)
        if keydown(4) or keydown(52):
            global mod
            mod = ac.index(1)
            fill_rect(0,0,320,220,'white')
            break




def jeu(pl,vis=0):
    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[j][i] == 1 and vis ==1))+'black'*(pl[j][i] == 1 and vis == 1))
    if pl == g_j:
        barre_bas(col)
    else:
        barre_bas()


def depla(j=g_j,c=col):
    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'*(j[pos[1]+1*(i*(s==1))][pos[0]+1*(i*(s==0))]==0)+'black'*(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'*(j[pos[1]+1*(i*(s==1))][pos[0]+1*(i*(s==0))]==0)+'black'*(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'*(j[pos[1]+1*(i*(s==1))][pos[0]+1*(i*(s==0))]==0)+'black'*(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'*(j[pos[1]+1*(i*(s==1))][pos[0]+1*(i*(s==0))]==0)+'black'*(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'*(j[pos[1]+1*(i*(s==1))][pos[0]+1*(i*(s==0))]==0)+'black'*(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 j[pos[1]][pos[0]+1*i] == 1:
                            ch=1
                    if ch ==0:
                        for i in range(vie[k]):
                            c[k].append([pos[0]+1*i,pos[1]])
                        for b in c:
                            for x,y in b:
                                j[y][x] = 1
                        sleep(0.5)
                        break
                elif s==1:
                    for i in range(vie[k]):
                        if j[pos[1]+1*i][pos[0]] == 1:
                            ch=1
                    if ch == 0:
                        for i in range(vie[k]):
                            c[k].append([pos[0],pos[1]+1*i])
                        for b in c:
                            for x,y in b:
                                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(p=pos,j=g_e):
    global nb_tir
    if mod == 0:
        draw_string("tir:"+str(nb_tir),250,201,'white',(148, 113, 222))
    #pos=[0,0]
    act2(p)
    while 42:
        if keydown(0):
            if p[0]-1>=0:
                act(p)
                p[0]-=1
                act2(p)
                sleep(0.3)
        elif keydown(1):
            if p[1]-1>=0:
                act(p)
                p[1]-=1
                act2(p)
                sleep(0.3)
        elif keydown(2):
            if p[1]+1<10:
                act(p)
                p[1]+=1
                act2(p)
                sleep(0.3)
        elif keydown(3):
            if p[0]+1<10:
                act(p)
                p[0]+=1
                act2(p)
                sleep(0.3)
        elif keydown(4) or keydown(52):
            if j[p[1]][p[0]] !=2 and j[p[1]][p[0]] !=3:
                if mod == 0:
                    nb_tir+=1
                    draw_string("tir:"+str(nb_tir),250,201,'white',(148, 113, 222))
                if j == g_j:
                    touche(p,col,g_j)
                else:
                    touche(p)
            c=0
            for li in g_e:
                for cole in li:
                    if cole==1:
                        c=1
            if c != 1:
                break
            if mod != 0:
                break
            sleep(0.3)




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

def barre_bas(qui=col_e):
    fill_rect(0, 200, 320, 22, (148, 113, 222))
    draw_string("coulés:"+str(5-len(qui)),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(niv=1):
    while 42:
        x,y,t=randint(0,9),randint(0,9),randint(0,5-niv)
        if g_j[y][x] == 0 or g_j[y][x] == 1:
            if g_j[y][x] == 0 and t>0:
                g_j[y][x] = 3
            elif g_j[y][x] == 1 and t == 0:
                g_j[y][x] = 2
            touche([x,y],col,g_j)
            break
            
def draw_arrow(x,y,t,s=1):
    for j in range(10):
        for i in range((9-j)*(s==0)+j*(s==1),19-(9-j)*(s==0)-j*(s==1),(18-(9-j)*(s==0)*2-j*(s==1)*2)+1*(j==9)*(s==1)+1*(j==0)*(s==0)):
            fill_rect(x+int(t/18)*j,y+int(t/18)*i,int(t/18),int(t/18),'black')

def ecran_inter(p):
    fill_rect(0,0,320,220,'white')
    draw_string("Tour de "+p,90,40)
    draw_string("Appuyez sur entrer",60,80)
    while 42:
        if keydown(4) or keydown(52):
            fill_rect(0,0,320,220,'white')
            break
      
global nb_tir
nb_tir = 0

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

elif mod == 1:
    jeu(g_j)
    depla()
    aleatoire_pl()
    while 42:
        sleep(0.7)
        if len(col) == 0:
            break
        jeu(g_e)
        draw_string("Tour:J1 ",5,180,'black','white')
        torp()
        sleep(0.7)
        if len(col_e) == 0:
            break
        jeu(g_j,1)
        draw_string("Tour:Bot",5,180,'black','white')
        sleep(0.7)
        tir_bot()

elif mod == 2:
    ecran_inter("J1")
    jeu(g_j)
    draw_string("Tour:J1 ",5,180,'black','white')
    depla()
    sleep(1)
    ecran_inter("J2")
    jeu(g_e)
    draw_string("Tour:J2 ",5,180,'black','white')
    depla(g_e,col_e)
    sleep(1)
    while 42:
        ecran_inter("J1")
        draw_string("Tour:J1 ",5,180,'black','white')
        jeu(g_j,1)
        draw_string("Votre grille",160,180)
        sleep(2)
        draw_string("            ",160,180)
        jeu(g_e)
        torp()
        sleep(1)
        if len(col) == 0:
            break
        ecran_inter("J2")
        draw_string("Tour:J2 ",5,180,'black','white')
        jeu(g_e,1)
        draw_string("Votre grille",160,180)
        sleep(2)
        draw_string("            ",160,180)
        jeu(g_j)
        torp(pos_j2,g_j)
        sleep(1)
        if len(col_e) == 0:
            break





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

During your visit to our site, NumWorks needs to install "cookies" or use other technologies to collect data about you in order to:

With the exception of Cookies essential to the operation of the site, NumWorks leaves you the choice: you can accept Cookies for audience measurement by clicking on the "Accept and continue" button, or refuse these Cookies by clicking on the "Continue without accepting" button or by continuing your browsing. You can update your choice at any time by clicking on the link "Manage my cookies" at the bottom of the page. For more information, please consult our cookies policy.

Accept and continue Continue without accepting