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• Calculator

from kandinsky import fill_rect as f_r,draw_string as d_s,get_pixel as g_p
from random import randint as rd
from ion import keydown as kd
from time import sleep as sl


col=('white','white','green','red','green','green','red','gray')
zombie = {"PV":3,"AT":1.3,"DEF":0.1}
squelette = {"PV":3.5,"AT":1.5,"DEF":0.3}
araigne = {"PV":5,"AT":2,"DEF":0.4}
gobelin = {"PV":4,"AT":2.5,"DEF":0.2}
blob = {"PV":9,"AT":1.2,"DEF":0.7}
shadow = {"PV":7,"AT":4.2,"DEF":0.4}
hydre = {"PV":20,"AT":6,"DEF":2}
en = ((zombie,'Zombie'),(squelette,'Squelette'),(araigne,'Araignée'),(gobelin,'Gobelin'),(blob,'Blob'),(shadow,'Shadow'),(hydre,'Hydre'))
 
def event(n_e):
    if n_e == 2:
        h["PV"] += rd(1,4-(n//10))
    elif n_e == 3:
        h["PV"] -= rd(1,1+(n//10))-h["DEF"]
        if h["PV"] <= 0:
            sl(1)
            init_jeu()
    elif n_e == 4:
        h["AT"] += 0.5
    elif n_e == 5:
        h["DEF"] += 0.2
    elif n_e == 6:
        combat(en[rd(0,1+(n//4)*(n<24)+5*(n>=24))])
    return stats_h()

def combat(m_i):
    e_c = 1
    stats_h(1,m_i[0],m_i[1])  
    sl(1)
    while e_c == 1:
        m_i[0]["PV"] -= h["AT"]-m_i[0]["DEF"]
        stats_h(1,m_i[0],m_i[1])
        sl(1)
        if m_i[0]["PV"] <= 0:
            e_c = 0
            return stats_h(0,m_i[0],m_i[1])
        h["PV"] -= m_i[0]["AT"]-h["DEF"]
        stats_h(1,m_i[0],m_i[1])
        sl(1)
        if h["PV"] <= 0:
            e_c = 0
            sl(1)
            return init_jeu()


def acceuil():
    f_r(0,0,320,222,'black')
    title()
    d_s("OK --> jouer",105,150,'white','black')
    while True:
        if kd(4) or kd(52):
            sl(0.3)
            global n
            n = 1
            return init_jeu()


def jeu():
    f_r(0,0,320,222,'black')
    title(100,10,0.75)
    for i in range(t_p):
        for j in range(t_p):
            red=(80+int((144-2)/t_p+1)*j,30+int((144-2)/t_p+1)*i,int((144-2)/t_p),int((144-2)/t_p))
            if g[i][j] == 'P':
                f_r(red[0],red[1],red[2],red[3],'gray')
                d_c(red[0],red[1],red[2])
            else:
                f_r(red[0],red[1],red[2],red[3],'white')
                d_q_m(red[0],red[1],red[2])
    a_g()
    stats_h()
    barre_bas()
    
        

def stats_h(fight=0,m='',n_m=''):
    d_s("Heros",5,5,'white','black')
    d_s("PV:"+str(round((h["PV"]*(h["PV"]>0)+0.0),1)),5,25,'white','black')
    d_s("AT:"+str(round(h["AT"],1)),5,45,'white','black')
    d_s("DEF:"+str(round(h["DEF"],1)),5,65,'white','black')
    if fight == 1:
        d_s(str(n_m),230,5,'white','black')
        d_s("PV:"+str(round((m["PV"]*(m["PV"]>0)+0.0),1)),230,25,'white','black')
        d_s("AT:"+str(round(m["AT"],1)),230,45,'white','black')
        d_s("DEF:"+str(round(m["DEF"],1)),230,65,'white','black')
    elif fight == 0:
        f_r(230,4,100,100,'black')
        if (len(n_m)>0):
            m["PV"] = 10*(n_m=='Hydre')+4*(n_m=='Shadow')+7*(n_m=='Blob')+5*(n_m=='Araignée')+3*(n_m=='Gobelin' or n_m=='Squelette')+2*(n_m=='Zombie')
    return
        

def a_g(ori=[0,0]):
    for char in range(len(g)):
        for pers in range(len(g[char])):
            if g[char][pers] == 'P':
                g[char][pers] = 1
    eve = g[h["pos"][1]][h["pos"][0]]
    g[h["pos"][1]][h["pos"][0]] = 'P'
    f_r(80+int((144-2)/t_p+1)*ori[0],30+int((144-2)/t_p+1)*ori[1],int((144-2)/t_p),int((144-2)/t_p),'white')
    f_r(80+int((144-2)/t_p+1)*h["pos"][0],30+int((144-2)/t_p+1)*h["pos"][1],int((144-2)/t_p),int((144-2)/t_p),'gray')
    d_c(80+int((144-2)/t_p+1)*h["pos"][0]+9*(t_p==3)+7*(t_p==4)+5*(t_p==5)+3*(t_p==6),30+int((144-2)/t_p+1)*h["pos"][1]+9*(t_p==3)+7*(t_p==4)+5*(t_p==5)+3*(t_p==6),30*(t_p==3)+21*(t_p==4)+18*(t_p==5)+18*(t_p==6))
    a_g2()
    return eve
def a_g2():
    for i in range(2):
        for j in range(2):
            compact=(h["pos"][1]-1*((j==0) and (i==0) and (h["pos"][1]-1>=0))+1*((j==1) and (i==0) and (h["pos"][1]+1<t_p)))
            compact2=(h["pos"][0]-1*((j==0) and (i==1) and (h["pos"][0]-1>=0))+1*((j==1) and (i==1) and (h["pos"][0]+1<t_p)))
            comp=(80+int((144-2)/t_p+1)*compact2,30+int((144-2)/t_p+1)*compact,int((144-2)/t_p),int((144-2)/t_p))
            comp2=(80+int((144-2)/t_p+1)*compact2+9*(t_p==3)+7*(t_p==4)+5*(t_p==5)+3*(t_p==6),30+int((144-2)/t_p+1)*compact+9*(t_p==3)+7*(t_p==4)+5*(t_p==5)+3*(t_p==6),30*(t_p==3)+21*(t_p==4)+18*(t_p==5)+18*(t_p==6))
            elem=g[compact][compact2]
            if (not(g_p(int(comp2[0]+comp2[2]/2),int(comp2[1]-1))[0])):
                if elem == 'P':
                    f_r(comp[0],comp[1],comp[2],comp[3],'gray')
                else:
                    f_r(comp[0],comp[1],comp[2],comp[3],col[elem])
                if elem !=1:
                    f_t[str(elem)](comp2[0],comp2[1],comp2[2])
                




def pixel_heart(x,y,t):
    for j in range(9):
        for i in range((j==0)+(j==3)+(j==4)*2+(j==5)+(j==8),4+1*((j==1)+(j==7))+2*((j==2)+(j==6))+3*((j==3)+(j==5))+4*(j==4)):
            f_r(x+int(t/9)*j+int(1/2*((t+5)/9)),y+int(t/9)*i+int(1/2*((t+15)/7)),int(t/9),int(t/9),'red')

def draw_cross(x,y,t):
    for j in range(5):
        for i in range(((j==1)+(j==3))+((j==2)+(j==5))*2,5,4*((j==0)+(j==4))+2*((j==1)+(j==3))+3*(j==2)):
            f_r(x+int(t/5)*j,y+int(t/5)*i,int(t/5),int(t/5),'red')

def draw_sword(x,y,t):
    for j in range(7):
        for i in range(6*(j==0)+3*((j==1)+(j==2))+2*(j==3)+1*(j==4),7-2*(j==2)-1*(j==3)-3*(j==4)-4*(j==5)-5*(j==6),1+1*(j==1)):
            f_r(x+int(t/7)*j,y+int(t/7)*i,int(t/7),int(t/7),'gray')

def draw_sword_m(x,y,t):
    for j in range(7):
        for i in range(6*(j==6)+3*((j==5)+(j==4))+2*(j==3)+1*(j==2),7-2*(j==4)-1*(j==3)-3*(j==2)-4*(j==1)-5*(j==0),1+1*(j==5)):
            f_r(x+int(t/7)*j,y+int(t/7)*i,int(t/7),int(t/7),'gray')

def draw_spike(x,y,t):
    for j in range(5):
        for i in range(3*((j==0)+(j==4))+1*((j==1)+(j==3)),4):
            f_r(x+int(t/5)*j,y+int(t/5)*i+int(1/2*(t/5)),int(t/5),int(t/5),'gray')

def d_c(x,y,t):
    for j in range(5):
        for i in range(5*((j==0)+(j==4)),6*((j==0)+(j==4))+7*(j==2)+1*((j==1)+(j==3))):
            if (j==1)+(j==3):
                for k in range(3):
                    f_r(x+int(t/9)*j+int(2*(t/9)),y+int(t/9)*k,int(t/9),int(t/9),'black')
                f_r(x+int(t/9)*j+int(2*(t/9)),y+int(t/9)*4,int(t/9),int(t/9),'black')
                for k in range(2):
                    f_r(x+int(t/9)*j+int(2*(t/9)),y+int(t/9)*(k+7),int(t/9),int(t/9),'black')
                break
            else:
                f_r(x+int(t/9)*j+int(2*(t/9)),y+int(t/9)*i,int(t/9),int(t/9),'black')


def d_q_m(x,y,t):
    for j in range(5):
        for i in range(1*((j==0)+(j==4)),1*((j==2)+(j==1))+3*((j==0)+(j==4))+4*(j==3),1*(j!=3)+3*(j==3)):
            if (j==2):
                f_r(x+int(t/8)*j+int(1.9*(t/8)),y+int(t/8),int(t/8),int(t/8),'black')
                for k in range(2):
                    f_r(x+int(t/8)*j+int(1.9*(t/8)),y+int(t/8)*(k+4)+int(t/8),int(t/8),int(t/8),'black')
                f_r(x+int(t/8)*j+int(1.9*(t/8)),y+int(t/8)*7+int(t/8),int(t/8),int(t/8),'black')
                break
            else:
               f_r(x+int(t/8)*j+int(1.9*(t/8)),y+int(t/8)*i+int(t/8),int(t/8),int(t/8),'black')
               
def barre_bas():
    f_r(0, 200, 320, 22, (148, 113, 222))
    d_s( "nsi.xyz/themap", 0, 202, (242,)*3, (148, 113,222))
    txt = "Niveau "+str(n)
    d_s(txt, 170, 202, (242,)*3, (148, 113,222))
    d_s("",320, 202,(242,)*3, (148, 113,222))

def draw_shield(x,y,t):
    for j in range(5):
        for i in range(6-2*((j==0)+(j==4))-1*((j==1)+(j==3))):
            f_r(x+int(t/6)*j+int(1/2*(t/6)),y+int(t/6)*i,int(t/6),int(t/6),'brown')


def title(x=90,y=35,t=1):
    for j in range(5):
        for i in range(5-4*((j==0) or (j==1) or (j==3) or (j==4))):
            f_r(int(x+4*j*t),int(y+4*i*t),int(4*t),int(4*t),'gray')
    for j in range(4):
        for i in range(2*((j==1)+(j==2)),5-2*((j==1)+(j==2))):
            f_r(int(x+25*t+4*j*t),int(y+4*i*t),int(4*t),int(4*t),'gray')
    for j in range(3):
        for i in range(0,5,1*(j==0)+2*(j==1)+4*(j==2)):
            f_r(int(x+50*t+4*j*t),int(y+4*i*t),int(4*t),int(4*t),'gray')
    for j in range(5):
        for i in range(1*((j==1) or (j==3))+2*(j==2),5-3*((j==1) or (j==3))-2*(j==2)):
            f_r(int(x+75*t+4*j*t),int(y+4*i*t),int(4*t),int(4*t),'gray')
    for j in range(5):
        for i in range(3*((j==0) or (j==4))+1*((j==1) or (j==3)),5-2*((j!=0) and (j!=4)),1+1*(j==2)):
            f_r(int(x+100*t+4*j*t),int(y+4*i*t),int(4*t),int(4*t),'gray')
    for j in range(3):
        for i in range(1*(j==2),5-2*(j==1)-3*(j==2),1*(j!=1)+2*(j==1)):
            f_r(int(x+125*t+4*j*t),int(y+4*t*i),int(4*t),int(4*t),'gray')

def init_jeu():
    global t_p,g,h
    t_p = (3+n//(4+n//7)*(n<32)+3*(n>=32))
    g = [[rd(1,6) for i in range(t_p)] for j in range(t_p)]
    g[rd(2,t_p-1)][rd(2,t_p-1)] = 0
    g[0][0] = 'P'
    h = {"PV":round(5+0.5*(n//5),2),"AT":round(1+0.1*(n//5),2),"DEF":round(0+0.1*(n//10),1),"pos":[0,0]}
    #print(h["pos"])
    return jeu()

f_t = {'P':d_c,'0':draw_cross,'2':pixel_heart,'3':draw_spike,'4':draw_sword,'5':draw_shield,'6':draw_sword_m}
acceuil()

while True:
    sl(0.5)
    stop = 0
    while stop == 0:
        orig=[h["pos"][0],h["pos"][1]]
        if kd(2):
            stop = 1
            h["pos"][1] += 1*(h["pos"][1]+1<t_p)
            eve = a_g(orig)
            if eve == 0:
                n += 1
                init_jeu()
            elif eve !=1:
                event(eve)
            stop = 0
            sl(0.4)
        elif kd(3):
            stop = 1
            h["pos"][0] += 1*(h["pos"][0]+1<t_p)
            eve = a_g(orig)
            if eve == 0:
                n += 1
                init_jeu()
            elif eve !=1:
                event(eve)
            stop = 0
            sl(0.4)
        elif kd(1):
            stop = 1
            h["pos"][1] -= 1*(h["pos"][1]-1>=0)
            eve = a_g(orig)
            if eve == 0:
                n += 1
                init_jeu()
            elif eve !=1:
                event(eve)
            stop = 0
            sl(0.4)
        elif kd(0):
            stop = 1
            h["pos"][0] -= 1*(h["pos"][0]-1>=0)
            eve = a_g(orig)
            if eve == 0:
                n += 1
                init_jeu()
            elif eve !=1:
                event(eve)
            stop = 0
            sl(0.4)