Une adaptation de GeMa pour le jeu dokidoki_fast
Si vous voulez utiliser GeMa pour votre script, nous vous recommandons la version GeMaMIN
_C,_B,_A='Score : ','white','[OK]' try:from os import * except:print('Omega est requis') from random import *;from kandinsky import *;from ion import *;from time import * def p(a):print(a) def fr(a,b,c,d,e):fill_rect(a,b,c,d,e) def rch(a):return choice(a) def ra(a,b):return randint(a,b) def i(a):return input(a) def re(a,b):rename(a,b) def ds(a,b,c):draw_string(a,b,c) def gm_err():gm_w('#>_< - err','',1) def gm_i(im,pal,t=4,po=0,py=0): r,i=0,0 while r<len(im): s,n=im[r],'';r+=1 while r<len(im)and'9'>=im[r]>='0':n+=im[r];r+=1 nb=1 if n==''else int(n);c=pal[ord(s)-65] for j in range(nb):fr(po+t*(i%80),py+t*(i//80),t,t,(c[0],c[1],c[2]));i+=1 def gm_tp(txt,ma=32,st=""): a,b,A,d=list(txt)+[''],'','\n'+st,[" ","'",",","."];l=len(a) if l>ma: mb=int(ma) for j in range(l//ma): nl=True for i in range(1,ma//4): if d.count(a[mb-i])>=1:a[mb-i]=A;mb+=mb-i;nl=False;break if nl:a.insert(mb,A);mb+=mb for i in range(l):b+=a[i] else:b=str(txt) return b,l//ma def gm_w(txt,perso,rw=0):a=gm_tp(txt);ds(str(perso),0,180-a[1]*20);ds(str(a[0]),0,200-a[1]*20) def gm_t(txt,perso,img=0,pal=0,a=4,b=0,c=0): if img==0:gm_w(txt,perso) else:gm_i(img,pal,a,b,c);gm_w(txt,perso) def gm_a(a,b,c,d,e,a5='#err:str?'): ds('[up]'+str(a),0,0) if e>=2:ds('[down]'+str(b),0,18) if e>=3:ds('[left]'+str(c),0,36) if e>=4:ds('[right]'+str(d),0,54) if e>=5:ds(_A+str(a5),0,72) def gm_wi(win,sco): p('***GeMa - Vous avez gagné');gm_r();ds('Félicitations, vous avez gagné\nVous êtes vainqueur :\n'+str(win),0,80);p(_C+str(sco)) if sco!=0:gm_sco(sco) def gm_r():fr(0,0,320,225,_B) def sl(a):sleep(a) def gm_s():co=[(0,0,0),_B];fr(0,0,320,255,co[0]);fr(130,70,60,60,co[1]);fr(140,80,50,40,co[0]);fr(180,100,10,30,co[1]);fr(180,100,-20,10,co[1]);ds('eMa',192,112);ds('Engine',130,132);sl(2.8);fr(0,0,320,255,'grey');sl(0.1);gm_r();ds(_A,0,0) def gm_sco(sco):ds(_C+str(sco),200,0) def tr(a=''): for i in range(32):a=a+choice(['_','-','(',')','@','O','D','{','}','#','%','&','=','[]','|',';','!','?','H','>','<','*',"'",'.','/']) return a def tt(b,c,x=0,y=0): for i in range(len(b)):c+=b[i];ds(c,x,y);sl(0.05) def gm_c(a,b,c,d,e,a5=0): while True: if keydown(1)and e>=1:return a if keydown(2)and e>=2:return b if keydown(0)and e>=3:return c if keydown(3)and e>=4:return d if keydown(4)and e>=5:return a5 def pu(a,x=106,y=75,w=106,h=75):fr(x,y,w,h,(0,0,0));fr(x+1,y+1,w-2,h-2,_B);ds(a,x+2,y+2);ds(_A,x+2,y+h-20);gm_c(1,1,1,1,5,1) gm_s()