C’est un jeu de plateforme classique. 14 niveaux et d’autres à venir. Flèches pour se déplacer, flèche haut ou OK pour sauter. Parenthèse gauche pour inverser la gravité dans le niveau 10.
from math import * from kandinsky import * from ion import * from time import * su=monotonic() nm,ns,b,gr=0,0,0,1 k=[KEY_ONE,KEY_TWO,KEY_THREE,KEY_FOUR,KEY_FIVE,KEY_SIX,KEY_SEVEN,KEY_EIGHT,KEY_NINE,KEY_MULTIPLICATION,KEY_DIVISION,KEY_PLUS,KEY_MINUS,KEY_SINE,KEY_COSINE,KEY_TANGENT] def init(): return(0,0,20,10,10,10,100,[(125,0,0),(255,0,0),(255,0,255),(255,255,0),(0,255,255),(0,255,0),(255,255,255),(125,0,0),(255,255,255)]) s,e,j,ax,ay,x,y,c = init() def f(e): return floor(e) def initniv(ni): if ni==0: return([0,0,150,320,70,11,5,145,320,5]) if ni==1: return([0,0,150,320,150,2,315,0,30,150,9,80,150,0,0,11,0,145,320,240,-1,270,130,1,0]) if ni==2: return([0,0,150,320,150,-1,85,130,1,0,0,100,30,5,120,11,105,25,5,5,0,60,60,40,5,0,40,100,60,5,2,315,0,30,145,11,0,145,105,5,11,105,145,220,5,11,65,55,40,5,11,45,95,60,5]) if ni==3: return([0,0,150,320,150,1,60,140,10,5,1,120,140,10,5,1,180,140,10,5,1,240,140,10,5,2,315,0,30,150,11,0,145,325,5,9,40,150,0,0]) if ni==5: return([11,0,145,320,5,2,315,0,30,150,0,0,150,320,150,1,0,60,320,10,0,0,0,320,60,3,50,140,20,5,3,140,140,20,5,3,220,140,20,5]) if ni==4: return([0,0,150,320,150,11,0,145,85,5,0,80,50,5,120,11,90,145,240,5,11,85,45,5,5,0,50,110,30,5,11,55,105,30,5,0,0,60,20,5,-1,5,35,1,0,-1,15,35,1,0,11,0,55,25,5,3,100,135,30,10,1,140,140,50,5,2,315,0,30,150,8,250,150,0,0]) if ni==6: return([0,0,150,130,150,11,0,145,135,5,4,130,160,120,150,0,250,150,140,150,11,255,145,135,5,2,315,0,30,150]) if ni==7: return([0,0,130,60,5,11,0,125,65,5,1,0,200,320,50,0,120,130,5,5,11,125,125,5,5,0,170,130,5,5,11,175,125,5,5,0,220,130,5,5,11,225,125,5,5,0,260,130,5,5,11,265,125,5,5,3,305,129,15,5,2,300,0,20,15]) if ni==8: return([0,0,150,320,150,6,80,70,150,70,2,315,0,5,150,0,100,0,5,150,11,0,145,320,5]) if ni==9: return([4,0,30,320,240,2,315,0,30,30]) if ni==10: return([0,0,150,70,150,11,1,145,75,5,3,50,140,20,5,1,70,155,250,100,2,315,0,5,155,1,50,0,15,5,1,130,0,15,5,1,210,0,15,5,1,290,0,20,5]) if ni==11: return([0,0,150,320,150,11,0,145,85,5,0,80,50,5,100,11,85,45,5,100,1,85,70,115,80,0,200,50,5,100,11,205,45,5,5,0,140,60,5,5,11,145,55,5,5,11,210,145,120,5,2,315,0,5,150]) if ni==12: return([0,0,150,100,150,1,100,200,50,40,7,100,149,50,151,0,150,150,170,150,2,315,0,5,150,8,80,150,0,0,11,0,145,320,5]) if ni==13: return([0,0,150,100,110,1,100,170,220,70,2,315,0,5,170,12,100.1,100,250,-1]) if ni==14: return([0,0,190,320,50,11,0,185,325,5,0,50,100,5,30,1,50,130,5,40,11,55,95,5,5,0,150,90,5,20,1,150,110,5,80,11,155,85,5,5,0,60,40,5,20,11,65,35,5,5,0,170,30,130,5,11,175,25,130,5,0,190,35,5,155,2,315,140,5,45,0,215,65,110,5,11,220,60,115,5,0,190,100,110,5,11,200,95,105,5,0,215,140,110,5,11,220,135,115,5,1,250,180,5,5]) return([0,0,150,100,150,11,0,145,105,5,2,315,0,5,145,0,220,150,320,240,11,225,145,320,5,1,100,218,120,5]) def niv(n): to = 0 fill_rect(0,0,320,240,(0,0,0)) for i in range(0,len(n)-4,5): if n[i]==6: fill_rect(n[i+1],n[i+2],5,5,(c[5])) fill_rect(n[i+3],n[i+4],5,5,c[5]) elif n[i]>7 and n[i]<12: decor(n[i+1],n[i+2],n[i],n[i+3]) elif n[i]==-1: if n[i+3]==1: fill_rect(n[i+1],n[i+2],5,10,(0,255,255)) elif n[i]!=12: fill_rect(n[i+1],n[i+2],n[i+3],n[i+4],c[n[i]]) return None def to(x,y,n): for i in range(0,len(n),5): if n[i]==0: if n[i+1]<x and n[i+3]+n[i+1]>x -20: if n[i+2]<y + 30 and n[i+4]+n[i+2]>y+10: return(1) elif n[i]==12: if n[i+2]<x and 60+n[i+2]>x-20: pp=1000*(n[i+1]-floor(n[i+1])) if pp<y+30 and pp+5>y+10: return(1) return False def game(x,y,n,e,s,ns): t,d,ax,ay=0,0,x,y if keydown(KEY_UP) or keydown(KEY_OK): if s==0 or e*gr>0: if to(x+1,y,n) and keydown(KEY_RIGHT): s=1 e=-2*gr if to(x-1,y,n) and keydown(KEY_LEFT): s=1 e=-2*gr if s==0: if to(x,y+2,n)==1: if ni>0: ns=ns+1 e,s=-3*gr,1 elif gr==-1 and y==-j/2: if ni>0: ns=ns+1 e,s=-3*gr,1 e,y=e+gr/10,y+f(e) if to(x,y,n)==1: y=y-f(e) if e>gr*0.1: s=0 e=0 if keydown(KEY_LEFT): x=x-1 if to(x,y,n)==1: x=x+1 if keydown(KEY_RIGHT): x=x+1 if to(x,y,n)==1: x=x-1 if x<j: x=j if x>320: x=320 if y<0-j/2: if gr==-1: e,s=0,0 y=0-j/2 if y>200: y,e=200,0 if ax!=x or ay!=y: fill_rect(floor(ax-j),floor(ay+j/2),j,j,(0,0,0)) fill_rect(floor(x-j),floor(y+j/2),j,j,(0,0,255)) return(x,y,e,ns,s) def change(ni,v): for v in range(0,len(k)): if keydown(k[v]): return(v+1) return(ni) def rangg(note): r,n=[20,18,15,12,10,5,0],["Diamant","Platine","Or","Argent","Bronze","Carton","PVC"] for i in range(0,len(r)): if note>=r[i]: return(n[i]) def decor(xd,yd,ty,xdi): if ty==8: fill_rect(xd-2,yd-30,5,30,(125,0,0)) fill_rect(xd-15,yd-60,30,30,(0,125,0)) if ty==9: fill_rect(xd,yd-15,2,15,(125,0,0)) fill_rect(xd-3,yd-21,8,8,(255,255,255)) fill_rect(xd-2,yd-20,6,6,(255,255,0)) if ty==11: fill_rect(xd-5,yd,xdi,5,(0,125,0)) return(0) def score(ns,nm,te): if ch!=0: draw_string("Tricheur !!! 0/20 !!!",50,50,(255,255,255),(0,0,0)) return(0) else: nn=20-0.125*(ns-30+abs(ns-30))-0.5*nm-0.1*(te-65+abs(te-65)) note=0.5*(nn+abs(nn)) draw_string(("FIN"),50,50,(255,255,255),(0,0,0)) return(note) def mplat(nn): for i in range(0,len(nn),5): if nn[i]==12: fill_rect(nn[i+2],floor(1000*(nn[i+1]-floor(nn[i+1]))),60,5,(0,0,0)) pp=nn[i+2] nn[i+2]=pp+nn[i+4] if nn[i+2]>nn[i+3]: nn[i+2],nn[i+4]=nn[i+3],-nn[i+4] else: if nn[i+2]<floor(nn[i+1]): nn[i+2],nn[i+4]=floor(nn[i+1]),-nn[i+4] fill_rect(nn[i+2],floor(1000*(nn[i+1]-floor(nn[i+1]))),60,5,(255,255,255)) return(nn) def animation(): for a in range(15): for b in range(640): fill_rect(floor(b/2),a*15,1,15,(125,0,0)) def timm(): su=monotonic() animation() return(monotonic()-su) ni,t,d,ch,ns,auto,n,nmax=0,0,0,0,0,0,initniv(0),15 niv(n) fill_rect(floor(x-j),floor(y+j/2),j,j,(0,0,255)) draw_string("Un jeu de dkfe123",56,50,(255,255,255),(0,0,0)) draw_string("Press EXE to start",floor(160-5*len("0000000000000000000")),170,(255,255,255),(125,0,0)) def write(xe,ye,co): #P fill_rect(xe,ye,5,25,co) fill_rect(xe,ye,10,5,co) fill_rect(xe,ye+10,15,5,co) fill_rect(xe+10,ye,5,10,co) #L fill_rect(xe+20,ye,5,25,co) fill_rect(xe+20,ye+20,10,5,co) #A fill_rect(xe+35,ye,5,25,co) fill_rect(xe+45,ye,5,25,co) fill_rect(xe+35,ye,15,5,co) fill_rect(xe+35,ye+10,15,5,co) #T fill_rect(xe+55,ye,15,5,co) fill_rect(xe+60,ye,5,25,co) #E fill_rect(xe+75,ye,5,25,co) fill_rect(xe+75,ye,15,5,co) fill_rect(xe+75,ye+10,15,5,co) fill_rect(xe+75,ye+20,15,5,co) #F fill_rect(xe+95,ye,5,25,co) fill_rect(xe+95,ye,15,5,co) fill_rect(xe+95,ye+10,15,5,co) #O fill_rect(xe+115,ye,15,25,co) fill_rect(xe+120,ye+5,5,15,(0,0,0)) #R fill_rect(xe+135,ye,5,25,co) fill_rect(xe+135,ye,15,5,co) fill_rect(xe+135,ye+10,15,5,co) fill_rect(xe+145,ye,5,15,co) #M fill_rect(xe+155,ye,20,25,co) fill_rect(xe+160,ye,10,25,(0,0,0)) #E fill_rect(xe+180,ye,15,25,co) fill_rect(xe+185,ye+5,10,5,(0,0,0)) fill_rect(xe+185,ye+15,10,5,(0,0,0)) for i in range(15): fill_rect(xe+135+floor(i*2/3),ye+10+i,5,1,co) for i in range(20): fill_rect(xe+155+floor(i*1.4/4),ye+floor(3*i/4),5,1,co) fill_rect(xe+165+floor(1.4*i/4),ye+15-floor(3*i/4),5,1,co) write(56,15,(0,125,0)) while True: if ni==nmax: draw_string("EXE pour recommencer",50,0,(255,255,255),(0,0,0)) if keydown(KEY_EXE): ni,n=0,initniv(ni) niv(n) x,y,e,ns,s = game(x,y,n,e,s,ns) n=mplat(n) if to(x,y,n)==1: x=x+2*n[i+4] p,g=0,0 if ni==10: draw_string("Pressez ( ", 100,120,(255,255,255),(0,0,0)) for i in range(0,len(n)-4,5): if n[i]!=0 and n[i]<12: if n[i]>7: decor(n[i+1],n[i+2],n[i],n[i+3]) if n[i]==6: fill_rect(n[i+1],n[i+2],5,5,c[5]) fill_rect(n[i+3],n[i+4],5,5,c[5]) if n[i+1]<x and n[i+1]+5>x-20: if n[i+2]<y+30 and n[i+2]+5>y+10: fill_rect(floor(x-j),floor(y+j/2),j,j,(0,0,0)) e,s=0,0 x,y=n[i+3],n[i+4]+20*gr if n[i+3]<x and n[i+3]+5>x-20: if n[i+2]<y+30 and n[i+2]+5>y+10: fill_rect(floor(x-j),floor(y+j/2),j,j,(0,0,0)) e,s=0,0 x,y=n[i+1],n[i+2]+20 elif n[i]==-1: if n[i+3]==1: fill_rect(n[i+1],n[i+2],5,10,(0,255,55)) if n[i+1]<x and n[i+1]+5>x-20: if n[i+2]<y+30 and n[i+2]+10>y+10: n[i+3],su=0,su++1.5 fill_rect(n[i+1],n[i+2],5,10,(0,0,0)) else: if n[i]==7: fill_rect(n[i+1],n[i+2],n[i+3],n[i+4],c[n[i]]) if n[i+1]<x and n[i+3]+n[i+1]>x-20: if n[i+2]<y+30 and n[i+2]+n[i+4]>y+10: if n[i]==4: fill_rect(n[i+1],n[i+2],n[i+3],n[i+4],c[n[i]]) if x<j+1: e=0 if e<-4*gr: e=-4*gr if e>2.5*gr: e=2.5*gr e=e-0.2*gr fill_rect(n[i+1],n[i+2],n[i+3],n[i+4],c[n[i]]) fill_rect(floor(x-j),floor(y+j/2),j,j,(0,0,255)) if keydown(KEY_DOWN): e=e+0.3*gr if n[i]<3: s,e,j,ax,ay,x,y,c=init() if n[i]==2: g=1 if n[i]==1: p=1 if n[i]==3: e=-4 if g==1: if ni<nmax: animation() if ni==0: su=monotonic() else: su=su+1.1388889 ni,gr,n=ni+1,1,initniv(ni) if False: print(ni,len(n),n) niv(n) draw_string(str(floor(monotonic()-su)),0,0,(255,255,255),get_pixel(0,0)) if ni==nmax: if ch==0: temps=floor(monotonic()-su) note=score(ns,nm,temps) print("Ta note est ",floor(10*note)/10) print("Tu as la medaille de ",rangg(note)) print("Ton temps est :",temps) if p==1: nm,gr=nm+1,1 niv(n) if ni==10: if keydown(KEY_LEFTPARENTHESIS): b=1 else: if b==1: gr=-gr b=0 if ni>0: if auto==1: if keydown(KEY_RIGHTPARENTHESIS) and keydown(KEY_EXE): v=0 v=change(ni,v) if v!=ni: ch=ch+(v-ni+abs(v-ni)) print("Changement de niveau vers le",v) ni,gr=v,1 s,e,j,ax,ay,x,y,c=init() n=initniv(v) niv(n) if ni<nmax: temps=floor(monotonic()-su) if temps<0: temps=0 draw_string(str(temps),0,0,(255,255,255),get_pixel(0,0)) if ni==0: if keydown(KEY_EXE): if n[len(n)-5]!=2: n.append(2) if x<160: n.append(315) else: n.append(0) n.append(0) n.append(5) n.append(150) niv(n) auto,ns=1,0 best_score_treize_niv=35 best_score_quatorze_niv=60