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|
state='init'
def draw_score(score):
global objectif
draw_rectangle(create_rectangle((2*w,0),2*w,0.8*w,(0,0,0)))
draw_rectangle(create_rectangle((w+30,w-10),(150*score)/objectif,w//5,(0,200,0)))
draw_text(create_text(str(score)+'/'+str(objectif),(4*w,0.1*w),(150,150,150),0.4*w,'end'))
return
def arret():
global user_state
user_state='GAME'
return
def combinaison(x,y):
global listsqr,score,w
waitlist=[]
c = listsqr[x][y]
if y!= 0:
if c==listsqr[x][y-1]:
waitlist = waitlist+[(x,y-1)]
if y>1:
if c==listsqr[x][y-2]:
waitlist=waitlist + [(x,y-2)]
if y!=0:
if c==listsqr[x-1][y-1]:
waitlst=waitlist+[(x-1,y-1)]
if x!=4:
if c==listsqr[x+1][y-1]:
waitlist=waitlist+[(x+1,y-1)]
if y!= 6:
if c==listsqr[x][y+1]:
waitlist = waitlist+[(x,y+1)]
if y<5:
if c==listsqr[x][y+2]:
waitlist=waitlist + [(x,y+2)]
if x!=0:
if c==listsqr[x-1][y+1]:
waitlst=waitlist+[(x-1,y+1)]
if x!=4:
if c==listsqr[x+1][y+1]:
waitlist=waitlist+[(x+1,y+1)]
if x!= 0:
if c==listsqr[x-1][y]:
waitlist = waitlist+[(x-1,y)]
if x>1:
if c==listsqr[x-2][y]:
waitlist=waitlist + [(x-2,y)]
if y!=0:
if c==listsqr[x-1][y-1]:
waitlst=waitlist+[(x-1,y-1)]
if y!=6:
if c==listsqr[x-1][y+1]:
waitlist=waitlist+[(x-1,y+1)]
if x!= 4:
if c==listsqr[x+1][y]:
waitlist = waitlist+[(x+1,y)]
if x<3:
if c==listsqr[x+2][y]:
waitlist=waitlist + [(x+2,y)]
if y!=6:
if c==listsqr[x+1][y+1]:
waitlst=waitlist+[(x+1,y+1)]
if y!=0:
if c==listsqr[x+1][y-1]:
waitlist=waitlist+[(x+1,y-1)]
if len(waitlist)>1:
score = score + len(waitlist)
draw_score(score)
for i in waitlist:
listsqr[i[0]][i[1]]=0
draw_rectangle(create_rectangle((w*i[0],w*(1+i[1])),w,w,(255,255,255)))
return
def draw_scene():
R1=create_rectangle((0,0),250,50,(11, 22, 22))
draw_rectangle(R1)
R2=create_rectangle((0,50),250,350,(255,255,255))
draw_rectangle(R2)
line1 = create_line( (140,22), (170, 22), (220,220,220), 5)
draw_line(line1)
line2=create_line((210,22), (240,22) , (220,220,220),5)
draw_line(line2)
def square(x,y):
global random,listsqr,sqr_x,sqr_y,w,listcolor
draw_rectangle(create_rectangle((w*sqr_x,w*(1+sqr_y)),w,w,listcolor[0]))
listcolor[0]=listcolor[1]
listcolor[1]=listcolor[2]
listcolor[2]=listcolor[3]
listcolor[3]=random[randrange(0,4)]
draw_rectangle(create_rectangle((w*x,w*(y+1)),w,w,listcolor[0]))
draw_rectangle(create_rectangle((0.2*w,0.2*w),0.4*w,0.4*w,listcolor[1]))
draw_rectangle(create_rectangle((0.8*w,0.2*w),0.4*w,0.4*w,listcolor[2]))
draw_rectangle(create_rectangle((1.4*w,0.2*w),0.4*w,0.4*w,listcolor[3]))
draw_rectangle(create_rectangle((w*(x+0.25),w*(1.25+y)),0.5*w,0.5*w,(250,250,250)))
listsqr[x][y]=listcolor[0]
sqr_x = x
sqr_y = y
combinaison(sqr_x,sqr_y)
return
def draw():
global state, user_state,score,listsqr,listcolor,sqr_x,sqr_y,w,random,objectif
if state=='init':
w=50
initialize(5*w,8*w,"Folt: The game")
random=[(255,0,0),(0,255,0),(0,0,255),(255,255,0)]
state ='HOME'
if state=='HOME':
fill_window((255,255,255))
draw_text(create_text("Folt: The game",(125,100),(200,0,100),30,'middle'))
draw_text(create_text("press enter to start",(125,350),(50,50,50),20,'middle'))
if is_key_pressed(K_RETURN):
state='INITGAME'
if state=='HOME':
fill_window((255,255,255))
R1=create_rectangle((30,50),190,200,(176, 242, 182))
draw_rectangle(R1)
R2=create_rectangle((80,80),90,40,(255,0,0))
draw_rectangle(R2)
R3=create_rectangle((80,120),40,100,(11, 22, 22))
draw_rectangle(R3)
R4=create_rectangle((120,140),50,40,(49, 140, 231))
draw_rectangle(R4)
R5=create_rectangle((30,270),190,30,(11, 22, 22))
draw_rectangle(R5)
R6=create_rectangle((30,310),190,30,(11, 22, 22))
draw_rectangle(R6)
draw_text(create_text("JOUER:G",(125,275),(255,255,255),15,'middle'))
draw_text(create_text("TOUCHES:T",(125,315),(255,255,255),15,'middle'))
if is_key_pressed(K_g):
state='INITGAME'
if state=='INITGAME':
fill_window((255,255,255))
draw_scene()
objectif = randrange(15,26)
score=0
draw_score(score)
listsqr=[[0,0,0,0,0,0,0],[0,0,0,0,0,0,0],[0,0,0,0,0,0,0],[0,0,0,0,0,0,0],[0,0,0,0,0,0,0]]
listcolor=[(255,255,255),random[randrange(0,4)],random[randrange(0,4)],random[randrange(0,4)]]
sqr_x =0
sqr_y= 0
square(2,3)
state='GAME'
user_state = 'GAME'
if state=='GAME':
if score >= objectif:
state = 'WIN'
if state == 'WIN':
fill_window((255,255,255))
draw_text(create_text("Vous avez gagné",(125,150),(200,0,100),50,'middle'))
draw_text(create_text("Retour pour revenir au menu",(125,340),(0,0,0),15,'middle'))
draw_text(create_text("Espace pour rejouer",(125,360),(0,0,0),15,'middle'))
if is_key_pressed(K_SPACE):
state='INITGAME'
if is_key_pressed(K_BACKSPACE):
state='HOME'
if state == 'lose':
fill_window((255,255,255))
draw_text(create_text("GAME OVER",(125,150),(200,0,100),30,'middle'))
draw_text(create_text("Retour pour revenir au menu",(125,340),(0,0,0),15,'middle'))
draw_text(create_text("Espace pour rejouer",(125,360),(0,0,0),15,'middle'))
if is_key_pressed(K_SPACE):
state='INITGAME'
if is_key_pressed(K_BACKSPACE):
state='HOME'
return
def handle_user():
global sqr_x,sqr_y,user_state,state,w
if is_key_pressed(K_ESCAPE):
uninitialize()
if user_state=='GAME':
if is_key_pressed(K_UP):
if sqr_y!= 0 and listsqr[sqr_x][sqr_y-1]==0:
square(sqr_x,sqr_y-1)
user_state="arret"
delay_process(arret,300)
if is_key_pressed(K_LEFT):
if sqr_x!= 0 and listsqr[sqr_x-1][sqr_y]==0:
square(sqr_x-1,sqr_y)
user_state="arret"
delay_process(arret,300)
if is_key_pressed(K_DOWN):
if sqr_y!= 6 and listsqr[sqr_x][sqr_y+1]==0:
square(sqr_x,sqr_y+1)
user_state="arret"
delay_process(arret,300)
if is_key_pressed(K_RIGHT):
if sqr_x!= 4 and listsqr[sqr_x+1][sqr_y]==0:
square(sqr_x+1,sqr_y)
user_state="arret"
delay_process(arret,300)
if state == 'GAME':
if (sqr_x!=0 and listsqr[sqr_x-1][sqr_y]==0)==False and (sqr_x!=4 and listsqr[sqr_x+1][sqr_y]==0)==False:
if (sqr_y !=0 and listsqr[sqr_x][sqr_y-1]==0)==0 and (sqr_y!=6 and listsqr[sqr_x][sqr_y+1]==0)==False:
state='lose'
return
def main_app():
repeat_process(draw,20)
repeat_process(handle_user,20) |
