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| # -*- coding: cp1252 -*-
import time
import Tkinter
from Tkinter import *
import random
#------------------------------------------------------------------------------#
#------------------------------- Projet ISN -----------------------------------#
#------------------------------------------------------------------------------#
def Initialisation():
global fen,img1,img2,r,s,n,z,xx1,xx2,yy2,yy1,img3,img4,p,img5,sc,u
print " Entrée dans Initialisation. "
print ""
n=25
r=0
s=0
z=0
p=0
u=0
sc=0
fen=Tk()
fen.title("Doge Walk / Menu")
fen.attributes('-fullscreen', 1)
img1=PhotoImage(file="Menu.gif")
img2=PhotoImage(file="Jeu.gif")
img3=PhotoImage(file="Menu2.gif")
img4=PhotoImage(file="DOGE RUN.gif")
img5=PhotoImage(file="Sortie.gif")
print " Sortie de Initialisation. "
print ""
#------------------------------------------------------------------------------#
#---------------------------------- Menu --------------------------------------#
#------------------------------------------------------------------------------#
def Menu():
global fen,img1
print " Entrée dans le menu. "
print ""
Canvas_Menu = Canvas(fen, width=1920, height=1080, background='darkgray')
Canvas_Menu.pack()
Image_Du_Menu2 = Canvas_Menu.create_image(960, 540, image=img3)
Image_Du_Menu = Canvas_Menu.create_image(960, 540, image=img1)
Image_Du_Menu3 = Canvas_Menu.create_image(1700, 450, image=img4)
Canvas_Menu.bind('<Button-1>', boutton)
fen.update()
fen.mainloop()
def boutton(event):
X = event.x
Y = event.y
print(X, Y)
print ""
if 1170<X<1670 and 750<Y<1000:
Credits() #Crédits
if 700<X<1220 and 400<Y<650:
PreJeu() #Jouer
if 250<X<750 and 750<Y<1000:
Options() #Options
if 1550<X<1850 and 200<Y<700:
Quitter() #Quitte le Programme
def Quitter():
fen.quit()
fen.destroy()
fen.mainloop()
quit()
#------------------------------------------------------------------------------#
#----------------------------------- Jeu --------------------------------------#
#------------------------------------------------------------------------------#
def PreJeu():
global fen,fen3,fen2,Canvas_Jeu,img2,n,img4
fen.quit()
print " Sortie du menu. "
print ""
fen2=Toplevel()
fen2.title("Doge Walk / Jeu")
fen2.attributes('-fullscreen', 1)
Canvas_Jeu = Canvas(fen2, width=1920, height=1080, background='darkgray')
Canvas_Jeu.pack()
print " Entrée dans les préparations au Jeu "
print ""
Image_Du_Jeu = Canvas_Jeu.create_image(960, 540, image=img2)
Image_Du_Jeu2 = Canvas_Jeu.create_image(1850, 30, image=img5)
fen2.update()
fen3=Toplevel()
fen3.title("Doge Walk / Comment Jouer")
Canvas_Jeu2 = Canvas(fen3, width=500, height=300)
Canvas_Jeu2.grid(column=3,row=1)
texte0 = Label(fen3, text= " ")
texte0.grid(column=1,row=2)
btn3 = Button(fen3, text="Courte",command=Courte)
btn3.grid(column=2,row=2)
btn2 = Button(fen3, text="Moyenne",command=Moyenne)
btn2.grid(column=3,row=2)
btn1 = Button(fen3, text="Longue",command=Longue)
btn1.grid(column=4,row=2)
message1 = Canvas_Jeu2.create_text(250,40,text="Comment Jouer ?!", font ="Trebuchet 25 italic", fill="dark red" )
message2 = Canvas_Jeu2.create_text(250,80,text="Il vous suffit de cliquer pour sauter", font ="Trebuchet 12", fill="black" )
message3 = Canvas_Jeu2.create_text(250,100,text="et ainsi de finir le plus vite possible.", font ="Trebuchet 12", fill="black" )
message4 = Canvas_Jeu2.create_text(250,280,text="Choix de la longueur de la course :", font ="Trebuchet 12", fill="black" )
message5 = Canvas_Jeu2.create_text(250,120,text="Mais attention à sauter au bon moment !", font ="Trebuchet 12", fill="black" )
message6 = Canvas_Jeu2.create_text(250,140,text="Bon Jeu !! :)", font ="Trebuchet 12", fill="black" )
Canvas_Jeu3 = Canvas(fen3, width=500, height=100)
Canvas_Jeu3.grid(column=3,row=3)
message16 = Canvas_Jeu3.create_text(250,50,text="Choix de la difficulte :", font ="Trebuchet 12", fill="black" )
btn7 = Button(fen3, text="Facile",command=Facile)
btn7.grid(column=2,row=4)
btn8 = Button(fen3, text="Moyen",command=Moyen)
btn8.grid(column=3,row=4)
btn9 = Button(fen3, text="Difficile",command=Difficile)
btn9.grid(column=4,row=4)
Canvas_Jeu.bind('<Button-1>', boutton1)
fen3.update()
fen2.mainloop()
fen3.mainloop()
print " Sortie de la préparation au Jeu. "
print ""
def Facile():
global diff
diff=1
def Moyen():
global diff
diff=2
def Difficile():
global diff
diff=3
def Moyenne():
global n
n=50
def Courte():
global n
n=25
def Longue():
global n
n=75
def Credits ():
global credit, message8, message9, message10, message11, message12, message13, message14, message15, y7, y8, y9, y10, y11, y12, y13, y14, y15,u
print " Entrée dans les crédits."
credit = Toplevel()
credit.title("Doge Walk / Crédits")
#credit.attributes('-fullscreen', 1)
Canvas_Credits = Canvas(credit, width=1920, height=1080)
Canvas_Credits.grid(column=1,row=1)
Canvas_Credits.bind('<Button-1>', Sautcredit)
message7 = Canvas_Credits.create_text(960,1080,text="Credits", font ="Trebuchet 48", fill="red" )
message8 = Canvas_Credits.create_text(960,1180,text="Developpeurs :", font ="Trebuchet 42 bold", fill="black" )
message9 = Canvas_Credits.create_text(960,1280,text="Ewen Cossec & Louis-Marie Rauline", font ="Trebuchet 36", fill="black" )
message10 = Canvas_Credits.create_text(960,1380,text="Images :", font ="Trebuchet 42 bold", fill="black" )
message11 = Canvas_Credits.create_text(960,1480,text="Ewen Cossec & Louis-Marie Rauline", font ="Trebuchet 36", fill="black" )
message12 = Canvas_Credits.create_text(960,1580,text="Musiques :", font ="Trebuchet 42 bold", fill="black" )
message13 = Canvas_Credits.create_text(960,1680,text="Joseph Duclos", font ="Trebuchet 36", fill="black" )
message14 = Canvas_Credits.create_text(960,1780,text="Beta-Testeurs :", font ="Trebuchet 42 bold", fill="black" )
message15 = Canvas_Credits.create_text(960,1880,text="Joseph Duclos & Pierre Poisnel", font ="Trebuchet 36", fill="black" )
for i in range(1000000):
u=u+1
y7 = 1080-u
y8 = 1180-u
y9 = 1280-u
y10 = 1380-u
y11 = 1480-u
y12 = 1580-u
y13 = 1680-u
y14 = 1780-u
y15 = 1880-u
print y7, y8, y9, y10
Canvas_Credits.coords(message7, 960, y7)
Canvas_Credits.coords(message8, 960, y8)
Canvas_Credits.coords(message9, 960, y9)
Canvas_Credits.coords(message10, 960, y10)
Canvas_Credits.coords(message11, 960, y11)
Canvas_Credits.coords(message12, 960, y12)
Canvas_Credits.coords(message13, 960, y13)
Canvas_Credits.coords(message14, 960, y14)
Canvas_Credits.coords(message15, 960, y15)
credit.update()
credit.update()
def Sautcredit (event):
Quittercredit() #Close
print"+1"
credit.update()
def Quittercredit():
global credit
credit.quit()
credit.destroy()
Menu()
def Options():
print " Entrée dans les options. "
option = Toplevel()
option.title("Doge Walk / Options")
Canvas_Options = Canvas(option, width=500, height=300, background='darkgray')
Canvas_Options.pack()
option.update()
def Generation_Terrain():
global n,r,s,Sol,rektangle,x1,x2,y1,y2,xx1,xx2,yy2,yy1,Perso
Sol=[]
for i in range(n):
r=random.randrange(2)
if r==0:
s=s-1
if s==-1:
s=s+1
elif r==1:
s=s+1
if s==s-1:
s=s-1
Sol.append(s)
print "| i = ",i," | s = ",s," |"
rektangle=[]
for i in range(n):
x1=0+300*i
y1=1080-(40+Sol[i]*20)
x2=300+300*i
y2=1080
if i==n-1:
c="black"
if i!=n-1:
r2=random.randrange(11)
if r2==0:
c="green"
if r2==1:
c="purple"
if r2==2:
c="blue"
if r2==3:
c="yellow"
if r2==4:
c="red"
if r2 ==5:
c="orange"
if r2 ==6:
c="light green"
if r2 ==7:
c="dark green"
if r2 ==8:
c="brown"
if r2 ==9:
c="light blue"
if r2 ==10:
c="dark blue"
rektangle.append(Canvas_Jeu.create_rectangle(x1,y1,x2,y2, fill=c))
Perso = Canvas_Jeu.create_oval(125,y1+50,175,y1,fill="red")
fen2.update()
def boutton1(event):
global fen3
fen3.quit()
fen3.destroy()
Jeu()
def Jeu():
global fen2,Canvas_Jeu,s,n,rektangle,Sol,x1,x2,y1,y2,z,img4,p,diff,sc
print " Entrée dans le Jeu Principal. "
print ""
Generation_Terrain()
#print n
Canvas_Jeu.bind('<Button-1>',Saut)
i=0
for l in range(10000000):
for i in range(n):
x1=(0+300*i)-z
y1=1080-(40+Sol[i]*20)
x2=(300+300*i)-z
y2=1080
#print" x1 = ",x1," y1 = ",y1," x2 = ",x2," y2 = ",y2
Canvas_Jeu.coords(rektangle[i],x1,y1,x2,y2)
z=z+1
nplaque = int(z/150+1)/2
if diff==2 :
rien="rien"
if diff==1 :
print z
if p>10:
Canvas_Jeu.coords(Perso,125,1080-(111+(Sol[nplaque]*20)),175,1080-(61+Sol[nplaque]*20))
if p<=10:
Canvas_Jeu.coords(Perso,125,1080-(91+(Sol[nplaque]*20)),175,1080-(41+Sol[nplaque]*20))
p=p-1
if p==-1:
p=0
if p==0:
if nplaque!=n-1:
if Sol[nplaque]<Sol[nplaque +1] and (300*(nplaque)+150)-25< z:
for i in range(10000000):
if p<50:
sc=sc+1
fen2.update() # | Bloque le programme sans le faire buguer. |
print p
if nplaque+1==n:
Felicitations()
fen2.update()
print " Sortie du Jeu Principal. "
print ""
def Felicitations():
fen2.quit()
fen2.destroy()
Felicitation = Toplevel()
Felicitation.title("Doge Walk / Félicitation !!")
#Felicitation.attributes('-fullscreen', 1)
Canvas_Options = Canvas(Felicitation, width=1920, height=1080, background='darkgray')
Canvas_Options.pack()
def Saut (event):
global s,n,rectangles,Sol,xx1,xx2,yy1,yy2,Perso,nplaque,p
X = event.x
Y = event.y
p=100
#print p
if 1800<X<1910 and 0<Y<75:
Close() #Close
print"+1"
fen2.update()
def Close():
fen2.quit()
fen2.destroy()
fen.quit()
fen.destroy()
quit()
def P():
global p
print p
p=0
#------------------------------------------------------------------------------#
#--------------------------- Programme Principal ------------------------------#
#------------------------------------------------------------------------------#
Initialisation()
Menu() |
