Le jeu pas fini à finir

cubeshot.py

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+from tkinter import *
+from time import sleep
+from random import randint
+from threading import Thread
+from math import *
+shotgun=False
+
+class Plateforme:
+    def __init__(self,unx,uny,uncotex,uncotey,uncanvas,color,):
+        self.x=unx
+        self.y=uny
+        self.cotex=uncotex
+        self.canvas=uncanvas
+        self.couleur=color
+        self.cotey=uncotey
+        self.plat=self.canvas.create_rectangle(self.x,
+                                               self.y,
+                                               self.x+self.cotex,
+                                               self.y+self.cotey,
+                                               fill=(self.couleur))
+################################Perso################################
+
+class Personnage:
+    def __init__ (self,unx,uny,uncote,uncanvas,unfenetre,unvie,color):
+        self.x=unx
+        self.y=uny
+        self.cote=uncote
+        self.canvas=uncanvas
+        self.f=unfenetre
+        self.couleur=color
+        self.v=unvie
+        self.bondit=False
+        self.r=self.canvas.create_rectangle(self.x,
+                                            self.y,
+                                            self.x+self.cote,
+                                            self.y+self.cote,
+                                            fill=(self.couleur))
+        
+        self.p=Pistolet(self.x+self.cote,
+                        self.y,
+                        self.canvas,
+                        self.couleur)
+        
+    def deplace(self,dx,dy):
+        self.x= dx
+        self.y= dy
+        self.canvas.coords(self.r,self.x,
+                                  self.y,
+                                  self.x+self.cote,
+                                  self.y+self.cote)
+        if self.p.direction==True:
+            self.p.deplace(self.x+self.cote,self.y)
+        else:
+            self.p.deplace(self.x-5,self.y)
+    
+    def droit(self,droit):
+        self.p.direction=True
+        self.deplace(self.x+droit,self.y)
+        
+    
+    def gauche(self,droit):
+        self.p.direction=False
+        self.deplace(self.x-droit,self.y)
+    
+    def tomber(self,tomber):
+        while self.y+self.cote !=900:
+            self.deplace(self.x,self.y+tomber)
+            sleep(0.001)
+            self.f.update()
+    
+    def vatoucheplat(self,dx,dy,plat):
+        if dx>=0 and dy>=0 :
+            if plat.x<=self.x+self.cote+dx<=plat.x+plat.cotex and plat.y<=self.y+self.cote+dy<=plat.y+plat.cotey:
+                if self.x+self.cote<= plat.x:
+                    return "tomber"
+                else :
+                    return "poser"
+            if plat.x<=self.x+self.cote+dx<=plat.x+plat.cotex and plat.y<=self.y+dy<=plat.y+plat.cotey:
+                return "tomber"
+            if plat.x<=self.x+dx<=plat.x+plat.cotex and plat.y<=self.y+self.cote+dy<=plat.y+plat.cotey:
+                return "poser"
+            return "continue"
+        if dx<0 and dy>=0 :
+            if plat.x<=self.x+dx<=plat.x+plat.cotex and plat.y<=self.y+self.cote+dy<=plat.y+plat.cotey:
+                if self.x>=plat.x+plat.cotex:
+                    return "tomber"
+                else :
+                    return "poser"
+            if plat.x<=self.x+dx<=plat.x+plat.cotex and plat.y<=self.y+dy<=plat.y+plat.cotey:
+                return "tomber"
+            if plat.x<=self.x+self.cotex+dx<=plat.x+plat.cotex and plat.y<=self.y+self.cote+dy<=plat.y+plat.cotey:
+                return "poser"
+            return "continue"            
+    def dead(self):
+        self.canvas.delete(self.r)
+    
+
+class Saut(Thread):
+    def __init__ (self,unrayon,personnage):
+        Thread.__init__(self)
+        self.r=unrayon
+        self.character=personnage
+        
+        
+    def run(self):
+        ###########Initialisation des variable########
+        self.a=0.025
+        sauter=0.025
+        x=self.character.x
+        y=self.character.y
+        self.character.bondit=True
+        
+        ################Pendant le saut##########
+        if self.character.p.direction==True:
+            while self.a<pi and self.character.x+self.character.cote<1899  :
+                self.a = self.a+sauter
+                self.character.deplace(x+self.r-self.r*cos(self.a),y-self.r*sin(self.a))
+                sleep(0.01)
+        else:
+            while self.a<pi and self.character.x>0:
+                self.a = self.a+sauter
+                self.character.deplace(x-self.r+self.r*cos(self.a),y-self.r*sin(self.a))
+                sleep(0.01)
+                
+        ######################Après le saut##########
+        
+        if self.character.x+self.character.cote<1899 and self.character.x>0 :
+            if self.character.p.direction==True:
+                self.a=pi
+                self.character.deplace(x+self.r-self.r*cos(self.a),y-self.r*sin(self.a))
+                
+            else:
+                self.a=pi
+                self.character.deplace(x-self.r+self.r*cos(self.a),y-self.r*sin(self.a))
+                
+        ##################Si il touche un mur###################
+        else:
+            while self.character.y+self.character.cote <900:
+                self.character.deplace(self.character.x,self.character.y+1)
+                sleep(0.01)
+                
+        self.character.bondit=False
+        
+mouvement=2
+def Right1(event):
+    if perso1.bondit==False:
+        if  perso1.x+mouvement + cotecorp1 <1900 : 
+            perso1.droit(mouvement)
+
+def left1(event):
+    if perso1.bondit==False:
+        if  perso1.x-mouvement >0 :
+            perso1.gauche(mouvement)
+
+def Right2(event):
+    if perso2.bondit==False:
+        if  perso2.x+mouvement + cotecorp2 <1900 :
+            perso2.droit(mouvement)
+        
+def left2(event):
+    if perso2.bondit==False:
+        if perso2.x-mouvement >0  :
+            perso2.gauche(mouvement)
+            
+def Jump1(event):
+    if perso1.bondit==False:
+        saut=Saut(350,perso1)
+        saut.start()
+        
+def Jump2(event):
+    if perso2.bondit==False:
+        saut=Saut(325,perso2)
+        saut.start()
+
+def Dash1(event):
+    perso1.foncer(10)
+    
+    
+class Pistolet():
+    def __init__ (self,unx,uny,uncanvas,uncolor):
+        self.x=unx
+        self.y=uny
+        self.c=uncanvas
+        self.u=uncolor
+        self.direction =True
+        self.pistol=self.c.create_rectangle(self.x,
+                                            self.y,
+                                            self.x+5,
+                                            self.y+5,
+                                            fill=self.u)
+    def deplace(self,dx,dy):
+        self.x=dx
+        self.y=dy
+        self.c.coords(self.pistol,self.x,
+                                  self.y,
+                                  self.x+5,
+                                  self.y+5)
+
+    def CreerBalle(self):
+        self.b=Balle(self.x,self.y,self.c)
+
+
+class Balle():
+    def __init__ (self,unx,uny,uncanvas):
+        self.x=unx
+        self.y=uny
+        self.cote=5
+        self.c=uncanvas
+        self.ball=self.c.create_rectangle(self.x,self.y,self.x+self.cote,self.y+self.cote,fill="#ff0000")
+        
+
+    def dessineballe(self):
+        self.ball=self.c.create_rectangle(self.x,self.y,self.x+self.cote,self.y+self.cote,fill="#ff0000")
+        
+    def Tmilieu(self,direction):
+        if direction==True:
+            self.x=self.x+2
+            self.c.coords(self.ball,self.x,self.y,self.x+self.cote,self.y+self.cote)
+        else:
+            self.x=self.x-2
+            self.c.coords(self.ball,self.x,self.y,self.x+self.cote,self.y+self.cote)
+    
+    def TdiagH(self):
+        if direction==True:
+            self.x=self.x+2
+            self.y=self.y-2
+        else:
+            self.x=self.x-2
+            self.y=self.y-2
+    
+    def TdiagB(self):
+        if direction==True:
+            self.x=self.x+2
+            self.y=self.y+2
+        else:
+            self.x=self.x-2
+            self.y=self.y+2
+            
+class Tir_p(Thread):
+    def __init__ (self,uncanvas,unpistolet,perso):
+        Thread.__init__(self)
+        self.c=uncanvas
+        self.cote=5
+        self.p=unpistolet
+        self.perso=perso
+        self.p.CreerBalle()
+        self.p.b.dessineballe()
+        print("c")
+        #balle créer
+    
+    def run(self):
+        if self.p.direction==True:
+            
+            while not (self.perso.x <self.p.b.x+2 <self.perso.x +100 and self.perso.y<self.p.b.y+2 <self.perso.y+100) and self.p.b.x+2<1900 :
+                        #teste si la balle n'est pas dans le perso
+                print("c")
+                self.p.b.Tmilieu(self.p.direction)
+                sleep(0.002)
+                
+        else:
+            while not (self.perso.x<self.p.b.x-2 <self.perso.x+100 and self.perso.y<self.p.b.y-2 <self.perso.y+100 ) and self.p.b.x-2>0 :
+                self.p.b.Tmilieu(self.p.direction)
+                sleep(0.002)
+                
+        ################# teste si la balle touche le joueur##################
+        if self.perso.x<self.p.b.x+2<self.perso.x+100:
+            self.perso.v=self.perso.v-1
+            print (self.perso.v)
+            if self.perso.v<0:
+                self.perso.dead()
+                
+        if self.perso.x<self.p.b.x-2<self.perso.x+100:
+        
+            self.perso.v=self.perso.v-1
+            print (self.perso.v)
+            if self.perso.v<0:
+                self.perso.dead()
+        self.c.delete(self.p.b.ball)
+        self.c.delete(self.p.b)
+
+def shoot1(event):
+    chevrotine1 = Tir_p(c,perso1.p,perso2)
+    chevrotine1.start()
+            
+def shoot2(event):
+    chevrotine2 = Tir_p(c,perso2.p,perso1)
+    chevrotine2.start()
+    
+def fall():
+    perso1.tomber(1)
+    perso2.tomber(1)
+    
+    c.bind_all('<q>', left1)
+    c.bind_all('<d>', Right1)
+    c.bind_all('<space>', Jump1)
+    
+    if shotgun ==False:
+        c.bind_all('<f>',shoot1)
+
+    if shotgun ==True:
+        c.bind_all('<f>',shoot1)
+    c.bind_all('<Button-1>',shoot2)
+    #flèche
+    
+    c.bind_all('<Left>', left2)
+    c.bind_all('<Right>', Right2)
+    c.bind_all('<Up>', Jump2)
+    c.bind_all('<k>', Dash1)
+    
+lst_objet=[]
+
+tir= Tk()
+
+c= Canvas(width =1900,height =900,bg="black")
+c.pack()
+xcorp1 =500
+ycorp1 =500
+cotecorp1 = 100
+xcorp2 =1100
+ycorp2 =500
+cotecorp2 = 100
+cotebas = 50
+xGB,yB,xDB,xDH,yH,xMB,yMB,yMH=200,600,1450,1250,400,775,225,625
+cotePx=250
+cotePlaty=15
+
+#Personnage
+perso1=Personnage(xcorp1,ycorp1,cotecorp1,c,tir,30,"#ff0000")
+perso2=Personnage(xcorp2,ycorp2,cotecorp2,c,tir,30,"#0000ff")
+
+#Platforme
+PlateformeGB=Plateforme(xGB,yB,cotePx,cotePlaty,c,"#ffff00")
+PlateformeDB=Plateforme(xDB,yB,cotePx,cotePlaty,c,"#ffff00")
+PlateformeGH=Plateforme(yH,yH,cotePx,cotePlaty,c,"#ffff00")
+PlateformeDH=Plateforme(xDH,yH,cotePx,cotePlaty,c,"#ffff00")
+PlateformeMB=Plateforme(xMB,yMB,cotePx,cotePlaty,c,"#ffff00")
+PlateformeMH=Plateforme(xMB,yMH,cotePx,cotePlaty,c,"#ffff00")
+
+listxplat=[]
+listxplat.append(xGB)
+listxplat.append(xDB)
+listxplat.append(xDH)
+listxplat.append(xMB)
+
+listyplat=[]
+listyplat.append(yB)
+listyplat.append(yH)
+listyplat.append(yMB)
+listyplat.append(yMH)
+
+b=Button(text="Commencer",command=fall)
+b.pack()
+tir.mainloop()