from tkinter import*
from math import pi, sin, cos
from random import randrange
from random import*



class Canon:
    def __init__(self, boss, x, y):
        self.boss = boss
        self.x1, self.y1 = x, y
        self.lbu = 50
        self.x2, self.y2 = x + self.lbu, y
        self.buse = boss.create_line(self.x1, self.y1, self.x2, self.y2, width =10)
        r = 15
        boss.create_oval(x-r, y-r, x+r, y+r, fill='red', width =3)
        self.rayon_obus = 10
        self.obus =boss.create_oval(x, y, x, y, fill='red')
        self.anim =False
        self.explo = False

        self.xMax =int(boss.cget('width'))
        self.yMax =int(boss.cget('height'))
        



    def orienter(self, angle):
        self.angle = float(angle)*pi/180
        self.x2 = self.x1 + self.lbu*cos(self.angle)
        self.y2 = self.y1 - self.lbu*sin(self.angle)
        self.boss.coords(self.buse, self.x1, self.y1, self.x2, self.y2)




    

    def feu(self):
        if not self.anim:
            self.anim =True
            self.boss.coords(self.obus, self.x2 -3, self.y2 -3, self.x2 +3, self.y2 +3)
            v = 15
            self.vy = -v *sin(self.angle)
            self.vx = v *cos(self.angle)
            self.animer_obus()

            
    

    def animer_obus(self):
        if self.anim:
            self.boss.move(self.obus, int(self.vx), int(self.vy))
            c = self.boss.coords(self.obus)
            xo, yo = c[0] +3, c[1] +3
            
            if yo<60 or xo > 1227: self.anim =False
            
            self.boss.after(30, self.animer_obus)
            self.vy += 0.2
           
            self.gerer_rebonds()
        
    
            

        

##self.explo = self.boss.create_oval(xo -12, yo -12, xo +12, yo +12, fill ='yellow', width =0)          


    def gerer_rebonds(self):
        c  = self.boss.coords(self.obus) # coord. résultantes
        
        # On en deduit le centre de l'obus
        xo = c[0] + self.rayon_obus
        yo = c[1] + self.rayon_obus # coord. du centre de l'obus
        
        if yo> 710 and yo<750 and  xo > 1200 and xo<1250:
            
            self.anim = False
            self.explo = self.boss.create_oval(xo -12, yo -12, xo +12, yo +12, fill ='yellow', width =3)
            self.boss.after(350, self.fin_explosion)

            aleatoire4 = randint(0, 90)
            s1.set(aleatoire4)
        

         
        if yo < 0:
                self.vy = - self.vy

    def fin_explosion(self):
        self.boss.delete(self.explo)
        self.explo =False
                
       
        
      
    



class Canon2:
    def __init__(self, boss, x, y):
        self.boss = boss
        self.x1, self.y1 = x, y
        self.lbu = 50
        self.x2, self.y2 = x + self.lbu, y
        self.buse = boss.create_line(self.x1, self.y1, self.x2, self.y2, width =10)
        r = 15
        boss.create_oval(x-r, y-r, x+r, y+r, fill='blue', width =3)
        self.rayon_obus = 10
        self.obus =boss.create_oval(x, y, x, y, fill='red')
        self.anim =False
        self.explo = False
        
        

        self.xMax =int(boss.cget('width'))
        self.yMax =int(boss.cget('height'))
        



    def orienter(self, angle):
        self.angle = float(angle)*pi/180
        self.x2 = self.x1 + self.lbu*cos(self.angle)
        self.y2 = self.y1 - self.lbu*sin(self.angle)
        self.boss.coords(self.buse, self.x1, self.y1, self.x2, self.y2)



    def feu(self):
        if not self.anim:
            self.anim =True
            self.boss.coords(self.obus, self.x2 -3, self.y2 -3, self.x2 +3, self.y2 +3)
            v = 15
            self.vy = -v *sin(self.angle)
            self.vx = v *cos(self.angle)
            self.animer_obus()
    

    def animer_obus(self):
        if self.anim:
            self.boss.move(self.obus, int(self.vx), int(self.vy))
            c = self.boss.coords(self.obus)
            xo, yo = c[0] +3, c[1] +3
            if yo < 60 or xo < 10: self.anim =False
            self.vy += 0.2
            self.boss.after(30, self.animer_obus)
            
            self.gerer_rebonds()        

    def plus():
        compte.configure(text=a)

    def gerer_rebonds(self):
        c  = self.boss.coords(self.obus) # coord. résultantes

        # On en deduit le centre de l'obus
        xo = c[0] + self.rayon_obus
        yo = c[1] + self.rayon_obus # coord. du centre de l'obus
        
        if yo> 710 and yo<750 and  xo > 10 and xo<60:
            
            self.anim = False
            self.explo=self.boss.create_oval(xo -12, yo -12, xo +12, yo +12, fill ='yellow', width =3)
            
            

##            can.create_text(200, 100, text=(n+1))
##            n.remove

##            n=1
##            Label(f, text ="points").pack()
##            f.points =Label(f, text=(n+1), bg ='white')
##            f.points.pack()
##        
                
            self.boss.after(350, self.fin_explosion)
            self.hit =id
            

            aleatoire3 = randint(90, 180)
            s2.set(aleatoire3)

            if yo < 0:
                self.vy = - self.vy

    def fin_explosion(self):
        self.boss.delete(self.explo)
        self.explo =False


    class Score:
        def __init__(self, can):
            self.canvas = can
            self.add_score = 10
            canvas.itemconfig(self.id, text='Your score = %s' % (self.scoreboard))
            self.id = can.create_text(200,100, text='Your score = %s' %(self.scoreboard))


    
        

        
       


    

    


if __name__ == '__main__':

    f = Tk()
    f.title('salut')
    can = Canvas(f,width =1250, height =800, bg ='ivory', relief =SUNKEN)
    can.pack(padx =10, pady =10)

##    my_image = PhotoImage(file='E:\\Capture2(2).gif')
##    can.create_image(0, 50, anchor = NW, image=my_image)
##    can.create_rectangle( 0, 50, 1250, 800, width = 8)





    c1 = Canon(can, 76, 720)
    c2 = Canon2(can, 1200, 720)

    aleatoire = randint(0, 90)
    aleatoire2 = randint(90, 190)
    

   


    s1 =Scale(f, label='angle', from_=90, to=0, command=c1.orienter, showvalue=0, activebackground='red')
    s1.pack(side=LEFT, pady =5, padx =20)
    s1.set(aleatoire)

    s2 =Scale(f, label='angle', from_=90, to=180, command=c2.orienter, showvalue=0, activebackground='red')
    s2.pack(side=RIGHT, pady =5, padx =20)
    s2.set(aleatoire2)

    

    Button(f, text='Feu !', command =c1.feu).pack(side=LEFT)
    Button(f, text='Feu !', command =c2.feu).pack(side=RIGHT)
    f.mainloop()