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| import tkinter as tk
import threading, time, random, math
keys = {}
def key_down(event):
key = event.keysym
keys[key] = True
def key_up(event):
key = event.keysym
if key == 'Escape':
root.destroy()
keys[key] = False
a = 5
def move():
while go:
KEYS = keys.copy()
for key in KEYS:
#First Player GREEN
if key == 'z' and KEYS[key]: #Up
if collision_bar(pts1, -a):
canvas.move(p1, 0, -a)
if key == 's' and KEYS[key]: #Down
if collision_bar(pts1, +a):
canvas.move(p1, 0, +a)
#Second Player RED
if key == 'Up'and KEYS[key]:
if collision_bar(pts2, -a):
canvas.move(p2, 0, -a)
if key == 'Down' and KEYS[key]:
if collision_bar(pts2, +a):
canvas.move(p2, 0, +a)
time.sleep(0.001)
def collision_bar(pts, add):
new_1 = max(0,pts[1]+add)
new_2 = min(700,pts[5]+add)
if new_1 != pts[1] and new_2 != pts[5] :
pts[1] = pts[3] = new_1
pts[5] = pts[7] = new_2
return True
else:
return False
v=4.0
v_orig=4.0
def collision_balle():
global go, v, add_x, add_y
list_angles = [x for x in range(5,360,50) if x not in (90, 180, 270)]
angle = math.radians(random.choice(list_angles))
#angle = 2.4
add_x = math.cos(angle)*v
add_y = -(math.sin(angle)*v)
pi = math.pi
while True:
x0, y0, x1, y1 = canvas.coords(ball)
r = (y1-y0)/2
center_y = r+y0
center_x = r+x0
#VICTOIRE
if x0 <= 0:
print('PLAYER 2 GAGNE')
go = False
return
elif x1 >= 1000:
print('PLAYER 1 GAGNE')
go = False
return
#TOP/BOTTOM
elif y0 <= 0 or y1 >= 700:
add_y = -add_y
#REBOND CONTRE JOUEUR 1
elif x0 <= pts1[2]:
if pts1[1] < center_y < pts1[5]: #REBOND NORMAL
add_x = max(add_x,-add_x)
threading.Thread(target=blink, args=(p1,"GREEN")).start()
elif center_y < pts1[1] < y1 : #REBOND BORD HAUT => REPART VERS LE HAUT
v += 0.5
add_x = math.cos(angle)*v
add_y = -(math.sin(angle)*v)
add_y = min(add_y,-add_y)
if center_x > pts1[2] : #REPART VERS LA DROITE AVANT QU'IL NE SOIT TROP TARD
add_x = max(add_x,-add_x)
threading.Thread(target=blink, args=(p1,"GREEN")).start()
elif y0 < pts1[5] < center_y: #REBOND BORD BAS => REPART VERS LE BAS
v += 0.5
add_x = math.cos(angle)*v
add_y = -(math.sin(angle)*v)
add_y = max(add_y,-add_y)
if center_x > pts1[2] : #REPART VERS LA DROITE AVANT QU'IL NE SOIT TROP TARD
add_x = max(add_x,-add_x)
threading.Thread(target=blink, args=(p1,"GREEN")).start()
#REBOND CONTRE JOUEUR 2
elif x1 >= pts2[0]:
if pts2[1] < center_y < pts2[5]: #REBOND NORMAL
add_x = min(add_x,-add_x)
threading.Thread(target=blink, args=(p2,"RED")).start()
elif center_y < pts2[1] < y1: #REBOND BORD HAUT => REPART VERS LE HAUT
v += 0.5
add_x = math.cos(angle)*v
add_y = -(math.sin(angle)*v)
add_y = min(add_y,-add_y)
if center_x < pts2[0] : #REPART VERS LA GAUCHE AVANT QU'IL NE SOIT TROP TARD
add_x = min(add_x,-add_x)
threading.Thread(target=blink, args=(p2,"RED")).start()
elif y0 < pts2[5] < center_y: #REBOND BORD BAS => REPART VERS LE BAS
v += 0.5
add_x = math.cos(angle)*v
add_y = -(math.sin(angle)*v)
add_y = max(add_y,-add_y)
if center_x < pts2[0]: #REPART VERS LA GAUCHE AVANT QU'IL NE SOIT TROP TARD
add_x = min(add_x,-add_x)
threading.Thread(target=blink, args=(p2,"RED")).start()
canvas.move(ball, add_x, add_y)
time.sleep(0.01)
def get_color():
for i, x in enumerate(range(int(v_orig*10),int(v_orig*10+90),5)): #4.0 -> 12.5 soit 18 vitesses
if v == round(x/10,1):
return rgbtohex(BALL_COLORS[i][0], BALL_COLORS[i][1], BALL_COLORS[i][2])
return rgbtohex(BALL_COLORS[-1][0], BALL_COLORS[-1][1], BALL_COLORS[-1][2])
def blink(player,original_color=None):
if player == ball:
original_color = get_color()
canvas.itemconfig(player, fill= "WHITE")
time.sleep(0.1)
canvas.itemconfig(player, fill=original_color)
R,G,B = (75,255,75)
def rgbtohex(r,g,b):
return f'#{r:02x}{g:02x}{b:02x}'
#18 nuances de couleurs du vert au rouge
BALL_COLORS = [ (R-x,G,B) for x in range(0,R+1,15) ] + [(255,G-x,B) for x in range(15,G+1-R,15)]
def create_circle(x, y, r): #center coordinates, radius
x0 = x - r
y0 = y - r
x1 = x + r
y1 = y + r
return canvas.create_oval(x0, y0, x1, y1, fill= rgbtohex(R,G,B), width=0)
root = tk.Tk()
root.geometry(f"1000x700+{int(1920/2-1000/2)}+{int(1080/2-700/2)}")
canvas = tk.Canvas(root, width=1000, height=700, bg='GREY60')
canvas.pack()
pts1 = [0,0, 50,0, 50,150, 0,150]
p1 = canvas.create_polygon(pts1, fill='GREEN')
pts2 = [950,0, 1000,0, 1000,150, 950,150]
p2 = canvas.create_polygon(pts2, fill='RED')
ball = create_circle(500,350,20)
root.bind('<KeyPress>', key_down)
root.bind('<KeyRelease>', key_up)
go = True
threading.Thread(target=move).start()
threading.Thread(target=collision_balle).start()
root.mainloop() |
