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|
from tkinter import *
import tkinter.messagebox
from tkinter import messagebox
from math import *
import random
import time
score_int = 0
def regles(trigger = 0):
if trigger == 1:
Tk().wm_withdraw()
tkinter.messagebox.showinfo("Règles","L'objectif est de toucher la cible en choisissant l'angle et la vitesse initiale du tir. Vous pouvez choisir la difficulté en saisissant les nombre 1, 2 ou 3 pour choisir parmis les difficultés facile, moyen, et difficile")
def tir_parabolique(trigger = 0):
if trigger == 1:
def choix_diff():
global switch
global background
global width_c
global base
switch = 0
if difficulte_temp.get() == "1":
width_c = 700
can.config(width = 700, height = 300)
background = PhotoImage(file="Assets\\Images\\Tkinter\\Background\\paysage_700.png")
can.create_image(0, 0, anchor=NW, image=background)
base = can.create_image(50, 260, image=canon_et_hero)
elif difficulte_temp.get() == "2":
width_c = 900
can.config(width = 900, height = 300)
background = PhotoImage(file="Assets\\Images\\Tkinter\\Background\\mer.png")
can.create_image(0, 0, anchor=NW, image=background)
base = can.create_image(50, 260, image=canon_et_hero)
elif difficulte_temp.get() == "3":
width_c = 1100
can.config(width = 1100, height = 300)
background = PhotoImage(file="Assets\\Images\\Tkinter\\Background\\interstellar.png")
can.create_image(0, 0, anchor=NW, image=background)
base = can.create_image(50, 260, image=canon_et_hero)
can.create_image(width_c - 40, y_cible, image=cible)
def changer_cible(can, cible, diff):
# can.delete(cible_r)
print(diff)
can.delete(tkinter.ALL)
if diff == "1":
background = PhotoImage(file="Assets\\Images\\Tkinter\\Background\\paysage_700.png")
can.create_image(0, 0, anchor=NW, image=background)
can.update()
elif diff == "2":
background = PhotoImage(file="Assets\\Images\\Tkinter\\Background\\mer.png")
can.create_image(0, 0, anchor=NW, image=background)
can.update()
elif diff == "3":
background = PhotoImage(file="Assets\\Images\\Tkinter\\Background\\interstellar.png")
can.create_image(0, 0, anchor=NW, image=background)
can.update()
can.update()
x_cible = random.randint(width_c - 200, width_c - 30) # Génération de l'abcise de la cible
y_cible = random.randint(60, 240) # Génération de l'ordonnée de la cible
base = can.create_image(50, 260, image=canon_et_hero)
cible_r = can.create_image(x_cible, y_cible, image=cible)
can.update()
def Lancer_Tir():
global score_int
global cible_r
b = float(in_angle.get())*pi/180
Vo = float(in_vitesse.get())
x = 130
y = 225
t = 0
a = difficulte_temp.get()
#global image
#x_cible = width_c - 40
score = Label(fenetre, text="score : {0}".format(score_int))
score.grid(row=0, column=1)
can.update()
##################################################
# chargement des nouveaux elements
can.delete(base)
can.create_image(50, 260, image=canon)
perso = can.create_image(130, 225, image=hc45)
can.delete(perso)
can.update()
##################################################
while not(y <= 0 or y >= height_c or x >= width_c or (x >= x_cible and y_cible >= y + 23 >= y_cible + 79)) : # Déplacement du personnage
can.delete((perso))
can.update()
perso = can.create_image(x, y, image=hc45)
can.update()
time.sleep(0.025)
t += 0.025
x += (Vo*cos(b)*t)
y -= ((-0.5*9.81*(t**2)) + (Vo*sin(b)*t))
#print(x >= x_cible and y_cible >= y-23 >= y_cible + 79)
#print(x, y)
#print(x, y)
#print(x_cible, y_cible,y_cible + 79)
#print(width_c)
can.delete(perso)
image = can.create_image(-50, -50, image=hc45)
can.update()
if x >= x_cible and y + 23 >= y_cible and y - 23 <= y_cible + 79 and y + 48 >= y_cible :
tkinter.messagebox.showinfo("Win", "Bravo tu touches la cible !")
changer_cible(can, cible, a)
can.delete((perso))
can.update()
x = 130
y = 225
score_int += 10
elif y <= 0 or y >= height_c or x >= width_c:
tkinter.messagebox.showinfo("Game Over", "Perdu")
changer_cible(can, cible, a)
score_int = 0
can.delete((perso))
can.update()
x = 130
y = 225
switch = 1
#Démarrage fenêtre
fenetre = Tk()
fenetre.title("ShotDown")
fenetre.resizable(width=False, height=False)
# initialisation:
cible = PhotoImage(file="Assets\\Images\\Tkinter\\Personnage\\cible.png")
canon = PhotoImage(file="Assets\\Images\\Tkinter\\Canon\\canon.png")
canon_et_hero = PhotoImage(file="Assets\\Images\\Tkinter\\Canon\\canontete.png")
if switch == 1:
background = PhotoImage(file="Assets\\Images\\Tkinter\\Background\\paysage_700.png")
hc45 = PhotoImage(file="Assets\\Images\\Tkinter\\Personnage\hc45.png")
#Déclaration variables initiales
t = 0
x = 130
y = 225
choix = 0
global width_c
global height_c
global base
height_c = 300
width_c = 700
# Definition de la fenetre graphique (Canvas)
can = Canvas(fenetre, width=width_c, height=height_c)
can.grid(row=0, column=4, rowspan=4)
hc45 = PhotoImage(file="Assets\\Images\\Tkinter\\Personnage\\hc45.png")
x_cible = random.randint(width_c - 200, width_c - 30) # Génération de l'abcise de la cible
y_cible = random.randint(60, 240) # Génération de l'ordonnée de la cible
can.create_image(0, 0, anchor=NW, image=background)
image = can.create_image(-50, -50, image=hc45)
# Creation des boutons "difficulté" et "Lancer"
bou_tir = Button(fenetre, text='Tirer', width=8, command=Lancer_Tir)
bou_tir.grid(row = 0, column = 2)
bou_diff = Button(fenetre, text='Changer Difficulté', width=15, command=choix_diff)
bou_diff.grid(row = 0, column = 3)
#Saisie de l'angle
New_angle = StringVar()
New_angle.set("")
text_angle=Label(fenetre, text = "Angle :")
text_angle.grid(row = 1, column = 2)
in_angle=Entry(fenetre, textvariable = New_angle)
in_angle.grid(row = 1, column = 3)
#Saisie de la vitesse
New_vitesse = StringVar()
New_vitesse.set("")
text_vitesse = Label(fenetre, text="Vitesse :")
in_vitesse = Entry(fenetre, textvariable = New_vitesse)
text_vitesse.grid(row = 2, column = 2)
in_vitesse.grid(row = 2, column = 3)
#Saisie de la difficulté
difficulte_temp = StringVar()
difficulte_temp.set("")
text_diff = Label(fenetre, text = "Difficulté :")
entree_difficulte = Entry(fenetre, textvariable = difficulte_temp)
text_diff.grid(row = 3, column = 2)
entree_difficulte.grid(row = 3, column = 3)
#Affichage du canon et de la cible
base = can.create_image(50, 260, image=canon_et_hero)
cible_r = can.create_image(x_cible, y_cible, image=cible)
# demarrage de la boucle principale
fenetre.mainloop() |
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