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#Application du Filtre rouge
def filtre_rouge():
global imageM
imageM = Image.new('RGB',(L,H))
for y in range (0,H,1):
for x in range (0,L,1):
p = image1.getpixel((x,y))
imageM.putpixel ((x,y) ,(p[0],0,0))
global image1
image1 = imageM
global P
P = 1+P
global Ps
Ps = P
global tableau
tableau[P] = imageM
if (L>w) and (H>h):
image2 = imageM.resize([int(half*t) for t in imageM.size])
imageP = ImageTk.PhotoImage(image2)
imageL = Tk.Label(image=imageP)
imageL.image = imageP
imageL.pack()
imageL.place(relx=1, x=-670, y=120, anchor=Tk.N,height=h-100,width=w)
else:
imageMP = ImageTk.PhotoImage(imageM)
imageML = Tk.Label(image=imageMP)
imageML.image = imageMP
imageML.pack()
imageML.place(relx=1, x=-670, y=120, anchor=Tk.N,height=h-100,width=w)
#Retournement de l'image
def Retourner():
global imageM
imageM = Image.new('RGB',(L,H))
for y in range (0,H,1):
for x in range (0,L,1):
p = image1.getpixel((x,y))
imageM.putpixel ( ( x,-y+H-1) ,p)
global image1
image1 = imageM
global P
P = 1+P
global Ps
Ps = P
global tableau
tableau[P] = imageM
if (L>w) and (H>h):
image2 = imageM.resize([int(half*t) for t in imageM.size])
imageP = ImageTk.PhotoImage(image2)
imageL = Tk.Label(image=imageP)
imageL.image = imageP
imageL.pack()
imageL.place(relx=1, x=-670, y=120, anchor=Tk.N,height=h-100,width=w)
else:
imageMP = ImageTk.PhotoImage(imageM)
imageML = Tk.Label(image=imageMP)
imageML.image = imageMP
imageML.pack()
imageML.place(relx=1, x=-670, y=120, anchor=Tk.N,height=h-100,width=w)
#Application de l'effet miroir
def Miroir():
global imageM
imageM = Image.new('RGB',(L,H))
for y in range (0,H,1):
for x in range (0,L,1):
p = image1.getpixel((x,y))
imageM.putpixel ( ( -x+L-1,y) ,p)
global image1
image1 = imageM
global P
P = 1+P
global Ps
Ps = P
global tableau
tableau[P] = imageM
if (L>w) and (H>h):
image2 = imageM.resize([int(half*t) for t in imageM.size])
imageP = ImageTk.PhotoImage(image2)
imageL = Tk.Label(image=imageP)
imageL.image = imageP
imageL.pack()
imageL.place(relx=1, x=-670, y=120, anchor=Tk.N,height=h-100,width=w)
else:
imageMP = ImageTk.PhotoImage(imageM)
imageML = Tk.Label(image=imageMP)
imageML.image = imageMP
imageML.pack()
imageML.place(relx=1, x=-670, y=120, anchor=Tk.N,height=h-100,width=w)
#Modification des pixels
def MiroirColle():
global imageM
imageM = Image.new('RGB',(L,H))
for y in range (0,H,1):
for x in range (0,L,1):
p = image1.getpixel((x,y))
imageM.putpixel((-x+L-1,y) ,p)
imageM.putpixel((x,y) ,p)
global image1
image1 = imageM
global P
P = 1+P
global Ps
Ps = P
global tableau
tableau[P] = imageM
if (L>w) and (H>h):
image2 = imageM.resize([int(half*t) for t in imageM.size])
imageP = ImageTk.PhotoImage(image2)
imageL = Tk.Label(image=imageP)
imageL.image = imageP
imageL.pack()
imageL.place(relx=1, x=-670, y=120, anchor=Tk.N,height=h-100,width=w)
else:
imageMP = ImageTk.PhotoImage(imageM)
imageML = Tk.Label(image=imageMP)
imageML.image = imageMP
imageML.pack()
imageML.place(relx=1, x=-670, y=120, anchor=Tk.N,height=h-100,width=w)
def RetournerColle():
global imageM
imageM = Image.new('RGB',(L,H))
for y in range (0,H,1):
for x in range (0,L,1):
p = image1.getpixel((x,y))
imageM.putpixel((x,-y+H-1) ,p)
imageM.putpixel((x,y) ,p)
global image1
image1 = imageM
global P
P = 1+P
global Ps
Ps = P
global tableau
tableau[P] = imageM
if (L>w) and (H>h):
image2 = imageM.resize([int(half*t) for t in imageM.size])
imageP = ImageTk.PhotoImage(image2)
imageL = Tk.Label(image=imageP)
imageL.image = imageP
imageL.pack()
imageL.place(relx=1, x=-670, y=120, anchor=Tk.N,height=h-100,width=w)
else:
imageMP = ImageTk.PhotoImage(imageM)
imageML = Tk.Label(image=imageMP)
imageML.image = imageMP
imageML.pack()
imageML.place(relx=1, x=-670, y=120, anchor=Tk.N,height=h-100,width=w)
def Precedent():
global image1
global P
P = P-1
image1 = tableau[P]
if (L>w) and (H>h) and (P>=0):
image2 = image1.resize([int(half*t) for t in image1.size])
imageP = ImageTk.PhotoImage(image2)
imageL = Tk.Label(image=imageP)
imageL.image = imageP
imageL.pack()
imageL.place(relx=1, x=-670, y=120, anchor=Tk.N,height=h-100,width=w)
if (L<=w) and (H<=h) and (P>=0):
imageP = ImageTk.PhotoImage(image1)
imageL = Tk.Label(image=imageP)
imageL.image = imageP
imageL.pack()
imageL.place(relx=1, x=-670, y=120, anchor=Tk.N,height=h-100,width=w)
else:
P = 0
def Suivant():
global image1
global P
if (L>w) and (H>h) and (P<Ps):
P = P+1
image1 = tableau[P]
image2 = image1.resize([int(half*t) for t in image1.size])
imageP = ImageTk.PhotoImage(image2)
imageL = Tk.Label(image=imageP)
imageL.image = imageP
imageL.pack()
imageL.place(relx=1, x=-670, y=120, anchor=Tk.N,height=h-100,width=w)
if (L<=w) and (H<=h) and (P<Ps):
P = P+1
image1 = tableau[P]
imageP = ImageTk.PhotoImage(image1)
imageL = Tk.Label(image=imageP)
imageL.image = imageP
imageL.pack()
imageL.place(relx=1, x=-670, y=120, anchor=Tk.N,height=h-100,width=w)
else:
P = Ps
###Sauvegarder image###
def Sauvegarde():
jpg = options = {}
options['defaultextension'] = '.jpg'
DossierSauvegarde = filedialog.asksaveasfile('w',**jpg)
imageM.save( DossierSauvegarde.name)
################################Player########################################
# Dans cette fonction l'on va créer le lecteur audio pour la musique #
# d'ambiance #
##############################################################################
#Musique de base pour l'ambiance
def musicBase():
mixer.music.load('Intermission.mp3')
textMusic = Label(fenetre, text = 'Intermission-Offspring')
textMusic.pack()
textMusic.place(relx=1, x=-2, y=30, anchor=Tk.NE)
#Musique de l'utilisateur pour l'ambiance
def ouvrirMusic():
# ouvrir la music qui sera par la suite jouée et identifiée
fichier_music = filedialog.askopenfile('r')
mixer.music.load(fichier_music.name)
textMusic = Label(fenetre, text = fichier_music.name)
textMusic.pack()
textMusic.place(relx=1, x=-2, y=30, anchor=Tk.NE)
def play():
#Lecture de la musique
play = mixer.music.play()
play
def stop():
#arret de la musique
stop = mixer.music.stop()
stop
def pause():
#Mise en pause de la musique
pause = mixer.music.pause()
pause
#####################Actualisation le la fenetre##############################
# cette fonction est lancer apres toutes les autres fonctions qui constinuent#
# l'interface grafique pour actualiser la fenetre et appliquer toutes les #
# modifications que nous avons appliqué à cette dernière #
##############################################################################
def actualiser():
fenetre.mainloop()
#############################################################################
# Programme principal #
# C'est ici que le programme commence.Nous créons la fènetre de la taille #
# de votre écran d'odinateur, puis nous appliquons toutes les fonctionnes #
# pour faire notre interface grafique. #
#############################################################################
mixer.init()
fenetre = Tk.Tk()
w,h = fenetre.winfo_screenwidth(), fenetre.winfo_screenheight()
fenetre.title('Super Editor')
fenetre.geometry("%dx%d+0+0" % (w, h))
half = 0.2
P = 0
tableau = []
for i in range(1000):
tableau.append((0,100))
boutons()
musicBase()
menubar()
actualiser()
#### Variables #### |
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