.

Exemples de projets pour le bac

VIDEO rotation
CODE python rotation.py
VIDEO melange
CODE python melange.py
VIDEO collision
CODE python collision.py

.

VIDEO rotation

.

html video player by EasyHtml5Video.com v4.0

.

CODE python rotation.py

.

rotation.py

from tkinter import *

from math import *
from time import*
titre="animation"
fd='verdana 25 bold'
cl=['red','hot pink','deep pink','pink','deep pink','hot pink']
lg=[20,23,26,30,26,23]
class Balle():
    def __init__(self,fenetre, can,largeur):
        self.fenetre=fenetre
        self.can=can
        self.lar=largeur
        self.rayon=self.lar/2-30
        self.milieu=self.lar/2
        self.a=0.0
        self.col =0
        self.arret=1
        self.x,self.y = self.milieu + self.rayon*sin(0.1), self.milieu + self.rayon*cos(0.1)
        self.cercle = self.can.create_oval(self.lar/2-10, self.lar-10, self.lar+10, self.lar-10, fill =cl[0])
        self.can.coords(self.cercle, self.x-20, self.y-20, self.x+20, self.y+20)
    def run(self):
        self.arret=1
        self.tourne()
    def tourne(self):
        self.a += .01
        a=self.a
        self.col=self.col+1
        self.x,self.y = self.milieu + self.rayon*sin(a), self.milieu + self.rayon*cos(a)
        self.can.itemconfigure(self.cercle,fill=cl[self.col%5])
        dim=lg[self.col%5]
        self.can.coords(self.cercle, self.x-dim, self.y-dim, self.x+dim, self.y+dim)
        if self.arret==1:
            self.fenetre.after(50,self.tourne)
    def stop(self):
        self.arret=0
class Application():
def __init__(self,fenetre,largeur):
      self.fenetre=fenetre
      self.lar=largeur
      self.num=0
      self.can=Canvas(width =self.lar,height =self.lar,bg ='light blue', borderwidth=0)
      self.can.grid(row=0,column=0,columnspan=2)
      self.tb =Balle(self.fenetre,self.can,self.lar)
      self.B=Button(self.fenetre, text ='TOURNER',font=fd, command =self.tourner)
      self.B.grid(column=0,row=1)
      self.C=Button(self.fenetre, text ='STOP',font=fd, command =self.arreter)
      self.C.grid(column=1,row=1)
def tourner(self):
      self.num=self.num+1
      if self.num==1:
          self.tb.run()
def arreter(self):
      self.num=0
      self.tb.stop()
largeur=600
hauteur=700
fenetre=Tk()
taille=str(largeur)+'x'+str(hauteur)
fenetre.geometry(taille)
fenetre.configure(bg='green')
d=Application(fenetre,largeur)
fenetre.mainloop()

.

VIDEO melange

.

html video player by EasyHtml5Video.com v4.0

.

CODE python melange.py

.

melange.py

from tkinter import *
from math import *
from time import*
titre="animation"
fd='verdana 25 bold'
fdg='vedana 55 bold'
cl=['red','hot pink','deep pink','pink','deep pink','hot pink']
lg=[20,23,26,30,26,23]
class Balle():
    def __init__(self,fenetre, can,largeur):
        self.fenetre=fenetre
        self.can=can
        self.lar=largeur
        self.rayon=self.lar/2-35
        self.rayon1=self.lar/2-45
        self.milieu=self.lar/2
        self.a=0.0
        self.col =0
        self.arret=1
        liste=[]
        for i in range(6):
            liste.append(self.can.create_text(self.milieu,30,text=chr(9856+i),font=fdg,fill='blue'))
        self.objet=liste
        self.b=10.0
        self.x,self.y = self.milieu + self.rayon*sin(0.1), self.milieu + self.rayon*cos(0.1)
        self.cercle = self.can.create_oval(self.lar/2-10, self.lar-10, self.lar+10, self.lar-10, fill =cl[0])
        self.can.coords(self.cercle, self.x-30, self.y-30, self.x+30, self.y+30)
    def run(self):
        self.arret=1
        self.tourne()
    def tourne(self):
        self.b += .01
        b=self.b
        self.a += .05
        a=self.a
        self.col=self.col+1
        self.x,self.y = self.milieu + self.rayon*sin(a), self.milieu + self.rayon*cos(a)
        self.can.itemconfigure(self.cercle,fill=cl[self.col%5])
        dim=lg[self.col%5]
        self.can.coords(self.cercle, self.x-dim, self.y-dim, self.x+dim, self.y+dim)
        self.x,self.y = self.milieu + self.rayon1*sin(b), self.milieu + self.rayon1*cos(b)

for i in range(6):

            self.x,self.y = self.milieu + self.rayon1*sin(b+i*10), self.milieu + self.rayon1*cos(b+i-10)
            self.can.coords(self.objet[i], self.x-20, self.y-20)
        if self.arret==1:
            self.fenetre.after(50,self.tourne)
    def stop(self):
        self.arret=0
class Application():
def __init__(self,fenetre,largeur):
      self.fenetre=fenetre
      self.lar=largeur
      self.num=0
      self.can=Canvas(width =self.lar,height =self.lar,bg ='light blue', borderwidth=0)
      self.can.grid(row=0,column=0,columnspan=2)
      self.tb =Balle(self.fenetre,self.can,self.lar)
      self.B=Button(self.fenetre, text ='TOURNER',font=fd, command =self.tourner)
      self.B.grid(column=0,row=1)
      self.C=Button(self.fenetre, text ='STOP',font=fd, command =self.arreter)
      self.C.grid(column=1,row=1)
def tourner(self):
      self.num=self.num+1
      if self.num==1:
          self.tb.run()
def arreter(self):
      self.num=0
      self.tb.stop()
largeur=600
hauteur=700
fenetre=Tk()
taille=str(largeur)+'x'+str(hauteur)
fenetre.geometry(taille)
fenetre.configure(bg='green')
d=Application(fenetre,largeur)
fenetre.mainloop()

.

VIDEO collision

.

html video code by EasyHtml5Video.com v4.0

.

CODE python collision.py

.

collision.py

from tkinter import *

from math import *

from time import*

titre="animation"

f0='verdana 1'

fu='verdana 10'

fd='verdana 20 bold'

fdg='vedana 58 bold'

cl=['red','hot pink','deep pink','pink','deep pink','hot pink']

lg=[30,33,36,40,36,33]

lgp=[1,-30,-60,-80,-50,-30]

class Balle():

def __init__(self,fenetre, can,largeur,Bouton):

self.fenetre=fenetre

self.can=can

self.lar=largeur

self.D1=Bouton

self.rayon=self.lar/2-35

self.rayon1=self.lar/2-45

self.milieu=self.lar/2

self.a=0.0

self.col =0

self.arret=1

self.resultat=''

liste=[]

for i in range(6):

liste.append(self.can.create_text(self.milieu,30,text=chr(9861-i),font=fdg,fill='blue'))

self.objet=liste

self.b=10.0

self.x,self.y = self.milieu + self.rayon*sin(0.1), self.milieu + self.rayon*cos(0.1)

self.cercle = self.can.create_oval(self.lar/2-10, self.lar-10, self.lar+10, self.lar-10, fill =cl[0])

self.can.coords(self.cercle, self.x-30, self.y-30, self.x+30, self.y+30)

def run(self):

self.arret=1

self.tourne()

def tourne(self):

self.b += .02

b=self.b

self.a += .05

a=self.a

self.col=self.col+1

dim1=lgp[self.col%5]

self.x,self.y = self.milieu + (self.rayon+dim1)*sin(a), self.milieu +(dim1+ self.rayon)*cos(a)

self.can.itemconfigure(self.cercle,fill=cl[self.col%5])

dim=lg[self.col%5]

self.can.coords(self.cercle, self.x-dim, self.y-dim, self.x+dim, self.y+dim)

x,y,x1,y1=self.x-dim, self.y-dim, self.x+dim, self.y+dim

self.x,self.y = self.milieu + self.rayon1*sin(b), self.milieu + self.rayon1*cos(b)

for i in range(len(self.objet)):

if i%2==0:self.x,self.y = self.milieu + self.rayon1*cos(b+i*7), self.milieu + self.rayon1*sin(b+i*7)

else:self.x,self.y = self.milieu + self.rayon1*(-cos(b+i*7)), self.milieu + self.rayon1*(sin(b+i*7))

if x<self.x<x1 and y1>self.y>y and i==len(self.objet)-1:

self.can.delete(self.objet[i])

if len(self.objet)==1:self.arret=0

del self.objet[i]

if i==5:

self.D1.config(bg='white')

self.D1.config(font=fdg)

self.resultat=self.resultat+chr(9861-i)

else:self.resultat=self.resultat+'\n'+chr(9861-i)

self.D1.config(text=self.resultat)

else:self.can.coords(self.objet[i], self.x-20, self.y-20)

if self.arret==1:self.fenetre.after(50,self.tourne)

def stop(self):

self.arret=0

class Application():

def __init__(self,fenetre,largeur,hauteur):

self.fenetre=fenetre

self.lar=largeur

self.num=0

self.can=Canvas(width =self.lar,height =self.lar,bg ='light blue')

self.can.grid(row=0,column=0,rowspan=6,columnspan=2)

self.B=Button(self.fenetre,text ='CAPTURE',font=fd,command =self.tourner)

self.B.grid(column=0,row=6)

mes="La boule doit capturer\ndans l'ordre les dés"

self.C=Button(self.fenetre, text =mes,font=fu,fg='blue',bg='white')

self.C.grid(column=1,row=6)

self.D1=Button(self.fenetre, text ='',font=f0,fg='blue',bg='green')

self.D1.grid(column=2,row=0,rowspan=6)

self.tb =Balle(self.fenetre,self.can,self.lar,self.D1)

def tourner(self):

self.num=self.num+1

if self.num==1:self.tb.run()

def arreter(self):

self.num=0

self.tb.stop()

largeur,hauteur=600,700

fenetre=Tk()

taille=str(hauteur)+'x'+str(hauteur)

fenetre.geometry(taille)

fenetre.configure(bg='green')

d=Application(fenetre,largeur,hauteur)

fenetre.mainloop()