Bonjour.
Je sollicite votre aide pour un programme que j’essai de créer.
J’ai découvert il y a quelques années le jeu de la vie de Conway qui m’a vraiment fasciné. Je l’ai revu récemment dans une vidéo de David Louapre (ScienceEtonnante) et j’ai été frappé par une chose : la « vie » n’est pas faite de pixels (jusqu’à preuve du contraire), mais plutôt d’éléments ronds, sphériques. Les étoiles/planètes sont des sphères, le noyau d’une cellule ou d’un atome est une sphère…
Je me suis donc mis en tête de créer un automate cellulaire avec des cercles (je ne sais pas si cela a déjà été fait ?). Les cellules sont alors voisines de 6 autres cellules et non 8 pixels.
J’ai réussi à créer un échantillon de 90 cellules, avec lequel j’ai trouvé des structures répétitives mais mon quadrillage est trop petit je pense pour mettre en évidence des structures mobiles.
Malheureusement je bloque dans l’élargissement de mon « quadrillage ». Je ne comprend pas comment automatiser la reconnaissance de l’état de chaque cellule sans dessiner chaque cellule une par une, puis de définir tous les voisins, ce qui est réellement fastidieux.
Soyez indulgent, ce n’est pas du tout mon domaine (je suis dans la santé), et c’est la 1ère fois que j’écris un code en Python.
Dans mon 1er code Python, j’ai dessiné chaque cercle un à un, et je n’ai pas trouvé de solution pour ne pas avoir à lister chaque cercle et chaque valeur, ce qui entraîne des lignes très/trop longues. Mais ça fonctionne. J'ai mis une vidéo sur Youtube des structures intéressantes retrouvées avec ce modèle réduit : vous pouvez la trouver en tapant "Conway's game of life with circles"
Code : Sélectionner tout - Visualiser dans une fenêtre à part
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from tkinter import *
 
x = 500
y = 400
r = 33
 
def create_circle(x, y, r, canvas):
    x0 = x - r
    y0 = y - r
    x1 = x + r
    y1 = y + r
    return canvas.create_oval(x0, y0, x1, y1, fill='white')
 
def change_circle_color(event):
    circle = event.widget.find_closest(event.x, event.y)[0]
    current_color = canvas.itemcget(circle, "fill")
    new_color = "black" if current_color == "white" else "white"
    canvas.itemconfigure(circle, fill=new_color)
 
class CircleValues:
    def __init__(self, canvas, circles):
        self.canvas = canvas
        self.circles = circles
        self.values = []
        self.update_values()
 
    def update_values(self):
        self.values = [1 if self.canvas.itemcget(circle, "fill") == "black" else 0
                       for circle in self.circles]
 
def configure_circle(canvas, circles, sum_value):
    color = "black" if sum_value == 2 else "white"
    canvas.itemconfigure(circles, fill=color)
 
def evolution():
    values_obj = CircleValues(canvas, circles)
    value1, value2, value3, value4, value5, value6, value7, value8, value9, value10, value11, value12, value13, value14, value15, value16, value17, value18, value19, value20, value21, value22, value23, value24, value25, value26, value27, value28, value29, value30, value31, value32, value33, value34, value35, value36, value37, value38, value39, value40, value41, value42, value43, value44, value45, value46, value47, value48, value49, value50, value51, value52, value53, value54, value55, value56, value57, value58, value59, value60, value61, value62, value63, value64, value65, value66, value67, value68, value69, value70, value71, value72, value73, value74, value75, value76, value77, value78, value79, value80, value81, value82, value83, value84, value85, value86, value87, value88, value89, value90, value91 = values_obj.values
    sum1 = value2 + value3 + value4 + value5 + value6 + value7
    sum2 = value1 + value7 + value19 + value8 + value9 + value3
    sum3 = value1 + value2 + value9 + value10 + value11 + value4
    sum4 = value1 + value3 + value11 + value12 + value13 + value5
    sum5 = value1 + value4 + value13 + value14 + value15 + value6
    sum6 = value1 + value5 + value15 + value16 + value17 + value7
    sum7 = value1 + value6 + value17 + value18 + value19 + value2
    sum8 = value2 + value19 + value37 + value20 + value21 + value9
    sum9 = value2 + value8 + value21 + value22 + value10 + value3
    sum10 = value3 + value9 + value22 + value23 + value24 + value11
    sum11 = value3 + value10 + value24 + value25 + value12 + value4
    sum12 = value4 + value11 + value25 + value26 + value27 + value13
    sum13 = value4 + value12 + value27 + value28 + value14 + value5
    sum14 = value5 + value13 + value28 + value29 + value30 + value15
    sum15 = value5 + value14 + value30 + value31 + value16 + value6
    sum16 = value6 + value15 + value31 + value32 + value33 + value17
    sum17 = value6 + value16 + value33 + value34 + value18 + value7
    sum18 = value7 + value17 + value34 + value35 + value36 + value19
    sum19 = value2 + value7 + value18 + value36 + value37 + value8
    sum20 = value8 + value37 + value61 + value38 + value39 + value21
    sum21 = value8 + value20 + value39 + value40 + value22 + value9
    sum22 = value9 + value21 + value40 + value41 + value23 + value10
    sum23 = value10 + value22 + value41 + value42 + value43 + value24
    sum24 = value10 + value23 + value43 + value44 + value25 + value11
    sum25 = value11 + value24 + value44 + value45 + value26 + value12
    sum26 = value12 + value25 + value45 + value46 + value47 + value27
    sum27 = value12 + value26 + value47 + value48 + value28 + value13
    sum28 = value13 + value27 + value48 + value49 + value29 + value14
    sum29 = value14 + value28 + value49 + value50 + value51 + value30
    sum30 = value14 + value29 + value51 + value52 + value31 + value15
    sum31 = value15 + value30 + value52 + value53 + value32 + value16
    sum32 = value16 + value31 + value53 + value54 + value55 + value33
    sum33 = value16 + value32 + value55 + value56 + value34 + value17
    sum34 = value17 + value33 + value56 + value57 + value35 + value18
    sum35 = value18 + value34 + value57 + value58 + value59 + value36
    sum36 = value18 + value35 + value59 + value60 + value37 + value19
    sum37 = value8 + value19 + value36 + value60 + value61 + value20
    sum38 = value20 + value61 + value91 + value62 + value63 + value39
    sum39 = value20 + value38 + value63 + value64 + value40 + value21
    sum40 = value21 + value39 + value64 + value65 + value41 + value22
    sum41 = value22 + value40 + value65 + value66 + value42 + value23
    sum42 = value23 + value41 + value66 + value67 + value68 + value43
    sum43 = value23 + value42 + value68 + value69 + value44 + value24
    sum44 = value24 + value43 + value69 + value70 + value45 + value25
    sum45 = value25 + value44 + value70 + value71 + value46 + value26
    sum46 = value26 + value45 + value71 + value72 + value73 + value47
    sum47 = value26 + value46 + value73 + value74 + value48 + value27
    sum48 = value27 + value47 + value74 + value75 + value49 + value28
    sum49 = value28 + value48 + value75 + value76 + value50 + value29
    sum50 = value29 + value49 + value76 + value77 + value78 + value51
    sum51 = value29 + value50 + value78 + value79 + value52 + value30
    sum52 = value30 + value51 + value79 + value80 + value53 + value31
    sum53 = value31 + value52 + value80 + value81 + value54 + value32
    sum54 = value32 + value53 + value81 + value82 + value83 + value55
    sum55 = value32 + value54 + value83 + value84 + value56 + value33
    sum56 = value33 + value55 + value84 + value85 + value57 + value34
    sum57 = value34 + value56 + value85 + value86 + value58 + value35
    sum58 = value35 + value57 + value86 + value87 + value88 + value59
    sum59 = value35 + value58 + value88 + value89 + value60 + value36
    sum60 = value36 + value59 + value89 + value90 + value61 + value37
    sum61 = value20 + value37 + value60 + value90 + value91 + value38
    sum62 = value38 + value91 + value63
    sum63 = value38 + value62 + value64 + value39
    sum64 = value39 + value63 + value65 + value40
    sum65 = value40 + value64 + value66 + value41
    sum66 = value41 + value65 + value67 + value42
    sum67 = value42 + value66 + value68
    sum68 = value42 + value67 + value69 + value43
    sum69 = value43 + value68 + value70 + value44
    sum70 = value44 + value69 + value71 + value45
    sum71 = value45 + value70 + value72 + value46
    sum72 = value46 + value71 + value73
    sum73 = value46 + value72 + value74 + value47
    sum74 = value47 + value73 + value75 + value48
    sum75 = value48 + value74 + value76 + value49
    sum76 = value49 + value75 + value77 + value50
    sum77 = value50 + value76 + value78
    sum78 = value50 + value77 + value79 + value51
    sum79 = value51 + value78 + value80 + value52
    sum80 = value52 + value79 + value81 + value53
    sum81 = value53 + value80 + value82 + value54
    sum82 = value54 + value81 + value83
    sum83 = value54 + value82 + value84 + value55
    sum84 = value55 + value83 + value85 + value56
    sum85 = value56 + value84 + value86 + value57
    sum86 = value57 + value85 + value87 + value58
    sum87 = value58 + value86 + value88
    sum88 = value58 + value87 + value89 + value59
    sum89 = value59 + value88 + value90 + value60
    sum90 = value60 + value89 + value91 + value61
    sum91 = value38 + value61 + value90 + value62
 
 
    for circle, sum_value in [(circle1, sum1), (circle2, sum2), (circle3, sum3), (circle4, sum4), (circle5, sum5), (circle6, sum6), (circle7, sum7), (circle8, sum8), (circle9, sum9), (circle10, sum10), (circle11, sum11), (circle12, sum12), (circle13, sum13), (circle14, sum14), (circle15, sum15), (circle16, sum16), (circle17, sum17), (circle18, sum18), (circle19, sum19), (circle20, sum20), (circle21, sum21), (circle22, sum22), (circle23, sum23), (circle24, sum24), (circle25, sum25), (circle26, sum26), (circle27, sum27), (circle28, sum28), (circle29, sum29), (circle30, sum30), (circle31, sum31), (circle32, sum32), (circle33, sum33), (circle34, sum34), (circle35, sum35), (circle36, sum36), (circle37, sum37), (circle38, sum38), (circle39, sum39), (circle40, sum40), (circle41, sum41), (circle42, sum42), (circle43, sum43), (circle44, sum44), (circle45, sum45), (circle46, sum46), (circle47, sum47), (circle48, sum48), (circle49, sum49), (circle50, sum50), (circle51, sum51), (circle52, sum52), (circle53, sum53), (circle54, sum54), (circle55, sum55), (circle56, sum56), (circle57, sum57), (circle58, sum58), (circle59, sum59), (circle60, sum60), (circle61, sum61), (circle62, sum62), (circle63, sum63), (circle64, sum64), (circle65, sum65), (circle66, sum66), (circle67, sum67), (circle68, sum68), (circle69, sum69), (circle70, sum70), (circle71, sum71), (circle72, sum72), (circle73, sum73), (circle74, sum74), (circle75, sum75), (circle76, sum76), (circle77, sum77), (circle78, sum78), (circle79, sum79), (circle80, sum80), (circle81, sum81), (circle82, sum82), (circle83, sum83), (circle84, sum84), (circle85, sum85), (circle86, sum86), (circle87, sum87), (circle88, sum88), (circle89, sum89), (circle90, sum90), (circle91, sum91)]:
        configure_circle(canvas, circle, sum_value)
 
 
larFen=1000
hautFen=800
 
fen = Tk()
fen.title("ReaLife Game")
fen.geometry(str(larFen)+"x"+str(hautFen+50))
 
canvas = Canvas(fen, width=1000, height=800, borderwidth=0, highlightthickness=0, bg="white")
canvas.grid()
 
circle1 = create_circle(x, y, r, canvas)
circle2 = create_circle(x + 2*r, y, r, canvas)
circle3 = create_circle(x + r, y + 1.76*r, r, canvas)
circle4 = create_circle(x - r, y + 1.76*r, r, canvas)
circle5 = create_circle(x - 2*r, y, r, canvas)
circle6 = create_circle(x - r, y - 1.76*r, r, canvas)
circle7 = create_circle(x + r, y - 1.76*r, r, canvas)
circle8 = create_circle(x + 4*r, y, r, canvas)
circle9 = create_circle(x + 3*r, y + 1.76*r, r, canvas)
circle10 = create_circle(x + 2*r, y + 1.76*2*r, r, canvas)
circle11 = create_circle(x, y + 1.76*2*r, r, canvas)
circle12 = create_circle(x - 2*r, y + 1.76*2*r, r, canvas)
circle13 = create_circle(x - 3*r, y + 1.76*r, r, canvas)
circle14 = create_circle(x - 4*r, y, r, canvas)
circle15 = create_circle(x - 3*r, y - 1.76*r, r, canvas)
circle16 = create_circle(x - 2*r, y - 1.76*2*r, r, canvas)
circle17 = create_circle(x, y - 1.76*2*r, r, canvas)
circle18 = create_circle(x + 2*r, y - 1.76*2*r, r, canvas)
circle19 = create_circle(x + 3*r, y - 1.76*r, r, canvas)
circle20 = create_circle(x + 6*r, y, r, canvas)
circle21 = create_circle(x + 5*r, y + 1.76*r, r, canvas)
circle22 = create_circle(x + 4*r, y + 1.76*2*r, r, canvas)
circle23 = create_circle(x + 3*r, y + 1.76*3*r, r, canvas)
circle24 = create_circle(x + r, y + 1.76*3*r, r, canvas)
circle25 = create_circle(x - r, y + 1.76*3*r, r, canvas)
circle26 = create_circle(x - 3*r, y + 1.76*3*r, r, canvas)
circle27 = create_circle(x - 4*r, y + 1.76*2*r, r, canvas)
circle28 = create_circle(x - 5*r, y + 1.76*r, r, canvas)
circle29 = create_circle(x - 6*r, y, r, canvas)
circle30 = create_circle(x - 5*r, y - 1.76*r, r, canvas)
circle31 = create_circle(x - 4*r, y - 1.76*2*r, r, canvas)
circle32 = create_circle(x - 3*r, y - 1.76*3*r, r, canvas)
circle33 = create_circle(x - r, y - 1.76*3*r, r, canvas)
circle34 = create_circle(x + r, y - 1.76*3*r, r, canvas)
circle35 = create_circle(x + 3*r, y - 1.76*3*r, r, canvas)
circle36 = create_circle(x + 4*r, y - 1.76*2*r, r, canvas)
circle37 = create_circle(x + 5*r, y - 1.76*r, r, canvas)
circle38 = create_circle(x + 8*r, y, r, canvas)
circle39 = create_circle(x + 7*r, y + 1.76*r, r, canvas)
circle40 = create_circle(x + 6*r, y + 1.76*2*r, r, canvas)
circle41 = create_circle(x + 5*r, y + 1.76*3*r, r, canvas)
circle42 = create_circle(x + 4*r, y + 1.76*4*r, r, canvas)
circle43 = create_circle(x + 2*r, y + 1.76*4*r, r, canvas)
circle44 = create_circle(x, y + 1.76*4*r, r, canvas)
circle45 = create_circle(x - 2*r, y + 1.76*4*r, r, canvas)
circle46 = create_circle(x - 4*r, y + 1.76*4*r, r, canvas)
circle47 = create_circle(x - 5*r, y + 1.76*3*r, r, canvas)
circle48 = create_circle(x - 6*r, y + 1.76*2*r, r, canvas)
circle49 = create_circle(x - 7*r, y + 1.76*r, r, canvas)
circle50 = create_circle(x - 8*r, y, r, canvas)
circle51 = create_circle(x - 7*r, y - 1.76*r, r, canvas)
circle52 = create_circle(x - 6*r, y - 1.76*2*r, r, canvas)
circle53 = create_circle(x - 5*r, y - 1.76*3*r, r, canvas)
circle54 = create_circle(x - 4*r, y - 1.76*4*r, r, canvas)
circle55 = create_circle(x - 2*r, y - 1.76*4*r, r, canvas)
circle56 = create_circle(x, y - 1.76*4*r, r, canvas)
circle57 = create_circle(x + 2*r, y - 1.76*4*r, r, canvas)
circle58 = create_circle(x + 4*r, y - 1.76*4*r, r, canvas)
circle59 = create_circle(x + 5*r, y - 1.76*3*r, r, canvas)
circle60 = create_circle(x + 6*r, y - 1.76*2*r, r, canvas)
circle61 = create_circle(x + 7*r, y - 1.76*r, r, canvas)
circle62 = create_circle(x + 10*r, y, r, canvas)
circle63 = create_circle(x + 9*r, y + 1.76*r, r, canvas)
circle64 = create_circle(x + 8*r, y + 1.76*2*r, r, canvas)
circle65 = create_circle(x + 7*r, y + 1.76*3*r, r, canvas)
circle66 = create_circle(x + 6*r, y + 1.76*4*r, r, canvas)
circle67 = create_circle(x + 5*r, y + 1.76*5*r, r, canvas)
circle68 = create_circle(x + 3*r, y + 1.76*5*r, r, canvas)
circle69 = create_circle(x + r, y + 1.76*5*r, r, canvas)
circle70 = create_circle(x - r, y + 1.76*5*r, r, canvas)
circle71 = create_circle(x - 3*r, y + 1.76*5*r, r, canvas)
circle72 = create_circle(x - 5*r, y + 1.76*5*r, r, canvas)
circle73 = create_circle(x - 6*r, y + 1.76*4*r, r, canvas)
circle74 = create_circle(x - 7*r, y + 1.76*3*r, r, canvas)
circle75 = create_circle(x - 8*r, y + 1.76*2*r, r, canvas)
circle76 = create_circle(x - 9*r, y + 1.76*r, r, canvas)
circle77 = create_circle(x - 10*r, y, r, canvas)
circle78 = create_circle(x - 9*r, y - 1.76*r, r, canvas)
circle79 = create_circle(x - 8*r, y - 1.76*2*r, r, canvas)
circle80 = create_circle(x - 7*r, y - 1.76*3*r, r, canvas)
circle81 = create_circle(x - 6*r, y - 1.76*4*r, r, canvas)
circle82 = create_circle(x - 5*r, y - 1.76*5*r, r, canvas)
circle83 = create_circle(x - 3*r, y - 1.76*5*r, r, canvas)
circle84 = create_circle(x - 33, y - 1.76*5*r, r, canvas)
circle85 = create_circle(x + 33, y - 1.76*5*r, r, canvas)
circle86 = create_circle(x + 3*r, y - 1.76*5*r, r, canvas)
circle87 = create_circle(x + 5*r, y - 1.76*5*r, r, canvas)
circle88 = create_circle(x + 6*r, y - 1.76*4*r, r, canvas)
circle89 = create_circle(x + 7*r, y - 1.76*3*r, r, canvas)
circle90 = create_circle(x + 8*r, y - 1.76*2*r, r, canvas)
circle91 = create_circle(x + 9*r, y - 1.76*r, r, canvas)
 
circles = [circle1, circle2, circle3, circle4, circle5, circle6, circle7, circle8, circle9, circle10, circle11, circle12, circle13, circle14, circle15, circle16, circle17, circle18, circle19, circle20, circle21, circle22, circle23, circle24, circle25, circle26, circle27, circle28, circle29, circle30, circle31, circle32, circle33, circle34, circle35, circle36, circle37, circle38, circle39, circle40, circle41, circle42, circle43, circle44, circle45, circle46, circle47, circle48, circle49, circle50, circle51, circle52, circle53, circle54, circle55, circle56, circle57, circle58, circle59, circle60, circle61, circle62, circle63, circle64, circle65, circle66, circle67, circle68, circle69, circle70, circle71, circle72, circle73, circle74, circle75, circle76, circle77, circle78, circle79, circle80, circle81, circle82, circle83, circle84, circle85, circle86, circle87, circle88, circle89, circle90, circle91]
for circle in circles:
    canvas.tag_bind(circle, '<Button-1>', change_circle_color)
 
 
evolution_speed = 500
 
def start_infinite_evolution():
    fen.after(evolution_speed, evolution)
    fen.after(evolution_speed, start_infinite_evolution)
 
 
evoluer=Button(fen,text="EVOLUTION",command=start_infinite_evolution)
evoluer.place(x=larFen-400,y=hautFen+10)
 
 
fen.mainloop()
Dans ce 2ème code Python, j’ai créer un quadrillage avec 20 lignes de 20 cercles. Mais je ne vois pas comment calculer la somme de l’état des cellules voisines de manière automatisée, car avec des lignes paires et impaires décalées, les 6 voisins de chaque cellule ne sont pas toujours les mêmes (la cellule 22 a comme voisins : i-1, i+1, i-20, i-19, i+20, i+21, mais la cellule 43 a comme voisins : i-1, i+1, i-21, i-20, i+19, i+20)
Code : Sélectionner tout - Visualiser dans une fenêtre à part
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from tkinter import *
 
r = 20
 
def create_circle(i, x, y):
 circle = canvas.create_oval(x - r, y - r, x + r, y + r, fill="white")
 canvas.create_text(x, y, text=str(i))
 
def change_color(i):
 circle = canvas.find_withtag("current")[0]
 current_color = canvas.itemcget(circle, "fill")
 new_color = "black" if current_color == "white" else "white"
 canvas.itemconfigure(circle, fill=new_color)
 
class CircleValues:
 def __init__(self, canvas, i):
   self.canvas = canvas
   self.i = i
   self.values = []
   self.update_values()
 
 def update_values(self):
   self.values = [1 if self.canvas.itemcget(circle, "fill") == "black" else 0
                   for circle in self.i]
 
 
def configure_circle(canvas, i, sum):
 color = "black" if sum == 2 else "white"
 canvas.itemconfigure(i, fill=color)
 
def evolution(i, circle, values):
 values = CircleValues(canvas, i)
 sum = values[(i-1) + (i+1) + (i-20) + (i-19) + (i+20) + (i+21)]
 configure_circle(canvas, circle, sum)
 
 
larFen=1000
hautFen=800
 
fen = Tk()
fen.title("The game of ReaLife")
fen.geometry(str(larFen)+"x"+str(hautFen+50))
 
canvas = Canvas(fen, width=1000, height=800, borderwidth=0, highlightthickness=0, bg="white")
canvas.grid()
 
for i in range(1, 20):
 x = i * (r*2)
 y = 50
 create_circle(i, x, y)
 
for i in range(21, 40):
 x = i * (r*2) - (r*39)
 y = 50 + (r*1.76)
 create_circle(i, x, y)
 
for i in range(41, 60):
 x = i * (r*2) - (r*80)
 y = 50 + (r*2*1.76)
 create_circle(i, x, y)
 
for i in range(61, 80):
 x = i * (r*2) - (r*119)
 y = 50 + (r*3*1.76)
 create_circle(i, x, y)
 
for i in range(81, 100):
 x = i * (r*2) - (r*160)
 y = 50 + (r*4*1.76)
 create_circle(i, x, y)
 
for i in range(101, 120):
 x = i * (r*2) - (r*199)
 y = 50 + (r*5*1.76)
 create_circle(i, x, y)
 
for i in range(121, 140):
 x = i * (r*2) - (r*240)
 y = 50 + (r*6*1.76)
 create_circle(i, x, y)
 
for i in range(141, 160):
 x = i * (r*2) - (r*279)
 y = 50 + (r*7*1.76)
 create_circle(i, x, y)
 
for i in range(161, 180):
 x = i * (r*2) - (r*320)
 y = 50 + (r*8*1.76)
 create_circle(i, x, y)
 
for i in range(181, 200):
 x = i * (r*2) - (r*359)
 y = 50 + (r*9*1.76)
 create_circle(i, x, y)
 
for i in range(201, 220):
 x = i * (r*2) - (r*400)
 y = 50 + (r*10*1.76)
 create_circle(i, x, y)
 
for i in range(221, 240):
 x = i * (r*2) - (r*439)
 y = 50 + (r*11*1.76)
 create_circle(i, x, y)
 
for i in range(241, 260):
 x = i * (r*2) - (r*480)
 y = 50 + (r*12*1.76)
 create_circle(i, x, y)
 
for i in range(261, 280):
 x = i * (r*2) - (r*519)
 y = 50 + (r*13*1.76)
 create_circle(i, x, y)
 
for i in range(281, 300):
 x = i * (r*2) - (r*560)
 y = 50 + (r*14*1.76)
 create_circle(i, x, y)
 
for i in range(301, 320):
 x = i * (r*2) - (r*599)
 y = 50 + (r*15*1.76)
 create_circle(i, x, y)
 
for i in range(321, 340):
 x = i * (r*2) - (r*640)
 y = 50 + (r*16*1.76)
 create_circle(i, x, y)
 
for i in range(341, 360):
 x = i * (r*2) - (r*679)
 y = 50 + (r*17*1.76)
 create_circle(i, x, y)
 
for i in range(361, 380):
 x = i * (r*2) - (r*720)
 y = 50 + (r*18*1.76)
 create_circle(i, x, y)
 
for i in range(381, 400):
 x = i * (r*2) - (r*759)
 y = 50 + (r*19*1.76)
 create_circle(i, x, y)
 
 
for i in range(1, 760):
 canvas.tag_bind(i, "<Button-1>", lambda event, i=i:change_color(i))
 
 
evolution_speed = 500
 
def start_infinite_evolution():
   fen.after(evolution_speed, evolution)
   fen.after(evolution_speed, start_infinite_evolution)
 
evoluer=Button(fen,text="EVOLUTION",command=start_infinite_evolution)
evoluer.place(x=larFen-400,y=hautFen+10)
 
fen.mainloop()
Auriez vous des idées pour corriger ce code ?
Merci beaucoup pour votre aide.