class Dessin:
def __init__(self):
self.haut = 10
self.larg = 3
self.vue = Vue(self.haut, self.larg, max_dim=6)
self.m = ['R'] * self.haut + ['G'] * self.haut + ['B'] * self.haut
shuffle(self.m)
self.matrice = [[self.m[self.larg * j + i] for i in range(self.larg)]
for j in range(self.haut)]
self.afficher_matrices()
def afficher_matrices(self):
dico_chemins = {
'R': './pions/pion_rouge.png',
'G': './pions/pion_vert.png',
'B': './pions/pion_bleu.png'
}
for y in range(self.haut):
for x in range(self.larg):
self.vue.modifier_grille('image',
y,
x,
cf=dico_chemins[self.matrice[y][x]],
visible=True)
def echanger_couleurs(self, col, lig_a, lig_b):
assert col in range(self.larg) and lig_a in range(
self.haut) and lig_b in range(self.haut)
self.matrice[lig_a][col], self.matrice[lig_b][col] = self.matrice[
lig_b][col], self.matrice[lig_a][col]
self.afficher_matrices()
class Dessin:
def __init__(self):
self.n = 17
self.plateau = [choice(('R', 'B')) for i in range(self.n)]
self.vue = Vue(1, self.n)
self.redessiner_plateau()
def echanger(self, i, j):
self.plateau[i], self.plateau[j] = self.plateau[j], self.plateau[i]
self.redessiner_plateau()
def redessiner_plateau(self):
dico = {'R': './pions/pion_rouge.png', 'B': './pions/pion_blanc.png'}
lig = 0
for col in range(self.n):
self.vue.modifier_grille('fond',
lig,
col,
c=(220, 220, 220),
visible=True)
self.vue.modifier_grille('image',
lig,
col,
cf=dico[self.plateau[col]],
visible=True)
class Dessin:
def __init__(self):
self.dim = 23
self.vue = Vue(self.dim, self.dim, max_dim=5)
self.matrice = self.fournir_matrice()
self.afficher_matrice()
def fournir_matrice(self):
ligne = list('ENGAGELEJEUQUEJELEGAGNE')
matrice = [0] * self.dim
for i in range(self.dim // 2):
space = [''] * (self.dim // 2 - i)
ligne_en_cours = space + ligne[:i + 1] + (ligne[-i:] if i != 0 else
[]) + space
matrice[i] = ligne_en_cours.copy()
matrice[-1 - i] = ligne_en_cours.copy()
matrice[self.dim // 2] = ligne
return matrice
def afficher_matrice(self):
for y in range(self.dim):
for x in range(self.dim):
self.vue.modifier_grille('texte',
y,
x,
t=self.matrice[y][x],
tp=13,
visible=True)
def __init__(self):
self.haut = 10
self.larg = 13
self.vue = Vue(self.haut, self.larg, max_dim=6)
self.matrice_fraises = self.matrice_depart()
self.matrice_chemin = [[False for j in range(self.larg)]
for i in range(self.haut)]
self.afficher_matrices()
def __init__(self, nb_crepes=7):
#la matrice stocke aussi les couleurs d'affichage
self.haut = nb_crepes
self.larg = 2 * self.haut + 2
self.vue = Vue(self.haut, self.larg, max_dim=6)
self.matrice = self.generer_matrice()
self.afficher_matrice()
def __init__(self):
self.haut = 9
self.larg = 9
self.vue = Vue(self.haut, self.larg, max_dim=5)
self.c_1 = (200, 230, 250)
self.c_2 = (200, 250, 230)
self.c_3 = (250, 250, 250)
self.matrice = self.fournir_matrice_croix()
self.afficher_matrice()
def __init__(self):
self.haut = 8
self.larg = 8
self.vue = Vue(self.haut, self.larg, max_dim=5)
self.xcoq = 7
self.ycoq = 0
self.xf = 0
self.yf = 7
self.fond = self.generer_matrice()
self.redessiner_matrice()
def __init__(self):
self.haut = 10
self.larg = 3
self.vue = Vue(self.haut, self.larg, max_dim=6)
self.m = ['R'] * self.haut + ['G'] * self.haut + ['B'] * self.haut
shuffle(self.m)
self.matrice = [[self.m[self.larg * j + i] for i in range(self.larg)]
for j in range(self.haut)]
self.afficher_matrices()
def __init__(self, dim=10):
self.dim = dim
self.vue = Vue(self.dim, self.dim, max_dim=5)
self.vue.lier_evenement('selection_objet', self.gestionnaire_selection,
True)
self.matrice = self.generer_matrice()
self.visibles = [[False for col in range(self.dim)]
for lig in range(self.dim)]
self.redessiner_matrice()
self.message_nombre_a_trouver()
def __init__(self):
self.haut = 4
self.larg = 4
self.vue = Vue(self.haut, self.larg * 3 + 4, max_dim=5)
self.m_depart = [[1, 2, 3, 4], [5, 6, 7, 8], [9, 10, 11, 12],
[13, 14, 15, 16]]
self.m_arrivee = [[12, 10, 11, 9], [16, 14, 5, 13], [8, 6, 7, 15],
[4, 2, 3, 1]]
self.m = deepcopy(self.m_depart)
self.afficher_matrices()
class Dessin:
def __init__(self, dim=10):
self.dim = dim
self.vue = Vue(self.dim, self.dim, max_dim=5)
self.vue.lier_evenement('selection_objet', self.gestionnaire_selection,
True)
self.matrice = self.generer_matrice()
self.visibles = [[False for col in range(self.dim)]
for lig in range(self.dim)]
self.redessiner_matrice()
self.message_nombre_a_trouver()
def generer_matrice(self):
m = [[0 for x in range(self.dim)] for y in range(self.dim)]
m[0][0] = randint(1, 99)
for idx in range(1, self.dim):
m[idx][0] = m[idx - 1][0] + randint(1, 46)
m[0][idx] = m[0][idx - 1] + randint(1, 46)
for lig in range(1, self.dim):
for col in range(1, self.dim):
m[lig][col] = max(m[lig - 1][col], m[lig][col - 1]) + randint(
1, 46)
return m
def redessiner_matrice(self):
for lig in range(self.dim):
for col in range(self.dim):
vis = self.visibles[lig][col]
self.vue.modifier_grille('texte',
lig,
col,
t=self.matrice[lig][col],
tp=15,
visible=vis)
self.vue.modifier_grille('fond',
lig,
col,
ce=(0, 140, 140),
ci=(150, 240, 240),
visible=True)
def message_nombre_a_trouver(self):
lig, col = randint(1, self.dim - 1), randint(1, self.dim - 1)
nat = self.matrice[lig][col]
nat = nat + randint(0, 1)
self.vue.mzt(t='En cliquant sur les cases, déterminez si le nombre ' +
str(nat) + ' est présent parmi les cartes.',
tp=10,
ct=(255, 0, 0))
def gestionnaire_selection(self, event):
lig = event['lig']
col = event['col']
self.visibles[lig][col] = True
self.redessiner_matrice()
class Dessin:
def __init__(self, nb_crepes=7):
#la matrice stocke aussi les couleurs d'affichage
self.haut = nb_crepes
self.larg = 2 * self.haut + 2
self.vue = Vue(self.haut, self.larg, max_dim=6)
self.matrice = self.generer_matrice()
self.afficher_matrice()
def generer_ligne(self, larg):
#larg varie de 1 à self.haut (pas de 2 à self.larg)
ligne = [(255, 255, 255)] * self.larg
curseur = int((255 * (larg - 1)) / (self.haut - 1))
for i in range(larg):
ligne[self.larg // 2 + i] = (255 - curseur, curseur, 255)
ligne[self.larg // 2 - i - 1] = (255 - curseur, curseur, 255)
return ligne
def generer_matrice(self):
matrice = []
largeurs = list(range(1, self.haut + 1))
shuffle(largeurs)
for larg in largeurs:
matrice.append(self.generer_ligne(larg))
return matrice
def afficher_matrice(self):
for y in range(self.haut):
for x in range(self.larg):
self.vue.modifier_grille('fond',
y,
x,
c=self.matrice[y][x],
visible=True)
def retourner_x_crepes(self, x):
for i in range((x) // 2):
self.matrice[x - i -
1], self.matrice[i] = self.matrice[i], self.matrice[
x - i - 1]
self.afficher_matrice()
class Dessin:
def __init__(self):
self.haut = 9
self.larg = 9
self.vue = Vue(self.haut, self.larg, max_dim=5)
self.c_1 = (200, 230, 250)
self.c_2 = (200, 250, 230)
self.c_3 = (250, 250, 250)
self.matrice = self.fournir_matrice_croix()
self.afficher_matrice()
def fournir_matrice_croix(self):
ligne_a = [0, 0, 0, 1, 1, 1, 0, 0, 0]
ligne_b = [1 for i in range(9)]
matrice = [
ligne_a.copy() if i not in (3, 4, 5) else ligne_b.copy()
for i in range(9)
]
return matrice
def afficher_matrice(self):
for y in range(self.haut):
for x in range(self.larg):
if self.matrice[y][x] == 1:
self.vue.modifier_grille('fond',
y,
x,
c=self.c_1 if
(y + x) % 2 == 0 else self.c_2,
visible=True)
else:
self.vue.modifier_grille('fond',
y,
x,
c=self.c_3,
visible=True)
class Dessin:
def __init__(self):
self.haut, self.larg = 4, 5
self.vue = Vue(self.haut, self.larg, max_dim=5)
self.nouveau()
def generer_matrices(self):
fonds = [[True for x in range(self.larg)] for y in range(self.haut)]
aretes_v = [[True for x in range(self.larg + 1)]
for y in range(self.haut)]
aretes_h = [[True for x in range(self.larg)]
for y in range(self.haut + 1)]
trous = [(x, randint(1, self.haut - 1))
for x in range(1, self.larg, 3)]
for (x, y) in trous:
for dy in (0, 1):
for dx in (0, 1):
fonds[y - dy][x - dx] = False
for dy in (0, 1):
aretes_v[y - dy][x] = False
for dx in (0, 1):
aretes_h[y][x - dx] = False
return fonds, aretes_v, aretes_h
def redessiner_matrices(self, f, av, ah):
for y in range(self.haut):
for x in range(self.larg):
self.vue.modifier_grille('fond',
y,
x,
c=(180, 255, 180) if f[y][x] else
(255, 180, 180),
visible=True)
for y in range(self.haut):
for x in range(self.larg + 1):
self.vue.modifier_grille('mur_v',
y,
x,
ci=(255, 255, 180),
visible=True if av[y][x] else False)
for y in range(self.haut + 1):
for x in range(self.larg):
self.vue.modifier_grille('mur_h',
y,
x,
ci=(255, 255, 180),
visible=True if ah[y][x] else False)
def nouveau(self):
f, av, ah = self.generer_matrices()
self.redessiner_matrices(f, av, ah)
class Dessin:
def __init__(self):
self.haut = 4
self.larg = 4
self.vue = Vue(self.haut, self.larg * 3 + 4, max_dim=5)
self.m_depart = [[1, 2, 3, 4], [5, 6, 7, 8], [9, 10, 11, 12],
[13, 14, 15, 16]]
self.m_arrivee = [[12, 10, 11, 9], [16, 14, 5, 13], [8, 6, 7, 15],
[4, 2, 3, 1]]
self.m = deepcopy(self.m_depart)
self.afficher_matrices()
def afficher_matrices(self):
for y in range(self.haut):
for x in range(self.larg):
self.vue.modifier_grille('texte',
y,
x,
t=self.m_depart[y][x],
tp=13,
visible=True)
self.vue.modifier_grille('texte',
y,
x + 6,
t=self.m[y][x],
tp=13,
visible=True,
c=(0, 0, 255)),
self.vue.modifier_grille('texte',
y,
x + 12,
t=self.m_arrivee[y][x],
tp=13,
visible=True)
def echanger_lignes(self, i, j):
self.m[i], self.m[j] = self.m[j], self.m[i]
self.afficher_matrices()
def echanger_colonnes(self, i, j):
for lig in range(self.haut):
self.m[lig][j], self.m[lig][i] = self.m[lig][i], self.m[lig][j]
self.afficher_matrices()
class Dessin:
def __init__(self):
self.haut = 8
self.larg = 8
self.vue = Vue(self.haut, self.larg, max_dim=5)
self.xcoq = 7
self.ycoq = 0
self.xf = 0
self.yf = 7
self.fond = self.generer_matrice()
self.redessiner_matrice()
def generer_matrice(self):
fond = [['B' if (x + y) % 2 == 0 else 'N' for x in range(self.larg)]
for y in range(self.haut)]
return fond
def redessiner_matrice(self):
dico = {'N': (225, 225, 225), 'B': (245, 245, 245)}
for lig in range(self.haut):
for col in range(self.larg):
self.vue.modifier_grille('fond',
lig,
col,
c=dico[self.fond[lig][col]],
visible=True)
if lig == self.ycoq and col == self.xcoq:
self.vue.modifier_grille('image',
lig,
col,
cf='./persos/coq.png',
visible=True)
if lig == self.yf and col == self.xf:
self.vue.modifier_grille('image',
lig,
col,
cf='./persos/Fermiere.png',
visible=True)
def __init__(self):
self.haut = 8
self.larg = 8
self.vue = Vue(self.haut, self.larg, max_dim = 5)
self.plateau = Plateau(self)
def __init__(self):
self.dim = 23
self.vue = Vue(self.dim, self.dim, max_dim=5)
self.matrice = self.fournir_matrice()
self.afficher_matrice()
def __init__(self):
self.haut, self.larg = 4, 5
self.vue = Vue(self.haut, self.larg, max_dim=5)
self.nouveau()
def __init__(self):
self.n = 17
self.plateau = [choice(('R', 'B')) for i in range(self.n)]
self.vue = Vue(1, self.n)
self.redessiner_plateau()
class Dessin:
def __init__(self):
self.haut = 10
self.larg = 13
self.vue = Vue(self.haut, self.larg, max_dim=6)
self.matrice_fraises = self.matrice_depart()
self.matrice_chemin = [[False for j in range(self.larg)]
for i in range(self.haut)]
self.afficher_matrices()
def matrice_depart(self):
nb_cells = self.haut * self.larg
nb_fraises = randint(max(nb_cells / 5, 1),
min(2 * nb_cells / 5, nb_cells))
matrice_en_long = [True] * nb_fraises + [False
] * (nb_cells - nb_fraises)
shuffle(matrice_en_long)
matrice = [[
matrice_en_long[self.larg * j + i] for i in range(self.larg)
] for j in range(self.haut)]
matrice[0][0] = False
matrice[self.haut - 1][self.larg - 1] = False
return matrice
def afficher_matrices(self):
chemin_img = './nourriture/fraise.png'
for y in range(self.haut):
for x in range(self.larg):
self.vue.modifier_grille(
'fond',
y,
x,
ci=(230, 250, 230) if self.matrice_chemin[y][x] else
(255, 255, 255),
ce=(0, 128, 0),
visible=True)
if self.matrice_fraises[y][x]:
self.vue.modifier_grille('image',
y,
x,
cf=chemin_img,
visible=True)
self.vue.modifier_grille('texte', 0, 0, t='DEPART', visible=True)
self.vue.modifier_grille('texte',
self.haut - 1,
self.larg - 1,
t='ARRIVEE',
visible=True)
def chemin_robot_au_hasard(self):
chemin_en_long = [True] * (self.larg - 1) + [False] * (self.haut - 1)
shuffle(chemin_en_long)
matrice_chemin = [[False for j in range(self.larg)]
for i in range(self.haut)]
lig, col = 0, 0
matrice_chemin[lig][col] = True
for dep in chemin_en_long:
if dep:
col = col + 1
else:
lig = lig + 1
matrice_chemin[lig][col] = True
self.matrice_chemin = matrice_chemin
self.afficher_matrices()