def setUp(self):
"""
Creation de la méthode setUp permettant de générer un joueur fictif.
"""
self.tab = tableau.Tableau(5)
self.tab.creation_tableau()
self.j = joueur.Joueur("joueurNumero1", self.tab, 200)
self.j.score = 9000
self.nbr_bateaux = 3
self.bateau1 = bateau.Bateau("porte-avion", 4, "touché")
self.bateau1.coordonnees_bateau = [1, 1, "o"], [1, 2, "o"], [1, 3, "o"], [1, 4, "o"]
self.bateau2 = bateau.Bateau("torpilleur", 2, "actif")
self.bateau2.coordonnees_bateau = [4, 1, "o"], [4, 2, "o"]
self.bateau3 = bateau.Bateau("croiseur", 2, "actif")
self.bateau3.coordonnees_bateau = [5, 1, "o"], [5, 2, "o"]
self.bateau4 = bateau.Bateau("canonniere", 3, "actif")
self.bateau5 = bateau.Bateau("destroyer", 3, "actif")
self.j.porte_avion = self.bateau1
self.j.torpilleur = self.bateau2
self.j.croiseur = self.bateau3
self.j.canonniere = self.bateau4
self.j.destroyer = self.bateau5
def __init__(self, name, units, armyid, color, intelligence_type, morale):
self.name = name
self.units = units
self.commander = self.units[0]
self.commander.add_unit_status("is_commander")
self.color = color
self.armyid = armyid
for u in units:
u.army = self
u.set_color(color)
for s in u.character.skills:
u.add_unit_status(s.skill_str)
# crazy bug here because add_unit_status will just run the constructor to
# blah_STATUS without the associatied string, creating a status that's not from a
# skillstring
# u.unit_status.append(status.Status.FromSkillName(s.skill_str))
self.intelligence = intelligence.INTELLIGENCE_FROM_TYPE[
intelligence_type](self)
self.morale = morale
self.last_turn_morale = morale
# things to be linked later
self.yomi_edge = None # used in battles to see if RPS was won
self.battle = None
self.formation_bonus = 1.0
self.formation = None
self.order = None
self.commitment_bonus = False
self.battle_lost = False
self.tableau = tableau.Tableau(self)
def get_crystal_graph(shape, m=None):
"""
Function to create crystal graph data.
:param shape: shape of tableaux in graph
:param m: m such that allowed entries in t are 1 to m and 1-bar to m-bar
:return: a list of all k-n tableaux for given shape and value of m, an f_i dictionary with all the kn tableaux as keys with a list as value, where (i-1)st index in list refer to tableau obtained by applying f_i to the key tableau. A similar e_i tableaux dictionary.
"""
if m is None:
m = len(shape)
starting_tableau = tab.Tableau([[a.Ordinary(i+1) for _ in range(shape[i])] for i in range(len(shape))])
tableaux = [starting_tableau]
fi_map, ei_map = dict(), dict()
ei_map[starting_tableau] = [None for _ in range(m)]
index = 0
while index < len(tableaux):
t = tableaux[index]
fi_map[t] = f = [None for _ in range(m)]
for i in range(m):
f_of_t = f_i(t, i+1, m, False)
if f_of_t is not None:
if f_of_t in ei_map:
e = ei_map[f_of_t]
else:
e = [None for _ in range(m)]
ei_map[f_of_t] = e
tableaux.append(f_of_t)
f[i] = f_of_t
e[i] = t
index += 1
return tableaux, fi_map, ei_map
def test_adding_constraints(self, ):
A, b, c = self.setup_data()
tab = tableau.Tableau()
tab.add_constraints(A, b)
constraints = self.create_constraints_as_list(A, b)
self.assertEqual(tab.tab.tolist(), constraints)
def test_adding_constraints_after_adding_objective(self, ):
A, b, c = self.setup_data()
tab = tableau.Tableau()
tab.add_objective(c, False)
tab.add_constraints(A, b)
constraints = self.create_constraints_as_list(A, b)
constraints.append(c)
self.assertEqual(tab.tab.tolist(), constraints)
def test_compare_algorithms(self):
patterns = ["%s/bounded/*","%s/inf/*","%s/no/*"]
ignore = lambda fname: not fname.endswith(".a")
test_dirs = [ p % TestDataRunner.test_directory for p in patterns ]
test_files = self.flatten([filter(ignore,glob.iglob(d)) for d in test_dirs])
debug=True
failures_by_file = {}
for tf in test_files:
(A,b,c,n,m) = main.Reader.parse(file=tf)
algorithms = {"Tableau" : tableau.Tableau(A,b,c,n,m,debug=False),
# some reason simplex stops workign with new min index
#"Simplex" : simplex.Simplex(A,b,c,n,m,debug=False),
"Scipy" : scipy_lprog.SciPy(A,b,c,n,m,debug=False)}
results = {}
anst,ansx = None,None
failed = False
for (name,algo) in algorithms.items():
try:
results[name] = algo.solve()
except Exception as e:
print(tf)
import traceback
traceback.print_exc()
#traceback.print_exception(Exception,e, sys.last_traceback)
if anst is None and ansx is None:
anst,ansx = results[name]
cur_t,cur_x = results[name]
if cur_t != anst:
failed = True
if not tf in failures_by_file and failed:
failures_by_file[tf] = results
for (tf,results) in failures_by_file.items():
tf_dir,tf_file = tf.split(os.path.sep)[-2:]
print("%s/%s:" %(tf_dir,tf_file))
for key in results.keys():
anst,ansx = results[key]
print("| %10s | %10s | %20s |" % (key,anst,matrix.map_optional(float,ansx)))
def build(self, signedFormulas):
""" Vytvori a vrati uzavrete alebo uplne tablo pre zoznam oznacenych formul. """
# vyplnime prve vrcholy podla zoznamu vstupnych formul
tabl = tableau.Tableau()
lastNode = None
for sign, formula in signedFormulas:
newNode = tableau.Node(sign, formula)
tabl.append(lastNode, newNode)
lastNode = newNode
# TODO vytvorit tablo
return tabl
def build(self, signedFormulas):
""" Vytvori a vrati uzavrete alebo uplne tablo pre zoznam oznacenych formul. """
# vyplnime prve vrcholy podla zoznamu vstupnych formul
tabl = tableau.Tableau()
lastNode = None
for sf in signedFormulas:
newNode = tableau.Node(sf)
tabl.append(lastNode, newNode)
lastNode = newNode
# TODO skontrolovat, ci uz nie je rovno uztvorene
# TODO vytvorit tablo (alebo oznacit ako zatvorene, ak sa vstupne formuly rovno uzavreli)
return tabl
def renderTableau(self):
if not self.tableauimages:
return
size = self.tableauimages[0].shape[0]
radinc = numpy.sqrt(2 * size * size)
tab = tableau.Tableau()
for i, im in enumerate(self.tableauimages):
ang = self.tableauangles[i]
rad = radinc * self.tableaurads[i]
tab.insertImage(im, angle=ang, radius=rad)
self.tabimage, self.tabscale = tab.render()
if self.settings['tableau type'] == 'beam tilt series-image':
mean = self.tabimage.mean()
std = self.tabimage.std()
a = numpy.where(self.tabimage >= mean + 5 * std, 0, self.tabimage)
self.tabimage = numpy.clip(a, 0, mean * 1.5)
self.displayTableau()
self.saveTableau()
def __init__(
self, callback: Callable[[card.Card, common.TableLocation, List[int]],
None]
) -> None:
self._tableau = tableau.Tableau()
self._foundation = foundation.Foundation()
self._stack: List[card.Card] = []
self._waste: List[card.Card] = []
self._history: List[Move] = []
self._state = State()
self._callback = callback
self._shuffler = rules.Shuffler()
self._wrapped = {
'draw': self.__wrap_method(self.__draw),
'flip': self.__wrap_method(self.__flip),
'undo': self.__wrap_method(self.__undo),
'w2t': self.__wrap_method(self.__waste_to_tableau),
'w2f': self.__wrap_method(self.__waste_to_foundation),
't2f': self.__wrap_method(self.__tableau_to_foundation),
't2t': self.__wrap_method(self.__tableau_to_tableau),
'f2t': self.__wrap_method(self.__foundation_to_tableau)
}
block = pygame.Surface((50, 50))
block.fill(255)
#Fonction pour dessiner un tableau
def dessiner_niveau(surface, niveau):
for j, ligne in enumerate(niveau):
for i, case in enumerate(ligne):
if case == 1:
screen.blit(block, (i * 50, j * 50))
#----------------------------------------------------------------
tab1 = tableau.Tableau('abc.png', 0, 600, 500, 0, 600, 100)
tab2 = tableau.Tableau('brick-wall.png', 0, 200, 500, 500, 600, 600)
tab3 = tableau.Tableau('sky.jpg', 0, 200, 500, 500, 600, 600)
listetab = [tab1, tab2, tab3]
i = 0
screen = pygame.display.set_mode((1000, 1000))
#affichageTableau(listetab[i])
perso = pygame.image.load('perso.png')
pos_pers = perso.get_rect()
o = Personnage(perso, tab1.xdebut, tab1.ydebut - 250, 2)
screen.blit(o.image, o.pos)
pygame.display.flip()
pygame.key.set_repeat(20, 10)
def test_creating_maximization_problem(self, ):
A, b, c = self.setup_data()
tab = tableau.Tableau()
tab.add_objective(c, True)
self.assertEqual([-entry for entry in c], tab.tab.tolist()[-1])
def test_creating_minimization_problem(self, ):
A, b, c = self.setup_data()
tab = tableau.Tableau()
tab.add_objective(c, False)
self.assertEqual(c, tab.tab.tolist()[-1])
screen.blit(tab.background, (0, 0))
pygame.display.flip()
def verifSortie(perso, i, listetab):
if (perso.pos.right == listetab[i].xfin) or (perso.pos.bottom
== listetab[i].yfin):
i += 1
perso.pos.left = listetab[i].xdebut
perso.pos.bottom = listetab[i].ydebut
affichageTableau(listetab[i])
#--------------------------------------------------------
tab1 = tableau.Tableau('abc.png', 0, 600, 600, 0)
tab2 = tableau.Tableau('brick-wall.jpg', 0, 200, 600, 600)
listetab = [tab1, tab2]
i = 0
screen = pygame.display.set_mode((600, 600))
affichageTableau(listetab[i])
perso = pygame.image.load('perso.png')
pos_pers = perso.get_rect()
o = Personnage(perso, tab1.xdebut, tab1.ydebut - 250, 5)
pygame.key.set_repeat(400, 30)
while 1:
for event in pygame.event.get():
if event.type == KEYDOWN:
if event.key == K_DOWN: