def test_sh_player():
weights = {
"unit_weight": 1.242,
"node_weight": -0.4971,
"occ_weight": 0,
"occ_new_weight": 0.05953,
"n_enemies_weight": 0.2306,
"enemy_occ_nodes_weight": -1.126,
"enemy_unit_weight": -0.2431,
"empty_node_weight": -0.7042,
"attacker_weight": -0.3131,
"defender_weight": 0.06549,
"occ_attacker_weight": -0.2173,
"occ_defender_weight": 0.4239,
"enemy_occ_attacker_weight": 0.3953,
"enemy_occ_defender_weight": -0.02868,
}
nodes = [
GameNode(0, [], [1, 2]),
GameNode(1, [], [0, 2]),
GameNode(2, [], [0, 1, 3]),
GameNode(3, [], [2, 4, 5]),
GameNode(4, [], [3, 5]),
GameNode(5, [], [3, 4]),
]
players = [
ShortHorizonPlayer(0, [Unit(0, nodes[0])], [nodes[0]], nodes[0], **weights),
ShortHorizonPlayer(1, [Unit(1, nodes[1])], [nodes[1]], nodes[1], **weights),
ShortHorizonPlayer(2, [Unit(2, nodes[4])], [nodes[4]], nodes[4], **weights),
ShortHorizonPlayer(3, [Unit(3, nodes[5])], [nodes[5]], nodes[5], **weights),
]
nodes[0].add_unit(players[0].units[0])
nodes[1].add_unit(players[1].units[0])
nodes[4].add_unit(players[2].units[0])
nodes[5].add_unit(players[3].units[0])
graph = GameGraph(nodes)
game = Game(players, graph)
game.update_state([], False)
def next_round(event):
win = game.play_round()
if win is None:
graphics.draw(f, w, l, game.state)
else:
graphics.draw_winner(w, win)
f, w, l = graphics.setup(game.state, next_round)
graphics.draw(f, w, l, game.state)
graphics.show()
def test_human_player():
nodes = [
GameNode(0, [], [1, 2]),
GameNode(1, [], [0, 2]),
GameNode(2, [], [0, 1, 3]),
GameNode(3, [], [2, 4, 5]),
GameNode(4, [], [3, 5]),
GameNode(5, [], [3, 4])
]
players = [
HumanPlayer(0, [HumanInteractionUnit(0, nodes[0])], [nodes[0]],
nodes[0]),
HumanPlayer(1, [HumanInteractionUnit(1, nodes[1])], [nodes[1]],
nodes[1]),
HumanPlayer(2, [HumanInteractionUnit(2, nodes[4])], [nodes[4]],
nodes[4]),
HumanPlayer(3, [HumanInteractionUnit(3, nodes[5])], [nodes[5]],
nodes[5])
]
nodes[0].add_unit(players[0].units[0])
nodes[1].add_unit(players[1].units[0])
nodes[4].add_unit(players[2].units[0])
nodes[5].add_unit(players[3].units[0])
graph = GameGraph(nodes)
game = Game(players, graph)
game.update_state([], False)
def next_round(event):
win = game.play_round()
if win is None:
graphics.draw(f, w, l, game.state)
else:
graphics.draw_winner(w, win)
f, w, l = graphics.setup(game.state, next_round)
for p in players:
p.canvas = w
graphics.draw(f, w, l, game.state)
graphics.show()
def test_human_player():
nodes = [
GameNode(0, [], [1, 2]),
GameNode(1, [], [0, 2]),
GameNode(2, [], [0, 1, 3]),
GameNode(3, [], [2, 4, 5]),
GameNode(4, [], [3, 5]),
GameNode(5, [], [3, 4]),
]
players = [
HumanPlayer(0, [HumanInteractionUnit(0, nodes[0])], [nodes[0]], nodes[0]),
HumanPlayer(1, [HumanInteractionUnit(1, nodes[1])], [nodes[1]], nodes[1]),
HumanPlayer(2, [HumanInteractionUnit(2, nodes[4])], [nodes[4]], nodes[4]),
HumanPlayer(3, [HumanInteractionUnit(3, nodes[5])], [nodes[5]], nodes[5]),
]
nodes[0].add_unit(players[0].units[0])
nodes[1].add_unit(players[1].units[0])
nodes[4].add_unit(players[2].units[0])
nodes[5].add_unit(players[3].units[0])
graph = GameGraph(nodes)
game = Game(players, graph)
game.update_state([], False)
def next_round(event):
win = game.play_round()
if win is None:
graphics.draw(f, w, l, game.state)
else:
graphics.draw_winner(w, win)
f, w, l = graphics.setup(game.state, next_round)
for p in players:
p.canvas = w
graphics.draw(f, w, l, game.state)
graphics.show()
def update():
s = len(v.gui_displayed)
r = []
for i in range(s):
for ii in range(s):
r.append(
Rectangle(
Point(50 + ((400 / s) * ii), 50 + ((400 / s) * i)),
Point(50 + ((400 / s) * (ii + 1)),
50 + ((400 / s) * (i + 1)))))
index = 0
for i in r:
i.setOutline("black")
i.setWidth(2)
if v.gui_displayed[index] is 0:
i.setFill("white")
if v.gui_displayed[index] is 1:
i.setFill("red")
i.draw(win)
g.show()
return
graphics.draw_ellipse(
graphics.Point(10 * self.x, 10 * self.y),
graphics.Point(10 * self.x + 10, 10 * self.y + 10),
color
)
def update(self) -> None:
self.age += 1
neighbours = self.field.get_neighbours(self)
alive = 0
for neighbour in neighbours:
if neighbour.alive:
alive += 1
if alive < 2 or alive > 3:
self.kill()
field = Field(40, 30)
graphics.configure('Game of Life', 400, 300)
while True:
graphics.clear() # clear screen
field.draw()
graphics.show() # update screen
field.update()
sleep(0.100)
def test_sh_player():
weights = {
"unit_weight": 1.242,
"node_weight": -0.4971,
"occ_weight": 0,
"occ_new_weight": 0.05953,
"n_enemies_weight": 0.2306,
"enemy_occ_nodes_weight": -1.126,
"enemy_unit_weight": -0.2431,
"empty_node_weight": -0.7042,
"attacker_weight": -0.3131,
"defender_weight": 0.06549,
"occ_attacker_weight": -0.2173,
"occ_defender_weight": 0.4239,
"enemy_occ_attacker_weight": 0.3953,
"enemy_occ_defender_weight": -0.02868
}
nodes = [
GameNode(0, [], [1, 2]),
GameNode(1, [], [0, 2]),
GameNode(2, [], [0, 1, 3]),
GameNode(3, [], [2, 4, 5]),
GameNode(4, [], [3, 5]),
GameNode(5, [], [3, 4])
]
players = [
ShortHorizonPlayer(0, [Unit(0, nodes[0])], [nodes[0]], nodes[0],
**weights),
ShortHorizonPlayer(1, [Unit(1, nodes[1])], [nodes[1]], nodes[1],
**weights),
ShortHorizonPlayer(2, [Unit(2, nodes[4])], [nodes[4]], nodes[4],
**weights),
ShortHorizonPlayer(3, [Unit(3, nodes[5])], [nodes[5]], nodes[5],
**weights)
]
nodes[0].add_unit(players[0].units[0])
nodes[1].add_unit(players[1].units[0])
nodes[4].add_unit(players[2].units[0])
nodes[5].add_unit(players[3].units[0])
graph = GameGraph(nodes)
game = Game(players, graph)
game.update_state([], False)
def next_round(event):
win = game.play_round()
if win is None:
graphics.draw(f, w, l, game.state)
else:
graphics.draw_winner(w, win)
f, w, l = graphics.setup(game.state, next_round)
graphics.draw(f, w, l, game.state)
graphics.show()
plt.rcParams['figure.figsize'] = (15, 5) # Розмір картинок
def read_file(file):
df = pd.read_csv(file, sep=';', encoding='utf8', decimal=',')
return df
def parse_df(dataframe):
df['day/month'] = pd.to_datetime(df['day/month'], format='%d.%b').dt.strftime('%d.%m.2019')
df['Time'] = pd.to_datetime(df['Time']).dt.strftime(r'%H:%M')
df['Humidity'] = df['Humidity'].str.rstrip('%').astype(float) / 100.0
df["Wind Speed"] = df["Wind Speed"].str.extract('(\d+)', expand=False).astype(int)
df["Wind Gust"] = df["Wind Gust"].str.extract('(\d+)', expand=False).astype(int)
return dataframe
file = "DATABASE.csv"
df = read_file(file)
parse_df(df)
df.set_index('day/month', inplace=True)
print(df)
print(df.dtypes)
k = int(input('How many graphics?\n'))
print('\nWhich column?')
columns=[]
for j in range(k):
column=input()
columns.append(column)
graphics.show(df, columns)
frame = fill(frame, Maybes)
else:
print("Change made")
print("Prev frame")
for i in range(9):
print(frame_prev[i])
print("Pass", q)
for i in range(9):
print(frame[i])
if q > 81 or not change(frame, frame_prev):
print("Code ran for too long or no changes where made.")
for i in range(len(Maybes)):
print(Maybes[i])
break
if not check(frame):
print("Final frame")
for i in range(9):
print(frame[i])
print("Finished")
show(frame)
