class DataExtension():
COIN_INIT_POSITIONS = [
Vector2(7, 4),
Vector2(3, 7),
Vector2(6, 6),
Vector2(7, 2),
Vector2(2, 8),
Vector2(3, 1),
Vector2(4, 3),
Vector2(3, 5),
Vector2(7, 6),
Vector2(2, 1)
]
#COIN_INIT_POSITIONS = [Vector2(*v) for v in np.random.randint(0, COIN_POOL_SIZE, COIN_POOL_SIZE*2).reshape(COIN_POOL_SIZE, -1)]
def _create_coin_infos(self):
coins = []
pos_indexes = random.sample(range(10), 5)
for i in range(config.NUM_COIN):
pos_idx = pos_indexes[i]
tag = '{0}-{1}'.format(i, pos_idx)
coin = copy.deepcopy(config.BASE_COIN)
coin.id = coin.id.format(tag)
coin.position = DataExtension.COIN_INIT_POSITIONS[pos_idx]
coins.append(coin)
return coins
def _initialize_action_mask(self):
# create new plot
plt = figure(plot_width=200, plot_height=200, title='action mask')
plt.xaxis.visible = False
plt.xgrid.visible = False
plt.yaxis.visible = False
plt.ygrid.visible = False
# set xs xy
center = Vector2(1, 1)
xs, ys = [], []
for d in SerializerExtension.DIRECTS:
v = d + center
xs.append(v.x)
ys.append(v.y)
# skill
xs.append(center.x)
ys.append(center.y)
self.action_mask_xs = xs
self.action_mask_ys = ys
self._rd_mask = plt.rect(
self.action_mask_xs,
self.action_mask_ys,
0.9,
0.9,
fill_alpha=0.6,
color=["silver"] * 10,
line_color='silver',
)
return plt
def _deserialize_action(self, data):
# continues
if len(data) == 4:
direct = SerializerExtension.DIRECTS[np.argmax(data)]
else:
direct = Vector2(*data)
actions = [('player-0', config.Action.move_toward, direct, None)]
return actions
def _deserialize_action(self, data):
if np.ndim(data) == 0: direct = SerializerExtension.DIRECTS[data]
elif len(data) == len(SerializerExtension.DIRECTS):
direct = SerializerExtension.DIRECTS[np.argmax(data)]
else:
direct = Vector2(*data)
actions = [('player-0', config.Action.move_toward, direct, None)]
return actions
def __init__(self, index, angles):
vx = Vector2(1, 0)
self.index = index
self.angles = angles
self.angle = np.mean(self.angles)
self.direct = vx.rotate(self.angle)
self.directs = (vx.rotate(self.angles[0]), vx.rotate(self.angles[1]))
# temp
self.sensed_object = None
self.sensed_range = None
def get_label_continues(s):
player = s[0:2]
npc = s[2:].reshape((-1, 2))
d2 = np.sum(np.square(player - npc), axis=1)
index = np.argmin(d2)
target = npc[index]
direct = Vector2(*(target - player)).normalized
return direct
SAVE_SUMMARIES_SECS = 30 LOG_DIR = './log/' NUM_WORKER = 4 VISUALISED_WORKERS = [] # e.g. [0] or [1,2] _N_AVERAGE = 100 VSTR = 'V0' OB_SPACE_SHAPE = [6] GAME_NAME = config.GAME_NAME config.BOKEH_MODE = "bokeh_serve" # you need run `bokeh serve` firstly config.MAP_SIZE = Vector2(10, 10) config.GAME_PARAMS.fps = 24 config.GAME_PARAMS.max_steps = 300 config.NUM_PLAYERS = 1 config.NUM_NPC = 1 config.PLAYER_INIT_RADIUS = (0.0, 0.0) config.NPC_INIT_RADIUS = 1 / config.MAP_SIZE * 7 #(0.15, 0.2) config.NPC_SKILL_COUNT = 1
import numpy as np
from easydict import EasyDict as edict
from gymgame.engine import extension, Vector2
from gymgame.tinyrpg.sword import config, Serializer, EnvironmentGym
from gymgame.tinyrpg.framework import Skill, Damage, SingleEmitter
from gym import spaces
GAME_NAME = config.GAME_NAME
config.BOKEH_MODE = "notebook" # you need run `bokeh serve` firstly
config.MAP_SIZE = Vector2(30, 30)
#config.GRID_SIZE = Vector2(20, 20)
config.GAME_PARAMS.fps = 24
config.GAME_PARAMS.max_steps = 300
config.NUM_PLAYERS = 1
config.NUM_NPC = 1
config.PLAYER_INIT_RADIUS = (0.0, 1.0)
config.NPC_INIT_RADIUS = (0.0, 1.0)
config.NPC_SKILL_COUNT = 1
config.SKILL_DICT = {
'normal_attack':
import numpy as np
from gymgame.engine import extension, Vector2
from gymgame.tinyrpg.man import config, Serializer, EnvironmentGym
from gym import spaces
config.MAP_SIZE = Vector2(10, 10)
#config.GRID_SIZE = (30, 30)
config.GAME_PARAMS.max_steps = 100
config.NUM_BULLET = 0
config.NUM_COIN = 5
config.PLAYER_INIT_RADIUS = (0.0, 0.1)
config.COIN_INIT_RADIUS = (0.3, 1.0)
config.COIN_REVIVE = False
GAME_NAME = config.GAME_NAME
@extension(EnvironmentGym)
class EnvExtension():
def _init_action_space(self):
return spaces.Discrete(4)
@extension(Serializer)