def __init__(self,
visible=True,
map_class=map_parser.map_parser(),
delete_subgoals=True):
self.visible = visible
self.delete_subgoals = delete_subgoals
self.robot_position = [None, None]
# self.game_logic = game_fsm.Collect_Ball_Simple()
self.game_logic = game_fsm.three_steps_game()
self.time_counter = 0
self.map_class = map_class
self.nb_action = 4
self.game_state = game_state.RobotStatus()
self.robot_agent = agents.AgentRandom(nb_actions=4)
self.game_over = False
self.game_score = 0
# Load the map
self.map_class.read_map()
self.game_state.unique_elements = self.map_class.unique_elements
import agents
import time
import gym_2048
import gym
import numpy
from common.Game2048Wrapper import *
path = "models/game2048_dqn_a/"
env = gym.make("2048-v0")
#env = gym.make("Tiny2048-v0")
env = Game2048Wrapper(env, 4)
env.reset()
obs_shape = env.observation_space.shape
actions_count = env.action_space.n
print("observation shape ", obs_shape)
print("actions count ", actions_count)
print("observation\n", env.observation_space)
agent = agents.AgentRandom(env)
while True:
agent.main()
env.render()
print("\n\n")
time.sleep(0.01)
print("Select gamemode")
print("0: Training")
print("1: Single player")
print("2: Multi player")
print("3: Competing agents")
gamemode = input("? ")
#Initialize the game
game = bs.Battleship(gamemode)
if(gamemode==0):
agent1 = None
agent2 = None
if(gamemode==1):
agent1 = agents.AgentReal()
agent2 = agents.AgentRandom()
elif(gamemode==2):
agent1 = agents.AgentReal()
agent2 = agents.AgentReal()
elif(gamemode==3):
agent1 = agents.AgentRandom()
agent2 = agents.AgentRandom()
game.players[0].getShotLocation = agent1.getShotLocation
game.players[1].getShotLocation = agent2.getShotLocation
#Initialize the grids
grid1 = game.loadShipMatrixFromFile('shipmatrix1.txt')
game.players[0].placeShipsFromMatrix(grid1)
#game.players[0].placeShipsRandom()