def __init__(self, opts):
super(Game, self).__init__(opts)
self.nblocks = int(opts.get('nblocks') or 0)
self.nwater = int(opts.get('nwater') or 0)
#these are decoys:
self.nswitches = opts.get('nswitches') or 1
self.ncolors = opts.get('ncolors') or 3
info = gi.build_info_attr('go goal0')
self.build_add_item(info)
gi.build_big_random_wall(self)
b = random.choice(self.items_bytype['block'])
loc = b.attr['loc']
self.remove_item(b)
s = gi.PushableBlock({'loc': loc})
self.add_prebuilt_item(s)
gi.add_random_cycle_switches(self, self.nswitches, self.ncolors)
# always goal0. fixme?
gi.add_goal(self, self.sample_reachable_loc(ensure_empty=True), 0)
gi.add_standard_items(self)
self.agent = self.items_bytype['agent'][0]
self.agent.replace_action('push_up', standard_grid_actions.push_up)
self.agent.replace_action('push_down', standard_grid_actions.push_down)
self.agent.replace_action('push_left', standard_grid_actions.push_left)
self.agent.replace_action('push_right',
standard_grid_actions.push_right)
self.finished = False
def __init__(self, opts):
super(Game, self).__init__(opts)
self.nblocks = int(opts.get('nblocks') or 0)
self.nwater = int(opts.get('nwater') or 0)
#these are decoys:
self.nswitches = opts.get('nswitches') or 0
self.ncolors = opts.get('ncolors') or 3
self.ngoals = opts['ngoals']
self.ngoals_active = min(opts['ngoals_active'], self.ngoals)
self.ngoals_reached = 0
self.goal_order = [i for i in range(self.ngoals)]
random.shuffle(self.goal_order)
for i in range(self.ngoals):
gi.add_goal(self, self.sample_reachable_loc(ensure_empty=True), i)
for i in range(self.ngoals_active):
objective = 'obj' + str(i) + ' go goal' + str(self.goal_order[i])
info = gi.build_info_attr(objective)
self.build_add_item(info)
self.current_goal = 'goal' + str(self.goal_order[0])
gi.add_random_cycle_switches(self, self.nswitches, self.ncolors)
gi.add_standard_items(self)
self.finished = False
#TODO breadcrumb action
self.flag_visited = False
if opts['flag_visited'] == 1:
self.flag_visited = True
self.agent = self.items_bytype['agent'][0]
def __init__(self, opts):
super(Game, self).__init__(opts)
self.goal_reward = 3.0
self.nblocks = int(opts.get('nblocks') or 0)
self.nwater = int(opts.get('nwater') or 0)
self.nswitches = opts.get('nswitches') or 1
self.ncolors = opts.get('ncolors') or 3
info = gi.build_info_attr('go goal0')
self.build_add_item(info)
gi.build_big_random_wall(self)
b = random.choice(self.items_bytype['block'])
loc = b.attr['loc']
self.remove_item(b)
s = gi.CycleSwitchOpenedDoor({'loc': loc},
color=random.randint(0, self.ncolors - 1))
self.add_prebuilt_item(s)
gi.add_goal(self, self.sample_reachable_loc(ensure_empty=True), 0)
gi.add_standard_items(self)
# agent
self.agent = self.items_bytype['agent'][0]
self.agent.replace_action('toggle_close',
standard_grid_actions.toggle_close)
# whether switches added are reachable by the agent
self.switch_reachable = gi.add_reachable_cycle_switches(
self, self.nswitches, self.ncolors, self.agent.attr['loc'])
#gi.add_random_cycle_switches(self, self.nswitches, self.ncolors)
# always goal0. fixme?
self.finished = False
def __init__(self, opts):
super(Game, self).__init__(opts)
self.goal_loc = self.sample_reachable_loc(ensure_empty=True)
if opts.get('fixed_goal'):
self.goal_loc = (0, 0)
gi.add_goal(self, self.goal_loc, 0)
self.nblocks = int(opts.get('nblocks') or 0)
self.nwater = int(opts.get('nwater') or 0)
gi.add_standard_items(self)
self.agent = self.items_bytype['agent'][0]
self.finished = False
self.stat = dict()
self.stat['success'] = 0
def __init__(self, opts):
super(Game, self).__init__(opts)
self.goal_loc = self.sample_reachable_loc(ensure_empty=True)
if opts.get('fixed_goal'):
self.goal_loc = (0,0)
self.nblocks = int(opts.get('nblocks') or 0)
self.nwater = int(opts.get('nwater') or 0)
destination = 'ax' + str(self.goal_loc[0]) + 'y' + str(self.goal_loc[1])
info = gi.build_info_attr('obj0 go absolute ' + destination)
self.build_add_item(info)
gi.add_standard_items(self)
self.agent = self.items_bytype['agent'][0]
self.finished = False
def __init__(self, opts):
super(Game, self).__init__(opts)
self.nblocks = int(opts.get('nblocks') or 0)
self.nwater = int(opts.get('nwater') or 0)
gi.add_standard_items(self)
self.agent = self.items_bytype['agent'][0]
gi.add_cycle_switch(self, self.sample_reachable_loc(), 2)
self.switch = self.items_bytype['cycle_switch'][0]
if opts['test_mode']:
self.switch.setc(0)
self.agent.replace_action('toggle_close',
standard_grid_actions.toggle_close)
self.finished = False
self.switch_prev_color = self.switch.color
self.reset_stat()
def __init__(self, opts):
super(Game, self).__init__(opts)
self.door_x = random.randint(1, self.mapsize[0] - 2)
self.door_y = random.randint(0, self.mapsize[1] - 1)
self.door = gi.PickableKeyOpenedDoor(
{'loc': (self.door_x, self.door_y)},
key=0)
self.add_prebuilt_item(self.door)
# add wall
wall_x = self.door_x
for wall_y in range(self.mapsize[1]):
if wall_y != self.door_y:
gi.add_block(self, loc=(wall_x, wall_y))
self.goal_loc = self.sample_reachable_loc(ensure_empty=True)
gi.add_goal(self, self.goal_loc, 0)
self.nblocks = int(opts.get('nblocks') or 0)
self.nwater = int(opts.get('nwater') or 0)
gi.add_standard_items(self)
self.agent = self.items_bytype['agent'][0]
# add switch opposite of goal
key_y = random.randint(0, self.mapsize[1] - 1)
if self.goal_loc[0] < wall_x:
key_x = random.randint(wall_x + 1, self.mapsize[0] - 1)
else:
key_x = random.randint(0, wall_x - 1)
self.key = gi.PickableKey({'loc': (key_x, key_y)}, 0)
self.add_prebuilt_item(self.key)
self.agent.replace_action('toggle_close',
standard_grid_actions.toggle_close)
# move agent opposite of goal
agent_y = random.randint(0, self.mapsize[1] - 1)
if self.goal_loc[0] < wall_x:
agent_x = random.randint(wall_x + 1, self.mapsize[0] - 1)
else:
agent_x = random.randint(0, wall_x - 1)
self.move_item(self.agent, (agent_x, agent_y))
self.finished = False
self.reset_stat()
def __init__(self, opts):
super(Game, self).__init__(opts)
self.wrong_goal_cost = opts['wrong_goal_cost']
self.nblocks = int(opts.get('nblocks') or 0)
self.nwater = int(opts.get('nwater') or 0)
#these are decoys:
self.nswitches = opts.get('nswitches') or 0
self.ncolors = opts.get('ncolors') or 3
self.ngoals = opts['ngoals']
self.ngoals_active = min(opts['ngoals_active'], self.ngoals)
self.ngoals_reached = 0
self.goal_order = [i for i in range(self.ngoals)]
random.shuffle(self.goal_order)
for i in range(self.ngoals):
gi.add_goal(self, self.sample_reachable_loc(ensure_empty=True), i)
info = gi.build_info_attr('info visit all excluding')
self.build_add_item(info)
goals = self.items_bytype['goal']
self.finished_goals = {}
for i in range(self.ngoals_active):
self.finished_goals['goal' + str(self.goal_order[i])] = False
for i in range(self.ngoals_active, self.ngoals):
objective = 'info avoid goal' + str(self.goal_order[i])
info = gi.build_info_attr(objective)
self.build_add_item(info)
goals[i].attr['_touch_cost'] = self.wrong_goal_cost
gi.add_random_cycle_switches(self, self.nswitches, self.ncolors)
gi.add_standard_items(self)
self.finished = False
#TODO breadcrumb action
self.flag_visited = False
if opts['flag_visited'] == 1:
self.flag_visited = True
self.agent = self.items_bytype['agent'][0]
def __init__(self, opts):
super(Game, self).__init__(opts)
self.nblocks = int(opts.get('nblocks') or 0)
self.nwater = int(opts.get('nwater') or 0)
self.ncolors = opts.get('ncolors') or 3
self.nswitches = 1
gi.add_random_cycle_switches(self, self.nswitches, self.ncolors)
color = self.items_bytype['cycle_switch'][0].attr['@color']
info = gi.build_info_attr('info push block onto ' + color + ' switch')
self.build_add_item(info)
loc = self.sample_reachable_loc(ensure_empty=True)
s = gi.PushableBlock({'loc': loc})
self.add_prebuilt_item(s)
gi.add_standard_items(self)
self.agent = self.items_bytype['agent'][0]
self.agent.replace_action('push_up', standard_grid_actions.push_up)
self.agent.replace_action('push_down', standard_grid_actions.push_down)
self.agent.replace_action('push_left', standard_grid_actions.push_left)
self.agent.replace_action('push_right',
standard_grid_actions.push_right)
self.finished = False
self.goal_loc = self.items_bytype['cycle_switch'][0].attr['loc']
def __init__(self, opts):
super(Game, self).__init__(opts)
self.ngoals = opts.get('ngoals') or 2
for i in range(self.ngoals):
gi.add_goal(self, self.sample_reachable_loc(ensure_empty=True), i)
self.ncolors = opts.get('ncolors') or 2
gi.add_random_cycle_switches(self, 1, self.ncolors)
self.cmap = []
for s in range(self.ncolors):
g = random.randint(0, self.ngoals - 1)
self.cmap.append(g)
info = gi.build_info_attr('if cycle_switch color ' + 'color' +
str(s) + ' go goal' + str(g))
self.build_add_item(info)
self.nblocks = int(opts.get('nblocks') or 0)
self.nwater = int(opts.get('nwater') or 0)
gi.add_standard_items(self)
self.agent = self.items_bytype['agent'][0]
self.agent.replace_action('toggle_close',
standard_grid_actions.toggle_close)
self.finished = False
def __init__(self, opts):
super(Game, self).__init__(opts)
self.nblocks = int(opts.get('nblocks') or 0)
self.nwater = int(opts.get('nwater') or 0)
self.ngoals = opts['ngoals']
self.goal_locs = []
for s in range(self.ngoals):
loc = self.sample_reachable_loc(ensure_empty=True)
destination = 'ax' + str(loc[0]) + 'y' + str(loc[1])
info = gi.build_info_attr('goal' + str(s) + ' at absolute ' +
destination)
self.build_add_item(info)
#add actual goals to prevent duplicate locs as in original mb
# don't really need this?
self.goal_locs.append(loc)
gi.add_goal(self, loc, s)
self.items_bytype['goal'][s].attr['_invisible'] = True
gid = random.randint(0, self.ngoals - 1)
info = gi.build_info_attr('obj0 go goal' + str(gid))
self.build_add_item(info)
gi.add_standard_items(self)
self.agent = self.items_bytype['agent'][0]
self.finished = False
self.goal_loc = self.items_bytype['goal'][gid].attr['loc']
def __init__(self, opts):
super(Game, self).__init__(opts)
self.goal_reward = 3.0
self.goal_loc = self.sample_reachable_loc(ensure_empty=True)
self.nblocks = int(opts.get('nblocks') or 0)
self.nwater = int(opts.get('nwater') or 0)
self.explicit = opts.get('explicit') or False
self.nswitches = opts.get('nswitches') or 2
self.ncolors = opts.get('ncolors') or 2
if self.explicit:
self.target_color = random.randint(0, self.ncolors)
tcs = 'color' + str(self.target_color)
else:
self.target_color = -1
tcs = 'same'
info = gi.build_info_attr('obj0 switch color ' + tcs)
self.build_add_item(info)
gi.add_random_cycle_switches(self, self.nswitches, self.ncolors)
gi.add_standard_items(self)
self.agent = self.items_bytype['agent'][0]
self.agent.replace_action('toggle_close',
standard_grid_actions.toggle_close)
self.finished = False