def getAction(self):
from pygame.locals import K_LEFT, K_RIGHT, K_UP, K_DOWN
from pygame.locals import K_ESCAPE, QUIT
from vgdl.ontology import RIGHT, LEFT, UP, DOWN
pygame.event.pump()
keystate = pygame.key.get_pressed()
res = None
if keystate[K_RIGHT]: res = BASEDIRS.index(RIGHT)
elif keystate[K_LEFT]: res = BASEDIRS.index(LEFT)
elif keystate[K_UP]: res = BASEDIRS.index(UP)
elif keystate[K_DOWN]: res = BASEDIRS.index(DOWN)
if keystate[K_ESCAPE] or pygame.event.peek(QUIT):
raise UserTiredException('Pressed ESC')
return res
def getAction(self):
from pygame.locals import K_LEFT, K_RIGHT, K_UP, K_DOWN
from pygame.locals import K_ESCAPE, QUIT
from vgdl.ontology import RIGHT, LEFT, UP, DOWN
pygame.event.pump()
keystate = pygame.key.get_pressed()
res = None
if keystate[K_RIGHT]: res = BASEDIRS.index(RIGHT)
elif keystate[K_LEFT]: res = BASEDIRS.index(LEFT)
elif keystate[K_UP]: res = BASEDIRS.index(UP)
elif keystate[K_DOWN]: res = BASEDIRS.index(DOWN)
if keystate[K_ESCAPE] or pygame.event.peek(QUIT):
raise UserTiredException('Pressed ESC')
return res
def act(self, timer):
possibleAction = self.game.getPossibleActions()
action = random.choice(list(possibleAction.keys()))
print(action)
from vgdl.ontology import RIGHT, LEFT, UP, DOWN
res = None
if action == 'RIGHT':
res = BASEDIRS.index(RIGHT)
elif action == 'LEFT':
res = BASEDIRS.index(LEFT)
elif action == 'UP':
res = BASEDIRS.index(UP)
elif action == 'DOWN':
res = BASEDIRS.index(DOWN)
return res
def _nearTileIncrements(self):
p0, p1, orient = self.getState()[:3]
o0, o1 = orient
l0, l1 = BASEDIRS[(BASEDIRS.index(orient) + 1) % len(BASEDIRS)]
r0, r1 = BASEDIRS[(BASEDIRS.index(orient) - 1) % len(BASEDIRS)]
res = [(True, 1, (p0 + 2 * l0, p1 + 2 * l1)),
(True, 2, (p0 + o0 + 2 * l0, p1 + o1 + 2 * l1)),
(True, 3, (p0 + 2 * o0 + l0, p1 + 2 * o1 + l1)),
(True, 4, (p0 + 2 * o0, p1 + 2 * o1)),
(True, 5, (p0 + 2 * o0 + r0, p1 + 2 * o1 + r1)),
(True, 6, (p0 + o0 + 2 * r0, p1 + o1 + 2 * r1)),
(True, 7, (p0 + 2 * r0, p1 + 2 * r1)),
(False, 2, (p0 + o0 + l0, p1 + o1 + l1)),
(False, 4, (p0 + o0 + r0, p1 + o1 + r1)),
(False, 3, (p0 + o0, p1 + o1)),
(False, 1, (p0 + l0, p1 + l1)),
(False, 5, (p0 + r0, p1 + r1)),
(False, 6, (p0, p1)),
]
return res
def _stateNeighbors(self, state):
""" Can be different in subclasses...
By default: current position and four neighbors. """
pos = (state[0], state[1])
ns = [(a[0] + pos[0], a[1] + pos[1]) for a in BASEDIRS]
if self.orientedAvatar:
# subjective perspective, so we rotate the view according to the current orientation
ns = listRotate(ns, BASEDIRS.index(state[2]))
return ns
else:
return ns
def _nearTileIncrements(self):
p0, p1, orient = self.getState()[:3]
o0, o1 = orient
l0, l1 = BASEDIRS[(BASEDIRS.index(orient) + 1) % len(BASEDIRS)]
r0, r1 = BASEDIRS[(BASEDIRS.index(orient) - 1) % len(BASEDIRS)]
res = [
(True, 1, (p0 + 2 * l0, p1 + 2 * l1)),
(True, 2, (p0 + o0 + 2 * l0, p1 + o1 + 2 * l1)),
(True, 3, (p0 + 2 * o0 + l0, p1 + 2 * o1 + l1)),
(True, 4, (p0 + 2 * o0, p1 + 2 * o1)),
(True, 5, (p0 + 2 * o0 + r0, p1 + 2 * o1 + r1)),
(True, 6, (p0 + o0 + 2 * r0, p1 + o1 + 2 * r1)),
(True, 7, (p0 + 2 * r0, p1 + 2 * r1)),
(False, 2, (p0 + o0 + l0, p1 + o1 + l1)),
(False, 4, (p0 + o0 + r0, p1 + o1 + r1)),
(False, 3, (p0 + o0, p1 + o1)),
(False, 1, (p0 + l0, p1 + l1)),
(False, 5, (p0 + r0, p1 + r1)),
(False, 6, (p0, p1)),
]
return res