def reg2msg():
# ans=[[(game.mapHeight(),game.mapWidth())]]
# ans.append([(i.getBoundsTop(),i.getBoundsBottom(),i.getBoundsLeft(),i.getBoundsRight(),i.isAccessible(),i.isHigherGround()) for i in game.getAllRegions()])
ans = numpy.zeros([game.mapHeight() * 4, game.mapWidth() * 4])
for i in range(game.mapHeight() * 4):
for j in range(game.mapWidth() * 4):
ans[i, j] = game.isWalkable([i, j])
return ans
def init():
global terrain, hground
terrain = numpy.zeros([game.mapHeight() * 32, game.mapWidth() * 32])
hground = numpy.zeros([game.mapHeight() * 32, game.mapWidth() * 32])
for i in game.getAllRegions():
terrain[i.getBoundsTop():i.getBoundsBottom(),
i.getBoundsLeft():i.getBoundsRight()] = i.isAccessible()
hground[i.getBoundsTop():i.getBoundsBottom(),
i.getBoundsLeft():i.getBoundsRight()] = i.isHigherGround()
def prepare(self):
print('Map {} {}'.format(game.mapFileName(), game.mapHash()))
shape = (game.mapWidth(), game.mapHeight())
self.failed_tiles = []
for y in range(shape[1]):
for x in range(shape[0]):
if not game.isBuildable(x, y):
continue
try:
for wy in range(y * BWS, (y + 1) * BWS):
for wx in range(x * BWS, (x + 1) * BWS):
if not game.isWalkable(wx, wy):
raise NotWalkable
except NotWalkable:
self.failed_tiles.append((x, y))
with open('output.txt', 'a') as f:
f.write('#########\n')
f.write(
json.dumps({
'hash': game.mapHash(),
'pathname': game.mapPathName(),
'filename': game.mapFileName(),
'failed_tiles': self.failed_tiles,
}) + '\n')
print(self.failed_tiles)
def prepare(self):
print(game.mapHeight() * 32, game.mapWidth() * 32)
ans = numpy.zeros([game.mapHeight() * 32, game.mapWidth() * 32])
for i in range(game.mapHeight() * 4):
for j in range(game.mapWidth() * 4):
ans[i * 8:i * 8 + 8, j * 8:j * 8 + 8] = game.isWalkable([i, j])
#fig=plt.figure(figsize=(1,2))
#fig.add_subplot(1,2,1)
plt.imshow(ans * 255, cmap=plt.cm.gray)
plt.show()
ans = numpy.zeros([game.mapHeight() * 32, game.mapWidth() * 32])
for r in game.getAllRegions():
ans[r.getBoundsTop():r.getBoundsBottom(),
r.getBoundsLeft():r.getBoundsRight()] = r.isHigherGround()
#fig.add_subplot(1,2,2)
plt.imshow(ans * 255, cmap=plt.cm.gray)
plt.show()
def can_control(self, unit, playerMe):
if (unit.getType() in self.unitTypes and unit.getPlayer() == playerMe
and unit.getPosition()[0] <= game.mapHeight() * 32
and unit.getPosition()[1] <= game.mapWidth() * 32):
return True
return False