def solveWithBlobs(st, blobs):
bot = st.bots[0]
collectBoosters(st, bot)
def findBlob(pos):
for blob in blobs:
if pos in blob:
return blob
return None
curPos = st.botPos()
while True:
blob = findBlob(curPos)
if blob is None:
break
blobRanks = {}
def add(l, x, y):
blobRanks[(x, y)] = l
pathfinder.bfsFind(st, curPos, lambda l, x, y: False, register=add)
while True:
nextPos = closestRotInBlob(st, blob, {})
if nextPos is None:
break
curPos = closestRotInBlob(st)
if curPos is None:
break
return st.actions()
def closestRotSolver(st, bot_num=0):
bot = st.bots[bot_num]
collectBoosters(st, bot_num)
while True:
path = pathfinder.bfsFind(st,
bot.pos,
wrapP(st),
availP=drillableP(st))
if st.boosters[Booster.DRILL] > 0 and bot.drill_duration <= 0:
path2 = pathfinder.bfsFind(st,
bot.pos,
wrapP(st),
availP=withDrillP(st))
if path2 is not None and len(path2) < len(path):
# print("Attach DRILL at " + str(len(bot.actions)))
st.nextAction(AttachDrill())
path = path2
if path is None:
break
pathToCommands(path, st)
if st.boosters[Booster.WHEEL] > 0 and bot.wheel_duration <= 0:
if random.random() > WHEELS_PROC:
# print("Attach WHEELS at " + str(len(bot.actions)))
st.nextAction(AttachWheels())
if st.boosters[Booster.DRILL] > 0 and bot.drill_duration <= 0:
if random.random() > DRILL_PROC:
# print("Attach DRILL at " + str(len(bot.actions)))
st.nextAction(AttachDrill())
return st
def parallelRotSolver(st, bot_num):
global actions
bot = st.bots[bot_num]
path = pathfinder.bfsFind(st,
bot.pos,
parallelP(st, aimed),
availP=drillableP(st, bot))
# if AttachDrill().validate(st, bot):
# path2 = pathfinder.bfsFind(st, bot.pos,
# wrapP(st),
# availP=withDrillP(st))
# if path2 is not None and len(path2) < len(path):
# # print("Attach DRILL at " + str(len(bot.actions)))
# actions[bot_num].append(AttachDrill())
# path = path2
if path is None:
return False
pathToCommands(path, st, bot_num)
if st.boosters[Booster.WHEEL] > 0 and bot.wheel_duration <= 0:
if random.random() > WHEELS_PROC:
# print("Attach WHEELS at " + str(len(bot.actions)))
actions[bot_num].append(AttachWheels())
if st.boosters[Booster.DRILL] > 0 and bot.drill_duration <= 0:
if random.random() > DRILL_PROC:
# print("Attach DRILL at " + str(len(bot.actions)))
actions[bot_num].append(AttachDrill())
return True
def useClone(st, bot_num):
bot = st.bots[bot_num]
path = pathfinder.bfsFind(st,
bot.pos,
spawnP(st),
availP=drillableP(st, bot))
if path is None:
print('Cant use SPAWN')
return
print('Go to SPAWN')
pathToCommands(path, st, bot_num)
global actions
actions[bot_num].append(CloneAction())
def collectBoosters(st, bot_num, pred=boosterP):
global boostersAvailable
if not boostersAvailable:
return False
bot = st.bots[bot_num]
path = pathfinder.bfsFind(st,
bot.pos,
pred(st),
availP=drillableP(st, bot))
if path is None:
boostersAvailable = False
return False
pathToCommands(path, st, bot_num)
return True
def optimizeBlob():
for i in range(len(blobs)):
if (len(blobs[i]) < 10):
pos = next(iter(blobs[i]))
otherPath = pathfinder.bfsFind(
st, pos, lambda l, x, y: st.cell(x, y)[1] == Cell.ROT and
(x, y) not in blobs[i])
if otherPath is None:
return False
otherPos = otherPath[len(otherPath) - 1]
otherBlob = findBlob(otherPos)
blobs[i] = otherBlob.union(blobs[i])
blobs.remove(otherBlob)
return True
return False
def collectBoosters(st, bot_num):
bot = st.bots[bot_num]
while True:
path = pathfinder.bfsFind(st,
bot.pos,
boosterP(st),
availP=drillableP(st, bot))
if path is None:
break
pathToCommands(path, st, bot_num)
if st.boosters[Booster.MANIPULATOR] > 0:
command = AttachManipulator(ATTACHER.get_position(bot))
# TODO (all boosters)
else:
continue
st.nextAction(command)
def findPath(st, from_pos, to_pos):
return pathfinder.bfsFind(st, from_pos, lambda l, x, y: (x, y) == to_pos)
def test1(self):
state = State(self.contour, (0, 0), [self.obst1], [])
path = bfsFind(state, (1, 1), lambda l, x, y: x == 2 and y == 4)
self.assertEqual([(1, 1), (1, 2), (1, 3), (1, 4), (2, 4)], path)
