Examples with AreaId bwem.area.typedef.AreaId used on opensource projects

Example 1 with AreaId

use of bwem.area.typedef.AreaId in project BWAPI4J by OpenBW.

the class MapImpl method onBlockingNeutralDestroyed.

public void onBlockingNeutralDestroyed(Neutral pBlocking) {
    // bwem_assert(pBlocking && pBlocking->blocking());
    if (!(pBlocking != null && pBlocking.isBlocking())) {
        throw new IllegalArgumentException();
    }
    for (Area pArea : pBlocking.getBlockedAreas()) for (ChokePoint cp : pArea.getChokePoints()) {
        ((ChokePointImpl) cp).onBlockingNeutralDestroyed(pBlocking);
    }
    if (getData().getTile(pBlocking.getTopLeft()).getNeutral() != null) {
        // there remains some blocking Neutrals at the same location
        return;
    }
    // Unblock the miniTiles of pBlocking:
    AreaId newId = pBlocking.getBlockedAreas().iterator().next().getId();
    WalkPosition pBlockingW = pBlocking.getSize().toWalkPosition();
    for (int dy = 0; dy < pBlockingW.getY(); ++dy) for (int dx = 0; dx < pBlockingW.getX(); ++dx) {
        MiniTile miniTile = ((AdvancedDataInitializer) getData()).getMiniTile_(pBlocking.getTopLeft().toWalkPosition().add(new WalkPosition(dx, dy)));
        if (miniTile.isWalkable()) {
            ((MiniTileImpl) miniTile).replaceBlockedAreaId(newId);
        }
    }
    // Unblock the Tiles of pBlocking:
    for (int dy = 0; dy < pBlocking.getSize().getY(); ++dy) for (int dx = 0; dx < pBlocking.getSize().getX(); ++dx) {
        ((TileImpl) ((AdvancedDataInitializer) getData()).getTile_(pBlocking.getTopLeft().add(new TilePosition(dx, dy)))).resetAreaId();
        setAreaIdInTile(pBlocking.getTopLeft().add(new TilePosition(dx, dy)));
    }
    if (automaticPathUpdate()) {
        getGraph().computeChokePointDistanceMatrix();
    }
}

Example 2 with AreaId

use of bwem.area.typedef.AreaId in project BWAPI4J by OpenBW.

the class MapImpl method findNeighboringAreas.

public MutablePair<AreaId, AreaId> findNeighboringAreas(final WalkPosition p) {
    final MutablePair<AreaId, AreaId> result = new MutablePair<>(null, null);
    final WalkPosition[] deltas = { new WalkPosition(0, -1), new WalkPosition(-1, 0), new WalkPosition(+1, 0), new WalkPosition(0, +1) };
    for (final WalkPosition delta : deltas) {
        if (getData().getMapData().isValid(p.add(delta))) {
            final AreaId areaId = getData().getMiniTile(p.add(delta), CheckMode.NO_CHECK).getAreaId();
            if (areaId.intValue() > 0) {
                if (result.getLeft() == null) {
                    result.setLeft(areaId);
                } else if (!result.getLeft().equals(areaId)) {
                    if (result.getRight() == null || ((areaId.intValue() < result.getRight().intValue()))) {
                        result.setRight(areaId);
                    }
                }
            }
        }
    }
    return result;
}

Example 3 with AreaId

use of bwem.area.typedef.AreaId in project BWAPI4J by OpenBW.

the class MapInitializerImpl method computeTempAreas.

@Override
public List<TempAreaInfo> computeTempAreas(final List<MutablePair<WalkPosition, MiniTile>> miniTilesByDescendingAltitude) {
    final List<TempAreaInfo> tempAreaList = new ArrayList<>();
    // tempAreaList[0] left unused, as AreaIds are > 0
    tempAreaList.add(new TempAreaInfo());
    for (final MutablePair<WalkPosition, MiniTile> current : miniTilesByDescendingAltitude) {
        final WalkPosition pos = new WalkPosition(current.getLeft().getX(), current.getLeft().getY());
        final MiniTile cur = current.getRight();
        final MutablePair<AreaId, AreaId> neighboringAreas = findNeighboringAreas(pos);
        if (neighboringAreas.getLeft() == null) {
            // no neighboring area : creates of a new area
            tempAreaList.add(new TempAreaInfo(new AreaId(tempAreaList.size()), cur, pos));
        } else if (neighboringAreas.getRight() == null) {
            // one neighboring area : adds cur to the existing area
            tempAreaList.get(neighboringAreas.getLeft().intValue()).add(cur);
        } else {
            // two neighboring areas : adds cur to one of them  &  possible merging
            AreaId smaller = neighboringAreas.getLeft();
            AreaId bigger = neighboringAreas.getRight();
            if (tempAreaList.get(smaller.intValue()).getSize() > tempAreaList.get(bigger.intValue()).getSize()) {
                AreaId smallerTmp = smaller;
                smaller = bigger;
                bigger = smallerTmp;
            }
            // Condition for the neighboring areas to merge:
            // any_of(StartingLocations().begin(), StartingLocations().end(), [&pos](const TilePosition & startingLoc)
            // { return dist(TilePosition(pos), startingLoc + TilePosition(2, 1)) <= 3;})
            boolean cppAlgorithmStdAnyOf = getData().getMapData().getStartingLocations().stream().anyMatch(startingLoc -> BwemExt.dist(pos.toTilePosition(), startingLoc.add(new TilePosition(2, 1))) <= 3.0);
            final int curAltitude = cur.getAltitude().intValue();
            final int biggerHighestAltitude = tempAreaList.get(bigger.intValue()).getHighestAltitude().intValue();
            final int smallerHighestAltitude = tempAreaList.get(smaller.intValue()).getHighestAltitude().intValue();
            if ((tempAreaList.get(smaller.intValue()).getSize() < 80) || (smallerHighestAltitude < 80) || ((double) curAltitude / (double) biggerHighestAltitude >= 0.90) || ((double) curAltitude / (double) smallerHighestAltitude >= 0.90) || cppAlgorithmStdAnyOf) {
                // adds cur to the absorbing area:
                tempAreaList.get(bigger.intValue()).add(cur);
                // merges the two neighboring areas:
                replaceAreaIds(tempAreaList.get(smaller.intValue()).getWalkPositionWithHighestAltitude(), bigger);
                tempAreaList.get(bigger.intValue()).merge(tempAreaList.get(smaller.intValue()));
            } else {
                // no merge : cur starts or continues the frontier between the two neighboring areas
                // adds cur to the chosen Area:
                tempAreaList.get(chooseNeighboringArea(smaller, bigger).intValue()).add(cur);
                super.rawFrontier.add(new MutablePair<>(neighboringAreas, pos));
            }
        }
    }
    // Remove from the frontier obsolete positions
    rawFrontier.removeIf(f -> f.getLeft().getLeft().equals(f.getLeft().getRight()));
    return tempAreaList;
}

Example 4 with AreaId

use of bwem.area.typedef.AreaId in project BWAPI4J by OpenBW.

the class MapInitializerImpl method createAreas.

// Initializes Graph with the valid and big enough areas in tempAreaList.
@Override
public void createAreas(final List<TempAreaInfo> tempAreaList, final int areaMinMiniTiles) {
    final List<MutablePair<WalkPosition, Integer>> areasList = new ArrayList<>();
    int newAreaId = 1;
    int newTinyAreaId = -2;
    for (final TempAreaInfo tempArea : tempAreaList) {
        if (tempArea.isValid()) {
            if (tempArea.getSize() >= areaMinMiniTiles) {
                // bwem_assert(newAreaId <= tempArea.id());
                if (!(newAreaId <= tempArea.getId().intValue())) {
                    throw new IllegalStateException();
                }
                if (newAreaId != tempArea.getId().intValue()) {
                    replaceAreaIds(tempArea.getWalkPositionWithHighestAltitude(), new AreaId(newAreaId));
                }
                areasList.add(new MutablePair<>(tempArea.getWalkPositionWithHighestAltitude(), tempArea.getSize()));
                ++newAreaId;
            } else {
                replaceAreaIds(tempArea.getWalkPositionWithHighestAltitude(), new AreaId(newTinyAreaId));
                --newTinyAreaId;
            }
        }
    }
    getGraph().createAreas(areasList);
}

Example 5 with AreaId

use of bwem.area.typedef.AreaId in project BWAPI4J by OpenBW.

the class PairGenericMiniTileAltitudeComparatorTest method testPairGenericMiniTileAltitudeComparator.

@Test
public void testPairGenericMiniTileAltitudeComparator() {
    final List<MutablePair<WalkPosition, MiniTile>> list = new ArrayList<>();
    final MiniTile m1 = new MiniTileImpl();
    ((MiniTileImpl) m1).setAreaId(new AreaId(2));
    ((MiniTileImpl) m1).setAltitude(new Altitude(5));
    final MiniTile m2 = new MiniTileImpl();
    ((MiniTileImpl) m2).setAreaId(new AreaId(1));
    ((MiniTileImpl) m2).setAltitude(new Altitude(2));
    final MiniTile m3 = new MiniTileImpl();
    ((MiniTileImpl) m3).setAreaId(new AreaId(3));
    ((MiniTileImpl) m3).setAltitude(new Altitude(7));
    final MiniTile m4 = new MiniTileImpl();
    ((MiniTileImpl) m4).setAreaId(new AreaId(5));
    ((MiniTileImpl) m4).setAltitude(new Altitude(1));
    final MiniTile m5 = new MiniTileImpl();
    ((MiniTileImpl) m5).setAreaId(new AreaId(4));
    ((MiniTileImpl) m5).setAltitude(new Altitude(8));
    list.add(new MutablePair<>(new WalkPosition(5, 15), m1));
    list.add(new MutablePair<>(new WalkPosition(2, 98), m2));
    list.add(new MutablePair<>(new WalkPosition(63, 123), m3));
    list.add(new MutablePair<>(new WalkPosition(103, 435), m4));
    list.add(new MutablePair<>(new WalkPosition(89, 77), m5));
    // Sort by descending order.
    Collections.sort(list, new PairGenericMiniTileAltitudeComparator<>());
    Collections.reverse(list);
    Assert.assertEquals(new MutablePair<>(new WalkPosition(89, 77), m5), list.get(0));
    Assert.assertEquals(new MutablePair<>(new WalkPosition(63, 123), m3), list.get(1));
    Assert.assertEquals(new MutablePair<>(new WalkPosition(5, 15), m1), list.get(2));
    Assert.assertEquals(new MutablePair<>(new WalkPosition(2, 98), m2), list.get(3));
    Assert.assertEquals(new MutablePair<>(new WalkPosition(103, 435), m4), list.get(4));
}