public LinkedList <BlockLoc> GetBlocksBoundBy(BlockLoc loc1, BlockLoc loc2)
{
BlockLoc min = new BlockLoc((int)Math.Min(loc1.WSX(), loc2.WSX()), (int)Math.Min(loc1.WSY(), loc2.WSY()), (int)Math.Min(loc1.WSZ(), loc2.WSZ()));
BlockLoc max = new BlockLoc((int)Math.Max(loc1.WSX(), loc2.WSX()), (int)Math.Max(loc1.WSY(), loc2.WSY()), (int)Math.Max(loc1.WSZ(), loc2.WSZ()));
LinkedList <BlockLoc> result = new LinkedList <BlockLoc>();
Island relevant = getIslandManager().getClosestIslandToLocation(loc2.toWorldSpaceVector3());
int spaceSize = (max.WSY() - min.WSY());
Console.WriteLine(spaceSize + " space size");
for (int x = min.WSX(); x <= max.WSX(); x++)
{
for (int y = min.WSY(); y <= max.WSY(); y++)
{
for (int z = min.WSZ(); z <= max.WSZ(); z++)
{
BlockLoc toTest = new BlockLoc(x, y, z);
byte? block = islandManager.getBlockAtOnGivenIsland(ref toTest, relevant);
if (block.HasValue)
{
if (PaintedCubeSpace.isSolidType((byte)block))
{
result.AddLast(new BlockLoc(x, y, z));
}
}
}
}
}
return(result);
}
public LinkedList <BlockLoc> getSurfaceBlocksBoundBy(BlockLoc loc1, BlockLoc loc2)
{
BlockLoc min = new BlockLoc((int)Math.Min(loc1.WSX(), loc2.WSX()), (int)Math.Min(loc1.WSY(), loc2.WSY()), (int)Math.Min(loc1.WSZ(), loc2.WSZ()));
BlockLoc max = new BlockLoc((int)Math.Max(loc1.WSX(), loc2.WSX()), (int)Math.Max(loc1.WSY(), loc2.WSY()), (int)Math.Max(loc1.WSZ(), loc2.WSZ()));
LinkedList <BlockLoc> result = new LinkedList <BlockLoc>();
Island relevant = getIslandManager().getClosestIslandToLocation(loc2.toWorldSpaceVector3());
BlockLoc aboveBlockLoc = new BlockLoc();
BlockLoc blockAtLoc = new BlockLoc();
for (int x = min.WSX(); x <= max.WSX(); x++)
{
for (int y = min.WSY(); y <= max.WSY(); y++)
{
for (int z = min.WSZ(); z <= max.WSZ(); z++)
{
blockAtLoc.setValuesInWorldSpace(x, y, z);
byte?block = islandManager.getBlockAtOnGivenIsland(ref blockAtLoc, relevant);
if (block.HasValue)
{
if (PaintedCubeSpace.isSolidType((byte)block))
{
aboveBlockLoc.setValuesInWorldSpace(x, y + 1, z);
byte?aboveBlock = islandManager.getBlockAtOnGivenIsland(ref aboveBlockLoc, relevant);
if (aboveBlock.HasValue)
{
if (!PaintedCubeSpace.isOpaqueType((byte)aboveBlock))
{
result.AddLast(new BlockLoc(x, y, z));
}
}
}
}
}
}
}
return(result);
}
private void giveCharacterTravelJob(Character character, Ray rightClickRay)
{
Vector3?clicked = getIslandManager().getClosestIslandToLocation(character.getLocation()).getLastSpaceAlongRayConsideringResourceBlocks(rightClickRay);
if (clicked.HasValue)
{
IntVector3 clickedBlock = new IntVector3((Vector3)clicked);
IslandPathingProfile profile = getIslandManager().getClosestIslandToLocation(character.getLocation()).getPathingProfile();
PathHandler pathHandler = new PathHandler();
Path path = pathHandler.getPathToSingleBlock(profile,
new BlockLoc(character.getFootLocation()), profile, new BlockLoc(clickedBlock.toVector3()), 2);
TravelAlongPath walkTask = new TravelAlongPath(path);
if (walkTask.isUseable())
{
character.setJobAndCheckUseability(walkTask);
}
return;
}
Vector3?oceanClick = islandManager.getOceanIntersectionAtY1(rightClickRay);
if (oceanClick.HasValue)
{
//List<BlockLoc> path = islandManager.getOceanPath((Vector3)oceanClick, character.getLocation());
PathHandler pathHandler = new PathHandler();
BlockLoc goal = new BlockLoc((Vector3)oceanClick);
goal.setValuesInWorldSpace(goal.WSX(), 0, goal.WSZ());
BlockLoc start = new BlockLoc(character.getLocation());
start.setValuesInWorldSpace(start.WSX(), 0, start.WSZ());
Path path = pathHandler.getPathToSingleBlock(getPathingProfile(),
start, getPathingProfile(), goal, 2);
character.pathAlongOceanWithOceanPath(path);
}
}
public bool isStandableAtWithHeight(BlockLoc IslandSpace, int entityHeight)
{
BlockLoc underFoot = new BlockLoc(IslandSpace.WSX(), IslandSpace.WSY() - 1, IslandSpace.WSZ());//locInPath + new IntVector3(0, -1, 0);
if (!isProfileSolidAtWithWithinCheck(IslandSpace) && isInProfileScope(IslandSpace))
{
if (isProfileSolidAtWithWithinCheck(underFoot))
{
for (int i = 1; i < entityHeight; i++)
{
if (isProfileSolidAtWithWithinCheck(IslandSpace.getVector3WithAddedIntvec(new IntVector3(0, i, 0))))
{
return(false);
}
}
return(true);
}
else
{
return(false);
}
}
else
{
return(false);
}
}
protected virtual int approximateDistanceTo(BlockLoc endLoc)
{
return(Math.Abs(loc.WSX() - endLoc.WSX()) + Math.Abs(loc.WSY() - endLoc.WSY()) + Math.Abs(loc.WSZ() - endLoc.WSZ()));
}