public byte?getBlockAt(ref BlockLoc loc)
{
Vector3 worldSpaceVec3 = loc.toWorldSpaceVector3();
Island toTest = getClosestIslandToLocation(ref worldSpaceVec3);
return(toTest.getBlockAt(ref loc));
}
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 DecorativePlant(BlockLoc FootLocation)
{
blockRootedIn = FootLocation;
float height = 5;
Random rand = new Random();
string[] possiblePlants = { "yellowFlower", "blueFlower", "shortLeafyPlant", "bush" };
string plantName = possiblePlants[rand.Next(possiblePlants.Length)];
setupSetPiece(new AxisAlignedBoundingBox(FootLocation.toWorldSpaceVector3() + new Vector3(0, 1, 0), FootLocation.toWorldSpaceVector3() + new Vector3(0, 1, 0) + new Vector3(1f, height, 1f)),
ContentDistributor.getEmptyString() + @"world_decoration\" + plantName + ".chr");
setRootPartRotationOffset(Quaternion.CreateFromRotationMatrix(Matrix.CreateRotationY((float)new Random().NextDouble() * 10.0f)));
}
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);
}
public Tree(BlockLoc nFootLocation, treeTypes type)
{
FootLocation = nFootLocation;
Random rand = new Random();
float height = 5;
switch (type)
{
case treeTypes.maple:
height = 5;
string[] possibleTrees = { "tree1", "tree2" };
string treeName = possibleTrees[rand.Next(possibleTrees.Length)];//"fallTree1";
setupSetPiece(new AxisAlignedBoundingBox(FootLocation.toWorldSpaceVector3(), FootLocation.toWorldSpaceVector3() + new Vector3(1f, height, 1f)),
ContentDistributor.getEmptyString() + @"trees\" + treeName + ".chr", .8f + (float)new Random().NextDouble() * .4f);
setRootPartRotationOffset(Quaternion.CreateFromRotationMatrix(Matrix.CreateRotationY((float)new Random().NextDouble() * 10.0f)));
break;
case treeTypes.poplar:
height = 5;
string[] poplarNames = { "tree", "tree2", "tree3" };
string poplarName = poplarNames[rand.Next(poplarNames.Length)]; //"fallTree1";
setupSetPiece(new AxisAlignedBoundingBox(FootLocation.toWorldSpaceVector3(), FootLocation.toWorldSpaceVector3() + new Vector3(1f, height, 1f)),
ContentDistributor.getEmptyString() + @"poplarTree\" + poplarName + ".chr", .2f);
setRootPartRotationOffset(Quaternion.CreateFromRotationMatrix(Matrix.CreateRotationY((float)new Random().NextDouble() * 10.0f)));
break;
case treeTypes.pine:
height = 5;
string[] pineNames = { "tree" };
string pineName = pineNames[rand.Next(pineNames.Length)]; //"fallTree1";
String path = ContentDistributor.getEmptyString() + @"pineTree\" + pineName + ".chr";
setupSetPiece(new AxisAlignedBoundingBox(FootLocation.toWorldSpaceVector3(), FootLocation.toWorldSpaceVector3() + new Vector3(1f, height, 1f)),
path, .4f + (float)rand.NextDouble() * .3f);
setRootPartRotationOffset(Quaternion.CreateFromRotationMatrix(Matrix.CreateRotationY((float)new Random().NextDouble() * 10.0f)));
break;
case treeTypes.redwood:
height = 5;
string[] redwoodNames = { "tree" };
string redwoodName = redwoodNames[rand.Next(redwoodNames.Length)]; //"fallTree1";
setupSetPiece(new AxisAlignedBoundingBox(FootLocation.toWorldSpaceVector3(), FootLocation.toWorldSpaceVector3() + new Vector3(1f, height, 1f)),
ContentDistributor.getEmptyString() + @"redwood\" + redwoodName + ".chr", .2f);
setRootPartRotationOffset(Quaternion.CreateFromRotationMatrix(Matrix.CreateRotationY((float)new Random().NextDouble() * 10.0f)));
break;
case treeTypes.snowyPine:
height = 5;
string[] snowPineTreeNames = { "snowyPineTree" };
string snowPineTreeName = snowPineTreeNames[rand.Next(snowPineTreeNames.Length)]; //"fallTree1";
String snowPinePath = ContentDistributor.getEmptyString() + @"pineTree\" + snowPineTreeName + ".chr";
setupSetPiece(new AxisAlignedBoundingBox(FootLocation.toWorldSpaceVector3(), FootLocation.toWorldSpaceVector3() + new Vector3(1f, height, 1f)),
snowPinePath, .2f + (float)rand.NextDouble() * .2f);
setRootPartRotationOffset(Quaternion.CreateFromRotationMatrix(Matrix.CreateRotationY((float)new Random().NextDouble() * 10.0f)));
break;
case treeTypes.snowyLargePine:
height = 5;
string[] snowLargePineTreeNames = { "snowyDiskBasedPineTree" };
string snowyLargePineTreeName = snowLargePineTreeNames[rand.Next(snowLargePineTreeNames.Length)]; //"fallTree1";
String snowyLargePinePath = ContentDistributor.getEmptyString() + @"pineTree\" + snowyLargePineTreeName + ".chr";
setupSetPiece(new AxisAlignedBoundingBox(FootLocation.toWorldSpaceVector3(), FootLocation.toWorldSpaceVector3() + new Vector3(1f, height, 1f)),
snowyLargePinePath, .5f + (float)rand.NextDouble() * .3f);
setRootPartRotationOffset(Quaternion.CreateFromRotationMatrix(Matrix.CreateRotationY((float)new Random().NextDouble() * 10.0f)));
break;
default:
break;
}
}
public void removeResourceBlock(BlockLoc blockLoc, ResourceBlock.ResourceType resourceType)
{
getClosestIslandToLocation(blockLoc.toWorldSpaceVector3()).removeResourceBlock(blockLoc, resourceType);
}
public void addResourceBlock(BlockLoc loc, ResourceBlock.ResourceType type)
{
getClosestIslandToLocation(loc.toWorldSpaceVector3()).addResourceBlock(loc, type);
}
public bool vehiclePlacedHereCouldBeBoarded(BlockLoc vehicleLoc)
{
return(getClosestIslandToLocation(vehicleLoc.toWorldSpaceVector3()).vehiclePlacedHereCouldBeBoarded(vehicleLoc));
}
public void buildBlockAt(BlockLoc blockLoc, byte typeToBuild)
{
Island relevantIsland = getClosestIslandToLocation(blockLoc.toWorldSpaceVector3());
relevantIsland.buildBlock(blockLoc, typeToBuild);
}
public override bool isProfileSolidAtWithWithinCheck(BlockLoc loc)
{
return(islandManager.getClosestIslandToLocation(loc.toWorldSpaceVector3()).getPathingProfile().isProfileSolidAtWithWithinCheck(loc));
}
public override float?intersects(Microsoft.Xna.Framework.Ray ray)
{
return(new BoundingBox(objectLoc.toWorldSpaceVector3() - new Vector3(1, 1, 1),
objectLoc.toWorldSpaceVector3() + new Vector3(2, 2, 2)).Intersects(ray));
}