public new BlockSchematicStructure Clone()
{
BlockSchematicStructure cloned = new BlockSchematicStructure();
cloned.SizeX = SizeX;
cloned.SizeY = SizeY;
cloned.SizeZ = SizeZ;
cloned.BlockCodes = new Dictionary <int, AssetLocation>(BlockCodes);
cloned.ItemCodes = new Dictionary <int, AssetLocation>(ItemCodes);
cloned.Indices = new List <uint>(Indices);
cloned.BlockIds = new List <int>(BlockIds);
cloned.BlockEntities = new Dictionary <uint, string>(BlockEntities);
cloned.ReplaceMode = ReplaceMode;
return(cloned);
}
internal bool TryGenerateUnderground(IBlockAccessor blockAccessor, IWorldAccessor worldForCollectibleResolve, BlockPos pos)
{
int num = rand.Next(schematicDatas.Length);
BlockSchematicStructure[] schematicStruc = schematicDatas[num];
BlockPos targetPos = pos.Copy();
if (schematicStruc[0].PathwayStarts.Length > 0)
{
// 1. Give up if non air block or mapheight is not at least 4 blocks higher
// 2. Search up to 4 blocks downwards. Give up if no stone is found.
// 3. Select one pathway randomly
// 4. For every horizontal orientation
// - Get the correctly rotated version for this pathway
// - Starting at 2 blocks away, move one block closer each iteration
// - Check if
// - at every pathway block pos there is stone or air
// - at least one pathway block has an air block facing towards center?
// - If yes, remove the blocks that are in the way and place schematic
Block block = blockAccessor.GetBlock(targetPos);
if (block.Id != 0)
{
return(false);
}
// 1./2. Search an underground position that has air and a stone floor below
bool found = false;
for (int dy = 0; dy <= 4; dy++)
{
targetPos.Down();
block = blockAccessor.GetBlock(targetPos);
if (block.BlockMaterial == EnumBlockMaterial.Stone)
{
targetPos.Up();
found = true;
break;
}
}
if (!found)
{
return(false);
}
// 3. Random pathway
found = false;
int pathwayNum = rand.Next(schematicStruc[0].PathwayStarts.Length);
int targetOrientation = 0;
int targetDistance = -1;
BlockFacing targetFacing = null;
BlockPos[] pathway = null;
// 4. At that position search for a suitable stone wall in any direction
for (targetOrientation = 0; targetOrientation < 4; targetOrientation++)
{
// Try every rotation
pathway = schematicStruc[targetOrientation].PathwayOffsets[pathwayNum];
// This is the facing we are currently checking
targetFacing = schematicStruc[targetOrientation].PathwaySides[pathwayNum];
targetDistance = CanPlacePathwayAt(blockAccessor, pathway, targetFacing, targetPos);
if (targetDistance != -1)
{
break;
}
}
if (targetDistance == -1)
{
return(false);
}
BlockPos pathwayStart = schematicStruc[targetOrientation].PathwayStarts[pathwayNum];
// Move back the structure so that the door aligns to the cave wall
targetPos.Add(
-pathwayStart.X - targetFacing.Normali.X * targetDistance,
-pathwayStart.Y - targetFacing.Normali.Y * targetDistance,
-pathwayStart.Z - targetFacing.Normali.Z * targetDistance
);
if (!TestUndergroundCheckPositions(blockAccessor, targetPos, schematicStruc[targetOrientation].UndergroundCheckPositions))
{
return(false);
}
schematicStruc[targetOrientation].Place(blockAccessor, worldForCollectibleResolve, targetPos);
// Free up a layer of blocks in front of the door
ushort blockId = 0; // blockAccessor.GetBlock(new AssetLocation("creativeblock-37")).BlockId;
for (int i = 0; i < pathway.Length; i++)
{
for (int d = 0; d <= targetDistance; d++)
{
tmpPos.Set(
targetPos.X + pathwayStart.X + pathway[i].X + (d + 1) * targetFacing.Normali.X,
targetPos.Y + pathwayStart.Y + pathway[i].Y + (d + 1) * targetFacing.Normali.Y,
targetPos.Z + pathwayStart.Z + pathway[i].Z + (d + 1) * targetFacing.Normali.Z
);
blockAccessor.SetBlock(blockId, tmpPos);
}
}
return(true);
}
BlockSchematicStructure schematic = schematicStruc[rand.Next(4)];
if (!TestUndergroundCheckPositions(blockAccessor, targetPos, schematic.UndergroundCheckPositions))
{
return(false);
}
schematic.Place(blockAccessor, worldForCollectibleResolve, targetPos);
//Console.WriteLine("/tp ={0} ={1} ={2} ({3} - {4})", targetPos.X, targetPos.Y, targetPos.Z, Code, Schematics[num]);
return(false);
}
public void Init(ICoreServerAPI api, BlockLayerConfig config)
{
rand = api.World.Rand;
List <BlockSchematicStructure[]> schematics = new List <BlockSchematicStructure[]>();
for (int i = 0; i < Schematics.Length; i++)
{
string error = "";
IAsset[] assets;
if (Schematics[i].EndsWith("*"))
{
assets = api.Assets.GetMany("worldgen/schematics/" + Schematics[i].Substring(0, Schematics[i].Length - 1)).ToArray();
}
else
{
assets = new IAsset[] { api.Assets.Get("worldgen/schematics/" + Schematics[i] + ".json") };
}
for (int j = 0; j < assets.Length; j++)
{
IAsset asset = assets[j];
BlockSchematicStructure schematic = asset.ToObject <BlockSchematicStructure>();
if (schematic == null)
{
api.World.Logger.Warning("Could not load {0}: {1}", Schematics[i], error);
continue;
}
BlockSchematicStructure[] rotations = new BlockSchematicStructure[4];
rotations[0] = schematic;
for (int k = 0; k < 4; k++)
{
if (k > 0)
{
rotations[k] = rotations[0].Clone();
rotations[k].TransformWhilePacked(api.World, EnumOrigin.BottomCenter, k * 90);
}
rotations[k].blockLayerConfig = config;
rotations[k].Init(api.World.BlockAccessor);
rotations[k].LoadMetaInformation(api.World.BlockAccessor);
}
schematics.Add(rotations);
}
}
this.schematicDatas = schematics.ToArray();
if (ReplaceWithBlocklayers != null)
{
replaceblockids = new ushort[ReplaceWithBlocklayers.Length];
for (int i = 0; i < replaceblockids.Length; i++)
{
replaceblockids[i] = (ushort)api.World.GetBlock(ReplaceWithBlocklayers[i]).Id;
}
}
}
internal bool TryGenerateAtSurface(IBlockAccessor blockAccessor, IWorldAccessor worldForCollectibleResolve, BlockPos pos)
{
int chunksize = blockAccessor.ChunkSize;
int climate = GameMath.BiLerpRgbColor((float)(pos.X % chunksize) / chunksize, (float)(pos.Z % chunksize) / chunksize, climateUpLeft, climateUpRight, climateBotLeft, climateBotRight);
int num = rand.Next(schematicDatas.Length);
int orient = rand.Next(4);
BlockSchematicStructure schematic = schematicDatas[num][orient];
int widthHalf = (int)Math.Ceiling(schematic.SizeX / 2f);
int lengthHalf = (int)Math.Ceiling(schematic.SizeZ / 2f);
// Ensure not submerged in water
tmpPos.Set(pos.X - widthHalf, pos.Y + OffsetY, pos.Z - lengthHalf);
if (blockAccessor.GetBlock(tmpPos).IsLiquid())
{
return(false);
}
tmpPos.Set(pos.X + widthHalf, pos.Y + OffsetY, pos.Z - lengthHalf);
if (blockAccessor.GetBlock(tmpPos).IsLiquid())
{
return(false);
}
tmpPos.Set(pos.X - widthHalf, pos.Y + OffsetY, pos.Z + lengthHalf);
if (blockAccessor.GetBlock(tmpPos).IsLiquid())
{
return(false);
}
tmpPos.Set(pos.X + widthHalf, pos.Y + OffsetY, pos.Z + lengthHalf);
if (blockAccessor.GetBlock(tmpPos).IsLiquid())
{
return(false);
}
// Probe all 4 corners + center if they either touch the surface or are sightly below ground
int centerDiff = blockAccessor.GetTerrainMapheightAt(pos) - pos.Y;
tmpPos.Set(pos.X - widthHalf, 0, pos.Z - lengthHalf);
int topLeftDiff = blockAccessor.GetTerrainMapheightAt(tmpPos) - pos.Y;
tmpPos.Set(pos.X + widthHalf, 0, pos.Z - lengthHalf);
int topRightDiff = blockAccessor.GetTerrainMapheightAt(tmpPos) - pos.Y;
tmpPos.Set(pos.X - widthHalf, 0, pos.Z + lengthHalf);
int botLeftDiff = blockAccessor.GetTerrainMapheightAt(tmpPos) - pos.Y;
tmpPos.Set(pos.X + widthHalf, 0, pos.Z + lengthHalf);
int botRightDiff = blockAccessor.GetTerrainMapheightAt(tmpPos) - pos.Y;
bool ok =
centerDiff >= -3 && centerDiff <= 1 &&
topLeftDiff >= -3 && topLeftDiff <= 1 &&
topRightDiff >= -3 && topRightDiff <= 1 &&
botLeftDiff >= -3 && botLeftDiff <= 1 &&
botRightDiff >= -3 && botRightDiff <= 1
;
if (ok)
{
schematic.PlaceRespectingBlockLayers(blockAccessor, worldForCollectibleResolve, pos, climateUpLeft, climateUpRight, climateBotLeft, climateBotRight, replaceblockids);
}
return(ok);
}