private void SpawnNewBlock(BlockObjectWithRandom patternBlock, BlockObjectWithRandom replaceableBlock, titleHolderObject currentTileHolder, String newBlockName = "Pattern Block ")
{
var savedLocation = replaceableBlock.currentLocation;
Destroy(replaceableBlock.prefab);
var newBlock = Instantiate(patternBlock.prefab, currentTileHolder.tileHolder.transform);
newBlock.transform.localPosition = savedLocation;
newBlock.name = newBlockName + savedLocation;
newBlocks.Add(newBlock);
if (navOptions.allowNav)
{
navOptions.NavMeshAdder(newBlock);
}
}
private void SelectEdgeBlock(List <BlockObjectWithRandom> blockObs, EdgeType edgeType)
{
List <BlockObjectWithRandom> possibleBlocks = new List <BlockObjectWithRandom>();
Vector3 filterVectorX_Z = new Vector3(edgeX, 0, edgeZ);
var filterVector = replaceRules.endVector;
if (edgeType == EdgeType.Start)
{
filterVector = replaceRules.startingVector;
filterVectorX_Z = new Vector3(0, 0, 0);
}
if (filterVector == EdgeVector.X)
{
possibleBlocks = blockObs.FindAll(block =>
block.currentLocation.x == filterVectorX_Z.x
);
}
if (filterVector == EdgeVector.Z)
{
possibleBlocks = blockObs.FindAll(block =>
block.currentLocation.z == filterVectorX_Z.z
);
}
if (filterVector == EdgeVector.X_And_Z)
{
possibleBlocks = blockObs.FindAll(block => block.currentLocation.x == filterVectorX_Z.x && block.currentLocation.z == filterVectorX_Z.z);
}
if (filterVector == EdgeVector.X_Or_Z)
{
possibleBlocks = blockObs.FindAll(block => block.currentLocation.x == filterVectorX_Z.x || block.currentLocation.z == filterVectorX_Z.z);
}
if (edgeType == EdgeType.Start)
{ // filterVectorX_Z = new Vector3(0, 0, 0);
possibleStarts = possibleBlocks;
randomlySelectedStart = possibleStarts.OrderBy(x => Guid.NewGuid()).FirstOrDefault();
}
else
{
possibleEnds = possibleBlocks;
randomlySelectedEnd = possibleEnds.OrderBy(x => Guid.NewGuid()).FirstOrDefault();
}
}
private void addFillerBlocks(BlockObjectWithRandom lastBlock, bool forceZ = true)
{
if (lastBlock.currentLocation.x == edgeX && lastBlock.currentLocation.z == edgeZ)
{
//return;
}
Vector3 newLocation = new Vector3();
// if (UnityEngine.Random.value < 0.5f)
if ((UnityEngine.Random.value < 0.5f) && lastBlock.currentLocation.x != edgeX)
{
forceZ = false;
newLocation = lastBlock.currentLocation + new Vector3(1, 0, 0);
// incerment on x
}
else if (lastBlock.currentLocation.z != edgeZ)
//else
{
forceZ = true;
newLocation = lastBlock.currentLocation + new Vector3(0, 0, 1);
// incerment on z
}
var blockToReplace = cachedLocalBlocks.Find(block => block.currentLocation == newLocation);
blocksToReplace.Add(blockToReplace);
if (randomlySelectedEnd == blockToReplace)
{
return;
}
addFillerBlocks(blockToReplace, forceZ);
}
public void GetBlockPreb(Vector3 vert, out BlockObjectWithRandom blockObjectPrefab)
{
var exactPrefab = blockObjectPrefabs.Find(exactMatch => exactMatch.exactSpawnPoint == vert);
if (exactPrefab != null && exactPrefab.exactSpawner)
{
blockObjectPrefab = exactPrefab;
return;
}
blockObjectPrefab = null;
// newVert = new Vector3(vert.x + indc, 0, vert.z);
foreach (var blockPreFabThing in blockObjectPrefabs)
{
if (blockPreFabThing.canSpawn(vert))
{
blockObjectPrefab = blockPreFabThing;
}
}
if (blockObjectPrefab == null)
{
blockObjectPrefab = defaultBlock;
}
}
public List <BlockObjectWithRandom> GeneratePattern(List <BlockObjectWithRandom> blockObs, BlockObjectWithRandom startBlock = null, BlockObjectWithRandom endBlock = null)
{
cachedLocalBlocks = blockObs;
edgeX = blockObs.Max(x => x.currentLocation.x);
edgeZ = blockObs.Max(x => x.currentLocation.z);
SelectEdgeBlock(blockObs, EdgeType.Start);
SelectEdgeBlock(blockObs, EdgeType.End);
addFillerBlocks(randomlySelectedStart);
// UnityEngine.Random.Range(
// blocksToReplace.Add(randomlySelectedStart);
//blocksToReplace.Add(randomlySelectedEnd);
return(blocksToReplace);
}
public IEnumerator Gen3dTiles(List <Vector3> verticies, int tileHolderIndex)
{
if (tileHolders.Count - 1 < tileHolderIndex)
{
tileHolders.Add(new titleHolderObject());
}
var currentTileHolderObject = tileHolders[tileHolderIndex];
if (currentTileHolderObject.tileHolder)
{
Destroy(currentTileHolderObject.tileHolder);
}
currentTileHolderObject.tileHolder = new GameObject("Tile Holder:" + currentTileHolderObject);
currentTileHolderObject.tileHolder.transform.parent = transform;
currentTileHolderObject.blocksInGame = new List <BlockObjectWithRandom>();
foreach (var vert in verticies)
{
if (blockObjectPrefabs.Count != 0)
{
BlockObjectWithRandom blockObjectPrefab;
// Vector3 newVert;
GetBlockPreb(vert, out blockObjectPrefab);
var newBlockOb = new BlockObjectWithRandom();
//vert.y = indc;
newBlockOb.prefab = Instantiate(blockObjectPrefab.prefab, vert, transform.rotation);
newBlockOb.prefab.transform.parent = currentTileHolderObject.tileHolder.transform;
newBlockOb.prefab.name = newBlockOb.prefab.name + vert;
newBlockOb.currentLocation = vert;
currentTileHolderObject.blocksInGame.Add(newBlockOb);
}
if (blockBuildTime > 0.1f)
{
yield return(new WaitForSeconds(blockBuildTime));
}
}
// calculate title holder size
currentTileHolderObject.titleBounds = new Bounds(currentTileHolderObject.tileHolder.transform.position, Vector3.zero);
foreach (Renderer r in currentTileHolderObject.tileHolder.GetComponentsInChildren <Renderer>())
{
currentTileHolderObject.titleBounds.Encapsulate(r.bounds);
}
currentTileHolderObject.tileHolder.transform.localPosition = new Vector3(0, 0, 0);
currentTileHolderObject.targetRotation = targetRotation;
// cube1.transform.
var newX = currentTileHolderObject.targetRotation.x;
var newY = currentTileHolderObject.targetRotation.y;
var newZ = currentTileHolderObject.targetRotation.z;
currentTileHolderObject.tileHolder.transform.Rotate(newX, newY, newZ, Space.Self);
PostGenActions();
yield return(new WaitForSeconds(5));
}
