public TempleWallBlock GetBlockAtPosition(WallBlockPosition wallPos)
{
switch (wallPos)
{
case WallBlockPosition.TopLeft:
return(topLeft);
case WallBlockPosition.TopCenter:
return(topCenter);
case WallBlockPosition.TopRight:
return(topRight);
case WallBlockPosition.MiddleLeft:
return(middleLeft);
case WallBlockPosition.MiddleCenter:
return(middleCenter);
case WallBlockPosition.MiddleRight:
return(middleRight);
case WallBlockPosition.BottomLeft:
return(bottomLeft);
case WallBlockPosition.BottomCenter:
return(bottomCenter);
case WallBlockPosition.BottomRight:
return(bottomRight);
}
return(null);
}
public void IntegrateNewBlock(TempleWallBlock newBlock, WallBlockType blockType, WallBlockPosition wallPos)
{
Transform oldBlockTransform = GetBlockTransform(wallPos);
CodeTools.CopyTransform(oldBlockTransform, newBlock.transform, true, true, false);
DisableBlock(wallPos);
AssignBlockToPosition(newBlock, wallPos);
}
public bool DoesItFit(WallBlockType blockType, TempleWall wall, WallBlockPosition blockPos)
{
if (wall.GetBlockAtPosition(blockPos).blockType == WallBlockType.Block)
{
return(true);
}
else
{
return(false);
}
}
private GameObject WallBlockGO(WallBlockType b, TempleWall wall, WallBlockPosition pos)
{
switch (b)
{
case WallBlockType.Alcove:
if (TempleWall.PositionIsTop(pos))
{
return(alcovePrefab_top);
}
else if (TempleWall.PositionIsMiddle(pos))
{
return(alcovePrefab_middle);
}
else if (TempleWall.PositionIsBottom(pos))
{
return(alcovePrefab_bottom);
}
else
{
Debug.LogError("Invalid wall position, apparently.");
return(null);
}
case WallBlockType.ArrowTrap:
if (TempleWall.PositionIsTop(pos))
{
if (gameplayManager.DEBUG_angledTopArrow)
{
return(arrowTrapPrefab_topAngled);
}
else
{
return(arrowTrapPrefab_top);
}
}
else if (TempleWall.PositionIsMiddle(pos))
{
return(arrowTrapPrefab_middle);
}
else if (TempleWall.PositionIsBottom(pos))
{
return(arrowTrapPrefab_bottom);
}
else
{
Debug.LogError("Invalid wall position, apparently.");
return(null);
}
}
return(null);
}
private void AssignBlockToPosition(TempleWallBlock newBlock, WallBlockPosition wallPos)
{
switch (wallPos)
{
case WallBlockPosition.TopLeft:
topLeft = newBlock;
break;
case WallBlockPosition.TopCenter:
topCenter = newBlock;
break;
case WallBlockPosition.TopRight:
topRight = newBlock;
break;
case WallBlockPosition.MiddleLeft:
middleLeft = newBlock;
break;
case WallBlockPosition.MiddleCenter:
middleCenter = newBlock;
break;
case WallBlockPosition.MiddleRight:
middleRight = newBlock;
break;
case WallBlockPosition.BottomLeft:
bottomLeft = newBlock;
break;
case WallBlockPosition.BottomCenter:
bottomCenter = newBlock;
break;
case WallBlockPosition.BottomRight:
bottomRight = newBlock;
break;
}
return;
}
public void SpawnBlock(WallBlockType blockType, TempleWall wall, WallBlockPosition wallPos)
{
// fetch the GO prefab using the enum
GameObject toSpawn = WallBlockGO(blockType, wall, wallPos);
GameObject newBlockGO = (GameObject)Instantiate(toSpawn) as GameObject;
newBlockGO.transform.parent = wall.transform;
TempleWallBlock newBlock = newBlockGO.GetComponent <TempleWallBlock>();
newBlock.blockPosition = wallPos;
// this happens automatically assuming the new block gets parented under "Environment" so, not necessary
// if (transform.localScale != Vector3.one)
// newBlock.ScaleSelf(transform.localScale);
newBlockGO.transform.localScale = Vector3.Scale(newBlockGO.transform.localScale, transform.localScale);
wall.IntegrateNewBlock(newBlock, blockType, wallPos);
}
public static bool PositionIsBottom(WallBlockPosition wallPos)
{
return((wallPos == WallBlockPosition.BottomCenter) || (wallPos == WallBlockPosition.BottomLeft) || (wallPos == WallBlockPosition.BottomRight));
}
public static bool PositionIsMiddle(WallBlockPosition wallPos)
{
return((wallPos == WallBlockPosition.MiddleCenter) || (wallPos == WallBlockPosition.MiddleLeft) || (wallPos == WallBlockPosition.MiddleRight));
}
public static bool PositionIsTop(WallBlockPosition wallPos)
{
return((wallPos == WallBlockPosition.TopCenter) || (wallPos == WallBlockPosition.TopLeft) || (wallPos == WallBlockPosition.TopRight));
}
public Transform GetBlockTransform(WallBlockPosition wallPos)
{
TempleWallBlock block = GetBlockAtPosition(wallPos);
return(block.gameObject.transform);
}
private void DisableBlock(WallBlockPosition wallPos)
{
TempleWallBlock block = GetBlockAtPosition(wallPos);
Destroy(block.gameObject);
}
void Update()
{
if (Time.time < timeNextBlock)
{
return;
}
timeNextBlock = Time.time + timeBetweenBlocks;
WallBlockType nextBlockType;
if (DEBUG_blockType1 != WallBlockType.NONE)
{
if (Random.Range(0, 2) == 0)
{
nextBlockType = DEBUG_blockType1;
}
else
{
nextBlockType = DEBUG_blockType2;
}
}
else
{
if (Random.Range(1, (trapCount + alcoveCount + 3)) < (trapCount + 1))
{
nextBlockType = WallBlockType.Alcove;
}
else
{
nextBlockType = WallBlockType.ArrowTrap;
}
}
bool weirdTrapThisTime = (Random.Range(0f, 1f) < 0.8f) ? true : false;
DEBUG_angledTopArrow = weirdTrapThisTime;
RelativeDirection wallDir = EnvironmentManager.RandomRelativeDirection();
WallBlockPosition blockPos = EnvironmentManager.RandomWallBlockPosition();
if ((!weirdTrapThisTime) && (nextBlockType == WallBlockType.ArrowTrap) && (TempleWall.PositionIsBottom(blockPos)))
{
while (TempleWall.PositionIsBottom(blockPos))
{
blockPos = EnvironmentManager.RandomWallBlockPosition();
}
}
int tries = 0;
while ((!environmentManager.DoesItFit(nextBlockType, wallDir, blockPos)) && (tries < 100))
{
wallDir = EnvironmentManager.RandomRelativeDirection();
blockPos = EnvironmentManager.RandomWallBlockPosition();
if ((!weirdTrapThisTime) && (nextBlockType == WallBlockType.ArrowTrap) && (TempleWall.PositionIsBottom(blockPos)))
{
while (TempleWall.PositionIsBottom(blockPos))
{
blockPos = EnvironmentManager.RandomWallBlockPosition();
}
}
tries++;
}
if (tries == 100)
{
return;
}
// decide whether to impose any prop spawns
// this is super TMP chance for now
float percentChance = ((Time.time - timeOfLastGoalObject) / (timeOfLastGoalObject + maxTimeTilGoalObject));
if ((nextBlockType == WallBlockType.Alcove) && (Random.Range(0f, 1f) < percentChance))
{
if (!NothingInLimbo())
{
readyForInsertion = RandomAvailableGoalPiece();
timeOfLastGoalObject = Time.time;
}
// else
// Debug.Log("Can't impose goal spawns because nothing is in limbo.");
}
environmentManager.SpawnBlock(nextBlockType, wallDir, blockPos);
trapCount = environmentManager.BlockCount(WallBlockType.ArrowTrap);
alcoveCount = environmentManager.BlockCount(WallBlockType.Alcove);
}
public bool DoesItFit(WallBlockType blockType, RelativeDirection wallDir, WallBlockPosition blockPos)
{
return(DoesItFit(blockType, GetWallAtDirection(wallDir), blockPos));
}
public void SpawnBlock(WallBlockType blockType, RelativeDirection wallDir, WallBlockPosition wallPos)
{
SpawnBlock(blockType, GetWallAtDirection(wallDir), wallPos);
}