// for pick up / throw behavior - one method that encapsulates all the things you do when you release a held object
public void GetDropped(bool applyThrowForce)
{
// don't do this if i'm not currently held,
// important since this method can be called externally, ie - by an inventory slot or when this obj gets broken, and there might be race conditions to handle
if (currentInteractor != null)
{
UnattachHeldObject(applyThrowForce);
SnapToPosition snap = GetComponent <SnapToPosition>();
if (snap != null)
{
snap.StopCheckingForSnapTargets();
}
UnpairWithInteractor(currentInteractor);
}
// else
// {
// Debug.Log("Race condition handled correctly by "+this.gameObject);
// }
}
// for pick up / throw behavior - one method that encapsulates all the things you do when you pick up a held object
private void GetPickedUp(WandController interactor)
{
if (currentInteractor != null)
{
Debug.LogError(interactor.gameObject + " is picking up " + this.gameObject + ", but it's already paired with " + currentInteractor.gameObject);
}
PairWithInteractor(interactor);
AttachHeldObject();
// TODO - should the following types of things be inside or at least dependant on the return value of PairWithInteractor() ?
SnapToPosition snap = GetComponent <SnapToPosition>();
if (snap != null)
{
snap.StartCheckingForSnapTargets();
}
if (inventorySlot != null)
{
inventorySlot.whoLastHadMyInventoryItem = interactor;
}
}
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);
}
private bool IsInLimbo(SnapToPosition piece)
{
return(limbo.bounds.Contains(piece.transform.position));
}
