private IEnumerator CheckAligningWithPosition(Vector2 cornerPosition)
{
Vector2 halfWorldScale = VectorHelper.Abs(transform.localScale) / 2;
Vector2 characterCornerOffset = VectorHelper.Multiply(halfWorldScale, playerVelocityRef.Get().MoveDirection);
while (true)
{
Vector2 characterCornerPosition = (Vector2)transform.position + characterCornerOffset;
Vector2 offsetToCharacterCornerPosition = characterCornerPosition - cornerPosition;
if (VectorHelper.VectorsAxisesHaveSameSigns(offsetToCharacterCornerPosition, cornerDirection))
{
if (OnAlignWithTarget != null)
{
OnAlignWithTarget(cornerPosition);
}
break;
}
yield return(null);
}
currentTargetCornerTransform = null;
checkAligningWithTargetCoroutine = null;
}
public static int GetDifferenceInDirection(Vector3 position, Vector3 direction)
{
direction = direction.normalized;
List <Vector3> inColumn = new List <Vector3> ();
Vector3 valueFinder = VectorHelper.BinaryInverse(direction);
valueFinder = VectorHelper.Abs(valueFinder);
Vector3 columnPosition = VectorHelper.Multiply(position, valueFinder);
Vector3 valueGetter = VectorHelper.Abs(direction);
float min = -1;
foreach (Vector3Int key in Level.Singleton.Entities.Keys)
{
Vector3 keyV = key.PositionFloats;
if (!(position == keyV) &&
VectorHelper.Eq(VectorHelper.Multiply(keyV, valueFinder), columnPosition))
{
Vector3 directionTemp = keyV - position;
float diff = Vector3.Dot(direction, directionTemp);
if (diff > 0)
{
if (min == -1)
{
min = diff;
}
else
{
min = Mathf.Min(min, diff);
}
}
}
}
return(Mathf.RoundToInt(min));
}
private GameObject InstantiateRectangleStandardTile(List <Vector2> rectangle, Transform parent)
{
Vector2 centerGridPosition = rectangle.Center();
Vector2 startGridPosition = rectangle.Lowest();
Vector2 endGridPosition = rectangle.Highest();
Vector2 centerWorldPosition = LevelEditorGridHelper.GridToNodePosition(centerGridPosition);
Vector2 startWorldPosition = LevelEditorGridHelper.GridToNodePosition(startGridPosition);
Vector2 endWorldPosition = LevelEditorGridHelper.GridToNodePosition(endGridPosition);
Vector2 offset = VectorHelper.Abs(endWorldPosition - startWorldPosition);
float nodeSize = LevelEditorGridNodeSizeLibrary.Instance.NodeSize;
float width = offset.x + nodeSize;
float height = offset.y + nodeSize;
Vector2 scale = new Vector2(width, height);
GenerateableTileNode generatableTileNode = GenerateableTileLibrary.GetGeneratableTileNode(TileType.Standard);
GameObject standardTile = Object.Instantiate(generatableTileNode.Prefab, centerWorldPosition, new Quaternion(), parent);
standardTile.transform.localScale = scale;
return(standardTile);
}
private ComputationResult Abs(ComputationResult computationResult)
{
if (computationResult.IsValue)
{
return(new ComputationResult(Math.Abs(computationResult.LiteralValue)));
}
else if (computationResult.IsVectorResult)
{
var retVector = computationResult.Accumulator ? computationResult.VectorData : computationResult.VectorData.CreateSimilarArray <float>();
var flat = retVector.GetFlatData();
VectorHelper.Abs(flat, computationResult.VectorData.GetFlatData());
return(new ComputationResult(retVector, true));
}
else
{
var retMatrix = computationResult.Accumulator ? computationResult.OdData : computationResult.OdData.CreateSimilarArray <float>();
var flat = retMatrix.GetFlatData();
VectorHelper.Abs(flat, computationResult.OdData.GetFlatData());
return(new ComputationResult(retMatrix, true));
}
}
