private bool PlacableFilter(Vector4 Position)
{
Vector3 Extends = new Vector3(OriginPlacable.MinScale, OriginPlacable.MinScale, OriginPlacable.MinScale); // check extends
bool ConnectionPointOverlap = false;
ModularPieceExtensions.ForEachOverlapping <ModularConnectionPoint>(new Vector3(Position.x, Position.y, Position.z), Extends, GameManager.I.Modular.ModularPieceTempLayer + GameManager.I.Modular.ModularPieceLayer, (ModularConnectionPoint Point) => {
ConnectionPointOverlap = true;
});
return(Mathf.Round(Position.w) <= 0f && !ConnectionPointOverlap);
}
private Vector4[] ForEachStrokePoint(System.Action <Vector4, StrokeType, Quaternion> ForEachPoint, System.Action <GameObject> ForEachOverlapping, System.Action <Vector4, StrokeType, Quaternion> ForEachNewlyPlaced = null)
{
// Step 1 calculate snap points
Vector4[] SnapPoints = CalculateWorldSnapPositions(StrokeStartPos, MousePosition, Distance, (Vector4 Vector) => {
return(Vector);
}, true, GameManager.I.Constants.TerrainLayer);
// Step 2 Calculate initial data
Vector3 RealDirection = (SnapPoints [SnapPoints.Length - 1] - SnapPoints [0]).normalized;
RealDirection.y = 0;
Quaternion Rotation = ModularPieceExtensions.LookRotation(RealDirection);
// Step 3 calculate surrounding data
Vector3[] SurroundingData = new Vector3[(SnapPoints.Length * 3) + 2]; // init position temp array
bool[] SurroundingBools = new bool[(SnapPoints.Length * 3) + 2]; // init bool temp array
UpdateConnection(SnapPoints, Rotation, ref SurroundingData, ref SurroundingBools); // update connection arrays
// Step 4 - 5 hide overlapping pieces / calculate draw data
for (int i = 0; i < SnapPoints.Length; i++)
{
int PointIndex = 2 + (i * 3);
bool Overlapping = false;
// invoke
ModularPieceExtensions.ForEachOverlapping <StrokeModularPiece>(SnapPoints[i], new Vector3(OriginPlacable.MinScale, OriginPlacable.MinScale, OriginPlacable.MinScale), GameManager.I.Modular.ModularPieceTempLayer + GameManager.I.Modular.ModularPieceLayer, (StrokeModularPiece Piece) => {
if (Piece.StrokeCategory == OriginPlacable.StrokeCategory)
{
ForEachOverlapping.Invoke(Piece.gameObject); // invoke overlapping item
if (!Overlapping)
{
Overlapping = true;
} // is overlapping
}
});
ModularPieceExtensions.GetStrokeStateInformation(SnapPoints [i], OriginPlacable.Scale, GetConnectionsOfPoint(PointIndex, Rotation, ref SurroundingBools), OriginSetData, (bool Could, StrokeType Type, int YRotation) => {
ForEachPoint.Invoke(SnapPoints[i], Type, Quaternion.Euler(0, YRotation, 0));
if (!Overlapping && ForEachNewlyPlaced != null)
{
ForEachNewlyPlaced.Invoke(SnapPoints[i], Type, Quaternion.Euler(0, YRotation, 0));
}
});
}
return(SnapPoints);
}
