/// <summary>
/// Checks that the neighbors of the cell allow this option
/// </summary>
private bool GetIsValidByPlacement(ItemBlueprint item)
{
return(UpNeighbor.DoesDownConnectTo(item.Up) &&
DownNeighbor.DoesUpConnectTo(item.Down) &&
LeftNeighbor.DoesRightConnectTo(item.Left) &&
RightNeighbor.DoesLeftConnectTo(item.Right));
}
/// <summary>
/// Recalculates values that depends on neighbors' state.
/// </summary>
public void RecalculateNeighborsValues()
{
Clean();
if (SplineFormer == null)
{
return;
}
RecalculateBasicValues();
if (RightNeighbor != null)
{
RecalculateRightP();
RightNeighbor.RecalculateLeftP();
//_distanceToNext = Vector3.Distance(LocalPosition, RightNeighbor.LocalPosition);
_distanceToNext =
Vector3.Distance(_localPosition, _rightP) +
Vector3.Distance(_rightP, RightNeighbor._leftP) +
Vector3.Distance(RightNeighbor._leftP, RightNeighbor._localPosition);
}
else
{
_distanceToNext = 0;
}
RecalculateDistanceFromStart();
RecalculateRightP();
RecalculateLeftP();
}
private void HandleContradiction()
{
ResetOptions();
LeftNeighbor.ResetOptions();
RightNeighbor.ResetOptions();
UpNeighbor.ResetOptions();
DownNeighbor.ResetOptions();
}
