public void CalculateAttackRange(RangeParameters attackParam, bool andHighlight = false)
{
m_CurrentAttackRange = RangeAlgorithms.SearchByParameters(m_GridObject.m_CurrentGridTile, attackParam);
if (andHighlight)
{
HighlightAttackRange(true);
}
}
public RangeParameters(RangeParameters param)
{
m_RangeSearchType = param.m_RangeSearchType;
m_SquareRange = param.m_SquareRange;
m_MinReach = param.m_MinReach;
m_MaxReach = param.m_MaxReach;
m_WalkableTilesOnly = param.m_WalkableTilesOnly;
m_UnOccupiedTilesOnly = param.m_UnOccupiedTilesOnly;
m_IgnoreTilesHeight = param.m_IgnoreTilesHeight;
m_IncludeStartingTile = param.m_IncludeStartingTile;
}
public void CalculateMovementRange(bool andHighlight = false)
{
if (m_CurrentMouvementPoints <= 0)
{
return;
}
RangeParameters rangeParam = new RangeParameters(m_MovementRangeParameters);
rangeParam.m_MaxReach = m_CurrentMouvementPoints;
m_CurrentMovementRange = RangeAlgorithms.SearchByParameters(m_GridObject.m_CurrentGridTile, rangeParam, m_PathWalker.m_CanFly);
if (andHighlight)
{
HighlightMovementRange(true);
}
}
public static List <GridTile> SearchByParameters(GridTile start, RangeParameters rangeParameters)
{
switch (rangeParameters.m_RangeSearchType)
{
case RangeSearchType.RectangleByGridPosition:
default:
return(RangeAlgorithms.SearchByGridPosition(start, rangeParameters.m_MaxReach, rangeParameters.m_WalkableTilesOnly, rangeParameters.m_UnOccupiedTilesOnly, rangeParameters.m_SquareRange, rangeParameters.m_IgnoreTilesHeight, rangeParameters.m_IncludeStartingTile, rangeParameters.m_MinimunReach));
case RangeSearchType.RectangleByMovement:
return(RangeAlgorithms.SearchByMovement(start, rangeParameters.m_MaxReach, rangeParameters.m_IgnoreTilesHeight, rangeParameters.m_IncludeStartingTile, rangeParameters.m_MinimunReach));
case RangeSearchType.HexagonByGridPosition:
return(RangeAlgorithms.HexagonSearchByGridPosition(start, rangeParameters.m_MaxReach, rangeParameters.m_WalkableTilesOnly, rangeParameters.m_UnOccupiedTilesOnly, rangeParameters.m_IgnoreTilesHeight, rangeParameters.m_IncludeStartingTile, rangeParameters.m_MinimunReach));
case RangeSearchType.HexagonByMovement:
return(RangeAlgorithms.HexagonSearchByMovement(start, rangeParameters.m_MaxReach, rangeParameters.m_IgnoreTilesHeight, rangeParameters.m_IncludeStartingTile, rangeParameters.m_MinimunReach));
}
}
