public virtual void CalculateMovementRange(bool andHighlight = false)
{
m_currentMovementRange = RangeAlgorithms.SearchByParameters(_gridObject.m_CurrentGridTile, m_MovementRangeParameters);
if (andHighlight)
{
HighlightMovementRange();
}
}
public void CalculateAttackRange(RangeParameters attackParam, bool andHighlight = false)
{
m_CurrentAttackRange = RangeAlgorithms.SearchByParameters(m_GridObject.m_CurrentGridTile, attackParam);
if (andHighlight)
{
HighlightAttackRange(true);
}
}
public void CalculateAttackRange(bool andHighlight = false)
{
ClearAttackRange();
m_currentAttackRange = RangeAlgorithms.SearchByParameters(_tacticsCharacter._gridObject.m_CurrentGridTile, m_AttackRangeParameters);
if (andHighlight)
{
HighlightAttackRange();
}
}
public void CalculateRange()
{
var newRange = new List <GridTile>();
newRange = RangeAlgorithms.SearchByParameters(_gridObject.m_CurrentGridTile, m_RangeParameters);
if (newRange != null && newRange.Count > 0)
{
ClearVisualPath();
_currentRange = newRange;
PopulateVisualRange();
}
}
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));
}
}
public void CalculateAttackRangeWithVictimsOnly(bool andHighlight, bool unhighlightPrevious = false)
{
ClearAttackRange();
var range = RangeAlgorithms.SearchByParameters(_tacticsCharacter._gridObject.m_CurrentGridTile, m_AttackRangeParameters);
foreach (GridTile tile in range)
{
var victimAtPosition = GetAttackableUnitAtTile(tile);
if (victimAtPosition != null)
{
if (!m_currentAttackRange.Contains(tile))
{
m_currentAttackRange.Add(tile);
}
}
}
if (andHighlight)
{
HighlightAttackRange(unhighlightPrevious);
}
}
public virtual void GetTargetInRange()
{
// Reset the current target
if (m_CurrentTarget != null)
{
ResetTarget();
}
var tilesInRange = RangeAlgorithms.SearchByParameters(_gridObject.m_CurrentGridTile, m_SightRangeParamters);
// Chase the chosen target when it is in range
if (m_TargetToChase != null)
{
foreach (GridTile tile in tilesInRange)
{
var gridObjectAtTile = GridManager.Instance.GetGridObjectAtPosition(tile.m_GridPosition);
if (gridObjectAtTile != null && gridObjectAtTile == m_TargetToChase && gridObjectAtTile != _gridObject)
{
SetTarget(gridObjectAtTile);
break;
}
}
}
}
public override List <GridTile> GetTargetTiles()
{
var targetTiles = RangeAlgorithms.SearchByParameters(_gridObject.m_CurrentGridTile, m_RangeParameters);
return(targetTiles);
}
