public List<Vector2> RunFinding(Cell beginCell, Cell endCell)
{
beCells = new PFCell[] { this[beginCell], this[endCell] };
Run();
return GetPath();
}
private Cell GetCellNear(Cell cell, int dx, int dy)
{
GapCell gap = cell.Type == CellType.Gap ? (GapCell)cell : null;
if (gap != null)
{
if (gap.Orientation.x * dx == 1) return gap.Neighbor;
if (gap.Orientation.y * dy == 1) return gap.Neighbor;
}
return map[cell.Col + dx, cell.Row + dy];
}
private PFCell this[Cell cell]
{
get { return grid[cell.Col, cell.Row]; }
}
public void OnPositonChanged(Vector2 currPosition)
{
if (nextCell == null) return;
if ((currPosition - nextCell.Center).magnitude <= GameConst.ACCURACY)
{
if (nextCell == destinationCell)
{
if (state == AIState.FirstWalk) state = AIState.Hunter;
NextAction();
}
else
{
pathIndex++;
currCell = currPath[pathIndex];
nextCell = currPath[pathIndex + 1];
avatar.T.position = currCell.Center;
Manipulate();
}
}
}
private void SetPath(List<Vector2> receivedPath)
{
currPath = receivedPath.ConvertAll((p) => { return GameMap.I.GetCellByPoint(p); });
//for (int i = 0; i < receivedPath.Count - 1; i++)
// Debug.DrawLine(receivedPath[i], receivedPath[i + 1], Color.red, 10);
receivedPath.Clear();
pathIndex = 0;
destinationCell = currPath.Last();
currCell = currPath[pathIndex];
nextCell = currPath[pathIndex + 1];
Manipulate();
}
private void GetTacticalPath(Cell tacticalCell)
{
tacticalAction = true;
if (tacticalCell != avatar.CurrentCell)
SetPath(pathFinder.RunFinding(avatar.CurrentCell, tacticalCell));
else
GetRandomPath();
}
public void OnStateChanged(StateType stateType, int someValue)
{
switch (stateType)
{
case StateType.AffectedDrug:
state = AIState.Victime;
break;
case StateType.DisaffectedDrug:
state = AIState.Hunter;
break;
case StateType.Died:
state = AIState.Dead;
break;
case StateType.Alive:
state = AIState.FirstWalk;
break;
}
if (pathIndex + 1 < currPath.Count) destinationCell = currPath[pathIndex + 1];
}
