protected BattleTurn.ActionArgs PerformAction(Player[] players, HexGrid grid, bool commitAction)
{
//if in range of target => attack
if (CoordRange.CoordInRange(cubeCoordinate, target.CubeCoordinate, Stats.Range.Value))
{
if (commitAction)
{
BasicAttack(players, target, grid);
}
return(new BattleTurn.ActionArgs(this, target, BattleTurn.updateAction.Attack, null, -1));
}
//if out of range => try to move into range, move by step distance in unit stats.
else
{
//follow shortest path if possible.
Vector3[] path = AStarPathFinder.GetPath(cubeCoordinate, target.CubeCoordinate, Stats.Range.Value, grid.Size, grid.GetAllOccupiedTiles());
if (!(path == null))
{
//calculate the index of the path to move to depending on move distance.
// i.e. a unit with move distance 2 can skip the first location on the path,
// and move to the second in one update call.
int moveIndex = (Stats.MoveDistance.Value > path.Length) ? path.Length - 1 : Stats.MoveDistance.Value - 1;
Vector3 stepDestination = path[moveIndex];
if (commitAction)
{
MoveToTile(grid, stepDestination);
}
//return action log data about what move the unit is making i.e. (this unit is acting, its moving, along path specified)...
return(new BattleTurn.ActionArgs(this, target, BattleTurn.updateAction.Move, path, moveIndex));
}
//if no possible path is found, do nothing - there is no possible move.
return(new BattleTurn.ActionArgs(this, null, BattleTurn.updateAction.None, null, -1));
}
}
private void timer_Tick(object sender, EventArgs e)
{
var coordRange = new CoordRange(_triangle.Left.X, _triangle.Right.X, _triangle.Up.Y, _triangle.Right.Y);
if (_shiftFactor >= 0.02)
{
_drawer.ClearArea();
var point = _randomizer.RandomizePointInTriangle(coordRange, _areaSize);
var node = Translator.TranslatePointToNode(point);
var nodes = _som.StartModifyNodes(node, _neighborRadius, _shiftFactor);
var points = Translator.TranslateNodesToPoints(nodes);
DrawWithFrequency(points, point);
_iteration++;
UpdateIterationInfo();
CalculateRadius();
CalculateShiftFactor();
}
else
{
btnGenerate.Enabled = true;
btnStartPause.Enabled = false;
btnStop.Enabled = false;
grpBoxConfig.Enabled = true;
timer.Stop();
}
}
private void InitializeSom()
{
var startedRange = new CoordRange(200, 300, 250, 350);
var nodes = _randomizer.RandomizeStartedNodesInTriangle(_neuronsCount, startedRange, _areaSize);
var points = Translator.TranslateNodesToPoints(nodes);
_drawer.DrawPoints(points, _pointsDiameter, _pointsColor, PointType.Filled);
_drawer.DrawLines(points, _lineWidth, _linesColor);
_som = new SelfOrganizingMap(nodes);
}
