// Score from line clear
private void IncreaseScoreFromLineClear(LineClear LC)
{
ScoreSystem G = ScoreSystemManager.GetCurrent();
switch (LC)
{
case LineClear.CLEAR_1:
IncreaseFitness(G.Line_Single);
break;
case LineClear.CLEAR_2:
IncreaseFitness(G.Line_Double);
break;
case LineClear.CLEAR_3:
IncreaseFitness(G.Line_Triple);
break;
case LineClear.CLEAR_4:
IncreaseFitness(G.Line_Quad);
break;
case LineClear.CLEAR_4_Combo:
IncreaseFitness(G.Line_Combo);
break;
}
}
// Scriptの取得
private void GetScript()
{
Script_render = render.GetComponent <Render>();
Script_hold = hold.GetComponent <Hold>();
Script_next = next.GetComponent <Next>();
Script_lineClear = lineClear.GetComponent <LineClear>();
}
private bool PerformLineOperations()
{
ICollection <int> fullLines = new LinkedList <int>();
for (int y = 0; y < GameRules.Height; y++)
{
int x;
for (x = 0; x < GameRules.Width; x++)
{
if (!_settledBlocks.ContainsKey(new Vector2Int(x, y)))
{
break;
}
}
if (x == GameRules.Width)
{
fullLines.Add(y);
}
}
if (fullLines.Count == 0)
{
return(false);
}
// Clear stage...
foreach (var y in fullLines)
{
for (int x = 0; x < GameRules.Width; x++)
{
_settledBlocks.Remove(new Vector2Int(x, y));
LineClear?.Invoke(y);
}
}
// Shift stage...
for (int y = 0; y < GameRules.Height; y++)
{
var currentY = y;
var freeSlotsAmountBelow = fullLines.Count(i => i < currentY);
for (int x = 0; x < GameRules.Width; x++)
{
var index = new Vector2Int(x, y);
if (_settledBlocks.TryGetValue(index, out var block))
{
_settledBlocks.Remove(index);
var newIndex = index + Vector2Int.down * freeSlotsAmountBelow;
block.Location = newIndex;
_settledBlocks[newIndex] = block;
}
}
}
return(true);
}
// Add piece to board
private void AddPieceToBoard()
{
// Move piece back up 1
_Piece._y++;
// Score from crowded section
int section = TetrisBoard.CheckPieceInCrowd(ScoreSystemManager.GetCurrent().Section_Counts_As_Width_Divided_By);
if (section == -1)
{
IncreaseFitness(ScoreSystemManager.GetCurrent().NonCrowded_Section);
}
else if (section == 1)
{
IncreaseFitness(ScoreSystemManager.GetCurrent().Crowded_Section);
}
// Current Bumpiness
float Bump_Old = TetrisHeuristics.CalculateBumpiness();
// Current Holes
float Holes_Old = TetrisHeuristics.CountHoles();
/* */
/* */
// Add piece to board
TetrisBoard.AddSolidsToBoardFromPiece();
// Remove Horizontal Lines
LineClear LC = TetrisBoard.UpdateCompletedLines();
// Give score for those lines
if (!GameplayManager.GetInstance().LinesDoNotClear)
{
IncreaseScoreFromLineClear(LC);
}
/* */
/* */
// Current Bumpiness
float Bump = TetrisHeuristics.CalculateBumpiness();
IncreaseFitness(ScoreSystemManager.GetCurrent().BumpAverage *Bump);
// Change in Bumpiness
float Bump_Change = Bump - Bump_Old;
IncreaseFitness(ScoreSystemManager.GetCurrent().BumpFixMultiplier *Bump_Change);
// Change in Holes
float Holes_Change = Mathf.Max(0.0f, TetrisHeuristics.CountHoles() - Holes_Old);
IncreaseFitness(ScoreSystemManager.GetCurrent().HoleAdded *Holes_Change);
// Current Aggregate Height Score
float AggregateHeightScore = TetrisHeuristics.AggregateHeight() * ScoreSystemManager.GetCurrent().AggregateHeightChangedMultiplier;
IncreaseFitness(AggregateHeightScore);
// Check Values for Testing
//Debug.Log("Aggregate Height: " + TetrisHeuristics.AggregateHeight());
//Debug.Log("Complete Rows: " + TetrisHeuristics.CalculateCompleteRows());
//Debug.Log("Holes: " + TetrisHeuristics.CountHoles());
//Debug.Log("Bumpiness: " + TetrisHeuristics.CalculateBumpiness());
//Debug.Log("~~~");
// Score from height
float y_level = (float)(_Piece._WorldMin.y) / 24.0f;
float height_score = Mathf.Lerp(
ScoreSystemManager.GetCurrent().Height_Lerp_Bot,
ScoreSystemManager.GetCurrent().Height_Lerp_Top,
y_level);
IncreaseFitness(height_score);
// Score from bottom row
float BottomCount = TetrisHeuristics.CountTetrisPiecesRow(0);
IncreaseFitness(ScoreSystemManager.GetCurrent().Bottom_Row *BottomCount);
// Score from top 2 rows
float TopCount = TetrisHeuristics.CountTetrisPiecesRow(TetrisBoard._Height - 1);
TopCount += TetrisHeuristics.CountTetrisPiecesRow(TetrisBoard._Height - 2);
IncreaseFitness(ScoreSystemManager.GetCurrent().Top_2_Rows *TopCount);
// Reset Piece
_Piece._Type = Tetrominoes.NONE;
// Add Total Pieces Added
_PiecesUsed++;
}
private void PlayLineClear(int numLines)
{
LineClear?.Invoke(this, new IntegerEventArgs(numLines));
}
private void TSpin(LineClear move)
{
}
private void Tetris()
{
if (LastScore == LineClear.Tetris)
{
TotalPoints += (int)PointValues.Tetris * 3 * Level / 2 + Combo();
linesThisLevel += 12;
}
else
{
TotalPoints += (int)PointValues.Tetris * Level + Combo();
linesThisLevel += 8;
}
TotalLinesCleared += 4;
LastPlay = LineClear.Tetris;
LastScore = LineClear.Tetris;
Sounds.Tetris();
}
private void Triple()
{
TotalPoints += (int)PointValues.Triple * Level + Combo();
TotalLinesCleared += 3;
linesThisLevel += 5;
LastPlay = LineClear.Triple;
LastScore = LineClear.Triple;
Sounds.Score(combo);
}
private void Single()
{
TotalPoints += (int)PointValues.Single * Level + Combo();
TotalLinesCleared++;
linesThisLevel++;
LastPlay = LineClear.Single;
LastScore = LineClear.Single;
Sounds.Score(combo);
}
private bool IsScoringPlay(LineClear play)
{
switch (play)
{
case LineClear.None:
case LineClear.TSpin: return false;
}
return true;
}
public void reset()
{
Level = 1;
linesThisLevel = 0;
TotalPoints = 0;
TotalLinesCleared = 0;
LastPlay = LineClear.None;
LastScore = LineClear.None;
}
public void LastMove(LineClear move)
{
switch (move)
{
case LineClear.None: LastPlay = move; break;
case LineClear.Single: Single(); break;
case LineClear.Double: Double(); break;
case LineClear.Triple: Triple(); break;
case LineClear.Tetris: Tetris(); break;
case LineClear.TSpin: TSpin(move); break;
case LineClear.TSpinSingle: TSpin(move); break;
case LineClear.TSpinDouble: TSpin(move); break;
case LineClear.TSpinTriple: TSpin(move); break;
}
}
public void Drop(LineClear move)
{
if (move == LineClear.SoftDrop)
TotalPoints++;
else if (move == LineClear.HardDrop)
TotalPoints += 2;
}