public Figure(FiguresTypes figureType, ConsoleColor color, bool previewFigure = false)
{
PreviewFigure = previewFigure;
FigureType = figureType;
FigureAngle = FiguresAngle.StartPosition;
FigureColor = color;
Elements = GenerateFigureElements(FigureType, color, PreviewFigure);
}
internal static int RotateRightArray2DValue(int x, int y, FiguresTypes figureType)
{
int a = x + 1;
if (y > 24 || x > 16)
{
return(-1);
}
else
{
return(Array2D[y, a]);
}
}
internal List <BoxElement> GenerateFigureElements(FiguresTypes figureType, ConsoleColor color, bool NextFigure = false)
{
List <BoxElement> Elements = new List <BoxElement>();
int rowNumber = (int)FiguresAngle.StartPosition;
int FigureTypeRowInList = (int)figureType;
var figure_row = FigureCoordinates.Coordinates[FigureTypeRowInList][rowNumber];
int x = NextFigure ? GameData.NextStartCenterX : GameData.StartCenterX;
int y = NextFigure ? GameData.NextStartCenterY : GameData.StartCenterY;
Elements.Add(new BoxElement(x + figure_row.Item1.X, y + figure_row.Item1.Y, 0, color));
Elements.Add(new BoxElement(x + figure_row.Item2.X, y + figure_row.Item2.Y, 1, color));
Elements.Add(new BoxElement(x + figure_row.Item3.X, y + figure_row.Item3.Y, 2, color));
Elements.Add(new BoxElement(x + figure_row.Item4.X, y + figure_row.Item4.Y, 3, color));
return(Elements);
}
internal bool CanRotateRight(FiguresTypes figureType, FiguresAngle figureAngle, int centerX, int centerY)
{
int rowNumber = (int)figureAngle + 1;
if (rowNumber > 3)
{
rowNumber = 0;
}
int FigureTypeRowInList = (int)figureType;
var figure_row = FigureCoordinates.Coordinates[FigureTypeRowInList][rowNumber];
int nextX = 88;
int nextY = 88;
switch (BoxIndex)
{
case 0:
nextX = centerX + figure_row.Item1.X;
nextY = centerY + figure_row.Item1.Y;
break;
case 1:
nextX = centerX + figure_row.Item2.X;
nextY = centerY + figure_row.Item2.Y;
break;
case 2:
nextX = centerX + figure_row.Item3.X;
nextY = centerY + figure_row.Item3.Y;
break;
case 3:
nextX = centerX + figure_row.Item4.X;
nextY = centerY + figure_row.Item4.Y;
break;
}
return(TetrisArray.Array2DValue(nextX, nextY) == 0);
}
internal void RotateRight(FiguresTypes figureType, FiguresAngle figureAngle, int x, int y)
{
int rowNumber = (int)figureAngle + 1;
if (rowNumber > 3)
{
rowNumber = 0;
}
int FigureTypeRowInList = (int)figureType;
var figure_row = FigureCoordinates.Coordinates[FigureTypeRowInList][rowNumber];
switch (BoxIndex)
{
case 0:
X = x + figure_row.Item1.X;
Y = y + figure_row.Item1.Y;
break;
case 1:
X = x + figure_row.Item2.X;
Y = y + figure_row.Item2.Y;
break;
case 2:
X = x + figure_row.Item3.X;
Y = y + figure_row.Item3.Y;
break;
case 3:
X = x + figure_row.Item4.X;
Y = y + figure_row.Item4.Y;
break;
}
Render();
}
public static Figure CreateFigure(int[,] bodyCurrF, TColor colorCurrFig, FiguresTypes idCurrFigType, TetrisGameBoard board)
{
Figure fig = null;
switch (idCurrFigType)
{
case FiguresTypes.LeftG:
fig = new LeftG(colorCurrFig, bodyCurrF, board);
break;
case FiguresTypes.LeftZigzag:
fig = new LeftZigzag(colorCurrFig, bodyCurrF, board);
break;
case FiguresTypes.LetterT:
fig = new LetterT(colorCurrFig, bodyCurrF, board);
break;
case FiguresTypes.RightG:
fig = new RightG(colorCurrFig, bodyCurrF, board);
break;
case FiguresTypes.RightZigzag:
fig = new RightZigzag(colorCurrFig, bodyCurrF, board);
break;
case FiguresTypes.Square:
fig = new Square(colorCurrFig, bodyCurrF, board);
break;
case FiguresTypes.Stick:
fig = new Stick(colorCurrFig, bodyCurrF, board);
break;
}
return(fig);
}
