public Figure(FiguresNames figureName, FigureColors figureColor, Coordinates[] coordinates)
{
FigureName = figureName;
FigureColor = figureColor;
Position = FigurePositions.First;
CoordinatesArr = coordinates;
}
/// <summary>
/// Создать фигуру
/// </summary>
/// <param name="name"></param>
/// <param name="color"></param>
/// <returns></returns>
public static Figure CreateFigure(FiguresNames name)
{
Coordinates[] coordinatesArr = new Coordinates[COORD_COUNT];
FigureColors color = FigureColors.Null;
int coordX = rand.Next(2, 8); // (2 - 7) Диапазон генерации начальной основной координаты оси Х
switch (name)
{
case FiguresNames.J:
coordinatesArr = CreateJ(coordinatesArr, coordX, START_MAIN_COORD_Y);
color = FigureColors.Blue;
break;
case FiguresNames.I:
coordinatesArr = CreateI(coordinatesArr, coordX, START_MAIN_COORD_Y);
color = FigureColors.Green;
break;
case FiguresNames.O:
coordinatesArr = CreateO(coordinatesArr, coordX, START_MAIN_COORD_Y);
color = FigureColors.Indigo;
break;
case FiguresNames.L:
coordinatesArr = CreateL(coordinatesArr, coordX, START_MAIN_COORD_Y);
color = FigureColors.Maroon;
break;
case FiguresNames.Z:
coordinatesArr = CreateZ(coordinatesArr, coordX, START_MAIN_COORD_Y);
color = FigureColors.Red;
break;
case FiguresNames.T:
coordinatesArr = CreateT(coordinatesArr, coordX, START_MAIN_COORD_Y);
color = FigureColors.Orange;
break;
case FiguresNames.S:
coordinatesArr = CreateS(coordinatesArr, coordX, START_MAIN_COORD_Y);
color = FigureColors.Purple;
break;
}
Figure figure = new Figure(name, color, coordinatesArr);
return(figure);
}
/// <summary>
/// Создать координаты следующей фигуры
/// </summary>
/// <param name="name"></param>
/// <returns></returns>
public static Coordinates[] CreateCoordinatesForPlNextFigure(FiguresNames name, out FigureColors color)
{
Coordinates[] coordinatesArr = new Coordinates[COORD_COUNT];
color = FigureColors.Null;
const int START_COORD_X = 1;
const int START_COORD_Y = 1;
switch (name)
{
case FiguresNames.J:
coordinatesArr = CreateJ(coordinatesArr, START_COORD_X, START_COORD_Y);
color = FigureColors.Blue;
break;
case FiguresNames.I:
coordinatesArr = CreateI(coordinatesArr, START_COORD_X, START_COORD_Y);
color = FigureColors.Green;
break;
case FiguresNames.O:
coordinatesArr = CreateO(coordinatesArr, START_COORD_X, START_COORD_Y);
color = FigureColors.Indigo;
break;
case FiguresNames.L:
coordinatesArr = CreateL(coordinatesArr, START_COORD_X, START_COORD_Y);
color = FigureColors.Maroon;
break;
case FiguresNames.Z:
coordinatesArr = CreateZ(coordinatesArr, START_COORD_X, START_COORD_Y);
color = FigureColors.Red;
break;
case FiguresNames.T:
coordinatesArr = CreateT(coordinatesArr, START_COORD_X, START_COORD_Y);
color = FigureColors.Orange;
break;
case FiguresNames.S:
coordinatesArr = CreateS(coordinatesArr, START_COORD_X, START_COORD_Y);
color = FigureColors.Purple;
break;
}
return(coordinatesArr);
}
/// <summary>
/// Сгенерировать название и цвет фигуры
/// </summary>
private void GenerateFigureParameters()
{
figureName = Figure.GenerateName();
}
public static FiguresNames GenerateName()
{
FiguresNames name = (FiguresNames)rand.Next(FIGURES_COUNT);
return(name);
}
