public BasisSpline(int deg, int GridSize, double a_border, double b_border)
{
degree = deg;
Vector grid_h = Vector.CreateUniformGrid(GridSize, a_border, b_border);
C = new Vector(grid_h.Length);
type = BasisSplineType.ForMultyGrid;
grid = new Grid(degree, grid_h.ToArray);
grid.ToClassicSplineGrid();
Console.WriteLine("grid = " + grid.ToString());
}
public BasisSpline(int deg, int GridSize, double a_border, double b_border, GridType gridType)
{
degree = deg;
Vector grid_h = Vector.CreateUniformGrid(GridSize, a_border, b_border);
C = new Vector(grid_h.Length);
type = BasisSplineType.ForMultyGrid;
bool canInterpolate = true;
grid = new Grid(degree, grid_h.ToArray);
switch (gridType)
{
case GridType.SimpleSplineGrid:
grid.ToSimpleUniformSplineGrid();
canInterpolate = false;
break;
case GridType.ClassicSplineGrid:
grid.ToClassicSplineGrid();
break;
case GridType.UniformSplineGrid:
grid.ToUniformSplineGrid();
break;
case GridType.ExperimentSplineGrid:
grid.ToExperimentSplineGrid();
break;
case GridType.MiddleUniformSplineGrid:
grid.ToMiddleUniformSplineGrid();
break;
case GridType.RightUniformSplineGrid:
grid.ToRightUniformSplineGrid();
break;
case GridType.LeftUniformSplineGrid:
grid.ToLeftUniformSplineGrid();
break;
default:
break;
}
Console.WriteLine("grid = " + grid.ToString());
}