private void DrawIrregularGrid(IrregularGrid grid)
{
foreach (var point in grid.GridGraphics.ColoredPoints)
{
Draw(point);
}
}
public static Func <Node <double>, double, int, double?> GetSearchingFunc(IrregularGrid grid, ValueCalculating calculatingType)
{
switch (calculatingType)
{
case ValueCalculating.ByRadius:
return(grid.GetValueByRadius);
case ValueCalculating.ByNodesCount:
return(grid.GetValueByNodesCount);
default:
throw new ArgumentOutOfRangeException(nameof(calculatingType), calculatingType, null);
}
}
public static IEnumerable <Grid> CreateTestGrids()
{
var nodes = new[]
{
new Node3d <double>(10, 30, 1),
new Node3d <double>(20, 40, 2),
new Node3d <double>(20, 30, 3),
new Node3d <double>(50, 10, 4),
new Node3d <double>(30, 50, 5),
};
var grid1 = new IrregularGrid(nodes);
var grid2 = RegularGridFactory.Create(grid1, 2, ValueCalculating.ByNodesCount);
var grid3 = RegularGridFactory.CreateTestGrid();
grid1.Name = "Нерегулярная сеть";
grid2.Name = "Расчитанная регулярная сеть";
grid3.Name = "Тестовая сеть";
return(new Grid[] { grid3, grid2, grid1 });
}
public CreateRegularGridForm(IEnumerable <IrregularGrid> grids, IrregularGrid selectedGrid)
{
InitializeComponent();
SetIrregularGrids(grids);
SelectedIrregularGrid = selectedGrid;
}
public IrregularGridGraphics(IrregularGrid grid)
{
this.grid = grid;
}
private double?SearchIrregularGrid(IrregularGrid grid) => grid.GetValue(searchPoint.X, searchPoint.Y);
