void createHard(string gridStr)
{
var grid0 = Commons.GridFromString(gridStr);
var grid1 = Commons.CreateGrid(grid0, l => l != Solving.Impossible, Level.Hard);
var str = grid1.ToString();
AllGrids[Level.Hard].Add(str);
}
void createEasy(string gridStr)
{
var grid0 = Commons.GridFromString(gridStr);
var grid1 = Commons.CreateGrid(grid0, l => l == Solving.VeryEasy, Level.Easy);
var str = grid1.ToString();
AllGrids[Level.Easy].Add(str);
}
void createMedium(string gridStr)
{
var grid0 = Commons.GridFromString(gridStr);
var grid1 = Commons.CreateGrid(grid0, l => l == Solving.VeryEasy, Level.Medium);
var grid2 = Commons.CreateGrid(grid1, l => l != Solving.Impossible, Level.Medium, 10);
var str = grid2.ToString();
AllGrids[Level.Medium].Add(str);
}
void createEvil(string gridStr)
{
while (true)
{
var grid0 = Commons.GridFromString(gridStr);
var grid1 = Commons.CreateGrid(grid0, l => l != Solving.Impossible, Level.Evil);
int c0 = grid1.allCells.Count(c => c.Content == 0);
var grid2 = Commons.CreateGrid(grid1, l => l == Solving.Impossible, Level.Evil, 1);
int c1 = grid2.allCells.Count(c => c.Content == 0);
if (c0 != c1)
{
var str = grid2.ToString();
AllGrids[Level.Evil].Add(str);
break;
}
}
}
void createAll(string gridStr)
{
var grid0 = Commons.GridFromString(gridStr);
var grid1 = Commons.CreateGrid(grid0, l => l == Solving.VeryEasy, Level.Easy);
AllGrids[Level.Easy].Add(grid1.ToString());
var grid2 = Commons.CreateGrid(grid1, l => l != Solving.Impossible, Level.Medium, 10);
AllGrids[Level.Medium].Add(grid2.ToString());
var grid3 = Commons.CreateGrid(grid2, l => l != Solving.Impossible, Level.Hard);
AllGrids[Level.Hard].Add(grid3.ToString());
var grid4 = Commons.CreateGrid(grid3, l => l == Solving.Impossible, Level.Evil, 1);
AllGrids[Level.Evil].Add(grid4.ToString());
}