public override void Init(Puzzle puzzle)
{
base.Init(puzzle);
PuzzleSurface = RectInt.CenterAt(renderer.Geometry.C, puzzle.Area);
AddAndInitElement(Tutorial);
}
public override void Draw()
{
// Center
var selected = Library[PuzzleIndex];
Renderer.DrawLine(Renderer.Geometry.TM, Renderer.Geometry.BM, Style.VerticalLine);
var centerRect = RectInt.CenterAt(Renderer.Geometry.C, selected.Puzzle.Area);
var outer = centerRect.Outset(2, 2, 2, 2);
//Renderer.Box(outer);
DrawPuzzle(selected, centerRect);
Renderer.DrawText(outer.BM + (0, 2), selected.Name, Style.TextTitle.AsPixel(), TextAlign.Middle);
Renderer.DrawText(outer.TM + (0, -2), $"No. {PuzzleIndex+ 1}", Style.TextHilight.AsPixel(), TextAlign.Middle);
// Right
var r = centerRect.MR + (4, 0);
var ii = PuzzleIndex + 1;
while (Renderer.Geometry.Contains(r) && Library.Count > ii)
{
var nextP = Library[ii];
var next = new RectInt(r.X, r.Y - nextP.Puzzle.Height / 2, nextP.Puzzle.Width, nextP.Puzzle.Height);
DrawPuzzle(nextP, next);
r = next.MR + (2, 0);
ii++;
}
// Left
r = centerRect.ML - (3, 0);
ii = PuzzleIndex - 1;
while (Renderer.Geometry.Contains(r) && ii >= 0)
{
var nextP = Library[ii];
var next = new RectInt(r.X - nextP.Puzzle.Width, r.Y - nextP.Puzzle.Height / 2, nextP.Puzzle.Width, nextP.Puzzle.Height);
DrawPuzzle(nextP, next);
r = next.ML - (2, 0);
ii--;
}
}