public bool Repair(Gene[,] sheet, Stock stock, ShapeCut reserved)
{
var sheetPoints = Enumerable.Range(Origin.X - MaxRepairDistance / 2, Origin.X + MaxRepairDistance / 2)
.SelectMany(x => Enumerable.Range(Origin.Y - MaxRepairDistance / 2, Origin.Y + MaxRepairDistance / 2).Select(y => new Point(x, y)))
.Where(p => p.X >= 0 && p.X < sheet.GetLength(0) && p.Y >= 0 && p.Y < sheet.GetLength(1))
.Where(p => sheet[p.X, p.Y] == null)
.Where(p => p.ManhattanDistance(Origin) <= MaxRepairDistance)
.OrderBy(p => p.ManhattanDistance(Origin) + p.ManhattanDistance(new Point(0, Origin.Y)))
.ToArray();
foreach (var point in sheetPoints)
{
Origin = point;
foreach (var rotation in Template.Rotations)
{
Rotation = rotation;
var pheno = Phenotype();
if (pheno.IsInBounds(stock) && !pheno.Intersects(reserved))
{
var conflict = pheno.Place(sheet, this);
if (conflict == null)
{
pheno.UnPlace(sheet);
return(true);
}
}
}
}
return(false);
}
public Gene(
ShapeTemplate shapeTemplate,
Point origin,
ClockwiseRotation absoluteRotation
)
{
Template = shapeTemplate;
Origin = origin;
Rotation = absoluteRotation;
}
public ShapeTemplateRotated FromRotation(ClockwiseRotation rotation)
{
var rotatedRefPoints = new List <Point>(ReferencePoints);
for (int i = 0; i < (int)rotation; i++)
{
rotatedRefPoints = rotatedRefPoints.Select(p => new Point(p.Y, -p.X)).ToList();
}
return(new ShapeTemplateRotated(rotatedRefPoints, StockWidth));
}
public void CreepRandomize(int stockLength)
{
var rotations = Template.Rotations;
Rotation = CmnRandom.Random.NextFrom(rotations);
var template = Template.TemplateAt(Rotation);
int absXVal = CmnRandom.Random.NextBiased(0 - template.MinX, stockLength - template.MaxX - 1, Origin.X);
int absYVal = CmnRandom.Random.NextBiased(0 - template.MinY, template.StockWidth - template.MaxY - 1, Origin.Y);
Origin = new Point(absXVal, absYVal);
}
public T(int xPosition, int yPosition, ConsoleColor color = ConsoleColor.DarkMagenta, ClockwiseRotation rotation = ClockwiseRotation.Zero) : base(xPosition, yPosition, color, rotation)
{
_shape = ShapeBuilder.GetShapeArray(this);
}
public ShapeTemplateRotated TemplateAt(ClockwiseRotation rotation)
{
return(templates[rotation]);
}
public void RotateRandomize()
{
var rotations = Template.Rotations;
Rotation = CmnRandom.Random.NextFrom(rotations);
}
protected Tetromino(int xPosition, int yPosition, ConsoleColor color, ClockwiseRotation rotation = ClockwiseRotation.Zero)
{
Position = new Position(xPosition, yPosition);
Color = color;
ClockwiseRotation = rotation;
}
public ShapeCut(Point origin, ShapeTemplate template, ClockwiseRotation rotation)
{
Origin = origin;
Rotation = rotation;
Template = template;
}
