public QRCode(QRDimensionBridge main, PixelGrouper pixelGrouper, QRSquare square)
{
this.main = main;
this.pixelGrouper = pixelGrouper;
this.squares = new List <QRSquare>();
this.squares.Add(square);
}
public QRSquare[] QRSquares()
{
QRSquare[] qrList = new QRSquare[this.qrSquares.Count];
for (int i = 0; i < qrList.Length; i++)
{
qrList[i] = this.qrSquares[i];
}
return(qrList);
}
public void ScanSurrounding(QRSquare square, QRSkeleton qRSkeleton)
{
float distance = qRSkeleton.GetSquareDistanceFromSize(square.WorldPointSize);
float lienance = distance * 2;
//if(!Debug.locations.ContainsKey(square.GetScreenSquareCenter()))
//Debug.locations.Add(square.GetScreenSquareCenter(), distance + lienance);
foreach (QRSquare qrSquare in this.pixelGrouper.QRSquares())
{
if (qrSquare.QRCode != null)
{
continue;
}
float currentDistance = Vector3.Distance(qrSquare.GetScreenSquareCenter(), square.GetScreenSquareCenter());
if (currentDistance >= distance - lienance && currentDistance <= distance + lienance)
{
qrSquare.QRCode = this;
squares.Add(qrSquare);
if (distance + lienance > size)
{
size = distance + lienance;
}
Vector3 top = squares[0].GetScreenSquareCenter();
Vector3 bottom = squares[0].GetScreenSquareCenter();
foreach (QRSquare corner in squares)
{
if (Vector2.Distance(corner.GetScreenSquareCenter(), top) > Vector3.Distance(bottom, top))
{
bottom = corner.GetScreenSquareCenter();
}
}
this.position = top + new Vector3(0, 0, Vector3.Distance(bottom, top) / 2);
}
}
}
public QRSquare GetQRSquare(PixelSquare pixelSquare)
{
QRSquare square = new QRSquare(map, pixelSquare.Corners);
return(square);
}