public ThreeByThreeCubeFace(CubeRow topRow, CubeRow middleRow, CubeRow bottomRow)
: base(new List <CubeRow>() { topRow, middleRow, bottomRow })
{
if (topRow == null)
{
throw new ArgumentNullException(nameof(topRow));
}
if (middleRow == null)
{
throw new ArgumentNullException(nameof(middleRow));
}
if (bottomRow == null)
{
throw new ArgumentNullException(nameof(bottomRow));
}
if (topRow.Facelets.Count != Size)
{
throw new ArgumentException(InvlaideRowMessage, nameof(topRow));
}
if (middleRow.Facelets.Count != Size)
{
throw new ArgumentException(InvlaideRowMessage, nameof(middleRow));
}
if (bottomRow.Facelets.Count != Size)
{
throw new ArgumentException(InvlaideRowMessage, nameof(bottomRow));
}
}
public static CubeRow Reverse(this CubeRow row)
{
var clonedRow = row.DeepClone();
var reversedFacelets = clonedRow.Facelets.Reverse();
return(new CubeRow(reversedFacelets.ToList()));
}
public RowViewModel(CubeRow row)
{
this.row = row;
Facelets = new List <FacletViewModel>();
foreach (var faclet in row.Facelets)
{
Facelets.Add(new FacletViewModel(faclet));
}
}
public void AddCubeRow(int row)
{
// create cube row
var cubeRow = new CubeRow(row);
// set y position
cubeRow.PositionY = (lastCubeRow == null)
? GameConfig.FIRST_ROW_INITIAL_POSITION_Y
: lastCubeRow.PositionY - GameConfig.CUBE_HEIGHT * 0.75f;
// add cube row to tree and dictionary
this.AddChild(cubeRow);
cubeRowsDict[cubeRow.Row] = cubeRow;
// generate cubes and start motion if necessary
cubeRow.CreateCubes();
// keep track of last cube row
lastCubeRow = cubeRow;
}
public override void RotateCounterClockwise(CubeRow topRow, CubeRow bottomRow, CubeRow leftRow, CubeRow rightRow)
{
MapFaceRotation(Size, RotateFaceCounterClockwise);
RotateRowsOfAdjacentFacesCounterClockwise(topRow, bottomRow, leftRow, rightRow);
}
