public int GetColorOfPoint(Point point)
{
/*if (point > Offset)
* return this.Figure.CurrentRotation.GetColorOfPoint(point - this.Offset);*/
ITetrisCup cloneCup = this.Cup.Clone(-2);
cloneCup.CopyFrom(Figure.CurrentRotation, Offset, this.Figure.Color);
return(cloneCup.GetColorOfPoint(point));
}
public void Rotate_When_BottomObstacle_Should_Move_Up()
{
_scene.Offset = new Offset(1, 1);
ITetrisCup cup = A.Fake <ITetrisCup>();
A.CallTo(() => _scene.Figure.PeekNextRotation())
.Returns(cup);
A.CallTo(() => cup.Fits2(_scene.Cup, new Offset(1, 1)))
.Returns(FitsResult.BottomObstacle);
_scene.Rotate();
_scene.Offset.Y.Should().Be(0);
}
public void CopyFrom(ITetrisCup upperLayer1, Offset offset, int color)
{
var upperLayer = (TetrisCup)upperLayer1;
foreach (var point in upperLayer.AllCells)
{
if (upperLayer[point] != 0)
{
this[point + offset] = color;
}
}
}
public void Rotate_When_Fits2_Returns_RightObstacle_Should_MoveLeft()
{
_scene.Offset = new Offset(1, 2);
ITetrisCup cup = A.Fake <ITetrisCup>();
A.CallTo(() => _scene.Figure.PeekNextRotation())
.Returns(cup);
A.CallTo(() => cup.Fits2(_scene.Cup, new Offset(1, 2)))
.Returns(FitsResult.RightObstacle);
A.CallTo(() => cup.Fits2(_scene.Cup, new Offset(0, 2)))
.Returns(FitsResult.Fits);
_scene.Rotate();
_scene.Offset.X.Should().Be(0);
}
public FitsResult Fits2(ITetrisCup lowerCup, Offset offset)
{
var lowerCup1 = (TetrisCup)lowerCup;
if (lowerCup1._size.Width < (this._size.Width + offset.X))
{
return(FitsResult.RightObstacle);
}
if (!this.Fits(lowerCup1, offset))
{
return(FitsResult.BottomObstacle);
}
return(FitsResult.Fits);
}
public bool Fits(ITetrisCup intoCup1, Offset offset)
{
var intoCup = (TetrisCup)intoCup1;
if (intoCup._size.StrictlyLess(this._size + offset))
{
return(false);
}
if (offset.X < 0)
{
return(false);
}
foreach (var point in AllCells)
{
if (this[point] != 0 && intoCup[point + offset] != 0)
{
return(false);
}
}
return(true);
}
public FitsResult Fits2(ITetrisCup lowerCup, Offset offset)
{
var lowerCup1 = (TetrisCup)lowerCup;
if (lowerCup1._size.Width < (this._size.Width + offset.X))
return FitsResult.RightObstacle;
if (!this.Fits(lowerCup1, offset))
return FitsResult.BottomObstacle;
return FitsResult.Fits;
}
public bool Fits(ITetrisCup intoCup1, Offset offset)
{
var intoCup = (TetrisCup)intoCup1;
if (intoCup._size.StrictlyLess(this._size + offset))
return false;
if (offset.X < 0) return false;
foreach (var point in AllCells)
if (this[point] != 0 && intoCup[point + offset] != 0)
return false;
return true;
}
public void CopyFrom(ITetrisCup upperLayer1, Offset offset, int color)
{
var upperLayer = (TetrisCup)upperLayer1;
foreach (var point in upperLayer.AllCells)
if (upperLayer[point] != 0)
this[point + offset] = color;
}
