public bool IsMasked_WithProjection_Test(int width, int height, float x, float y, float projectionLeft, float projectionBottom, float scaleX, float scaleY, params int[] pointsInMask)
{
bool[][] array = GetArray(width, height, true, pointsInMask);
AGSMask mask = new AGSMask(array, null);
Mock<ISquare> square = new Mock<ISquare> ();
AGS.API.PointF bottomLeft = new AGS.API.PointF (projectionLeft, projectionBottom);
AGS.API.PointF bottomRight = new AGS.API.PointF (projectionLeft + width * Math.Abs(scaleX), projectionBottom);
AGS.API.PointF topLeft = new AGS.API.PointF (projectionLeft, projectionBottom + height * Math.Abs(scaleY));
AGS.API.PointF topRight = new AGS.API.PointF (projectionLeft + width * Math.Abs(scaleX), projectionBottom + height * Math.Abs(scaleY));
square.Setup(s => s.BottomLeft).Returns(bottomLeft);
square.Setup(s => s.BottomRight).Returns(bottomRight);
square.Setup(s => s.TopLeft).Returns(topLeft);
square.Setup(s => s.TopRight).Returns(topRight);
return mask.IsMasked(new AGS.API.PointF (x, y), square.Object, scaleX, scaleY);
}
public bool IsMaskedTest(int width, int height, float x, float y, params int[] pointsInMask)
{
bool[][] array = GetArray(width, height, true, pointsInMask);
AGSMask mask = new AGSMask(array, null);
return mask.IsMasked(new AGS.API.PointF (x, y));
}
