public void TestInitialize()
{
matrixBuilder = new Mock <IMatrixBuilder>();
matrixBuilder.Setup(d => d.Dense(It.IsAny <int>(), It.IsAny <int>(), It.IsAny <double>())).Returns(CreateAMatrix(7, 11));
Subject = new VolumeCalculator(matrixBuilder.Object);
}
public CubeHandlerParams(IIntersectionCalculator intersectionCalculator,
IVolumeCalculator volumeCalculator,
Cube firstCube, Cube secondCube)
{
this.intersectionCalculator = intersectionCalculator;
this.volumeCalculator = volumeCalculator;
this.firstCube = firstCube;
this.secondCube = secondCube;
}
public Kernel()
{
//Instantiate Interface objects
_areaCalculator = new AreaCalculator();
_volumeCalculator = new VolumeCalculator();
_decimalParse = new ParseFromInput();
_wallAreaCalculator = new WallAreaCalculator();
_paintCalculator = new PaintCoverageCalculator();
run = true;
getInput = true;
}
public MainWindow(IVolumeCalculator volumeCalculator, IMatrixBuilder matrixBuilder)
{
InitializeComponent();
this.volumeCalculator = volumeCalculator;
this.matrixBuilder = matrixBuilder;
}
public CubesIntersection(IIntersectionCalculator intersectionCalculator, IVolumeCalculator volumeCalculator)
{
_intersectionCalculator = intersectionCalculator;
_volumeCalculator = volumeCalculator;
}
public static decimal CalculateVolumeIntersectionTrue(IIntersectionCalculator intersectionCalculator,
IVolumeCalculator volumeCalculator,
Cube firstCube, Cube secondCube)
{
return(volumeCalculator.CalculateOrtoedroVolume(intersectionCalculator.CalculateParallelCubeIntersectionFigure(firstCube, secondCube)));
}
