public bool FitsInRectangle(Rectangle rectangleToFitIn)
{
return
AreaCondition(rectangleToFitIn)
&& DiameterCondition(rectangleToFitIn)
&& PerimeterCondition(rectangleToFitIn)
&& ThicknessCondition(rectangleToFitIn)
&& WCarversCondition(rectangleToFitIn);
}
public bool WCarversCondition(Rectangle rectangle)
{
var hasShorterWidth = width <= rectangle.width;
var hasShorterHeight = height <= rectangle.height;
var wCarversFirstConditionWasMet = hasShorterWidth && hasShorterHeight;
if (wCarversFirstConditionWasMet)
{
return true;
}
if (JohnEWetzelsEquation(width, height, rectangle.width, rectangle.height))
{
return true;
}
return false;
}
static void TestC()
{
Console.WriteLine("Test C");
var rectA = new Rectangle(8, 6);
var rectB = new Rectangle(8, 6);
if (rectA.FitsInRectangle(rectB))
{
Console.WriteLine("Test C Passed");
Console.WriteLine("Rect A fits in Rect B");
}
else
{
Console.WriteLine("Test C Failed");
Console.WriteLine("Rect A DOES NOT fit in Rect B");
}
Console.WriteLine();
}
static void TestB()
{
Console.WriteLine("Test B");
var rectA = new Rectangle(88, 13);
var rectB = new Rectangle(81, 59);
if (rectA.FitsInRectangle(rectB))
{
Console.WriteLine("Test B Failed");
Console.WriteLine("Rect A fits in Rect B");
}
else
{
Console.WriteLine("Test B Passed");
Console.WriteLine("Rect A DOES NOT fit in Rect B");
}
Console.WriteLine();
}
public bool ThicknessCondition(Rectangle rectangle)
{
return ThickistSide <= rectangle.ThickistSide;
}
public bool PerimeterCondition(Rectangle rectangle)
{
return Perimeter <= rectangle.Perimeter;
}
public bool DiameterCondition(Rectangle rectangle)
{
return Diameter <= rectangle.Diameter;
}
public bool AreaCondition(Rectangle rectangle)
{
return Area <= rectangle.Area;
}