public void Test()
{
double allCubatureSum = 0;
List <ICubature> cubatures = new List <ICubature>();
var cube1 = new Cube(10);
var cube2 = new Cube(20);
var sphere1 = new Sphere(10);
var sphere2 = new Sphere(20);
var cylinder1 = new Cylinder(10, 10);
var cylinder2 = new Cylinder(20, 20);
var cone1 = new Cone(10, 10);
var cone2 = new Cone(20, 20);
cubatures.Add(cube1);
cubatures.Add(cube2);
cubatures.Add(sphere1);
cubatures.Add(sphere2);
cubatures.Add(cylinder1);
cubatures.Add(cylinder2);
cubatures.Add(cone1);
cubatures.Add(cone2);
foreach (var item in cubatures)
{
var temp = item.CalculateCubature(); // [PIOTR] - ta linijka raczej niepotrzebna ;)
allCubatureSum += item.CalculateCubature();
}
}
public void Test()
{
var cone1 = new Cone(2, 8);
var cone2 = new Cone(3, 10);
var cube1 = new Cube(5);
var cube2 = new Cube(10);
var cylinder1 = new Cylinder(4, 10);
var cylinder2 = new Cylinder(5, 12);
var sphere1 = new Sphere(10);
var sphere2 = new Sphere(20);
var totalAreaList = new List <ITotalArea>
{
cone1,
cone2,
cube1,
cube2,
cylinder1,
cylinder2,
sphere1,
sphere2,
};
var volumeList = new List <IVolume>
{
cone1,
cone2,
cube1,
cube2,
cylinder1,
cylinder2,
sphere1,
sphere2,
};
var aggregateTotalArea = new double();
var aggregateVolume = new double();
for (int i = 0; i < totalAreaList.Count; i++)
{
aggregateTotalArea += totalAreaList[i].TotalArea;
}
for (int i = 0; i < volumeList.Count; i++)
{
aggregateVolume += volumeList[i].Volume;
}
Console.ReadKey();
}