public void LargeSetOfContainers_ShouldBeDividedWithinLimits()
{
// Arrange
CargoShip ship = new CargoShip(4, 3, 4000);
List <Container> containers = new List <Container>()
{
new Container(225, ContainerType.Normal),
new Container(50, ContainerType.Normal),
new Container(150, ContainerType.Coolable),
new Container(100, ContainerType.Normal),
new Container(100, ContainerType.Normal),
new Container(175, ContainerType.Valuable),
new Container(150, ContainerType.Normal),
new Container(100, ContainerType.ValuableAndCoolable),
new Container(100, ContainerType.Normal),
new Container(100, ContainerType.Valuable),
new Container(100, ContainerType.Normal),
new Container(375, ContainerType.Normal),
new Container(50, ContainerType.Valuable),
new Container(100, ContainerType.Coolable),
new Container(150, ContainerType.ValuableAndCoolable),
new Container(100, ContainerType.Normal),
new Container(250, ContainerType.Normal),
new Container(300, ContainerType.Valuable),
new Container(100, ContainerType.Normal),
new Container(275, ContainerType.Coolable)
};
// Act
ship.Divide(containers);
double leftWeightRatio = ship.GetLeftWeightRatio();
// Assert
Assert.AreEqual(0.5d, leftWeightRatio, 0.2d);
}
public void SmallSetOfContainers_ShouldBeDividedWithinLimits()
{
// Arrange
CargoShip ship = new CargoShip(2, 2, 120);
List <Container> containers = new List <Container>()
{
new Container(30, ContainerType.Normal),
new Container(30, ContainerType.Normal),
new Container(30, ContainerType.Normal),
new Container(30, ContainerType.Normal)
};
// Act
ship.Divide(containers);
double leftWeightRatio = ship.GetLeftWeightRatio();
// Assert
Assert.AreEqual(0.5d, leftWeightRatio, 0.2d);
}
