static void Main(string[] args)
{
ComplexCalculator complexCalculator = new ComplexCalculator();
//complexConsoleCalculator.ShowCalculator();
DigitCalculator digitCalculator = new DigitCalculator();
ConsoleCalculator <Complex> consoleCalculator = new ConsoleCalculator <Complex>(complexCalculator);
consoleCalculator.ShowCalculator();
}
public void T006_CustomerAsksForPersonalTaxComplexCalculator()
{
// Here, you will have to move (copy) the code from test T005 a bit.
// Note that you have effectively done this in T005 - but now it is a separate class.
// Given
Customer customer = new Customer(20000, CustomerType.Personal);
ComplexCalculator calculator = new ComplexCalculator();
// When
int owed = calculator.ProcessCustomer(customer);
// Then
Assert.AreEqual(2160, owed);
}
public void T010_ObserveEverythingWorksForComplexCalculator()
{
// Given
List <Customer> customers = new List <Customer>()
{
new Customer(20000, CustomerType.Personal), // this one uses "old" personal calc -> 2160
new Customer(100000, CustomerType.Personal), // this one uses "new" personal calc -> 18586
new Customer(20000, CustomerType.BusinessLinear) // this one uses linear tax -> 3800
};
ComplexCalculator calculator = new ComplexCalculator();
// When
int owed = calculator.ProcessCustomers(customers);
// Then
Assert.AreEqual(10591, owed);
}
public void T007_ProcessThreeCustomers()
{
// Technically, a new method operating on groups.
// Feel free to use OLD method from T006, but in a foreach.
// Given
List <Customer> customers = new List <Customer>()
{
new Customer(20000, CustomerType.Personal),
new Customer(30000, CustomerType.Personal),
new Customer(30000, CustomerType.BusinessLinear)
};
ComplexCalculator calculator = new ComplexCalculator();
// When
int owed = calculator.ProcessCustomers(customers);
// Then
Assert.AreEqual(11820, owed);
}
public double[,] PolePlacement()
{
ComplexCalculator complexCalculator = new ComplexCalculator();
ComplexNumber[] newPoleLocation;
if (Controllable() == true && Observable() == true)
{
int newPoleNumber = complexCalculator.SetVectorSize();
newPoleLocation = complexCalculator.SetComplexArray(newPoleNumber);
//Use new pole location to compute State feedback gain matrix K
//double[,] K = new double[,];
//return double[,] K;
}
else
{
throw new System.ArgumentException("Input system is not controllable and observable");
}
}
static void Main(string[] args)
{
ComplexCalculator calc = new ComplexCalculator();
calc.RunCalculator();
}
public ComplexConsoleCalculator(ComplexCalculator complexCalc) => (_calculator) = (complexCalc);
