public void TestDivZeroComplex()
{
MyComplex a = new MyComplex(1, 2);
MyComplex b = new MyComplex();
Assert.Throws <DivideByZeroException>(() => a.Divide(b));
}
static void Main(string[] args)
{
MyComplex x1 = new MyComplex(1, 0);
Console.WriteLine(x1.ToString());
Console.ReadLine();
}
public void TestToStringComplex()
{
MyComplex a = new MyComplex(1, 2);
Assert.Equal("1+2i", a.ToString());
MyComplex b = new MyComplex(1, -2);
Assert.Equal("1-2i", b.ToString());
}
public void TestMulComplex()
{
MyComplex f1 = new MyComplex(1, 2);
MyComplex f2 = new MyComplex(3, 4);
var prod = f1 * f2;
Assert.True(prod == f1.Multiply(f2));
Assert.True(prod.Re == -5);
Assert.True(prod.Im == 10);
}
public void TestSubComplex()
{
MyComplex f1 = new MyComplex(1, 2);
MyComplex f2 = new MyComplex(3, 4);
var diff = f1 - f2;
Assert.True(diff == f1.Subtract(f2));
Assert.True(diff.Re == -2);
Assert.True(diff.Im == -2);
}
public void TestAddComplex()
{
MyComplex f1 = new MyComplex(1, 2);
MyComplex f2 = new MyComplex(3, 4);
var sum = f1 + f2;
Assert.True(sum == f1.Add(f2));
Assert.True(sum.Re == 4);
Assert.True(sum.Im == 6);
}
public void TestDivComplex()
{
MyComplex f1 = new MyComplex(1, 2);
MyComplex f2 = new MyComplex(3, -4);
var quot = f1 / f2;
Assert.True(quot == f1.Divide(f2));
Assert.True(quot.Re == -5 / 25.0);
Assert.True(quot.Im == 10 / 25.0);
}
private void TestComplexClass()
{
MyComplex complex1 = new MyComplex(1, 1);
MyComplex complex2 = new MyComplex(2, 2);
MyComplex result = complex1.Plus(complex2);
MyComplex result2 = complex2.Minus(complex1);
MyComplex result3 = complex1.Multi(complex2);
ConsoleView.PrintWithPause($"Результаты работы класса\nСложение: {result.ToString()}\nВычетание: {result2.ToString()}\nПроизведение:{result3.ToString()}");
}
public void TestNullComplex()
{
MyComplex a = new MyComplex(1, 2);
Assert.False(a == null);
Assert.NotNull(a);
Assert.False(((object)a).Equals(null));
MyComplex b = null;
Assert.Null(b);
Assert.True(b == null);
Assert.True(b is null);
Assert.Throws <NullReferenceException>(() => b.Equals((object)null));
}
public static void run()
{
MyComplex A = new MyComplex(1, 1);
MyComplex B, D;
MyComplex C = new MyComplex(1);
B = A + C;
Console.WriteLine($"{A} {B} {C}");
C = A + 10.5;
Console.WriteLine($"{A} {B} {C}");
C = 10.5 + A;
Console.WriteLine($"{A} {B} {C}");
D = -C;
Console.WriteLine($"{A} {B} {C} {D}");
C = A + B + C + D;
Console.WriteLine($"{A} {B} {C} {D}");
D.InputFromTerminal();
Console.WriteLine($"A = {A}, B = {B}, C = {C}, D = {D}");
}
static void Main(string[] args)
{
MyComplex A, B;
Console.WriteLine("Podaj kolejno wartość rzeczywistą i urojoną liczby A");
var tempRe = double.Parse(Console.ReadLine());
var tempIm = double.Parse(Console.ReadLine());
A = new MyComplex(tempRe, tempIm);
A.Wyswietl();
Console.WriteLine("Podaj kolejno wartość rzeczywistą i urojoną liczby B");
tempRe = double.Parse(Console.ReadLine());
tempIm = double.Parse(Console.ReadLine());
B = new MyComplex(tempRe, tempIm);
B.Wyswietl();
Console.WriteLine("Wynik dodawania:");
(A + B).Wyswietl();
Console.WriteLine("Wynik porównania:");
//A.Equals(B) ? Console.WriteLine("true") : Console.WriteLine("false");
if (A == B) Console.WriteLine("true");
else Console.WriteLine("false");
Console.ReadKey();
}
// - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
public static float Abs(MyComplex z)
{
return(z.Abs());
}
static void Main(string[] args)
{
try
{
var complex1 = new MyComplex(10, 100);
var complex2 = new MyComplex(0, 10);
var zeroComplex = new MyComplex(0, 0);
MyComplex.DeleteEvent += DevisionError1;
Console.WriteLine($"complex 1 = {complex1}");
Console.WriteLine($"complex 2 = {complex2}\n");
var sumComplex = complex1 + complex2;
Console.WriteLine($"complex 1 + complex 2 = {sumComplex}\n");
var subComplex = complex1 - complex2;
Console.WriteLine($"complex 1 - complex 2 = {subComplex}\n");
var multComplex = complex1 * complex2;
Console.WriteLine($"complex 1 * complex 2 = {multComplex}\n");
var divComplex = complex1 / complex2;
Console.WriteLine($"complex 1 / complex 2 = {divComplex}\n");
var zerodivision = complex1 / zeroComplex;
Console.WriteLine($"complex 1 / zeroComplex = {zeroComplex}\n");
var moduleComplex1 = complex1.GetModule();
Console.WriteLine($"complex 1 Module = {moduleComplex1}\n");
var complexRoot = complex1.GetRoot(2);
foreach (var token in complexRoot)
{
Console.WriteLine($"complex 1 root = {token}");
}
Console.WriteLine();
var complex1Pow = complex1.GetPow(4);
Console.WriteLine($"complex 1 in 4 degree = {complex1Pow}");
Console.WriteLine("=========================vector======================\n");
var vector1 = new MyVector <MyComplex> {
complex1, complex2, complex1 *complex2
};
var vector2 = new MyVector <MyComplex> {
complex1 - complex2, complex2 + complex1, complex1 *complex2
};
Console.WriteLine($"vector 1 = {vector1}");
Console.WriteLine($"vector 2 = {vector2}\n");
var sumVectors = vector1 + vector2;
Console.WriteLine($"vector1 + vector2 = {sumVectors}\n");
var subVectors = vector1 - vector2;
Console.WriteLine($"vector1 - vector2 = {subVectors}\n");
var vector1Module = vector1.GetModule();
Console.WriteLine($"vector1 Module = {vector1Module}\n");
var scalar = vector1.GetScalarMult(vector2);
Console.WriteLine($"vector1 scalar vector2 = {scalar}\n");
var vectorList = new List <MyVector <MyComplex> > {
vector1, vector2
};
var ortogonaliz = MyVector <MyComplex> .Ortogonalization(vectorList);
Console.WriteLine("ortoganalization : ");
var counter = 0;
foreach (var vector in ortogonaliz)
{
Console.WriteLine($"{++counter}) {vector};");
}
}
catch (Exception e)
{
Console.WriteLine(e);
}
Console.ReadKey();
}
