static void doWork()
{
Console.WriteLine("Running class program...");
//int nicki = 42;
//int = integer which is a type, nicki is a name, = is an assignment operator
Point origin = new Point();
//it instantiates a point object name origin
//Point() is a constructor which returns a memory address
//new allocates memory and returns a memory address
//origin is a name, and Point is a type
Point bottomRight = new Point(1366, 768);
//constructor point has integers of 1366, 786 allocated memory by new assigned to the name bottomright
//it instantiates a point object name bottomright
Point proof = new Point();
double distance = origin.DistanceTo(bottomRight);
Console.WriteLine($"Distance is: {distance}");
Point Nicki = new Point(0, 0);
Point Dwaine = new Point(3, 4);
distance = Nicki.DistanceTo(Dwaine);
Console.WriteLine($"Distance between nicki and dwaine is: {distance}");
Point Matt = new Point(6, 25);
Console.WriteLine($"Number of Point objects: {Point.ObjectCount()}");
}
static void doWork()
{
Point origin = new Point();
Point bottomRight = new Point(1366, 768);
double distance = origin.DistanceTo(bottomRight);
Console.WriteLine("Distance is: {0}", distance);
Console.WriteLine("Number of Point objects: {0}", Point.ObjectCount());
}
public static void Entrance()
{
Point point1 = new Point();
Point point2 = new Point(1024, 1200);
double distance = point1.DistanceTo(point2);
Console.WriteLine("Distance is {0}", distance);
Console.WriteLine("Number of Point objects: {0}", Point.ObjectCount());
}
static void DoWork()
{
Point origin = new Point();
Point bottomRight = new Point(1024, 1280);
double distance = origin.DistanceTo(bottomRight);
Console.WriteLine("Distance is: {0}", distance);
Console.WriteLine("No of Point objects: {0}", Point.ObjectCount());
}
static void doWork()
{
Point origin = new Point();
Point bottomRight = new Point(1366, 768);
double distance = origin.DistanceTo(bottomRight);
Console.WriteLine($"Distance is: {distance}");
}
static void doWork()
{
Point origin = new Point(); //IT goes to the heap it allocates space sufficient for the objeect and returns the address
Point bottomRight = new Point(1366, 768);
double distance = origin.DistanceTo(bottomRight);
Console.WriteLine($"Distance is: {distance}");
Console.WriteLine($"Number of Point objects: {Point.ObjectCount()}");
}
static void DoWork()
{
Point origin = new Point();
Point bottomRight = new Point(1024, 1280);
double distance = origin.DistanceTo(bottomRight);
Console.WriteLine("Distance is: {0}", distance);
Console.WriteLine("No of Point objects: {0}", Point.ObjectCount());
}
static void doWork()
{
Point origin = new Point();
Point bottomRight = new Point(1366, 768);
double distance = origin.DistanceTo(bottomRight);
Console.WriteLine($"distance is: {distance}");
Console.WriteLine($"Number of Point objects: {Point.ObjectCount()}");
}
static void DoWork()
{
var origin = new Point();
var bottomRight = new Point(1366, 768);
var distance = origin.DistanceTo(bottomRight);
Console.WriteLine("Distance is: {0}", distance);
Console.WriteLine("Number of Point objects: {0}", Point.ObjectCount());
}
static void doWork()
{
Console.WriteLine("Running Class program...");
Point origin = new Point(); //intantiates point object origin
Point bottomRight = new Point(1366, 768); //instantiate point object bottom right
double distance = origin.DistanceTo(bottomRight);
Console.WriteLine($"Distance is: {distance}");
Console.WriteLine($"Number of Point objects: {Point.ObjectCount()}");
}
static void doWork()
{
Point origin = new Point(); //creates new instance of point; invokes its default constructor
Point bottomRight = new Point(1366, 768);
double distance = origin.DistanceTo(bottomRight);
Console.WriteLine($"Distance is: {distance}");
(int xVal, int yVal) = origin; // deconstruct to retrieve private fields
Console.WriteLine($"Deconstructor values. x = {xVal}, y = {yVal}");
Console.WriteLine($"Number of Point objects: {Point.ObjectCount()}");
}
static void doWork()
{
Point origin = new Point();
Point bottomRight = new Point(1366, 768);
Point Ajay = new Point(77, 12);
double distance = origin.DistanceTo(bottomRight);
double distance2 = Ajay.DistanceTo(origin);
int oc = Point.ObjectCount();
Console.WriteLine($"the object count is {oc}");
}
static void doWork()
{
Point origin = new Point(3, 4); // This is the constructor
Point origin2 = new Point();
Point origin3 = new Point(3, 5, 7);
Point bottomRight = new Point(1366, 768);
Point point1 = new Point(0, 0);
Point point2 = new Point(3, 4);
Point origin4 = new Point(1, 2, 3);
Console.WriteLine($"distance between point1 and point2 is: " +
$"{point1.DistanceTo(point2)}");
Console.WriteLine($"distance between point2 and point1 is: " +
$"{point2.DistanceTo(point1)}"); // Instance method DistanceTo is called on the instance Point
Console.WriteLine($"distance between point1 and point1 is: " +
$"{point1.DistanceTo(point1)}");
Console.WriteLine($"The number of points created is: " +
$"{Point.ObjectCount()}");
Console.WriteLine($"distance between origin3 and origin4 is: " +
$"{origin3.DistanceToTriple(origin4)}");
}
static void doWork()
{
Point ori = new Point();
(int x, int y) = ori;
Point xM = new Point(1366, 768);
double distance = xM.DistanceTo(ori);
Console.WriteLine($"Distance is:{distance}");
}
static void doWork()
{
Point origin = new Point();
Point bottomRight = new Point(1366, 768);
double distance = origin.DistanceTo(bottomRight);
Console.WriteLine($"Distance is: {distance}");
Point maxwell = new Point(1, 1);
Point christy = new Point(4, 5);
distance = maxwell.DistanceTo(christy);
Console.WriteLine($"Distance is: {distance}");
Console.WriteLine($"Number of Point objects: {Point.ObjectCount()}." +
$" This is the value of objectCount.");
}
static void doWork()
{
Point origin = new Point(); // instances of the class
Point bottomRight = new Point(1366, 768); // instances// point object
double distance = origin.DistanceTo(bottomRight);
Console.WriteLine($"Distance is: {distance}");
Point maxwell = new Point(1, 1);
Point roxana = new Point(4, 5);
distance = maxwell.DistanceTo(roxana);
Console.WriteLine($"Distance is: {distance}");
Console.WriteLine($"Number of Point objects:{Point.ObjectCount()}." +
$"This is he value of objectCount");
}
private static void DoWork()
{
Point origin = new Point();
Point bottomRight = new Point(1366, 768);
double distance = origin.DistanceTo(bottomRight);
Console.WriteLine($"Distance is {distance}");
(int xVal, int yVal) = bottomRight;
Console.WriteLine($"bottomRight._x = {xVal}, bottomRight._y = {yVal}");
Console.WriteLine($"Number of Point objects: {Point.ObjectCount()}");
}
static void doWork()
{
Point origin = new Point(); //orgin is an object or an instance
Point origin1 = new Point(2, 3); //orgin1 is an object or an instance
Point bottomRight = new Point(1366, 768);
Point first = new Point(0, 0);
Point second = new Point(4, 3);
double distance = first.DistanceTo(second);
Console.WriteLine($"Distance 2 is {distance}");
double distance2 = origin.DistanceTo(bottomRight);
Console.WriteLine($"Distance is: {distance2}");
Console.WriteLine($"Number of Point objects: {Point.ObjectCount()}");
}
static void doWork()
{
Point origin = new Point(); // default constructor
Point bottomRight = new Point(1366, 768); // a setted point
Point NewP = new Point(); // new random point
double distance = origin.DistanceTo(bottomRight); //Distance from point 1(origin) to point 2(bottomRight)
Console.WriteLine("Distance is: {0}", distance); //Print the distance for the 2 setted points
//Print the number of point objects
Console.WriteLine("Number of Point objects: {0}", Point.ObjectCount());
//-----------------//
double distance2 = bottomRight.DistanceTo(NewP); //print the distance from Point2(bottomRight) to Point 3(NewP)
Console.WriteLine("Distance is: {0}", distance2); //Print the distance
//-----------------//
}
static void doWork()
{
Point origin = new Point(); // creates an object named origin
Point bottomright = new Point(1366, 768); // calls the overloaded constructor that accepts two arguments
// and creates another object named bottomright
double distance = origin.DistanceTo(bottomright); // creates a local variable named distance. distance is assigned the value of the calculation
// done by specifying the object and accessing the public method named distanceto within that
// class's definition that accepts classes as an argument and passes in the object
// named bottomright as argument. origin is the default constructor so x,y are -1,-1 and the
// method distanceto accepts the values input to the overloaded constructor as one object and
// executes its body of code using these arguments.
Console.WriteLine($"Distance is : {distance}");
Console.WriteLine($"object count is {Point.Objectcount()}");
}
static void doWork()
{
Console.WriteLine("Running class program");
Point origin = new Point();
Point bottom = new Point();
Point proof = new Point();
Point bottomRight = new Point(1366, 768);
double distance = origin.DistanceTo(bottomRight);
Console.WriteLine($"Distance is: {distance}");
Point jennifer = new Point(0, 0);
Point johnny = new Point(3, 4);
distance = jennifer.DistanceTo(johnny);
Console.WriteLine($"Distance between Jennifer and Johnny is: {distance}");
Point peter = new Point(63, 180);
Console.WriteLine($"Number of Point objects: {Point.ObjectCount()}");
}
/// <summary>
/// Start method for our program
/// </summary>
/// <param name="args">array of program parameters from console</param>
static void Main(string[] args)
{
//Skapa Circle objekt
Circle c1 = new Circle(1);
//Kopiera objektreferencen
Circle c2 = c1;
//Gör en kopia
Circle c3 = c1.Clone();
//Gör en kopiering av data
Circle c4 = new Circle();
//c1.CopyTo(c4);
//Skriv ut alla objektens radier
Console.WriteLine("C1: " + c1.Radius);
Console.WriteLine("C2: " + c2.Radius);
Console.WriteLine("C3: " + c3.Radius);
Console.WriteLine("C4: " + c4.Radius);
Console.ReadLine();
//Öka värdet på c1's radie
c1.Radius++;
//Skriv ut alla objektens radier
Console.WriteLine("C1: " + c1.Radius);
Console.WriteLine("C2: " + c2.Radius);
Console.WriteLine("C3: " + c3.Radius);
Console.WriteLine("C4: " + c4.Radius);
Console.ReadLine();
//Test av Point klassen och dess DistanceTo metod
Point point1 = new Point(3, 4);
Point point2 = new Point(6, 8);
Point point3 = new Point(point1);
double distance = point3.DistanceTo(point2);
Console.WriteLine("Distance: " + distance);
Console.ReadLine();
}
/// <summary>
/// Start method for our program
/// </summary>
/// <param name="args">array of program parameters from console</param>
static void Main(string[] args)
{
//Skapa Circle objekt
Circle c1 = new Circle(1);
//Kopiera objektreferencen
Circle c2 = c1;
//Gör en kopia
Circle c3 = c1.Clone();
//Gör en kopiering av data
Circle c4 = new Circle();
//c1.CopyTo(c4);
//Skriv ut alla objektens radier
Console.WriteLine("C1: " + c1.Radius);
Console.WriteLine("C2: " + c2.Radius);
Console.WriteLine("C3: " + c3.Radius);
Console.WriteLine("C4: " + c4.Radius);
Console.ReadLine();
//Öka värdet på c1's radie
c1.Radius++;
//Skriv ut alla objektens radier
Console.WriteLine("C1: " + c1.Radius);
Console.WriteLine("C2: " + c2.Radius);
Console.WriteLine("C3: " + c3.Radius);
Console.WriteLine("C4: " + c4.Radius);
Console.ReadLine();
//Test av Point klassen och dess DistanceTo metod
Point point1 = new Point(3, 4);
Point point2 = new Point(6, 8);
Point point3 = new Point(point1);
double distance = point3.DistanceTo(point2);
Console.WriteLine("Distance: " + distance);
Console.ReadLine();
}
static void doWork()
{
Point origin = new Point();
Point origin1 = new Point(2, 3);
Point bottomRight = new Point(1366, 768);
Point first = new Point(0, 0);
Point second = new Point(4, 3);
first.ToString();
second.ToString();
double distance2 = first.DistanceTo(second);
Console.WriteLine($"Distance2 is {distance2}");
double distance = origin.DistanceTo(bottomRight);
Console.WriteLine($"Distance is: {distance}");
Console.WriteLine($"Number of Point objects: {Point.ObjectCount()}");
double distance3 = second.DistanceTo(first);
Console.WriteLine($"Distance3 is {distance3}");
}