public static void SurfaceAnimals()
{
Console.WriteLine("Pterodactyl I am!");
Pterodactyl pterodactyl = new Pterodactyl();
Console.WriteLine($"Tail: {pterodactyl.Tail}.");
Console.WriteLine($"Location: {pterodactyl.Location}.");
Console.WriteLine($"Feed Cost:${pterodactyl.FeedCost}.");
Console.WriteLine($"# of Eyes: {pterodactyl.Eyes}.");
Console.WriteLine($"Are they Safe: {pterodactyl.Safe}.");
Console.WriteLine($"Flyer: {pterodactyl.Flyer()}.");
Console.WriteLine($"Eat: {pterodactyl.Eat()}.");
Console.WriteLine($"Speak: {pterodactyl.Speak()}.");
Console.WriteLine("");
Console.WriteLine("Flying-Spider I am!");
FlyingSpider flyingSpider = new FlyingSpider();
Console.WriteLine($"Tail: {flyingSpider.Tail}.");
Console.WriteLine($"Location: {flyingSpider.Location}.");
Console.WriteLine($"Feed Cost:${flyingSpider.FeedCost}.");
Console.WriteLine($"# of Eyes: {flyingSpider.Eyes}.");
Console.WriteLine($"Are they Safe: {flyingSpider.Safe()}.");
Console.WriteLine($"Flyer: {flyingSpider.Flyer()}.");
Console.WriteLine($"Eat: {flyingSpider.Eat()}.");
Console.WriteLine($"Speak: {flyingSpider.Speak()}.");
//Two Interfaces here!
Console.WriteLine("");
Console.WriteLine("T-Rex I am!");
TRex rex = new TRex();
Console.WriteLine($"Tail: {rex.Tail}.");
Console.WriteLine($"Location: {rex.Location}.");
Console.WriteLine($"Feed Cost:${rex.FeedCost}.");
Console.WriteLine($"# of Eyes: {rex.Eyes}.");
Console.WriteLine($"Are they Safe: {rex.Safe}.");
Console.WriteLine($"Walking: {rex.Walking()}.");
Console.WriteLine($"Eat: {rex.Eat()}.");
Console.WriteLine($"Speak: {rex.Speak()}.");
Console.WriteLine($"Drinking: {rex.Drinking()}.");
Console.WriteLine($"Interface => Fun Tricks: {rex.FunTricks}.");
Console.WriteLine($"Interface => Loves Humans: {rex.lovesHumans}.");
Console.WriteLine("");
Console.WriteLine("Brontosaurus I am!");
Brontosaurs brontosaurs = new Brontosaurs();
Console.WriteLine($"Tail: {brontosaurs.Tail}.");
Console.WriteLine($"Location: {brontosaurs.Location}.");
Console.WriteLine($"Feed Cost:${brontosaurs.FeedCost}.");
Console.WriteLine($"# of Eyes: {brontosaurs.Eyes}.");
Console.WriteLine($"Are they Safe: {brontosaurs.Safe}.");
Console.WriteLine($"Walking: {brontosaurs.Walking()}.");
Console.WriteLine($"Eat: {brontosaurs.Eat()}.");
Console.WriteLine($"Speak: {brontosaurs.Speak()}.");
Console.WriteLine($"Drinking: {brontosaurs.Drinking()}.");
}
static async Task Pterodactyl1_0(string host, string key)
{
var pterodactyl = new Pterodactyl(host, key);
var account = await pterodactyl.V1_0.Client.Account.GetAccountAsync();
Console.WriteLine($"\n Account of the user {account.Username}");
Console.WriteLine($"\n Email: {account.Email}");
}
override public void OnStateEnter(Animator animator, AnimatorStateInfo stateInfo, int layerIndex)
{
ai = animator.GetComponent <Pterodactyl>();
perception = animator.GetComponent <Perception>();
_Animator = animator;
movementSpeed = ai.movementSpeed;
transform = animator.transform;
rigidbody = animator.GetComponent <Rigidbody2D>();
retreatSpeed = ai.retreatSpeed;
}
override public void OnStateEnter(Animator animator, AnimatorStateInfo stateInfo, int layerIndex)
{
swoopTimer = Random.Range(10, 20);
ai = animator.GetComponent <Pterodactyl>();
rigidbody = ai.GetComponent <Rigidbody2D>();
movementSpeed = ai.movementSpeed;
transform = ai.transform;
_Animator = animator;
aStar = ai.aStar;
FindNewPath();
}
private static void DinosaurTests()
{
Dinosaur dino1 = new Dinosaur();
dino1.Size = 10;
// dino1.Eat();
TRex tRex = new TRex();
tRex.Size = 20;
// tRex.Eat();
Dinosaur dino2 = new TRex(); // upcasting
// dino2.Eat();
Dinosaur dino3 = new Pterodactyl(); // upcasting
// dino3.Eat();
Dinosaur dino4 = new Dinosaur();
dino4 = (TRex)tRex;
// dino4.Eat();
dino4 = (Pterodactyl)dino3;
// dino4.Eat();
Dinosaur dino6 = dino3 as Pterodactyl; // This is a way to test if the object is valid
dino6.Sleep();
TRex tRex3 = dino1 as TRex;
dino1.Sleep();
Dinosaur[] dinoArray = { dino1, tRex, dino2, dino3 };
foreach (Dinosaur item in dinoArray)
{
if (item is TRex) //Is there an object with that name
{
item.Eat();
}
if (item is Pterodactyl)
{
item.Sleep();
}
}
GenericsList <Dinosaur> dinoList = new GenericsList <Dinosaur>();
dinoList.Add(dino1);
dinoList.Add(tRex);
dinoList.Add(dino2);
dinoList.Add(dino3);
}
/// <summary>
/// Runs when the PterodactylMoveEvent fires. It updates the position
/// of the Control to that of the model.
/// </summary>
public void NotifyMoved(object sender, EventArgs e)
{
Pterodactyl pterodactyl = sender as Pterodactyl;
// Determine the endpoint of the move vector
double xPos = Canvas.GetLeft(this) + pterodactyl.speed * Math.Cos(((pterodactyl.angle + 180) * Math.PI / 180));
double yPos = Canvas.GetTop(this) + pterodactyl.speed * Math.Sin(((pterodactyl.angle + 180) * Math.PI / 180));
pterodactyl.coords = new Point(xPos, yPos);
// Flipping the image to turn left or right
if (xPos < Canvas.GetLeft(this))
{
LayoutTransform = new ScaleTransform()
{
ScaleX = 1
}
}
;
else
{
LayoutTransform = new ScaleTransform()
{
ScaleX = -1
}
};
// Handles transporting the Control from one side of the screen to the other
if (xPos > (1440 - Width))
{
xPos -= 1440 - Width;
}
else if (xPos < 0)
{
xPos += 1440 - Width;
}
if (yPos >= 0 && yPos <= 900 - (Height * 2))
{
Canvas.SetTop(this, yPos);
}
Canvas.SetLeft(this, xPos);
}
/// <summary>
/// Runs when the World.Instance.SpawnPterodactyl fires. It creates the
/// Pterodactyls.
/// </summary>
public void NotifySpawn(object sender, EventArgs e)
{
if (!spawned)
{
Pterodactyl p = new Pterodactyl();
p.coords = new Point(0, 0); // *** Set this to a respawn platform ***
PterodactylControl pCtrl = new PterodactylControl(p.imagePath);
// Subscribe to the event handlers
p.PterodactylMoveEvent += pCtrl.NotifyMoved;
p.PterodactylStateChange += pCtrl.NotifyState;
p.PterodactylDestroyed += pCtrl.NotifyDestroy;
Canvas.SetTop(pCtrl, p.coords.y);
Canvas.SetLeft(pCtrl, p.coords.x);
Canvas canvas = Parent as Canvas;
canvas.Children.Add(pCtrl);
spawned = true;
}
}
override public void OnStateEnter(Animator animator, AnimatorStateInfo stateInfo, int layerIndex)
{
ai = animator.GetComponent <Pterodactyl>();
perception = animator.GetComponent <Perception>();
_Animator = animator;
movementSpeed = ai.movementSpeed;
transform = animator.transform;
rigidbody = animator.GetComponent <Rigidbody2D>();
aStar = ai.aStar;
ai.OnHit += Retreat;
swoopSpeed = ai.swoopSpeed;
pathFindingSwoopSpeed = ai.pathFindingSwoopSpeed;
hasTwoTargets = SetStartAndEnd();
reachedFirstTarget = false;
if (hasTwoTargets)
{
FindNewPath();
}
}
static async Task Pterodactyl0_7(string host, string key)
{
var pterodactyl = new Pterodactyl(host, key);
var servers = await pterodactyl.V0_7.Client.Servers.GetServersAsync();
var server = servers[0];
if (server == null)
{
throw new PterodactylException("Server not found.");
}
var resource = await server.GetResourceAsync();
Console.WriteLine($"\nServer stats of {server.Name}");
Console.WriteLine($"CPU: {resource.CPU.Current} / {resource.CPU.Limit}");
Console.WriteLine($"Memory: {resource.Memory.Current} / {resource.Memory.Limit}");
Console.WriteLine($"State: {resource.State}");
Console.WriteLine($"Total Disk: {resource.Disk.Current} / {resource.Disk.Limit}");
}
public static void RunWeek3Classwork()
{
//Week 3 in class
//Deconstructor
//ClassMaterial.Week1.Week3.Square MySquare0 = new ClassMaterial.Week1.Week3.Square(11,22);
ClassMaterial.Week1.Week3.Square MySquare = new ClassMaterial.Week1.Week3.Square(3, 3); //
//var (length, height) = MySquare; //
int length = 5, height = 5;//////////, top = 100;
MySquare.Deconstruct(out length, out height); //////////, out top);
System.Console.WriteLine("MySquare.Length = " + MySquare.Length); //
(length, height) = MySquare;
System.Console.WriteLine("2nd MySquare.Length = " + MySquare.Length);
//ClassMaterial.Week1.Week3.Square MySquare2 = new ClassMaterial.Week1.Week3.Square(,);
//MySquare.Deconstruct(out length, out height);
System.Console.WriteLine(length); //
//ClassMaterial.Week1.Week3.Square MySquare3 = new ClassMaterial.Week1.Week3.Square(3,3);
ClassMaterial.Week1.Week3.Square yourSquare =
new ClassMaterial.Week1.Week3.Square {
Length = 5, Height = 5, Color = "Blue"
};
Dinosaur dino1 = new Dinosaur();
dino1.Size = 10;
TRex tRex = new TRex();
tRex.Size = 20;
Dinosaur dino2 = new TRex(); //upcasting
//Now play with private, public, protected and sealed of the
// base and child class to see
// what you can access with the dot operator
dino2.Eat();
Dinosaur dino3 = new Pterodactyl(); //upcasting
dino3.Eat();
Dinosaur dino4 = new Dinosaur();
dino4 = (TRex)tRex;
dino4.Eat();
dino4 = (Pterodactyl)dino3;
dino4.Eat();
System.Console.WriteLine("Now let's try an IS:");
Dinosaur[] dinoArray = { dino1, tRex, dino2, dino3 };
foreach (Dinosaur item in dinoArray)
{
if (item is TRex)
{
item.Eat();
}
/*
* if( item is Pterodactyl)
* {
* item.Sleep();
*
* }
*
*/
}
System.Console.WriteLine(Utility.AddTwoNumbers(10101, 1010));
System.Console.WriteLine(Utility.AddTwoNumbers(10101, 1010));
var dinoList = new List <Dinosaur>(10000);
dinoList.Add(dino1);
dinoList.Add(tRex);
dinoList.Add(dino2);
dinoList.Add(dino3);
foreach (var item in dinoList)
{
Console.WriteLine(item);
}
dinoList.ForEach(item => Console.Write(item + ","));
System.Console.WriteLine("Week3Classwork");
}
/// <summary>
/// Runs when the PterodactylStateChange fires. It updates the graphic
/// of the Control to that of the model's state.
/// </summary>
public void NotifyState(object sender, EventArgs e)
{
Pterodactyl pterodactyl = sender as Pterodactyl;
Source = new BitmapImage(new Uri(pterodactyl.imagePath, UriKind.Relative));
}
private static void Week3Dinosaurs()
{
//Dinosaur examples (week3 topics continued)
Dinosaur dino1 = new Dinosaur();
dino1.Size = 10;
dino1.Eat(); //Dinosaur Eat
TRex tRex = new TRex();
tRex.Size = 201;
tRex.Eat(); //TRex Eat
Dinosaur dino2 = new TRex(); //Upcasting (implicit)
dino2.Eat(); //TRex Eat
Dinosaur dino3 = new Pterodactyl(); //Upcasting (implicit)
dino3.Eat(); //Pterodactyl Eat
Dinosaur dino4 = new Dinosaur(); //Downcasting (explicit)
dino4 = (TRex)tRex;
dino4.Eat(); //TRex Eat
/*
* Console.WriteLine("--------------------------------");
* Console.WriteLine("..........'as' example..........");
* Console.WriteLine("--------------------------------");
* //gives -- Unhandled Exception: System.NullReferenceException: Object reference not set to an instance of an object.
* //basically, trying to test if dino10 is a Pterodactyl. It isn't, so returns as null
* Dinosaur dino6 = dino10 as Pterodactyl;
* dino6.Sleep();
*/
Console.WriteLine("--------------------------------");
Console.WriteLine("...array and 'is' example.......");
Console.WriteLine("--------------------------------");
Dinosaur[] dinoArray = { dino1, tRex, dino2, dino3 };
foreach (Dinosaur item in dinoArray)
{
if (item is TRex)
{
item.Eat();
}
if (item is Pterodactyl)
{
item.Sleep();
}
}
/*
* Console.WriteLine(tRex.Size);
* Dinosaur.Raptor dino2 = new Dinosaur.Raptor();
* dino2.Skin = true;
* dino2.Eat();
* //call default constructor with object initializers (optional parameters, default values)
* Square yourSquare = new Square {Length = 5, Height =5, Color = "Blue"};
* Console.WriteLine("yourSquare Color is " + yourSquare.Color);
*/
//deconstructor pattern call
/*
* https://docs.microsoft.com/en-us/dotnet/csharp/deconstruct
* https://stackoverflow.com/questions/40906305/c-sharp-7-0-deconstructor
*/
/*
* Square mySquare = new Square(3, 3);
* var (length, height) = mySquare;
* //the following 2 lines are interchageable with the above "var" line, same result
* //int l, w;
* //mySquare.Deconstruct(out l, out w);
*
* Console.WriteLine(mySquare.Length);
* Console.WriteLine(length);
*/
}
public void PterodactylTest2Moving()
{
Pterodactyl testTwo = new Pterodactyl();
Assert.Equal("I like to move it move it", testTwo.Moving());
}
public void PterodactylTest1Speak()
{
Pterodactyl testOne = new Pterodactyl();
Assert.Equal("Kaaaaaaaaahnnnn", testOne.Speak());
}