public GraphNode(Fields f, int[] Ip)
{
this.graphics = f.graphics;
this.spriteBatch = f.spriteBatch;
this.ip = Ip;
fields = f;
}
public Link(Fields f, int Mag, int Dist)
{
Magnitude = Mag;
Distance = Dist;
LinkTexture = new Texture2D(f.graphics, 1, 1, false, SurfaceFormat.Color);
LinkTexture.SetData(new[] { particleColor });
direction = startPosition - endPosition;
direction.Normalize();
pixelsPerMove.X = MathHelper.Distance(startPosition.X, endPosition.X);
pixelsPerMove.Y = MathHelper.Distance(startPosition.Y, endPosition.Y);
}
public Network(Fields x)
{
xnaStuff = x;
}
public Line(GraphNode Neighbor1, GraphNode Neighbor2, Fields f)
{
NeighborOne = Neighbor1;
NeighborTwo = Neighbor2;
spriteBatch = f.spriteBatch;
fields = f;
double distance = Math.Sqrt(Math.Pow((Neighbor2.picturePosition.Center.X -
Neighbor1.picturePosition.Center.X), 2) +
Math.Pow((Neighbor2.picturePosition.Center.Y -
Neighbor1.picturePosition.Center.Y), 2));
outgoing = new Link(f, 0, (int)distance);
outgoing.endNode = Neighbor2;
ingoing = new Link(f, 0, (int)distance);
ingoing.endNode = Neighbor1;
if (Neighbor2.picturePosition.X > Neighbor1.picturePosition.X && Neighbor2.picturePosition.Y < Neighbor1.picturePosition.Y)
{
outgoing.endPosition = new Vector2(Neighbor2.picturePosition.Center.X - (Neighbor2.picturePosition.Width / 2), Neighbor2.picturePosition.Center.Y);
outgoing.startPosition = new Vector2(Neighbor1.picturePosition.Center.X, Neighbor1.picturePosition.Center.Y - (Neighbor1.picturePosition.Width / 2));
ingoing.endPosition = new Vector2(Neighbor2.picturePosition.Center.X, Neighbor2.picturePosition.Center.Y + (Neighbor2.picturePosition.Width / 2));
ingoing.startPosition = new Vector2(Neighbor1.picturePosition.Center.X + (Neighbor1.picturePosition.Width / 2), Neighbor1.picturePosition.Center.Y);
}
else if (Neighbor2.picturePosition.X < Neighbor1.picturePosition.X && Neighbor2.picturePosition.Y < Neighbor1.picturePosition.Y)
{
outgoing.endPosition = new Vector2(Neighbor2.picturePosition.Center.X, Neighbor2.picturePosition.Center.Y + (Neighbor2.picturePosition.Width / 2));
outgoing.startPosition = new Vector2(Neighbor1.picturePosition.Center.X - (Neighbor1.picturePosition.Width / 2), Neighbor1.picturePosition.Center.Y);
ingoing.endPosition = new Vector2(Neighbor2.picturePosition.Center.X, Neighbor2.picturePosition.Center.Y - (Neighbor2.picturePosition.Width / 2));
ingoing.startPosition = new Vector2(Neighbor1.picturePosition.Center.X + (Neighbor1.picturePosition.Width / 2), Neighbor1.picturePosition.Center.Y);
}
if (Neighbor2.picturePosition.X > Neighbor1.picturePosition.X && Neighbor2.picturePosition.Y > Neighbor1.picturePosition.Y)
{
outgoing.endPosition = new Vector2(Neighbor2.picturePosition.Center.X, Neighbor2.picturePosition.Center.Y - (Neighbor2.picturePosition.Width / 2));
outgoing.startPosition = new Vector2(Neighbor1.picturePosition.Center.X + (Neighbor1.picturePosition.Width / 2), Neighbor1.picturePosition.Center.Y);
ingoing.endPosition = new Vector2(Neighbor2.picturePosition.Center.X - (Neighbor2.picturePosition.Width / 2), Neighbor2.picturePosition.Center.Y);
ingoing.startPosition = new Vector2(Neighbor1.picturePosition.Center.X, Neighbor1.picturePosition.Center.Y + (Neighbor1.picturePosition.Width / 2));
}
if (Neighbor2.picturePosition.X < Neighbor1.picturePosition.X && Neighbor2.picturePosition.Y > Neighbor1.picturePosition.Y)
{
outgoing.endPosition = new Vector2(Neighbor2.picturePosition.Center.X, Neighbor2.picturePosition.Center.Y - (Neighbor2.picturePosition.Width / 2));
outgoing.startPosition = new Vector2(Neighbor1.picturePosition.Center.X - (Neighbor1.picturePosition.Width / 2), Neighbor1.picturePosition.Center.Y);
ingoing.endPosition = new Vector2(Neighbor2.picturePosition.Center.X + (Neighbor2.picturePosition.Width / 2), Neighbor2.picturePosition.Center.Y);
ingoing.startPosition = new Vector2(Neighbor1.picturePosition.Center.X, Neighbor1.picturePosition.Center.Y + (Neighbor1.picturePosition.Width / 2));
}
if (Neighbor2.picturePosition.X < Neighbor1.picturePosition.X && Neighbor2.picturePosition.Y < Neighbor1.picturePosition.Y)
{
outgoing.endPosition = new Vector2(Neighbor2.picturePosition.Center.X, Neighbor2.picturePosition.Center.Y + (Neighbor2.picturePosition.Width / 2));
outgoing.startPosition = new Vector2(Neighbor1.picturePosition.Center.X - (Neighbor1.picturePosition.Width / 2), Neighbor1.picturePosition.Center.Y);
ingoing.endPosition = new Vector2(Neighbor2.picturePosition.Center.X + (Neighbor2.picturePosition.Width / 2), Neighbor2.picturePosition.Center.Y);
ingoing.startPosition = new Vector2(Neighbor1.picturePosition.Center.X, Neighbor1.picturePosition.Center.Y - (Neighbor1.picturePosition.Width / 2));
}
//outgoing.endPosition = new Vector2(endNode.picturePosition.Center.X, endNode.picturePosition.Center.Y);
//outgoing.startPosition = new Vector2(startNode.picturePosition.Center.Y, startNode.picturePosition.Center.X);
}
/// <summary>
/// LoadContent will be called once per game and is the place to load
/// all of your content.
/// </summary>
protected override void LoadContent()
{
// Create a new SpriteBatch, which can be used to draw textures.
spriteBatch = new SpriteBatch(GraphicsDevice);
font = this.Content.Load<SpriteFont>("Arial");
fields = new Fields(spriteBatch, graphics);
int[] a = new int[] { 1, 2, 3 };
int[] b = new int[] { 4, 5, 6 };
int[] c = new int[] { 7, 8, 9 };
int[] d = new int[] { 10, 11, 12 };
int[] e = new int[] { 13, 14, 15 };
int[] f = new int[] { 16, 17, 18 };
node = new GraphNode(fields, a);
node2 = new GraphNode(fields, b);
node3 = new GraphNode(fields, c);
node4 = new GraphNode(fields, d);
node5 = new GraphNode(fields, f);
nodeImage = this.Content.Load<Texture2D>("Node");
node.addText(font, "1");
node.loadImage(nodeImage, new Rectangle(100, 100, 50, 50));
node2.loadImage(nodeImage, new Rectangle(640, 200, 50, 50));
node2.addText(font, "2");
node3.loadImage(nodeImage, new Rectangle(500, 101, 50, 50));
node3.addText(font, "3");
node4.loadImage(nodeImage, new Rectangle(60, 300, 50, 50));
node4.addText(font, "4");
node5.loadImage(nodeImage, new Rectangle(501, 301, 50, 50));
node5.addText(font, "5");
// TODO: use this.Content to load your game content here
graphNetwork = new Network(fields);
graphNetwork.addNode(null, node, 200, 150);
graphNetwork.addNode(node, node3, 200, 150);
graphNetwork.addNode(node3, node5, 200, 150);
graphNetwork.addNode(node, node4, 200, 150);
graphNetwork.addNode(node3, node2, 200, 150);
graphNetwork.addEdge(node5, node2, 200, 150);
graphNetwork.addEdge(node5, node4, 200, 150);
graphNetwork.addEdge(node5, node, 200, 150);
for (int i = 0; i < 19; i++)
{
graphNetwork.findNode(node5).outgoing.Enqueue(new Packet(123, node.IP, node4.IP, this.Content.Load<Texture2D>("Packet"))
{
});
}
ap = new Packet(123, node.IP, node4.IP, this.Content.Load<Texture2D>("Packet"));
ap.packetParticle = this.Content.Load<Texture2D>("Packet");
graphNetwork.findNode(node).outgoing.Enqueue(ap);
graphNetwork.createLabel(font, spriteBatch);
IsMouseVisible = true;
}
