public World(Vector2 minimumSize, float chunkSize)
{
var chunkCount = new Vector2(MathF.Ceiling(minimumSize.X / chunkSize), MathF.Ceiling(minimumSize.Y / chunkSize));
ChunksManager = new(chunkCount, chunkSize);
ChunksSimulationManager = new ChunksSimulationManager(ChunksManager);
}
public NodeChunkTransfersTestScene()
{
const float chunkSize = 40;
const int chunksAmount = 10;
chunksManager = new ChunksManager(new Vector2(chunksAmount), chunkSize);
simulationManager = new ChunksSimulationManager(chunksManager);
CreateChunkDrawables();
nodes = new TestNode[3];
nodes[0] = new TestNode(50);
nodes[1] = new TestNode(30);
nodes[2] = new TestNode(10);
var i = 0;
const float center = chunkSize * chunksAmount * 0.5f;
foreach (var node in nodes)
{
chunksManager.AddNode(node);
AddChild(new TestNodeDisplay(node, i));
node.Position = new Vector3(center, 0, center);
i++;
}
AddChild(new SpriteText
{
RelativeSizeAxes = Axes.Both,
Text = "Each circle represents a node of a different size.\n" +
"Chunks - children count legend:\n" +
"red - 3\n" +
"yellow - 2\n" +
"green - 1\n" +
"gray - 0\n"
});
}
public TestSuite()
{
ChunksManager = new ChunksManager(new Vector2(4), 1);
SimulationManager = new ChunksSimulationManager(ChunksManager);
Nodes = new TestNode[4][];
for (var y = 0; y <= 3; y++)
{
Nodes[y] = new TestNode[4];
for (var x = 0; x <= 3; x++)
{
ChunksManager.AddNode(Nodes[y][x] = new TestNode {
Position = new Vector3(x, 0, y)
});
}
}
}
public void Simulate(double newTime) => ChunksSimulationManager.Simulate(newTime);
