private void BuildWorld()
{
const int NUM_NODES = 6;
const int NUM_STATES = 2;
var nodes = new List <Node>();
var radius = (drawingCanvas.ActualHeight - 50) / 2;
var cx = drawingCanvas.ActualWidth / 2;
var cy = drawingCanvas.ActualHeight / 2;
var angOfst = 2 * Math.PI / NUM_NODES;
for (int i = 1; i <= NUM_NODES; i++)
{
var node = new Node {
Name = $"N{i}"
};
nodes.Add(node);
var coords = new Point(Math.Cos(angOfst * i) * radius + cx, Math.Sin(angOfst * i) * radius + cy);
nodePoints.Add(node, coords);
drawingCanvas.Children.Add(new Ellipse {
Width = 20, Height = 20, Margin = new Thickness(coords.X - 10, coords.Y - 10, 0, 0), Fill = Brushes.Black
});
}
var states = new List <State>();
for (int i = 1; i <= NUM_STATES; i++)
{
states.Add(new State {
Name = $"S{i}"
});
}
stateBrushes.Add(states[0], Brushes.Orange);
stateBrushes.Add(states[1], Brushes.Purple);
var triConfigs = new List <TriangleConfiguration>();
var tempConfig = new TriangleConfiguration(states);
tempConfig.StateCounts[states[0]] = 3;
tempConfig.StateWeights[states[0]][states[1]] = 100;
triConfigs.Add(tempConfig);
tempConfig = new TriangleConfiguration(states);
tempConfig.StateCounts[states[1]] = 3;
tempConfig.StateWeights[states[1]][states[0]] = 100;
triConfigs.Add(tempConfig);
tempConfig = new TriangleConfiguration(states);
tempConfig.StateCounts[states[0]] = 2;
tempConfig.StateCounts[states[1]] = 1;
tempConfig.StateWeights[states[0]][states[1]] = 100;
tempConfig.StateWeights[states[1]][states[0]] = 50;
triConfigs.Add(tempConfig);
tempConfig = new TriangleConfiguration(states);
tempConfig.StateCounts[states[1]] = 2;
tempConfig.StateCounts[states[0]] = 1;
tempConfig.StateWeights[states[1]][states[0]] = 100;
tempConfig.StateWeights[states[0]][states[1]] = 50;
triConfigs.Add(tempConfig);
world = new RelnetWorld(nodes, states, triConfigs);
}
public void BuildWorld()
{
const int NUM_NODES = 6;
const int NUM_STATES = 2;
var nodes = new List <Node>();
for (int i = 1; i <= NUM_NODES; i++)
{
nodes.Add(new Node {
Name = $"N{i}"
});
}
var states = new List <State>();
for (int i = 1; i <= NUM_STATES; i++)
{
states.Add(new State {
Name = $"S{i}"
});
}
var triConfigs = new List <TriangleConfiguration>();
var tempConfig = new TriangleConfiguration(states);
tempConfig.StateCounts[states[0]] = 3;
tempConfig.StateWeights[states[0]][states[1]] = 100;
triConfigs.Add(tempConfig);
tempConfig = new TriangleConfiguration(states);
tempConfig.StateCounts[states[1]] = 3;
tempConfig.StateWeights[states[1]][states[0]] = 100;
triConfigs.Add(tempConfig);
tempConfig = new TriangleConfiguration(states);
tempConfig.StateCounts[states[0]] = 2;
tempConfig.StateCounts[states[1]] = 1;
tempConfig.StateWeights[states[0]][states[1]] = 100;
tempConfig.StateWeights[states[1]][states[0]] = 50;
triConfigs.Add(tempConfig);
tempConfig = new TriangleConfiguration(states);
tempConfig.StateCounts[states[1]] = 2;
tempConfig.StateCounts[states[0]] = 1;
tempConfig.StateWeights[states[1]][states[0]] = 100;
tempConfig.StateWeights[states[0]][states[1]] = 50;
triConfigs.Add(tempConfig);
var world = new RelnetWorld(nodes, states, triConfigs);
Assert.AreEqual((NUM_NODES * (NUM_NODES - 1)) / 2, world.Relationships.Count, "Failed to create the proper number of relationships");
for (int i = 0; i < 100; i++)
{
world.Step();
}
}