public override void Initialize(object[] parameters)
{
ForestFire ff = parameters[0] as ForestFire;
this.startAngles = new float[ff.States.Count()];
this.sweepAngles = new float[ff.States.Count()];
this.pieSprites = new CustomSprite[ff.States.Count()];
ResourceManager.TryGetResource("internal_circleShader", out IShader shader, true);
int cellCount0 = ff.CellCount * ff.CellCount;
float globalStartAngle = 0;
int i = 0;
foreach (long ffState in ff.States)
{
if (i == 0)
{
continue;
}
float pct0 = ff.StateCount(ffState) / (float)cellCount0;
// uniforms
Color cSpriteColor = ff.GetStateColor(ffState, 0.5f);
float innerRadius = 0.01f;
startAngles[i] = globalStartAngle;
sweepAngles[i] = pct0;
globalStartAngle += pct0;
// vertex attributes
(VertexAttribute va, float[][] data)[] vertexAttributes =
public static void AddForestFireColony(List <Colony> Colonies, int width, int height, int x, int y, double Density, double F, double P, Color color, List <Cell> Neighborhood, bool Cyclic = false)
{
var ForestFireColony = new ForestFire(width, height, color);
ForestFireColony.SetParameters(new List <Parameter>
{
new Parameter("P", P, 1, 1000),
new Parameter("F", F, 1, 1000),
new Parameter("Density", Density, (double)1 / 100, 1)
});
ForestFireColony.Randomize();
ForestFireColony.SetNeighborhood(Neighborhood);
ForestFireColony.SetCyclic(Cyclic);
Colonies.Add(new Colony(x, y, ForestFireColony));
}
private void OnSceneLoad_CellularAutomata()
{
IGameObject go_viewport = Scene.CreateGameObject("go_viewport");
Viewport viewport = go_viewport.AddComponent <Viewport>();
Scene.MainViewport = viewport;
GUIHandler guiHandler = go_viewport.AddComponent <GUIHandler>();
IGameObject gO_cellularAutomata = Scene.CreateGameObject("gO_cellularAutomata");
ForestFire forestFire = gO_cellularAutomata.AddComponent <ForestFire>(new CellularAutomataInitializationData(2, 100, true, NeighbourhoodMode.Moore));
gO_cellularAutomata.Transform.Position.x -= (viewport.Width - 1) / 2f;
IGameObject gO_pieChart = Scene.CreateGameObject("go_pieChart");
PieChart pieChart = gO_pieChart.AddComponent <PieChart>(forestFire);
gO_pieChart.Transform.Scale = new Vector2(0.25f, 0.25f);
gO_pieChart.Transform.Position.x += 0.25f;
}
public static ArtificialLife Convert(ColonyTypes.Type type, Gtk.Image image, int Width, int Height, List <Parameter> Parameters, Color color, List <Cell> Neighborhood, bool Cyclic = false, bool Gradient = false)
{
int population = 0;
if (image.Pixbuf != null)
{
if (type == ColonyTypes.Type.YinYangFire)
{
var maxStates = (int)Utility.GetNumeric(Parameters, "MaxStates");
var colony = new YinYangFire(Width, Height, color);
colony.SetParameters(new List <Parameter> {
new Parameter("MaxStates", maxStates, 2, 256),
new Parameter("Density", 1, (double)1 / 100, 1)
});
if (Gradient)
{
colony.GradientPalette();
}
Draw(image.Pixbuf, Width, Height, colony, maxStates, ref population);
colony.SetNeighborhood(Neighborhood);
colony.SetCyclic(Cyclic);
colony.ApplyChanges();
return(colony);
}
if (type == ColonyTypes.Type.Zhabotinsky)
{
var colony = new Zhabotinsky(Width, Height, color);
Draw(image.Pixbuf, Width, Height, colony, 256, ref population);
colony.SetParameters(new List <Parameter> {
new Parameter("g", Utility.GetNumeric(Parameters, "g"), 1, 100),
new Parameter("k1", Utility.GetNumeric(Parameters, "k1"), 1, 100),
new Parameter("k2", Utility.GetNumeric(Parameters, "k2"), 1, 100),
new Parameter("Density", (double)population / (Width * Height), (double)1 / 100, 1)
});
if (Gradient)
{
colony.GradientPalette();
}
colony.SetNeighborhood(Neighborhood);
colony.SetCyclic(Cyclic);
colony.ApplyChanges();
return(colony);
}
if (type == ColonyTypes.Type.Life)
{
var colony = new Life(Width, Height, color);
Draw(image.Pixbuf, Width, Height, colony, 2, ref population);
colony.SetParameters(new List <Parameter>
{
new Parameter("Birth", Utility.GetString(Parameters, "Birth")),
new Parameter("Survival", Utility.GetString(Parameters, "Survival")),
new Parameter("Density", (double)population / (Width * Height), (double)1 / 100, 1)
});
colony.SetNeighborhood(Neighborhood);
colony.SetCyclic(Cyclic);
colony.ApplyChanges();
return(colony);
}
if (type == ColonyTypes.Type.ForestFire)
{
var colony = new ForestFire(Width, Height, color);
Draw(image.Pixbuf, Width, Height, colony, 3, ref population);
colony.SetParameters(new List <Parameter>
{
new Parameter("P", Utility.GetNumeric(Parameters, "P"), 1, 1000),
new Parameter("F", Utility.GetNumeric(Parameters, "F"), 1, 1000),
new Parameter("Density", (double)population / (Width * Height), (double)1 / 100, 1)
});
colony.SetNeighborhood(Neighborhood);
colony.SetCyclic(Cyclic);
colony.ApplyChanges();
return(colony);
}
if (type == ColonyTypes.Type.LangtonAnt)
{
var rules = Utility.GetString(Parameters, "Rule");
var ants = (int)Utility.GetNumeric(Parameters, "Ants");
var colony = new LangtonAnt(Width, Height, color);
colony.Random(!Gradient);
colony.SetNeighborhood(Neighborhood);
colony.SetParameters(new List <Parameter>
{
new Parameter("Ants", ants, 1, 1000),
new Parameter("Rule", rules)
});
colony.SetCyclic(Cyclic);
Draw(image.Pixbuf, Width, Height, colony, rules.Length, ref population);
colony.ApplyChanges();
return(colony);
}
if (type == ColonyTypes.Type.Snowflake)
{
var maxStates = (int)Utility.GetNumeric(Parameters, "MaxStates");
var colony = new Snowflake(Width, Height, color);
colony.SetParameters(new List <Parameter>
{
new Parameter("Growth", Utility.GetString(Parameters, "Growth")),
new Parameter("MaxStates", maxStates, 1, 256)
});
if (Gradient)
{
colony.GradientPalette();
}
Draw(image.Pixbuf, Width, Height, colony, maxStates, ref population);
colony.SetNeighborhood(Neighborhood);
colony.SetCyclic(Cyclic);
colony.ApplyChanges();
return(colony);
}
if (type == ColonyTypes.Type.Ice)
{
var colony = new Ice(Width, Height, color);
Draw(image.Pixbuf, Width, Height, colony, 3, ref population);
colony.SetParameters(new List <Parameter>
{
new Parameter("Freeze", Utility.GetNumeric(Parameters, "Freeze"), 1, 1000),
new Parameter("Density", (double)population / (Width * Height), (double)1 / 100, 1)
});
colony.SetNeighborhood(Neighborhood);
colony.SetCyclic(Cyclic);
colony.ApplyChanges();
return(colony);
}
if (type == ColonyTypes.Type.Cyclic)
{
var maxstates = (int)Utility.GetNumeric(Parameters, "MaxStates");
var colony = new Cyclic(Width, Height, color);
colony.SetParameters(new List <Parameter> {
new Parameter("MaxStates", maxstates, 2, 256)
});
if (Gradient)
{
colony.GradientPalette();
}
colony.SetNeighborhood(Neighborhood);
colony.SetCyclic(Cyclic);
Draw(image.Pixbuf, Width, Height, colony, maxstates, ref population);
colony.ApplyChanges();
return(colony);
}
}
return(new EmptyArtificialLife());
}
