public Model(int childCount, int iterationCount, float mutationRate)
{
_mutationRate = mutationRate;
_childCount = childCount;
_iterationCount = iterationCount;
_rulesets = new RuleSet[_childCount];
_meshes = new Mesh[_childCount];
//InitialiseDB.Initialise(); //can be used to populate a new set of initial L systems in the DB (specified in LSystemDB.cs)
var ldb = new LSystemDB();
var systemsJSON = ldb.ReadFromFile();
_sampleRules = new string[_childCount][];
_sampleAxioms = new string[_childCount][];
_encode = new Encoder("Ff-+|!£\"GHI^&$");
//get the L systems from database and assign them to as meshes to GOs
for (int i = 0; i < _childCount; i++)
{
RuleSet tempRS = new RuleSet(systemsJSON[(i % systemsJSON.Count).ToString()]);
_rulesets[i] = tempRS;
_meshes[i] = MeshFromRuleset(i);
EncodeSamples(i);
}
//one GA for the rules and axioms so they don't get jumbled up
_gaRules = CreateGA(_sampleRules);
_gaAxioms = CreateGA(_sampleAxioms);
}
public static void Initialise()
{
RuleSet rs = new RuleSet("Fractal", "F-F-F-F", "FG", 90f);
rs.AddRule("F", "F-FF--F-F");
rs.AddRule("G", "F-FF--F-F");
rs.Validate();
RuleSet rs2 = new RuleSet("Fractal", "F-F-F-F", "FG", 90f);
rs2.AddRule("F", "F+F-G-F+F");
rs2.AddRule("G", "F-FF--F-F");
rs2.Validate();
RuleSet rs3 = new RuleSet("Fractal", "+G", "FGH", 90f);
rs3.AddRule("F", "F");
rs3.AddRule("G", "+H-GG-H+");
rs3.AddRule("H", "-G+HH+G-");
rs3.Validate();
RuleSet rs4 = new RuleSet("Fractal", "F-G-G-F+F-G-G-F", "FGH", 90f);
rs4.AddRule("F", "F-G+F+G-F");
rs4.AddRule("G", "GG");
rs4.Validate();
RuleSet rs5 = new RuleSet("Fractal", "F--F", "FG", 90f);
rs5.AddRule("F", "F-FFGF");
rs5.AddRule("G", "F-FG+");
rs5.Validate();
RuleSet rs6 = new RuleSet("Fractal", "G", "FGH", 90f);
rs6.AddRule("F", "F");
rs6.AddRule("G", "G-F+HFH+F-&F^-F+&&GFG+F+G");
rs6.AddRule("H", "&F^HFG^F^^^-F-F^H+F+G^F^");
rs6.Validate();
RuleSet rs7 = new RuleSet("Fractal", "H-F&G^F", "FGH", 90f);
rs7.AddRule("F", "FGHH&&G-");
rs7.AddRule("G", "G-F&^F-F+G+F+G");
rs7.AddRule("H", "F^-F-F^H+F+GF^");
rs7.Validate();
RuleSet rs8 = new RuleSet("Fractal", "G-G^G^G", "FGH", 90f);
rs8.AddRule("F", "+H-£GG£-H+");
rs8.AddRule("G", "+F&GHG&F+");
rs8.AddRule("H", "-G^&&^F-");
rs8.Validate();
RuleSet rs9 = new RuleSet("Fractal", "-G", "FGH", 90f);
rs9.AddRule("F", "F");
rs9.AddRule("G", "+H^GG^H+");
rs9.AddRule("H", "-G&HH&G-");
rs9.Validate();
RuleSet rs10 = new RuleSet("Fractal", "G", "FGH", 90f);
rs10.AddRule("F", "H-");
rs10.AddRule("G", "G-F+H&^&F+GFG++G");
rs10.AddRule("H", "&^HG+-&-F^++G^F^");
rs10.Validate();
RuleSet rs11 = new RuleSet("Fractal", "F-F&F&F+F", "FGH", 90f);
rs11.AddRule("F", "+H+H");
rs11.AddRule("G", "G+G");
rs11.AddRule("H", "F-&");
rs11.Validate();
RuleSet rs12 = new RuleSet("Fractal", "F-F-F-F-G", "FG", 90f);
rs12.AddRule("F", "F+&F-G-F&+F");
rs12.AddRule("G", "F-^FF--F^-F");
rs12.Validate();
RuleSet rs13 = new RuleSet("Fractal", "H|H^ff^H|H", "FGH", 90f);
rs13.AddRule("F", "H");
rs13.AddRule("G", "+H!-GG-!H+");
rs13.AddRule("H", "-G+HFH+G-");
rs13.Validate();
RuleSet rs14 = new RuleSet("Fractal", "F-G-F-G", "FGHI", 90f);
rs14.AddRule("F", "F+F-G-F+F");
rs14.AddRule("G", "H^HH^^H^H");
rs14.AddRule("I", "G&GG&&G&G");
rs14.Validate();
RuleSet rs15 = new RuleSet("Fractal", "$I^I^I^I-I-I-I^I^I^I^I", "FGHI", 90f);
rs15.AddRule("F", "F");
rs15.AddRule("G", "H^HH^^H^H");
rs15.AddRule("H", "H");
rs15.AddRule("I", "G&GG&&G&G");
rs15.Validate();
RuleSet rs16 = new RuleSet("Fractal", "F^H&G-I", "FGHI", 90f);
rs16.AddRule("F", "G+F+G");
rs16.AddRule("G", "F-G-F");
rs16.AddRule("H", "I+H+I");
rs16.AddRule("I", "H-I-H");
rs16.Validate();
//adding arbitrary 12 systems to the DB for use in the app
var DB = new LSystemDB();
DB.AddSystem(rs);
DB.AddSystem(rs2);
DB.AddSystem(rs3);
DB.AddSystem(rs4);
DB.AddSystem(rs5);
DB.AddSystem(rs6);
DB.AddSystem(rs7);
//DB.AddSystem(rs8);
//DB.AddSystem(rs9);
DB.AddSystem(rs10);
//DB.AddSystem(rs11);
DB.AddSystem(rs12);
DB.AddSystem(rs13);
DB.AddSystem(rs14);
DB.AddSystem(rs15);
//DB.AddSystem(rs16);
DB.WriteToFile();
}
