public void Save()
{
//SAVE
string path = Mod_File.FileSaveDialog("learning_pool " + NetMain.Cam.Width + "x" + NetMain.Cam.Height + " (" + Pool.generation + ", " + Pool.species.Count + " of " + Population + ", " + Pool.measured + "%)", FILTER.TXT);
//ABBRUCH
if (path == null)
{
return;
}
//START LOADING
UniLoad.loadingStart();
List <object> file = new List <object>();
file.Add(Duration.TotalMilliseconds);
file.Add(string.Join(" ", OutputKeys));
file.Add(Pool.generation);
file.Add(Pool.maxFitness);
file.Add(Pool.species.Count);
foreach (newSpecies species in Pool.species) //SPECIES
{
file.Add(species.topFitness);
file.Add(species.staleness);
file.Add(species.genomes.Count);
foreach (newGenome genome in species.genomes) //GENOME
{
file.Add(genome.fitness);
file.Add(genome.maxneuron);
foreach (KeyValuePair <string, double> mutation in genome.mutationRates) //MUTATION
{
file.Add(mutation.Key);
file.Add(mutation.Value);
}
//DONE
file.Add("done");
file.Add(genome.genes.Count);
foreach (newGene gene in genome.genes) //GENE
{
file.Add(gene.into + " " + gene.output + " " + gene.weight + " " + gene.innovation + " " + gene.enabled);
}
}
}
//END LOADING
UniLoad.loadingEnd();
//CREATE FILE
Mod_File.CreateFile(file.ToArray(), path);
}
public void Load()
{
//LOAD
string[] path = Mod_File.FileOpenDialog(false, FILTER.TXT);
//ABBRUCH
if (path == null)
{
return;
}
//START LOADING
UniLoad.loadingStart();
//READ TXT FILE
string[] file = Mod_TXT.readTXT(path[0]);
int x = 0;
//GET DURATION
Duration = TimeSpan.FromMilliseconds(Mod_Convert.StringToDouble(file[x++]));
//GET OUTPUT KEYS
OutputKeys = file[x++].Split(' ');
//INITIALIZE POOL
Initialize(OutputKeys, true);
Pool.generation = Mod_Convert.StringToInteger(file[x++]);
Pool.maxFitness = Mod_Convert.StringToDouble(file[x++]);
int numSpecies = Mod_Convert.StringToInteger(file[x++]);
for (int j = 0; j < numSpecies; j++) //SPECIES
{
newSpecies species = new newSpecies();
Pool.species.Add(species);
species.topFitness = Mod_Convert.StringToDouble(file[x++]);
species.staleness = Mod_Convert.StringToInteger(file[x++]);
int numGenomes = Mod_Convert.StringToInteger(file[x++]);
for (int i = 0; i < numGenomes; i++) //GENOME
{
newGenome genome = new newGenome();
species.genomes.Add(genome);
genome.fitness = Mod_Convert.StringToDouble(file[x++]);
genome.maxneuron = Mod_Convert.StringToInteger(file[x++]);
string line = file[x++];
while (line != "done")
{
genome.mutationRates[line] = Mod_Convert.StringToDouble(file[x++]);
line = file[x++];
}
int numGenes = Mod_Convert.StringToInteger(file[x++]);
for (int k = 0; k < numGenes; k++) //GENE
{
newGene gene = new newGene();
genome.genes.Add(gene);
string[] split = file[x++].Split(' ');
gene.into = Mod_Convert.StringToInteger(split[0]);
gene.output = Mod_Convert.StringToInteger(split[1]);
gene.weight = Mod_Convert.StringToDouble(split[2]);
gene.innovation = Mod_Convert.StringToInteger(split[3]);
gene.enabled = Mod_Convert.ObjectToBool(split[4]);
}
}
}
//FITNESS ALREADY MEASURED
while (fitnessAlreadyMeasured())
{
nextGenome();
}
initializeRun();
//UPDATE LEARN PANEL
NetMain.RoundFinished(0);
//END LOADING
UniLoad.loadingEnd();
}
