public Individual(Tree.RootNode tree, bool useMask)
{
Tree = tree;
Topology = DevelopManager.DevelopTopology(tree);
Data = Enumerable.Range(0, DevelopManager.TableLength).Select(x => (float)Topology.RequireValue(x)).ToArray();
Normalize();
Analyzer = new AudioLib.Analyzer(Data, (int)FileUtil.SampleRate);
Analyzer.CalcSpectrogram(useMask);
}
void GenerateClick(object sender, RoutedEventArgs e)
{
do
{
tree = DevelopManager.CreateInitialTree();
individual = new Individual(tree, true);
} while (!individual.IsValidWaveform());
individual.Play();
}
public static Unit.Renderer DevelopTopology(Tree.RootNode tree)
{
var man = new DevelopManager();
man.tree = tree;
tree.Target = man.firstPoint;
foreach (var item in tree.ToBreadthFirstList())
{
item.Process();
}
man.render.InitAll();
return(man.render);
}
public AutoGA(string targetFile, int poolSize)
{
fileName = targetFile;
this.PoolSize = poolSize;
Elite = 1;
target = new Analyzer(targetFile);
Settings.Instance.SamplingFreq = target.SampleRate;
target.Normalize();
target.CalcSpectrogram(true);
target.CalcPitch();
target.CalcPower();
DevelopManager.SetNonNormalizedSource(target.Pitch, target.PowerTime);
items = new Individual[poolSize];
Scores = new double[poolSize];
prob = new double[poolSize];
}
private void Button_Click(object sender, RoutedEventArgs e)
{
var fn = "test.wav";
var file = new FileUtil(fn);
var render = new DevelopManager().CreateEmbryo();
file.Write(Enumerable.Range(0, 44100).Select(x => (float)render.RequireValue()));
file.Dispose();
//var src = new Unit.WaveSource();
//var render = new Unit.Renderer();
//Unit.UnitBase.Connect(src, 0, render, 0);
//file.Write(Enumerable.Range(0, 44100).Select(x =>
// {
// src.Update();
// return (float)render.In[0].Value;
// }));
//file.Dispose();
new System.Media.SoundPlayer(fn).Play();
}
public async void OpenFile(string fn)
{
this.Cursor = Cursors.Wait;
Analyzer = new AudioLib.Analyzer(fn);
Settings.Instance.SamplingFreq = Analyzer.SampleRate;
//analyzer.Dft();
//analyzer.CalcSpectrogram();
await Task.Run(() => Analyzer.CalcPower());
await Task.Run(() => Analyzer.CalcPitch());
this.Cursor = null;
//SetSpector(analyzer.Freq.Select((x, i) => new OxyPlot.DataPoint(analyzer.FreqPerIndex * i, x)));
plot.Model = SetSpectrogram(Analyzer.Pitch.Select((x, i) => new OxyPlot.DataPoint(i / (double)Settings.Instance.SamplingFreq, x)));
plot2.Model = SetPowergram(Analyzer.PowerTime.Select((x, i) => new OxyPlot.DataPoint(i / (double)Settings.Instance.SamplingFreq, x)));
plot2.InvalidatePlot();
plot.InvalidatePlot();
DevelopManager.SetSource(Analyzer.Pitch.Select(x => x / (FileUtil.SampleRate / 2)).ToArray(), Analyzer.PowerTime);
}
public void Init()
{
var trees = Enumerable.Range(0, Initial == null ? PoolSize : PoolSize - 1).Select(x => DevelopManager.CreateInitialTree()).ToArray();
if (Initial != null)
{
items[PoolSize - 1] = new Individual(Initial, false);
}
Parallel.For(0, Initial == null ? PoolSize : PoolSize - 1, i => items[i] = new Individual(new ParameterOptimizer(trees[i], target).Run(), false));
Generation = 0;
FailCount = 0;
continueCount = 0;
BestScore = double.PositiveInfinity;
}
