public TransformAPIModel(int size)
{
signals = new SignalsModel(size);
transform = new TransformModel(new WindowsSetModel());
filter = new RectangleFilter();
ManageModel = new SignalsManageModel();
SignalsChanged = new StateNotification(() => Transform());
TransformChanged = new StateNotification(() => { });
}
public void DeInit()
{
WindowManager.WindowActived -= WindowManager_WindowActived;
WindowManager.TopMostChanged -= WindowManager_TopMostChanged;
FormManager.Activated -= FormManager_Activated;
FormManager.Deactivated -= FormManager_Deactivated;
windowFilter = null;
sortingFormDatas = null;
formDic = null;
}
public void Init()
{
formDic = new Dictionary <IntPtr, FormData>(50);
sortingFormDatas = new List <FormData>(50);
windowFilter = new WindowsFilter();
WindowManager.WindowActived += WindowManager_WindowActived;
WindowManager.TopMostChanged += WindowManager_TopMostChanged;
FormManager.Showed += FormManager_Showed;
FormManager.Closed += FormManager_Closed;
}
public Spectrum Transform(WindowedTransformStuff stuff, ISignal signal, IWindowFilter filter)
{
var times = signal.GetLength() / stuff.WinStep - 1;
var spec = new Spectrum(stuff.CountFreq, times, signal.GetActualLength());
//var log = new Logger("windowed_transform.log");
//log.WriteLog(String.Format("Times: {0}", times));
//log.Flush();
var c = 128;
for (var i = 0; i < times; i++)
{
var tr = Transform(stuff, filter.GetFiltered(signal, c, stuff.WinSize)).GetFreqsAtTime(0);
spec.SetAtTime(i, tr);
c += stuff.WinStep;
}
return(spec);
}