public uint GetFramesCountForFrequencyRegion(long lowerFrequency, long upperFrequency, BinDataMode mode)
{
BufferFramesObject zoomedOutBufferObject = mainForm.bufferFramesArray.GetBufferFramesObject(0);
long lowerIndex = (long)((lowerFrequency - zoomedOutBufferObject.lowerFrequency) / zoomedOutBufferObject.binSize);
long upperIndex = (long)((upperFrequency - zoomedOutBufferObject.lowerFrequency) / zoomedOutBufferObject.binSize);
uint frames = 0;
for (long i = lowerIndex; i < upperIndex; i++)
{
if (bufferFramesArray[(int)i].mode == mode)
{
frames++;
}
}
return(frames);
}
public TransitionGradient GetTransitionsGradient()
{
if (bufferFramesArray.Count > 0)
{
Gradient gradient;
double[] transitionsStrengthArray;
TransitionGradient transitionGradient;
transitionsStrengthArray = GetAveragedStrengthOverTimeForRange(0, bufferFramesArray[0].bufferArray.Length);
gradient = SignalDataUtilities.SeriesTransitionGradient(transitionsStrengthArray, Gradient.divisionsCount);
double gradientStrength = gradient.CalculateTransitionGradient();
long index = bufferFramesArray[0].bufferArray.Length / 2;
long frequency = Utilities.GetFrequencyFromIndex((long)(index), parent.lowerFrequency, mainForm.binSize);
BufferFramesObject zoomedOutBufferObject = mainForm.bufferFramesArray.GetBufferFramesObject(0);
Utilities.FrequencyRange frequencyRange = Utilities.GetIndicesForFrequencyRange(frequency, frequency, zoomedOutBufferObject.lowerFrequency, zoomedOutBufferObject.binSize);
long width = bufferFramesArray[0].bufferArray.Length / 2;
////transitionGradient = new TransitionGradient(frequency, (long) frequencyRange.lower, gradientStrength, this.transitions,gradient,width, Utilities.GetFrequencyFromIndex((long)(index-width), parent.lowerFrequency, mainForm.binSize), Utilities.GetFrequencyFromIndex((long)(index+width), parent.lowerFrequency, mainForm.binSize));
transitionGradient = new TransitionGradient(frequency, index, gradientStrength, this.transitions, gradient, width, Utilities.GetFrequencyFromIndex((long)(index - width), parent.lowerFrequency, mainForm.binSize), Utilities.GetFrequencyFromIndex((long)(index + width), parent.lowerFrequency, mainForm.binSize));
return(transitionGradient);
}
return(null);
}
public BufferFrames(Form1 mainForm, BufferFramesObject parent)
{
this.mainForm = mainForm;
this.parent = parent;
}
public void Flush(BinData farSeries, BinData nearSeries, BinData indeterminateSeries)
{
if (farSeries != null || nearSeries != null || indeterminateSeries != null)
{
BinData targetBinData;
if (farSeries.totalBinArray.Length == 0)
{
farSeries.totalBinArray = new float[nearSeries.totalBinArray.Length];
farSeries.totalBinArrayNumberOfFrames = new float[nearSeries.totalBinArrayNumberOfFrames.Length];
}
minFrameIndex = bufferFramesArray.Count;
BufferFramesObject zoomedOutBufferObject = mainForm.bufferFramesArray.GetBufferFramesObject(0);
long lowerIndex = (long)((parent.lowerFrequency - zoomedOutBufferObject.lowerFrequency) / zoomedOutBufferObject.binSize);
long upperIndex = (long)((parent.upperFrequency - zoomedOutBufferObject.lowerFrequency) / zoomedOutBufferObject.binSize);
for (int i = 0; i < bufferFramesArray.Count; i++)
{
bufferFramesArray[i].stackedFrames = 0;
if (bufferFramesArray[i].mode == BinDataMode.Far)
{
targetBinData = farSeries;
}
else
if (bufferFramesArray[i].mode == BinDataMode.Near)
{
targetBinData = nearSeries;
}
else
if (bufferFramesArray[i].mode == BinDataMode.Indeterminate)
{
targetBinData = indeterminateSeries;
}
else
{
targetBinData = null;
}
if (targetBinData != null)
{
int k = 0;
for (long j = lowerIndex; j < upperIndex; j++)
{
targetBinData.totalBinArray[j] += bufferFramesArray[i].bufferArray[k];
targetBinData.totalBinArrayNumberOfFrames[j]++;
k++;
}
targetBinData.bufferFrames--;
}
}
}
bufferFramesArray.Clear();
currentBufferIndex = -1;
////currentBufferIndex = 0;
startBufferIndex = 1;
transitions = 0;
minFrameIndex = -1;
bufferFilled = false;
}
public TransitionGradient GetRangeTransitionsGradientForFrequency(long frequency)
{
BufferFramesObject bufferFramesObjectForFrequency = GetBufferFramesObjectForFrequency(frequency);
return(bufferFramesObjectForFrequency.transitionBufferFrames.GetTransitionsGradient());
}
public bool EvaluateWhetherReradiatedFrequency(long frequency)
{
BufferFramesObject bufferFramesObjectForFrequency = GetBufferFramesObjectForFrequency(frequency);
return(bufferFramesObjectForFrequency.EvaluateWhetherReradiatedFrequency(frequency));
}
public long AddBufferFramesObject(BufferFramesObject bufferObject)
{
bufferFramesObjects.Add(bufferObject);
return(bufferFramesObjects.Count);
}
public AnalysisOption(int leaderBoardSignalIndex, BufferFramesObject bufferFramesObject)
{
this.leaderBoardSignalIndex = leaderBoardSignalIndex;
this.bufferFramesObject = bufferFramesObject;
}