/// <summary>
/// Zwraca strukturę zawierającą dane wyjściowe powyżej zadanego progu RMS</summary>
/// <param name="RMSthresholdValue">Wartość progowa</param>
/// <param name="measurements">Dane pomiarowe</param>
/// <param name="samplesInPeriod">(opcjonalnie)Liczba próbek w okresie. Jeśli 0 - to liczba próbek na okres zostanie policzona automatycznie</param>
public threshold getRMSValuesOverThreshold(float RMSthresholdValue, List <float> measurements, int samplesInPeriod = 0)
{
threshold currTh = new threshold();
List <float> RMSvalues = new List <float>();
foreach (List <float> period in getListOfFullPeriods(measurements, samplesInPeriod))
{
RMSvalues.Add(calculateRMS(period));
}
List <float> getPeriodsOverTherhold = (List <float>)RMSvalues.Where(item => item > RMSthresholdValue).ToList();
if (getPeriodsOverTherhold.Count > 0)
{
currTh.durationInMiliSec = 20 * getPeriodsOverTherhold.Count();
currTh.averageRMS = getPeriodsOverTherhold.Select(x => x).Average();
currTh.maxRMS = getPeriodsOverTherhold.Select(x => x).Max();
currTh.RMSvalues = getPeriodsOverTherhold;
}
else
{
currTh.durationInMiliSec = 0;
currTh.averageRMS = 0;
currTh.maxRMS = calculateMaxRMS(measurements);
}
currTh.selectedSampleRate = samplesInPeriod;
currTh.calculatedSampleRate = getSamplesPerPeriod(measurements);
return(currTh);
}
public Verify.Response verify(String photo1, String photo2, Bbox bbox1 = null, Bbox bbox2 = null, threshold threshold = threshold.low, mf_selector mf_selector = mf_selector.biggest)
{
Verify.Request request = new Verify.Request();
request.photo1 = photo1;
request.photo2 = photo2;
request.bbox1 = bbox1;
request.bbox2 = bbox2;
request.threshold = threshold;
request.mf_selector = mf_selector;
Verify.Response response = do_request <Verify.Response>("/v0/verify", request);
return(response);
}
foreach (var(threshold, result) in others)
public Identify.Results identify(String photo, uint?x1 = null, uint?y1 = null, uint?x2 = null, uint?y2 = null, threshold threshold = threshold.low, uint n = 1, mf_selector mf_selector = mf_selector.biggest)
{
Identify.Request request = new Identify.Request();
request.photo = photo;
request.x1 = x1;
request.y1 = y1;
request.x2 = x2;
request.y2 = y2;
request.threshold = 0;
request.n = n;
request.mf_selector = 0;
Identify.Response response = do_request <Identify.Response>("/v0/identify", request);
return(response.results);
}
if (TryParseThresholds(threshold, noise, out var testThreshold, out var noiseThreshold))
{