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TSpectrumPeaksAnalyzer Members

The following tables list the members exposed by TSpectrumPeaksAnalyzer.

 
Name 
Description 
 
This is AddMark, a member of class TSpectrumPeaksAnalyzer. 
 
Called by Update method, if TraceMethod is ptNone. 
 
Called by the Update method, if TraceMethod is ptAmpltHarmonics.  
 
This is the overview for the Approximate method overload. 
 
This is the overview for the ApproximateComplexEst method overload. 
 
Filters the peak specified with Index.  
 
Filters all peaks.  
 
Called by Update method, if TraceMethod is ptAll. 
 
Called by Update method, if TraceMethod is ptFirstHarmonic.  
 
This is the overview for the FindFrequency method overload. 
 
Locates the first harmonics of a harmonic series.  
 
Called by Update method, if TraceMethod is ptLargest.  
 
Called by the Update method, if TraceMethod is ptFreqHarmonics.  
 
Converts all peaks in dB. The associated spectrum must already be in logarithmic scale.  
 
Returns the index of the newly added mark at Freq.  
 
Reestimates the order frequency and traces the peaks.  
 
Name 
Description 
 
List 
A pointer to a list of all marked peaks (= TSpectrum.Marks). Read only.  
 
Default array property for the marks (=peaks) array.  
 
This is Spectrum, a member of class TSpectrumPeaksAnalyzer. 
 
Name 
Description 
 
Set this property to false, to disable peak tracing, marking, interpolating and filtering when the Update method is called.  
 
Defines the upper frequency that limits the search for peak.  
 
Defines the lower frequency that limits the search for peak.  
 
Defines the number of harmonics to be marked, if TraceMethod is ptAmpltHarmonics or ptFreqHarmonics.  
 
Defines the peak interpolation parameters.  
 
Defines the number of largest peaks to mark, when TraceMethod = ptLargest.  
 
Defines the ratio between the largest peak below which, the peak will not be considered.  
 
Parameters for normalized amplitude.  
 
Parameters for normalized frequency.  
 
Defines the interval centered around the current position of peak in percentage of the bandwidth, within which the new position of the peak is to be searched for.  
 
Defines the method used to trace and mark the peaks.  
 
Set this property to true, to assume that BandwidthL = 0 and BandwidthH equals the Nyquist frequency.  
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