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Summary
Data
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Summary Data
These results are all derived from the raw data and are calculated for the convenience of the user.
Figure
1 - Description
of raw measurements for quick reference.
The oscillogram illustrates
nine points of amplitude measurements (red dots) which delimit eight energy
ranges. The spectrogram shows the dominant frequency being tracked with frequency
and amplitude at that frequency measured at the nine amplitude points. In addition,
it shows amplitude measurements at the frequencies of the harmonics chosen by
the user. The power spectrum illustrates tuning, by emphasizing the width of
the peak at half and one tenth of its amplitude.
Section
Call
Pulse
Duration
Envelope
Rhythm
Energy
Frequency
Section
SectionNumber | Order of the section in the file |
SectionStart | Start position |
SectionDur | Duration of section |
CallNumber | Order of the call in the section |
CallPeakTime | Time of maximum amplitude |
PulseNumber | Order of the pulse in the call |
RelPulsePeak | Pulse max amplitude relative to call max amplitude |
Duration
Note: 0% actually reffers to the edge of the call, which is defined as when
the algorithm screaning from the peak finds an amplitude drop to 1% or an inflection
after 10%.
PulDur_0 | Pulse duration between 0% ampl marks |
PulDur_10 | Pulse duration between 10% ampl marks |
PulDur_50 | Pulse duration between 50% ampl marks |
PulDur_90 | Pulse duration between 90% ampl marks (sustain) |
PulOn_90 | Pulse time for onset to 90% (attack) |
PulOn_pea | Pulse time for onset to peak (rise) |
PulOff_peak | Pulse time for peak to offset (fall) |
PulOff_90 | Pulse time for 90 % to offset (decay) |
PulShapeOn | Pulse shape (10:50%onset / 10:90%onset) |
PulShapeOff | Pulse shape (50:10%offset / 90:10%offset) |
PulInter | Pulse interval |
PulPeriod | Pulse period (time peak to peak) |
PulDuty | Pulse duration/period (duty cycle) |
CrestFactor | Pulse peak/rms |
Energy
Note: 0% actually reffers to the edge of the call, which is defined as when
the algorithm screaning from the peak finds an amplitude drop to 1% or an inflection
after 10%.
Ener_0_10_Beg | Energy between inicial 0:10% peak amplitude |
Ener_10_50_Beg | Energy between inicial 10:50% peak amplitude |
Ener_50_90_Beg | Energy between inicial 50:90% peak amplitude |
Ener_90_Peak_Beg | Energy between inicial 90%:peak amplitude |
Ener_Peak_90_End | Energy between final peak:90% amplitude |
Ener_90_50_End | Energy between final 90:50% peak amplitude |
Ener_50_10_End | Energy between final 50:10% peak amplitude |
Ener_10_0_End | Energy between final 10:0% peak amplitude |
PulseDomFreq | Dominant frequency of the pulse |
PulseFundFreq | Fundamental frequency of the pulse |
PulseMinFreq | Minimum of dominant frequency in the pulse |
PulseMaxFreq | Maximum of dominant frequency in the pulse |
PulseOnFreq | Onset pulse dominant frequency |
PulseOffFreq | Offset pulse dominant frequency |
Q-3 | Frequency tuning Q-3 dB at the pulse peak |
Q-10 | Frequency tuning Q-10 dB at the pulse peak |
relAmpl_H1 | Relative amplitude of harmonic 1 |
relAmpl_H2 | Relative amplitude of harmonic 2 |
relAmpl_H3 | Relative amplitude of harmonic 3 |
Note: The Q values are the width of the dominant frequency peak (in Hertz) at half and one tenth of is height, divided by the frequency of the peak.