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WDSP: ANB, NOB, ANSQ: use vectors instead of C arrays and disable copy constructor
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f4exb
parent
59f97f3912
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8a267240df
@ -78,6 +78,7 @@ public:
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double _max_tail,
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double _muted_gain
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);
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AMSQ(const AMSQ&) = delete;
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~AMSQ();
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void flush();
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24
wdsp/anb.cpp
24
wdsp/anb.cpp
@ -57,7 +57,7 @@ void ANB::initBlanker()
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for (i = 0; i <= trans_count; i++)
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wave[i] = 0.5 * cos(i * coef);
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std::fill(dline, dline + dline_size * 2, 0);
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std::fill(dline.begin(), dline.end(), 0);
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}
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ANB::ANB (
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@ -81,20 +81,20 @@ ANB::ANB (
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hangtime(_hangtime),
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advtime(_advtime),
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backtau(_backtau),
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threshold(_threshold)
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threshold(_threshold),
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dtime(0),
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htime(0),
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itime(0),
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atime(0)
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{
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wave = new double[((int)(MAX_SAMPLERATE * MAX_TAU) + 1)];
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tau = tau < 0.0 ? 0.0 : (tau > MAX_TAU ? MAX_TAU : tau);
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hangtime = hangtime < 0.0 ? 0.0 : (hangtime > MAX_ADVTIME ? MAX_ADVTIME : hangtime);
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advtime = advtime < 0.0 ? 0.0 : (advtime > MAX_ADVTIME ? MAX_ADVTIME : advtime);
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samplerate = samplerate < 0.0 ? 0.0 : (samplerate > MAX_SAMPLERATE ? MAX_SAMPLERATE : samplerate);
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wave.resize((int)(MAX_SAMPLERATE * MAX_TAU) + 1);
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dline_size = (int)((MAX_TAU + MAX_ADVTIME) * MAX_SAMPLERATE) + 1;
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dline = new float[dline_size * 2];
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dline.resize(dline_size * 2);
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initBlanker();
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legacy = new float[2048 * 2]; /////////////// legacy interface - remove
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}
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ANB::~ANB()
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{
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delete[] legacy; /////////////// legacy interface - remove
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delete[] dline;
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delete[] wave;
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}
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void ANB::flush()
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14
wdsp/anb.hpp
14
wdsp/anb.hpp
@ -28,6 +28,8 @@ warren@wpratt.com
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#ifndef wdsp_anb_h
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#define wdsp_anb_h
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#include <vector>
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#include "export.h"
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namespace WDSP {
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@ -37,17 +39,17 @@ class WDSP_API ANB
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public:
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int run;
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int buffsize; // size of input/output buffer
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float* in; // input buffer
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float* out; // output buffer
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float* in; // input buffer
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float* out; // output buffer
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int dline_size; // length of delay line which is 'double dline[length][2]'
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float *dline; // pointer to delay line
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std::vector<float> dline; // delay line
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double samplerate; // samplerate, used to convert times into sample counts
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double tau; // transition time, signal<->zero
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double hangtime; // time to stay at zero after noise is no longer detected
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double advtime; // deadtime (zero output) in advance of detected noise
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double backtau; // time constant used in averaging the magnitude of the input signal
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double threshold; // triggers if (noise > threshold * average_signal_magnitude)
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double *wave; // pointer to array holding transition waveform
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std::vector<double> wave; // array holding transition waveform
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int state; // state of the state machine
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double avg; // average value of the signal magnitude
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int dtime; // count when decreasing the signal magnitude
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@ -64,7 +66,6 @@ public:
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int count; // set each time a noise sample is detected, counts down
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double backmult; // multiplier for waveform averaging
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double ombackmult; // multiplier for waveform averaging
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float *legacy;
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ANB(
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int run,
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@ -78,7 +79,8 @@ public:
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double backtau,
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double threshold
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);
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~ANB();
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ANB(const ANB&) = delete;
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~ANB() = default;
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void flush();
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void execute();
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33
wdsp/nob.cpp
33
wdsp/nob.cpp
@ -105,15 +105,15 @@ NOB::NOB (
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MAX_HANG_SLEW_TIME +
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MAX_HANG_TIME +
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MAX_SEQ_TIME ) + 2);
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dline = new double[dline_size * 2];
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imp = new int[dline_size];
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awave = new double[(int)(MAX_ADV_SLEW_TIME * MAX_SAMPLERATE + 1)];
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hwave = new double[(int)(MAX_HANG_SLEW_TIME * MAX_SAMPLERATE + 1)];
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dline.resize(dline_size * 2);
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imp.resize(dline_size);
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awave.resize((int)(MAX_ADV_SLEW_TIME * MAX_SAMPLERATE + 1));
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hwave.resize((int)(MAX_HANG_SLEW_TIME * MAX_SAMPLERATE + 1));
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filterlen = 10;
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bfbuff = new double[filterlen * 2];
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ffbuff = new double[filterlen * 2];
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fcoefs = new double[filterlen];
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bfbuff.resize(filterlen * 2);
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ffbuff.resize(filterlen * 2);
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fcoefs.resize(filterlen);
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fcoefs[0] = 0.308720593;
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fcoefs[1] = 0.216104415;
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fcoefs[2] = 0.151273090;
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@ -128,17 +128,6 @@ NOB::NOB (
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init();
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}
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NOB::~NOB()
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{
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delete[] fcoefs;
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delete[] ffbuff;
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delete[] bfbuff;
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delete[] hwave;
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delete[] awave;
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delete[] imp;
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delete[] dline;
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}
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void NOB::flush()
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{
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out_idx = 0;
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@ -149,10 +138,10 @@ void NOB::flush()
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avg = 1.0;
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bfb_in_idx = filterlen - 1;
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ffb_in_idx = filterlen - 1;
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std::fill(dline, dline + dline_size * 2, 0);
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std::fill(imp, imp + dline_size, 0);
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std::fill(bfbuff, bfbuff + filterlen * 2, 0);
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std::fill(ffbuff, ffbuff + filterlen * 2, 0);
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std::fill(dline.begin(), dline.end(), 0);
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std::fill(imp.begin(), imp.end(), 0);
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std::fill(bfbuff.begin(), bfbuff.end(), 0);
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std::fill(ffbuff.begin(), ffbuff.end(), 0);
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}
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void NOB::execute()
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23
wdsp/nob.hpp
23
wdsp/nob.hpp
@ -28,6 +28,8 @@ warren@wpratt.com
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#ifndef wdsp_nob_h
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#define wdsp_nob_h
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#include <vector>
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#include "export.h"
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namespace WDSP {
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@ -37,11 +39,11 @@ class WDSP_API NOB
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public:
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int run;
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int buffsize; // size of input/output buffer
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float* in; // input buffer
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float* out; // output buffer
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float* in; // input buffer
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float* out; // output buffer
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int dline_size; // length of delay line which is 'double dline[length][2]'
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double *dline; // pointer to delay line
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int *imp;
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std::vector<double> dline; // delay line
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std::vector<int> imp;
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double samplerate; // samplerate, used to convert times into sample counts
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int mode;
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double advslewtime; // transition time, signal<->zero
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@ -50,15 +52,15 @@ public:
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double hangtime; // time to stay at zero after noise is no longer detected
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double max_imp_seq_time;
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int filterlen;
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double *fcoefs;
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double *bfbuff;
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std::vector<double> fcoefs;
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std::vector<double> bfbuff;
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int bfb_in_idx;
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double *ffbuff;
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std::vector<double> ffbuff;
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int ffb_in_idx;
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double backtau; // time constant used in averaging the magnitude of the input signal
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double threshold; // triggers if (noise > threshold * average_signal_magnitude)
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double *awave; // pointer to array holding transition waveform
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double *hwave;
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std::vector<double> awave; // array holding transition waveform
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std::vector<double> hwave;
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int state; // state of the state machine
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double avg; // average value of the signal magnitude
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int time; // count when decreasing the signal magnitude
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@ -96,7 +98,8 @@ public:
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double backtau,
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double threshold
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);
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~NOB();
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NOB(const NOB&) = delete;
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~NOB() = default;
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//////////// legacy interface - remove
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void flush();
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void execute();
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