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#ifndef COMMONS_H
#define COMMONS_H
#define NSMAX 6827
#define NTMAX 60
#define RX_SAMPLE_RATE 12000
#define JS8_USE_REFSPEC 0 // compute the signal refspec
#define JS8_USE_IHSYM 0 // compute ihsym manually instead of from symspec
#define JS8_RING_BUFFER 1 // use a ring buffer instead of clearing the decode frames
#define JS8_SINGLE_DECODE 0 // single submode decode per instantiation of the decoder
#define JS8_DECODE_THREAD 1 // use a separate thread for decode process handling
#define JS8_ALLOW_EXTENDED 1 // allow extended latin-1 capital charset
#define JS8_SAVE_AUDIO 0 // enable the save menu
#define JS8_AUTO_SYNC 1 // enable the experimental auto sync feature
#ifdef QT_DEBUG
#define JS8_DEBUG_DECODE 0 // emit debug statements for the decode pipeline
#else
#define JS8_DEBUG_DECODE 0
#endif
#define JS8_NUM_SYMBOLS 79
#define JS8_ENABLE_JS8A 1
#define JS8_ENABLE_JS8B 1
#define JS8_ENABLE_JS8C 1
#define JS8_ENABLE_JS8E 1
#define JS8_ENABLE_JS8I 0
#define JS8A_SYMBOL_SAMPLES 1920
#define JS8A_TX_SECONDS 15
#define JS8A_START_DELAY_MS 500
#define JS8B_SYMBOL_SAMPLES 1200
#define JS8B_TX_SECONDS 10
#define JS8B_START_DELAY_MS 200
#define JS8C_SYMBOL_SAMPLES 600
#define JS8C_TX_SECONDS 6
#define JS8C_START_DELAY_MS 100
#define JS8E_SYMBOL_SAMPLES 3840
#define JS8E_TX_SECONDS 30
#define JS8E_START_DELAY_MS 500
#define JS8I_SYMBOL_SAMPLES 384
#define JS8I_TX_SECONDS 4
#define JS8I_START_DELAY_MS 100
#ifndef TEST_FOX_WAVE_GEN
#define TEST_FOX_WAVE_GEN 0
#endif
#ifndef TEST_FOX_WAVE_GEN_SLOTS
#if TEST_FOX_WAVE_GEN
#define TEST_FOX_WAVE_GEN_SLOTS 2
#else
#define TEST_FOX_WAVE_GEN_SLOTS 1
#endif
#endif
#ifndef TEST_FOX_WAVE_GEN_OFFSET
#if TEST_FOX_WAVE_GEN
#define TEST_FOX_WAVE_GEN_OFFSET 25
#else
#define TEST_FOX_WAVE_GEN_OFFSET 0
#endif
#endif
#ifdef __cplusplus
#include <cstdbool>
extern "C" {
#else
#include <stdbool.h>
#endif
/*
* This structure is shared with Fortran code, it MUST be kept in
* sync with lib/jt9com.f90
*/
extern struct dec_data {
float ss[184*NSMAX]; // symbol spectra
float savg[NSMAX];
float sred[5760];
short int d2[NTMAX*RX_SAMPLE_RATE]; // sample frame buffer for sample collection
struct
{
int nutc; // UTC as integer, HHMM
bool ndiskdat; // true ==> data read from *.wav file
int ntrperiod; // TR period (seconds)
int nQSOProgress; // QSO state machine state
int nfqso; // User-selected QSO freq (kHz)
int nftx; // Transmit audio offset where replies might be expected
bool newdat; // true ==> new data, must do long FFT
int npts8; // npts for c0() array
int nfa; // Low decode limit (Hz) (filter min)
int nfb; // High decode limit (Hz) (filter max)
int ntol; // +/- decoding range around fQSO (Hz)
bool syncStats; // only compute sync candidates
int kin; // number of frames written to d2
int kposA; // starting position of decode for submode A
int kposB; // starting position of decode for submode B
int kposC; // starting position of decode for submode C
int kposE; // starting position of decode for submode E
int kposI; // starting position of decode for submode I
int kszA; // number of frames for decode for submode A
int kszB; // number of frames for decode for submode B
int kszC; // number of frames for decode for submode C
int kszE; // number of frames for decode for submode E
int kszI; // number of frames for decode for submode I
int nzhsym; // half symbol stop index
int nsubmode; // which submode to decode (-1 if using nsubmodes)
int nsubmodes; // which submodes to decode
bool nagain;
int ndepth;
bool lft8apon;
bool lapcqonly;
bool ljt65apon;
int napwid;
int ntxmode;
int nmode;
int minw;
bool nclearave;
int minSync;
float emedelay;
float dttol;
int nlist;
int listutc[10];
int n2pass;
int nranera;
int naggressive;
bool nrobust;
int nexp_decode;
char datetime[20];
char mycall[12];
char mygrid[6];
char hiscall[12];
char hisgrid[6];
int ndebug;
} params;
} dec_data;
extern struct {
float syellow[NSMAX];
float ref[3457];
float filter[3457];
} spectra_;
extern struct {
float wave[606720];
int nslots;
int nfreq;
int i3bit[5];
char cmsg[5][40];
char mycall[12];
} foxcom_;
#ifdef __cplusplus
}
#endif
#endif // COMMONS_H
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