forceinline ExecStatus
FixDim::nooverlap(Space& home, FixDim& d) {
if (d.sec() > lsc()) {
// Propagate that d must be after this
GECODE_ES_CHECK(lec(home,d.lsc()));
GECODE_ES_CHECK(d.ssc(home,sec()));
} else {
nooverlap(home, d.lsc(), d.sec()-1);
}
return ES_OK;
}
void PropertyFileConfiguration::save(const std::string& path) const
{
Poco::FileOutputStream ostr(path);
if (ostr.good())
{
Poco::OutputLineEndingConverter lec(ostr);
save(lec);
lec.flush();
ostr.flush();
if (!ostr.good()) throw Poco::WriteFileException(path);
}
else throw Poco::CreateFileException(path);
}
FileProcessor::parse(vector<Lecture> list) {
string input, token = "";
int field = 1;
if (!fin.good())
return;
else {
//fields of a lecture
string courseCode;
Time startTime, endTime;
//parsing file, line by line
while (!fin.eof()) {
//pull first line
getline(fin,input);
//pulling values from the line
for (int i = input.begin(); i < input.end(); i++) {
//found complete field
if (input.at(i)==' ' || input.at(i)=='\n') {
if (field==1)
courseCode=token;
else if (field==2)
startTime(token);
else
endTime(token);
field++;
}
//else not done yet
else {
token+=input.at(i);
}
}
//end of line, create lecture, add to list
Lecture lec(courseCode, &startTime, &endTime);
list.push_back(&lec);
}
produceSchedule(list);
}
}
/*****************************************************************************
* \brief Signal processing
* TODO: Add signal processing modules
* TODO: Add on/off setting for each module
* \parameters
* \return None
*****************************************************************************/
void true_voice(tvRxChannels_t rx, tvMicChannels_t mic, tvTxChannels_t tx, tvSpeakerChannels_t ls) {
//VAD for LMR
//init Elmr, bSpeechLMR, timer bLMRVadOverride
// energy_vad(rx.psLmr, &q15Elmr, &bSpeechLMR, &timer_LMR_VAD);
// if(bLMRVadOverride == true){
// bSpeechLMR = 1;
// }
// if(bSpeechLMR == false){
// memset(rx.psLmr, 0, sizeof(q15)*BUFLEN_8KHZ);
// }
// clock_t t_start, t_stop, t_overhead;
// t_start = clock();
// t_stop = clock();
// t_overhead = t_stop - t_start;
// t_start = clock();
/*** Microphone noise reduction ***/
if(tvSettings.platform == TV_CONFIG_BS){
vadSettings.bVadStatus[NOIRED_MIC_CH_TECH] = nr_damp(mic.psTechHeadset, mic.psMicNoise, &nr_status[NOIRED_MIC_CH_TECH], vadSettings.bVadOverride[NOIRED_MIC_CH_TECH], vadSettings.sVadSensitivity[NOIRED_MIC_CH_TECH]);
vadSettings.bVadStatus[NOIRED_MIC_CH_PILOT] = nr_damp(mic.psPilotHeadset, mic.psMicNoise, &nr_status[NOIRED_MIC_CH_PILOT], vadSettings.bVadOverride[NOIRED_MIC_CH_PILOT], vadSettings.sVadSensitivity[NOIRED_MIC_CH_PILOT]);
}
else if(tvSettings.platform == TV_CONFIG_CA){
vadSettings.bVadStatus[NOIRED_MIC_CH_TECH] = nr_damp(mic.psTechHeadset, mic.psMicNoise, &nr_status[NOIRED_MIC_CH_TECH], vadSettings.bVadOverride[NOIRED_MIC_CH_TECH], vadSettings.sVadSensitivity[NOIRED_MIC_CH_TECH]);
vadSettings.bVadStatus[NOIRED_MIC_CH_PILOT] = nr_damp(mic.psPilotHeadset, mic.psMicNoise, &nr_status[NOIRED_MIC_CH_PILOT], vadSettings.bVadOverride[NOIRED_MIC_CH_PILOT], vadSettings.sVadSensitivity[NOIRED_MIC_CH_PILOT]);
}
else if(tvSettings.platform == TV_CONFIG_PT){
// I think that pilot channel should be input?
vadSettings.bVadStatus[0] = nr_damp(mic.psTechHeadset, mic.psMicNoise, &nr_status[NOIRED_MIC_CH_PILOT], vadSettings.bVadOverride[NOIRED_MIC_CH_PILOT], vadSettings.sVadSensitivity[NOIRED_MIC_CH_PILOT]);
}
// t_stop = clock();
// printf("Noise reduction took: %f ms\n", (t_stop-t_start-t_overhead)/300E6*1000); //Enable clock first while in debug: Run->Clock->Enable
/*** Microphone and LMR channel AGC ***/
// agc(input buffer, struct with agc settings for this channel)
agc(mic.psTechHeadset, &agcTech);
if(tvSettings.platform == TV_CONFIG_BS || tvSettings.platform == TV_CONFIG_CA){
agc(mic.psPilotHeadset, &agcPilot);
}
if(tvSettings.platform == TV_CONFIG_BS){
agc(rx.psLmr, &agcLmr);
}
/*** Pilot switch ***/
// Calculate what state the pilot switch is in (1st tech or CLT).
pilot_switch(mic.psPilotCable, mic.psPilotCltCable);
/*** CLT/FTN channels LEC ***/
//tx.psCltToLine, tx.psFtnToLine is reference signals to be able to cancel the echo
lec(rx.psClt2wire, rx.psClt4wire, tx.psCltToLine, tx.psFtnToLine, rx.psClt, rx.psFtn);
/*** Pre mixer ***/
// Pre mixer of technician and ftn so lec can be made on pilot-technician cable
// Provide mixer with pointers to audio signals
pre_mixer_channel_setup(rx, mic, tx, ls);
pre_aircraft_mixer();
/*** Pilot-Tech cable connection LEC ***/
// insert LEC for pilot Tech Cable connection. Only needed when pilot in aircraft choose
// to talk to technician i.e when tvSettings.bPilotSwitch = 1.
// mic.psPilotCable = (Pilot+CLT+1st tech (+FTN)), ls.psPilotMonoCable = 1st tech (+FTN)
// lec to remove 1st tech (+FTN) from mic.psPilotCable
if (tvSettings.bPilotSwitch){
lec_aircraft_cable(mic.psPilotCable, ls.psPilotMonoCable);
}
/*** DTMF tones ***/
// Send to line only on BS. Send to LS on PT as well?
if(tvSettings.platform == TV_CONFIG_BS){
send_dtmf(DTMFset.psDTMFbuffer,DTMFqueue, &DTMFset);
send_dtmf(DTMFsetLs.psDTMFbuffer,DTMFqueueLs, &DTMFsetLs);
} else if(tvSettings.platform == TV_CONFIG_PT){
send_dtmf(DTMFsetLs.psDTMFbuffer,DTMFqueueLs, &DTMFsetLs);
}
/*** Channel mixer ***/
// Create pilot microphone signals from the processed headset signal or from one of the aircraft cables. Output to rx.psPilot (not on PT)
pilot_channel_selection(mic.psPilotHeadset, mic.psPilotCable, mic.psPilotCltCable, rx.psPilot);
// Provide mixer with pointers to audio signals
mixer_channel_setup(rx, mic, tx, ls);
// Creates mono output speaker signals and five channels that serve as input to directive audio. Line output signals are also created
mixer();
/*** Directive audio ***/
// Create stereo signal from the five channels created in mixer()
directive_audio(ls.psTechLeft, ls.psTechRight);
/*** Volume and limiter adjustment on LS ***/
// Add side tone, dtmf and MMI (since it has a fixed volume setting)
if(tvSettings.platform == TV_CONFIG_PT) {
// volume damping ls channels
volume(ls.psTechLeft, volumeSet.q15volumeTech);
volume(ls.psTechRight, volumeSet.q15volumeTech);
// volume damping sidetone, DTMF and MMI
volume(rx.psMmiSounds, volumeSet.q15volumeMMI);
volume(mic.psTechHeadset, volumeSet.q15volumeTechSidetone);
volume(DTMFsetLs.psDTMFbuffer, volumeSet.q15volumeDTMF);
// Add sidetone, dtmf and MMI to ls signal
//TODO: Dtmf only if first tech. But empty if not making a call so maybe this is ok?
add_sidetone_dtmf_mmi(mic.psTechHeadset,DTMFsetLs.psDTMFbuffer,rx.psMmiSounds, ls.psTechLeft, &limiterLsLeft);
add_sidetone_dtmf_mmi(mic.psTechHeadset,DTMFsetLs.psDTMFbuffer,rx.psMmiSounds, ls.psTechRight, &limiterLsRight);
} else if(tvSettings.platform == TV_CONFIG_BS) {
// volume damping ls channels
volume(ls.psTechMono, volumeSet.q15volumeTech);
volume(ls.psPilotMono, volumeSet.q15volumePilot);
// volume damping sidetone, dtmf and mmi
volume(rx.psPilot, volumeSet.q15volumePilotSidetone);
volume(rx.psMmiSounds, volumeSet.q15volumeMMI);
volume(mic.psTechHeadset, volumeSet.q15volumeTechSidetone);
volume(DTMFsetLs.psDTMFbuffer, volumeSet.q15volumeDTMF);
// Add sidetone, dtmf and mmi to ls signal
add_sidetone_dtmf_mmi(mic.psTechHeadset,DTMFsetLs.psDTMFbuffer,rx.psMmiSounds, ls.psTechMono, &limiterLsTechMono);
// rx.psPilot should only be put in ls.psPilotMono if pilot is connected with headset to CA/BS.
// If connected with aircraft cable No sidetone and MMI and DTMF should be generated.
if (tvSettings.bPilotConnection == HEADSET) {
add_sidetone_dtmf_mmi(rx.psPilot,DTMFsetLs.psDTMFbuffer, rx.psMmiSounds, ls.psPilotMono, &limiterLsPilotMono);
}
} else if(tvSettings.platform == TV_CONFIG_CA) {
// volume damping ls
volume(ls.psTechLeft, volumeSet.q15volumeTech);
volume(ls.psTechRight, volumeSet.q15volumeTech);
volume(ls.psPilotMono, volumeSet.q15volumePilot);
// volume damping sidetone
volume(rx.psPilot, volumeSet.q15volumePilotSidetone);
volume(rx.psMmiSounds, volumeSet.q15volumeMMI);
volume(mic.psTechHeadset, volumeSet.q15volumeTechSidetone);
// Add sidetone and mmi to ls signal
add_sidetone_mmi(mic.psTechHeadset, rx.psMmiSounds, ls.psTechLeft, &limiterLsLeft_CA);
add_sidetone_mmi(mic.psTechHeadset, rx.psMmiSounds, ls.psTechRight, &limiterLsRight_CA);
// rx.psPilot should only be put in ls.psPilotMono if pilot is connected with headset to CA/BS.
// If connected with aircraft cable No sidetone and MMI and DTMF should be generated.
if (tvSettings.bPilotConnection == HEADSET) {
add_sidetone_mmi(rx.psPilot, rx.psMmiSounds, ls.psPilotMono, &limiterLsPilotMono_CA);
}
}
#ifdef USE_DUMPDATA
dumpdata_post_dump();
#endif
}
