cTumkwsjSink::cTumkwsjSink(const char *_name) :
cDataSink(_name),
configfile(NULL),
logfile(NULL),
printResult(0),
juliusIsSetup(0), juliusIsRunning(0),
numphon(0), glogprob((FLOAT_DMEM)0.0), klogprob((FLOAT_DMEM)0.0),
dataFlag(0),
turnEnd(0), turnStart(0), isTurn(0), endWait(-1),
lag(0), nPre(0), nPost(0),
curVidx(0), vIdxStart(0), vIdxEnd(0), wst(0), writelen(0), resultRecp(NULL), period((FLOAT_DMEM)0.0),
turnStartSmileTimeLast((FLOAT_DMEM)0.0), turnStartSmileTime((FLOAT_DMEM)0.0), turnStartSmileTimeCur((FLOAT_DMEM)0.0),
decoderThread(NULL), wlenWeight((FLOAT_DMEM)0.2),
lmWeights(NULL),dynamicLm(0),lmWinfo(NULL),numWords(0),lmpenalty(0.0)
{
smileMutexCreate(terminatedMtx);
smileMutexCreate(dataFlgMtx);
smileCondCreate(tickCond);
}
cSmileLogger::cSmileLogger(int loglevel_msg, int loglevel_wrn, int loglevel_err, int loglevel_dbg, const char *_logfile, int _append):
logf(NULL),
msg(NULL),
silence(0),
_enableLogPrint(1)
{
if (_logfile != NULL) {
logfile = strdup(_logfile);
stde = 0;
openLogfile(_append);
}
else { stde = 1; logfile = NULL; }
ll_msg = loglevel_msg;
ll_wrn = loglevel_wrn;
ll_err = loglevel_err;
ll_dbg = loglevel_dbg;
smileMutexCreate(logmsgMtx);
}
cTumkwsaSink::cTumkwsaSink(const char *_name) :
cDataSink(_name),
printResult(0),
feChan(NULL),
ansChan(NULL),
rman(NULL),
arec(NULL),
hset(NULL),
dict(NULL),
gram(NULL),
//ngram(NULL),
//amon(NULL),
//wasSpeaking(0),
queue(NULL),
curTime(0),
prevSpeakingIndex(0),
thisSpeakingIndex(0),
countdown(0),
atkIsSetup(0)
{
smileMutexCreate(terminatedMtx);
}
