void SquadronClass::InitPilots (void)
{
int i,last_commander;
// Start with full load of pilots
last_commander = PILOTS_PER_SQUADRON/3;
for (i=0; i<PILOTS_PER_SQUADRON; i++)
{
// 2000-11-17 MODIFIED BY S.G. NEED TO PASS THE 'airExperience' OF THE TEAM SO I CAN USE IT AS A BASE
// GetPilotData(i)->ResetStats();
GetPilotData(i)->ResetStats(TeamInfo[GetOwner()]->airExperience);
if (!i) // First slot is Colonel.
GetPilotData(i)->pilot_id = GetAvailablePilot(TeamInfo[GetOwner()]->firstColonel,TeamInfo[GetOwner()]->firstCommander, GetOwner());
else if (i < last_commander) // First 1/3 are commanders
GetPilotData(i)->pilot_id = GetAvailablePilot(TeamInfo[GetOwner()]->firstCommander,TeamInfo[GetOwner()]->firstWingman, GetOwner());
else // otherwise normal wingmen
GetPilotData(i)->pilot_id = GetAvailablePilot(TeamInfo[GetOwner()]->firstWingman,TeamInfo[GetOwner()]->lastWingman, GetOwner());
}
// Special code to select certain squadron leaders.
if (GetNameId() == 36)
{
pilot_data[0].pilot_id = 1;
pilot_data[0].pilot_skill_and_rating = 0x44;
}
else if (GetNameId() == 80)
pilot_data[0].pilot_id = 2;
else if (GetNameId() == 35)
pilot_data[0].pilot_id = 3;
}
/* ReplaceUnigrams: replace unigrams in lm with ones from fn */
void ReplaceUnigrams(char *fn, BackOffLM *lm)
{
float prob;
SMEntry *se;
NameId wdid;
int ndx,nItem;
FLEntry *root;
char buf[MAXSTRLEN];
Source src;
nItem = 0;
root = &lm->root;
if(InitSource(fn,&src,NoFilter)<SUCCESS)
HError(16910,"ReplaceUnigrams: Can't open file %s", fn);
do {
if (!ReadFloat(&src,&prob,1,FALSE)) break;
if (!ReadRawString(&src,buf)) break; /* or ReadString if HTK escaped */
if ((wdid = GetNameId(lm->htab,buf,FALSE))==NULL) {
printf("skipping '%s'\n", buf);
continue;
}
ndx = LM_INDEX(wdid); se = root->sea+ndx-1;
if (se->ndx!=ndx && (se=FindSE(root->sea,0,root->nse,ndx))==NULL) {
printf("ignoring '%s'\n", buf);
continue;
}
se->prob = exp(prob*LN10);
nItem++;
} while(SkipLine(&src));
CloseSource(&src);
if (trace&T_TOP) {
printf("Replaced %d unigrams from %s\n",nItem,uniFn); fflush(stdout);
}
}
nParm = GetConfig("LPCALC", TRUE, cParm, MAXGLOBS);
if (nParm>0){
#ifndef HTK_TRANSCRIBER
if (GetConfInt(cParm,nParm, "TRACE",&i)) trace = i;
#endif
if (GetConfStr(cParm,nParm, "STARTWORD",s)) strcpy(sstStr,s);
}
sstId = GetLabId(sstStr,TRUE);
}
/* EXPORT->InitBuildInfo: initialise build parameters */
void InitBuildInfo(BuildInfo *bi)
{
int i, j; /* Temporary values */
char s[256]; /* Temporary string */
bi->nSize = 0;
bi->ftab = NULL;
bi->saveFmt = DEF_SAVEFMT;
bi->ptype = DEF_LMPTYPE;
bi->uniFloor = DEF_UNIFLOOR;
bi->kRange = DEF_KRANGE;
bi->dctype = DEF_DCTYPE;
for (i=1; i<=LM_NSIZE; i++)
bi->cutOff[i] = DEF_CUTOFF;
bi->wmap = NULL;
bi->inSet = NULL;
if (GetConfInt(cParm,nParm, "UNIFLOOR",&i)) bi->uniFloor = i;
if (GetConfInt(cParm,nParm, "KRANGE",&i)) bi->kRange = i;
if (GetConfStr(cParm,nParm, "DCTYPE",s)) {
/* Initialise: perform global initialisations */
static void Initialise(void)
{
int i,j,ndx;
float x;
LMInfo *li;
Boolean inLM;
LabId *wid,lab;
NameId *na,nid;
Boolean isPipe;
nulClass = GetLabId(nulName,TRUE);
/* normalise weights */
for (x=0.0, i=1; i<nLModel; i++)
x += lmInfo[i].weight;
lmInfo[0].weight = 1.0-x;
/* load all models */
for (li=lmInfo, i=0; i<nLModel; i++, li++) {
if (trace&T_TOP)
printf("Loading language model from %s\n",li->fn);
li->lm = LoadLangModel(li->fn,NULL,1.0,LMP_LOG|LMP_COUNT,&permHeap);
if (li->lm->probType==LMP_COUNT)
RebuildLM(li->lm,cutOff,wdThresh,LMP_LOG);
AttachAccessInfo(li->lm);
}
if (trace&T_TOP) {
printf("Using language model(s): \n");
for (li=lmInfo,i=0; i<nLModel; i++,li++)
printf(" %d-gram %s, weight %.2f\n",li->lm->nSize,li->fn,li->weight);
}
if (numTests==0) {
numTests=1; testInfo[0] = lmInfo[0].lm->nSize;
}
/* load or create word list */
if (wlistFN!=NULL) {
/* load word list from file */
CreateWordList(wlistFN,&wList,nWords+10);
nWords = wList.used;
for (wid=wList.id, i=0; i<nWords; i++,wid++) /* assign lookup indices */
(*wid)->aux = (Ptr) (i+1);
} else {
/* derive word list from LMs */
for (nWords=0,li=lmInfo, i=0; i<nLModel; i++, li++)
{
/* Obtain class-LM word list in a different way */
if (li->lm->classLM)
{
na = li->lm->classBM;
for (j=0; j<li->lm->classW; j++)
{
lab = GetLabId(na[j+1]->name, TRUE);
if (lab->aux==NULL)
lab->aux = (Ptr) (++nWords);
}
}
else
{
na = li->lm->binMap;
for (j=0; j<li->lm->vocSize; j++)
{
lab = GetLabId(na[j+1]->name,TRUE);
if (lab->aux==NULL)
lab->aux = (Ptr) (++nWords);
}
}
}
CreateWordList(NULL,&wList,nWords+10);
for (li=lmInfo, i=0; i<nLModel; i++, li++) {
/* Obtain class-LM word list in a different way */
if (li->lm->classLM)
{
na = li->lm->classBM;
for (j=0; j<li->lm->classW; j++)
{
lab = GetLabId(na[j+1]->name,TRUE);
ndx = ((int) lab->aux) - 1;
wList.id[ndx] = lab;
}
}
else
{
na = li->lm->binMap;
for (j=0; j<li->lm->vocSize; j++)
{
lab = GetLabId(na[j+1]->name,TRUE);
ndx = ((int) lab->aux) - 1;
wList.id[ndx] = lab;
}
}
}
wList.used = nWords;
}
if (trace&T_TOP) {
printf("Found %d unique words in %d model(s)\n",nWords,nLModel);
fflush(stdout);
}
if (unkId->aux==NULL && !skipOOV) {
HError(16620,"LPlex: OOV class symbol %s not in word list",unkId->name);
}
if (sstId->aux==NULL) {
HError(16620,"LPlex: sentence start symbol %s not in word list",sstId->name);
}
if (senId->aux==NULL) {
HError(16620,"LPlex: sentence end symbol %s not in word list",senId->name);
}
/* create lookup table */
l2nId = (NameId **) New(&permHeap,nLModel*sizeof(NameId *));
/* create LabId -> NameId lookup arrays (one per LM) */
for (li=lmInfo, i=0; i<nLModel; i++, li++, na++) {
na = (NameId *) New(&permHeap,(nWords+2)*sizeof(NameId));
for (wid = wList.id, j=0; j<nWords; j++, wid++) {
if (li->lm->classLM)
{
nid = na[(int) ((*wid)->aux)] = GetNameId(li->lm->classH, (*wid)->name, FALSE);
}
else
{
nid = na[(int) ((*wid)->aux)] = GetNameId(li->lm->htab, (*wid)->name, FALSE);
}
#ifdef SANITY
if (nid==NULL)
HError(-16625,"Unable to find word %s in model %s\n",(*wid)->name,li->fn);
#endif
}
l2nId[i] = na;
}
/* ensure words present at least in one model */
for (wid = wList.id, j=0; j<nWords; j++, wid++) {
for (inLM=FALSE,i=0; i<nLModel; i++, li++)
if (l2nId[i][(int) ((*wid)->aux)]!=NULL)
inLM = TRUE;
if (!inLM)
HError(16625,"Unable to find word %s in any model\n",(*wid)->name);
}
/* create equivalence class lookup array */
eqId = (LabId *) New(&permHeap,(nWords+NumEquiv()+2)*sizeof(NameId));
for (wid = wList.id, i=0; i<nWords; i++, wid++) {
eqId[(int) ((*wid)->aux)] = NULL;
}
/* link equivalence classes */
LinkEquiv();
/* open output stream */
if (outStreamFN != NULL)
if ((outStream = FOpen(outStreamFN,NoOFilter,&isPipe)) == NULL)
HError(16610,"Initialise: unable to open output file %s",outStreamFN);
}