, including all inherited members.
| adaptAMs(Vector *v, int time) | LexicalTree | |
| addForcedAlignOOV(LexicalNode *oovNode) | LexicalTree | |
| addNodeToList(LexicalNode *node) | LexicalTree | [protected] |
| addWordStringToAlignment(LexicalNode *word) | LexicalTree | [protected] |
| alignmentIsEmpty() | LexicalTree | |
| alignParallel | LexicalTree | [protected] |
| analyse_deletions | LexicalTree | [protected] |
| analyse_insertions | LexicalTree | [protected] |
| analyse_substitutions | LexicalTree | [protected] |
| analyse_totRefWords | LexicalTree | [protected] |
| analysisSettings | LexicalTree | [protected] |
| bestL | LexicalTree | [protected] |
| bestRecPath | LexicalTree | [protected] |
| bestToken | LexicalTree | [protected] |
| biggestNodeDepth | LexicalTree | [protected] |
| blameAssingment | LexicalTree | [protected] |
| borrowPhoneString(const char *string) | LexicalTree | |
| borrowWordList | LexicalTree | [protected] |
| calcErrorRegionStats(WLRType *wlr, WLRType *lastCorrect, int firstRef, int lastRef, int *nrWordHyp, float *scoreLM) | LexicalTree | [protected] |
| checkAMs(int nrM, PhoneModel **models, bool outXML) | LexicalTree | |
| checkTreeRobustness(LexicalNode *node) | LexicalTree | [protected] |
| compareLMHistory(int *lmHistory1, int *lmHistory2) | LexicalTree | [protected] |
| copyLMHistory(int *lmHistory1, int *lmHistory2) | LexicalTree | [protected] |
| countLatticePaths(LatticeNode *l, int sentenceID=0) | LexicalTree | [protected] |
| createActiveNodesList() | LexicalTree | [protected] |
| createLattice() | LexicalTree | [protected] |
| createLatticeLMRescoring(LatticeNode *l, NBestList *scoreList, float amTot, float lmTot, int nrWords, int noSilWords, int *lmHist, int sentenceID=0) | LexicalTree | [protected] |
| createLatticeNodeGroups(WLRType *w, double lmScore, int wordID) | LexicalTree | [protected] |
| createLMLAs(LMLAGlobalListType *lmlaGlobal, float *allLMP) | LexicalTree | [protected] |
| createWordTree() | LexicalTree | |
| currentlyAligning | LexicalTree | [protected] |
| deleteLatticeAdmin() | LexicalTree | [protected] |
| deleteLookAheadList() | LexicalTree | [protected] |
| deleteNodes() | LexicalTree | [protected] |
| deleteTree(LexicalNode *node, bool isPar) | LexicalTree | [protected] |
| endNode | LexicalTree | [protected] |
| endOfSentenceWord | LexicalTree | [protected] |
| errorAnalysis(WLRType *wlr, int depth, bool outputXML) | LexicalTree | [protected] |
| fastCompressedTree | LexicalTree | [protected] |
| findBestToken(bool addEndOfSentence, bool complete, bool outputXML, bool notFinishedAllowed=false) | LexicalTree | [protected] |
| findCorrectNode(PLRType *pt, int wordID) | LexicalTree | [protected] |
| findLatticeNodes(WLRType *wlr) | LexicalTree | [protected] |
| getAlignmentString() | LexicalTree | |
| getBestGrammarEndToken(TokenType **bestT, bool notFinishedAllowed) | LexicalTree | [protected] |
| getBestIDSequence(int *idList, int maxLength, bool showSil, bool notFinishedAllowed) | LexicalTree | |
| getBestPath(WLRType *wlr, bool outputXML, bool complete) | LexicalTree | [protected] |
| getBestRecognition(bool addEndOfSentence, bool outputXML, bool complete, const char *label=NULL, int milliSec=0, int totLength=0, const char *beginTime=NULL, const char *endTime=NULL) | LexicalTree | |
| getBestRecognitionScore() | LexicalTree | |
| getLastModelForContext(LexicalNode *node, int wordID) | LexicalTree | [protected] |
| getLMLAHashKey(int *lmHistory) | LexicalTree | [protected] |
| getLMLATable(int *lmHistory, bool onlyPrepare) | LexicalTree | [protected] |
| getLogging(const char *string) | LexicalTree | |
| getNumberOfWords() | LexicalTree | |
| getPhoneAlignment(const char *prefix, PLRType *pt, int lastFrame, bool confident) | LexicalTree | [protected] |
| getPhoneString(LexicalNode *node, int wordID) | LexicalTree | [protected] |
| getWord(int wordID) | LexicalTree | |
| getWordFromWLR(WLRType *wlr) | LexicalTree | [protected] |
| getWordID(const char *word) | LexicalTree | |
| globalStats | LexicalTree | [protected] |
| grammarStart | LexicalTree | [protected] |
| grammarStartContext | LexicalTree | [protected] |
| initialiseNode(LexicalNode *node) | LexicalTree | [protected] |
| initialiseSystem() | LexicalTree | [protected] |
| initialiseTree(int startTime=0) | LexicalTree | [virtual] |
| initialLMHist | LexicalTree | [protected] |
| intervalTimer | LexicalTree | [protected] |
| languageModel | LexicalTree | [protected] |
| lattice_copyNonSilArcs(LatticeNode *source, LatticeNode *dest, int loopID) | LexicalTree | [protected] |
| lattice_removeDoubleArcs() | LexicalTree | [protected] |
| latticeAdmin | LexicalTree | [protected] |
| latticeBaumWelch_backward(double *latticeLikelihood, LexicalNode *node, double *latticeBaumWelchBeta, int time, int numberOfStates, double normFactor, double *resArray) | LexicalTree | |
| latticeBaumWelch_calculatePosteriors(double *latticeLikelihood, LexicalNode *node, double incomingScore, double *latticeBaumWelchAlfa, double *latticeBaumWelchBeta, double *posteriors, int time, int numberOfStates) | LexicalTree | |
| latticeBaumWelch_forward(double *latticeLikelihood, LexicalNode *node, double incomingScore, double *latticeBaumWelchAlfa, int time, int numberOfStates) | LexicalTree | |
| latticeBaumWelch_initBackward(double *latticeBaumWelchBeta, int offset) | LexicalTree | |
| latticeBaumWelch_initForward(double *latticeBaumWelchAlfa) | LexicalTree | |
| latticeBaumWelch_mmi_accumulatorsPosteriors(LexicalNode *node, double *posteriors, int numberOfStates, Vector *observation) | LexicalTree | |
| latticeBaumWelch_numberNodes(LexicalNode *node, int number, bool clear) | LexicalTree | |
| latticeBaumWelch_printPosteriors(LexicalNode *node, double *posteriors, int time, int numberOfStates, int timeOffset) | LexicalTree | |
| latticeBaumWelch_setLikelihoods(LexicalNode *node, Vector *t, int time, int numberOfStates, double *latticeLikelihood) | LexicalTree | |
| latticeGeneration | LexicalTree | [protected] |
| latticeL | LexicalTree | [protected] |
| latticeN | LexicalTree | [protected] |
| latticeWordList | LexicalTree | [protected] |
| latticeWordListLength | LexicalTree | [protected] |
| LexicalTree(FILE *outFile) | LexicalTree | |
| LexicalTree(FILE *outFile, FILE *treeFile, bool useT=true) | LexicalTree | |
| lmla_list | LexicalTree | [protected] |
| lookAheadUnigram | LexicalTree | [protected] |
| myArtStream | LexicalTree | [protected] |
| nodeArray | LexicalTree | [protected] |
| nodeList | LexicalTree | [protected] |
| nodeListLength | LexicalTree | [protected] |
| nrOfTokens | LexicalTree | [protected] |
| numberOfCompressedNodes | LexicalTree | [protected] |
| numberOfPhones | LexicalTree | [protected] |
| numberOfWords | LexicalTree | [protected] |
| oldcreateLMLAs(LMLAGlobalListType *lmlaGlobal, LexicalNode *node, float *allLMP) | LexicalTree | [protected] |
| outputFile | LexicalTree | [protected] |
| overwritePrunePars(bool doHist, bool doBeam, bool doEndBeam, double beam, double state_beam, double endstate_beam, bool lmla, int histState, int hist) | LexicalTree | |
| overwriteWeightPars(double lmScale, double transPenalty, double silPenalty) | LexicalTree | |
| pdfUpdateList | LexicalTree | [protected] |
| phoneLoopConfidence | LexicalTree | [protected] |
| phoneLoopConfidenceOffset | LexicalTree | [protected] |
| phoneModels | LexicalTree | [protected] |
| prepareLMLACreation(LexicalNode *node) | LexicalTree | [protected] |
| printErrorString(int errorID) | LexicalTree | [protected] |
| printFinalSettings(bool outXML, int totMilliSec, int totTime) | LexicalTree | |
| printInitialSettings(const char *amName, const char *dctName, const char *backName, const char *lmName, bool outXML) | LexicalTree | |
| printLattice(FILE *latFile, const char *label, int timeEnd) | LexicalTree | |
| printLMParStats(bool outputXML) | LexicalTree | [protected] |
| printNBestList(FILE *nbestFile=NULL, LatticeNode *node=NULL) | LexicalTree | |
| printTokenDistribution() | LexicalTree | [protected] |
| printWordPronunciation(LexicalNode *node, int wordID) | LexicalTree | [protected] |
| processNode(LexicalNode *node, Vector *v) | LexicalTree | |
| processNodeOutput(LexicalNode *node) | LexicalTree | [protected, virtual] |
| processVector(Vector **v, int time) | LexicalTree | |
| processVector_administrationCleanup() | LexicalTree | [protected] |
| processVector_grammar() | LexicalTree | [protected] |
| processVector_LMLAReordering() | LexicalTree | [protected] |
| processVector_LMLAReordering_prepare() | LexicalTree | [protected] |
| processVector_processNodes(Vector **v) | LexicalTree | [protected] |
| processVector_prune_processNodesOutput() | LexicalTree | [protected] |
| processVector_pruneLM() | LexicalTree | [protected] |
| processWord(int wordID, TokenType *token, char isSil, LexicalNode *resultNode) | LexicalTree | [protected] |
| pruneLMLA() | LexicalTree | [protected] |
| pruneToken(TokenType **token, float minLikelihood, float binSize=0.0, int *bins=NULL) | LexicalTree | [protected] |
| pruneWithMinBeam(LexicalNode *node, float minLikelihood_0) | LexicalTree | [protected] |
| readTree(LexicalNode *node, FILE *treeFile, int length) | LexicalTree | [protected] |
| safeBestRecognition(bool addEndOfSentence) | LexicalTree | |
| sentenceStats | LexicalTree | [protected] |
| setAlignParallel() | LexicalTree | |
| setAMs(PhoneModel **models) | LexicalTree | |
| setDepthLevel(LexicalNode *node, int phone, int depth) | LexicalTree | [protected] |
| setForcedAlign(const char *string) | LexicalTree | |
| setInitialLMHistory(const char *word1, const char *word2) | LexicalTree | |
| setLattice(FILE *latFile) | LexicalTree | |
| setLatticeGeneration(bool setting) | LexicalTree | |
| setLM(LanguageModel *lm) | LexicalTree | |
| setNodeContext(LexicalNode *node, int leftContext) | LexicalTree | [protected] |
| setNodeLocationPars(LexicalNode *node, bool fromParallel) | LexicalTree | [protected] |
| setPhoneLoop(int nrP, PhoneModel **models) | LexicalTree | |
| setPhoneLoopConfidence(float *phoneConf, int offset=0) | LexicalTree | |
| settings | LexicalTree | [protected] |
| setTokenDistributionFile(FILE *tdFile) | LexicalTree | |
| setTreeStartEndMatrix() | LexicalTree | [protected] |
| setWlrNBest(WLRType *wlr) | LexicalTree | [protected] |
| Shout_dct2lextree(char *phoneListFile, char *dctFileName, char *lexFileName) | Shout_dct2lextree | |
| sortLatticePaths(LatticeNode *l) | LexicalTree | [protected] |
| splitList(char *str, char *str2) | Shout_dct2lextree | [protected] |
| startOfSentenceWord | LexicalTree | [protected] |
| startTime | LexicalTree | [protected] |
| storePLConfidence(int time) | LexicalTree | |
| tdFile | LexicalTree | [protected] |
| testArticulatory(ArticulatoryStream *s) | LexicalTree | |
| threadsRunning | LexicalTree | [protected] |
| timeStamp | LexicalTree | [protected] |
| tokenDepthAdmin | LexicalTree | [protected] |
| totCategories | LexicalTree | [protected] |
| touchWLRpath(WLRType *w) | LexicalTree | [protected] |
| touchWLRs(TokenType *token) | LexicalTree | [protected] |
| transitionPenalty | LexicalTree | [protected] |
| treeEnd | LexicalTree | [protected] |
| treeStart | LexicalTree | [protected] |
| updateGlobalStats() | LexicalTree | |
| updateStats() | LexicalTree | [protected] |
| vList | LexicalTree | [protected] |
| vocabulary | LexicalTree | [protected] |
| wlrNBest | LexicalTree | [protected] |
| wlrStart | LexicalTree | [protected] |
| wordLength | LexicalTree | [protected] |
| writeTree(LexicalNode *node, FILE *outFile) | Shout_dct2lextree | [protected] |
| ~LexicalTree() | LexicalTree | |
| ~Shout_dct2lextree() | Shout_dct2lextree | |