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/* ====================================================================
* Copyright (c) 1999-2004 Carnegie Mellon University. All rights
* reserved.
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions
* are met:
*
* 1. Redistributions of source code must retain the above copyright
* notice, this list of conditions and the following disclaimer.
*
* 2. Redistributions in binary form must reproduce the above copyright
* notice, this list of conditions and the following disclaimer in
* the documentation and/or other materials provided with the
* distribution.
*
* This work was supported in part by funding from the Defense Advanced
* Research Projects Agency and the National Science Foundation of the
* United States of America, and the CMU Sphinx Speech Consortium.
*
* THIS SOFTWARE IS PROVIDED BY CARNEGIE MELLON UNIVERSITY ``AS IS'' AND
* ANY EXPRESSED OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO,
* THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR
* PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL CARNEGIE MELLON UNIVERSITY
* NOR ITS EMPLOYEES BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
* SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT
* LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
* DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
* THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
* (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
* OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
*
* ====================================================================
*
*/
/*
* cmdln_macro.h -- Corpus-file related misc functions.
*
* **********************************************
* CMU ARPA Speech Project
*
* Copyright (c) 1996 Carnegie Mellon University.
* ALL RIGHTS RESERVED.
* **********************************************
*
* HISTORY
* $Log$
* Revision 1.1 2006/04/05 20:27:30 dhdfu
* A Great Reorganzation of header files and executables
*
* Revision 1.3 2006/02/22 19:37:51 arthchan2003
* Removed command-line remove_zero_var_gau. See the comments in revision 1.20 of cont_mgau.c
*
* Revision 1.2 2006/02/22 18:46:43 arthchan2003
* Merged from SPHINX3_5_2_RCI_IRII_BRANCH: Add a macro files that
* unified the command line of all the executables in Sphinx 3.6.
* Affected executable includes decode, decode_anytopo, livepretend,
* align, allphone, dag, astar and conf. This will be commmented
* individually in each executable.
*
* Revision 1.1.2.14 2006/01/16 19:50:19 arthchan2003
* 1, Changed -ltsoov to -lts_mismatch, 2, Added an option to unscale the hypothesis segment scores. , 3, Added an option to dump the best senone scores.
*
* Revision 1.1.2.13 2005/11/17 06:11:15 arthchan2003
* 1, Added -hypsegfmt which allows output of hyp(match)seg to s3, s2 and ctm segment format. 2, Added -outlatfmt, which allows conversion of sphinx 3 lattice to IBM lattice. 3, -latcompress, create an uncompressed(in terms of no. of links) version of dag.
*
* Revision 1.1.2.12 2005/10/07 18:55:10 arthchan2003
* Fixed the display problem.
*
* Revision 1.1.2.11 2005/09/26 02:32:34 arthchan2003
* (Change for comments) Also set agc default to none instead of max. The reason is that all 8 tests we have in the performance do not use -agc max. Also in practice, AGC usually hurt the performance.
*
* Revision 1.1.2.10 2005/09/26 02:21:57 arthchan2003
* Changed the option -s3hmmdir to -hmm. This seems to be more generic and cause fewer restraints in future.
*
* Revision 1.1.2.9 2005/09/25 19:04:23 arthchan2003
* Added macros for 1, tie routines which used vq_gen, 2, add support for using LTS rules to generate OOV. 3, enable and disable composite triphone support.
*
* Revision 1.1.2.8 2005/09/18 01:14:58 arthchan2003
* Tie Viterbi history, DAG, debugging command line together. Inspect all possible commands and specify whether they are mode-specific.
*
* Revision 1.1.2.7 2005/09/07 23:27:21 arthchan2003
* Added an option in gmm_command_line_macro() to allow multiple behavior of Gaussian flooring.
*
* Revision 1.1.2.6 2005/08/03 19:58:11 arthchan2003
* Change -topn from fast_GMM macro to acoustic model command line
*
* Revision 1.1.2.5 2005/08/03 18:53:59 dhdfu
* Add -topn for SCHMM models
*
* Revision 1.1.2.4 2005/08/02 21:08:32 arthchan2003
* 1, Changed -mean, -var, -tmat, -mixw -mdef to make them not required arguments. 2, Added -s3hmmdir so that user can just specified a directory name, in which all components of a set of HMM could be found.
*
* Revision 1.1.2.3 2005/07/24 01:43:59 arthchan2003
* Temporarily not support -fsgctlfn
*
* Revision 1.1.2.2 2005/07/20 19:43:44 arthchan2003
* Add command line arguments for fsg routines.
*
* Revision 1.1.2.1 2005/07/18 18:56:20 arthchan2003
* A centralized macro definition file that contains command-line information that shared by different applications.
*
*
*
*/
#ifndef _CMDLN_MACRO_H_
#define _CMDLN_MACRO_H_
/* Note by ARCHAN at 20050717
The following are macros that used by individual modules and
routines. Since we want in one application, there is only one
command-line arguments. (The concept of singleton in Pattern). If
we used variables, then every application that call this file and
its implementation will need got every command-line from every
application. That is not very nice.
Using macro will temporarily solve this problem and I hope this
will only last for less than one minor version time. A better way,
as what we have already done in Sphinx 4, is to ask the libraries
to register its command-line argument as well as configuration
arguments. This will give user a better time of configuration and
us a better architecture.
*/
#define vq_cluster_command_line_macro() \
{ "-stdev", \
ARG_BOOLEAN, \
"no", \
"Use std.dev. (rather than var) in computing vector distances during clustering" }, \
{ "-eps", \
ARG_FLOAT64, \
"0.0001", \
"Stopping criterion: stop iterations if relative decrease in sq(error) < eps" }, \
{ "-iter", \
ARG_INT32, \
"100", \
"Max no. of k-means iterations for clustering" }
#define gmm_command_line_macro() \
{ "-mean",\
ARG_STRING,\
NULL,\
"Mixture gaussian means input file" },\
{ "-var",\
ARG_STRING,\
NULL,\
"Mixture gaussian variances input file" },\
{ "-varfloor",\
ARG_FLOAT32,\
"0.0001",\
"Mixture gaussian variance floor (applied to data from -var file)" },\
{ "-mixw",\
ARG_STRING,\
NULL,\
"Senone mixture weights input file" },\
{ "-mixwfloor",\
ARG_FLOAT32,\
"0.0000001",\
"Senone mixture weights floor (applied to data from -mixw file)" }
#define acoustic_model_command_line_macro() \
gmm_command_line_macro(), \
{ "-hmm", \
ARG_STRING, \
NULL, \
"Directory for specifying Sphinx 3's hmm, the following files are assummed to be present, mdef, mean, var, mixw, tmat. If -mdef, -mean, -var, -mixw or -tmat are specified, they will override this command. "}, \
{ "-featparams", \
ARG_STRING, \
NULL, \
"File containing feature extraction parameters."}, \
{ "-mdef", \
ARG_STRING,\
NULL,\
"Model definition input file" },\
{ "-tmat",\
ARG_STRING,\
NULL,\
"HMM state transition matrix input file" },\
{ "-tmatfloor",\
ARG_FLOAT32,\
"0.0001",\
"HMM state transition probability floor (applied to -tmat file)" },\
{ "-senmgau",\
ARG_STRING,\
".cont.",\
"Senone to mixture-gaussian mapping file (or .semi. or .cont.)" }, \
{ "-topn", \
ARG_INT32, \
"4", \
"(S3.0 GMM Computation only) No. of top scoring densities computed in each mixture gaussian codebook (semi-continuous models only)" }
#define language_model_command_line_macro() \
{ "-lm", \
ARG_STRING, \
NULL, \
"Word trigram language model input file" }, \
{ "-lmctlfn", \
ARG_STRING, \
NULL, \
"Specify a set of language model\n"}, \
{ "-lmdumpdir", \
ARG_STRING, \
NULL, \
"The directory for dumping the DMP file. "}, \
{ "-lmname", \
ARG_STRING, \
NULL, \
"Name of language model in -lmctlfn to use for all utterances" }
#if 0
/* Comment out because I don't know what is the meaning of Sphinx 2 fsg control file means. */
{ "-fsgctlfn",
ARG_STRING,
NULL,
"A finite state grammar control file" },
#endif
#define finite_state_grammar_command_line_macro() \
{ "-fsg", \
ARG_STRING, \
NULL, \
"(FSG Mode (Mode 2) only) Finite state grammar"}, \
{ "-fsgusealtpron", \
ARG_BOOLEAN, \
"yes", \
"(FSG Mode (Mode 2) only) Use alternative pronunciations for FSG"}, \
{ "-fsgusefiller", \
ARG_BOOLEAN, \
"yes", \
"(FSG Mode (Mode 2) only) Insert filler words at each state."}
#define log_table_command_line_macro() \
{ "-logbase", \
ARG_FLOAT32, \
"1.0003", \
"Base in which all log-likelihoods calculated" }, \
{ "-log3table", \
ARG_BOOLEAN, \
"yes", \
"Determines whether to use the logs3 table or to compute the values at run time."}
#define phoneme_lookahead_command_line_macro() \
{ "-pheurtype", \
ARG_INT32, \
"0", \
"0 = bypass, 1= sum of max, 2 = sum of avg, 3 = sum of 1st senones only" }, \
{ "-pl_window", \
ARG_INT32, \
"1", \
"Window size (actually window size-1) of phoneme look-ahead." }, \
{ "-pl_beam", \
ARG_FLOAT64, \
"1.0e-80", \
"Beam for phoneme look-ahead. [1 (narrowest)..10000000(very wide)]" }
#define histogram_pruning_command_line_macro() \
{ "-maxwpf", \
ARG_INT32, \
"20", \
"(Only used in Mode 4 and 5) Max no. of distinct word exits to maintain at each frame" }, \
{ "-maxhistpf", \
ARG_INT32, \
"100", \
"(Only used in Mode 4 and 5) Max no. of histories to maintain at each frame" }, \
{ "-hmmhistbinsize", \
ARG_INT32, \
"5000", \
"(Only used in Mode 4 and 5) Performance histogram: #frames vs #HMMs active; #HMMs/bin in this histogram" }, \
{ "-maxhmmpf", \
ARG_INT32, \
"20000", \
"(Only used in Mode 4 and 5) Max no. of active HMMs to maintain at each frame; approx." }
#define dictionary_command_line_macro() \
{ "-dict", \
ARG_STRING, \
NULL, \
"Main pronunciation dictionary (lexicon) input file" }, \
{ "-fdict", \
ARG_STRING, \
NULL, \
"Silence and filler (noise) word pronunciation dictionary input file" }, \
{ "-lts_mismatch", \
ARG_BOOLEAN, \
"no", \
"Use CMUDict letter-to-sound rules to generate pronunciations for LM words doesn't appear in the dictionary . Use it with care. It assumes that the phone set in the mdef and dict are the same as the LTS rule. "}
#define gaussian_selection_command_line_macro() \
{ "-gs", \
ARG_STRING, \
NULL, \
"Gaussian Selection Mapping." }
#define fast_GMM_computation_command_line_macro() \
{ "-subvq", \
ARG_STRING, \
NULL, \
"Sub-vector quantized form of acoustic model" }, \
{ "-subvqbeam", \
ARG_FLOAT64, \
"3.0e-3", \
"Beam selecting best components within each mixture Gaussian [0(widest)..1(narrowest)]" }, \
gaussian_selection_command_line_macro(), \
{ "-ds", \
ARG_INT32, \
"1", \
"Ratio of Down-sampling the frame computation." }, \
{ "-cond_ds", \
ARG_BOOLEAN, \
"no", \
"Conditional Down-sampling, override normal down sampling. require specify a gaussian selection map" }, \
{ "-dist_ds", \
ARG_BOOLEAN, \
"no", \
"Distance-based Down-sampling, override normal down sampling." }, \
{ "-gs4gs", \
ARG_BOOLEAN, \
"yes", \
"A flag that specified whether the input GS map will be used for Gaussian Selection. If it is disabled, the map will only provide information to other modules." }, \
{ "-svq4svq", \
ARG_BOOLEAN, \
"no", \
"A flag that specified whether the input SVQ will be used as approximate scores of the Gaussians" }, \
{ "-ci_pbeam", \
ARG_FLOAT64, \
"1e-80", /*default is huge , so nearly every cd phone will be computed */ \
"CI phone beam for CI-based GMM Selection. [0(widest) .. 1(narrowest)]"}, \
{ "-tighten_factor", /* Use in "Down-sampling", this will tightened the beam \
*/ \
ARG_FLOAT64, \
"0.5", \
"From 0 to 1, it tightens the beam width when the frame is dropped"}, \
{ "-maxcdsenpf", \
ARG_INT32, \
"100000", \
"Max no. of distinct CD senone will be computed. " }, \
{ "-vqeval", \
ARG_INT32, \
"3", \
"Number of subvectors to use for SubVQ-based frame evaluation (3 for all)"}, \
{ "-kdtree",\
ARG_STRING,\
NULL,\
"kd-Tree file for Gaussian selection (for .s2semi models only)" }, \
{ "-kdmaxdepth",\
ARG_INT32,\
"0",\
"Maximum depth of kd-Trees to use" }, \
{ "-kdmaxbbi",\
ARG_INT32,\
"-1",\
"Maximum number of Gaussians per leaf node in kd-Trees" }
#if 0
{ "-feat",
ARG_STRING,
"s2_4x",
"Feature stream:\n\t\t\t\ts2_4x: Sphinx-II type 4 streams, 12cep, 24dcep, 3pow, 12ddcep\n\t\t\t\ts3_1x39: Single stream, 12cep+12dcep+3pow+12ddcep\n\t\t\t\t1s_12c_12d_3p_12dd: Single stream, 12cep+12dcep+3pow+12ddcep\n\t\t\t\t1s_c: Single stream, given input vector only\n\t\t\t\t1s_c_d: Feature + Deltas only\n\t\t\t\t1s_c_dd: Feature + Double deltas only\n\t\t\t\t1s_c_d_dd: Feature + Deltas + Double deltas\n\t\t\t\t1s_c_wd_dd: Feature cep+windowed delcep+deldel \n\t\t\t1s_c_d_ld_dd: Feature + delta + longter delta + doubledelta" },
{ "-feat", /* Captures the computation for converting input to feature vector */
ARG_STRING,
"1s_c_d_dd",
"Feature stream: s2_4x / s3_1x39 / cep_dcep[,%d] / cep[,%d] / %d,%d,...,%d" },
#endif
#define speaker_adaptation_command_line_macro() \
{ "-mllr", \
ARG_STRING, \
NULL, \
"MLLR transfomation matrix to be applied to mixture gaussian means"}, \
{ "-cb2mllr", \
ARG_STRING, \
".1cls.", \
"Senone to MLLR transformation matrix mapping file (or .1cls.)" }
#define common_filler_properties_command_line_macro() \
{ "-fillpen", \
ARG_STRING, \
NULL, \
"Filler word probabilities input file (used in place of -silpen and -noisepen)" }, \
{ "-silprob", \
ARG_FLOAT32, \
"0.1", \
"Default silence word probability" }, \
{ "-fillprob", \
ARG_FLOAT32, \
"0.1", \
"Default non-silence filler word probability" }, \
{ "-lw", \
ARG_FLOAT32, \
"9.5", \
"Language weight" }, \
{ "-wip", \
ARG_FLOAT32, \
"0.7", \
"Word insertion penalty" }, \
{ "-uw", \
ARG_FLOAT32, \
"0.7", \
"Unigram weight" }
/* Follow sphinx 3.0, this should be implemented in nearly
every tool */
#define phone_insertion_penalty_command_line_macro() \
{ "-phonepen", \
ARG_FLOAT32, \
"1.0", \
"(Mode 2 and 3 only) Word insertion penalty" }
#define common_s3x_beam_properties_command_line_macro() \
{ "-beam", \
ARG_FLOAT64, \
"1.0e-55", \
"Beam selecting active HMMs (relative to best) in each frame [0(widest)..1(narrowest)]" }, \
{ "-pbeam", \
ARG_FLOAT64, \
"1.0e-50", \
"Beam selecting HMMs transitioning to successors in each frame [0(widest)..1(narrowest)]" }, \
{ "-wbeam", \
ARG_FLOAT64, \
"1.0e-35", \
"Beam selecting word-final HMMs exiting in each frame [0(widest)..1(narrowest)]" }, \
{ "-wend_beam", \
ARG_FLOAT64, \
"1.0e-80", \
"Beam selecting word-final HMMs exiting in each frame [0(widest) .. 1(narrowest)]" }, \
{ "-ptranskip", \
ARG_INT32, \
"0", \
"(Not used in Mode 3) Use wbeam for phone transitions every so many frames (if >= 1)" }
#define common_application_properties_command_line_macro() \
{ "-logfn", \
ARG_STRING, \
NULL, \
"Log file (default stdout/stderr)" }
#define control_file_handling_command_line_macro() \
{ "-ctl", \
ARG_STRING, \
NULL, \
"Control file listing utterances to be processed" }, \
{ "-ctloffset", \
ARG_INT32, \
"0", \
"No. of utterances at the beginning of -ctl file to be skipped" }, \
{ "-ctlcount", \
ARG_INT32, \
"1000000000", /* A big number to approximate the default: "until EOF" */ \
"No. of utterances to be processed (after skipping -ctloffset entries)" }
#define hypothesis_file_handling_command_line_macro() \
{ "-hyp", \
ARG_STRING, \
NULL, \
"Recognition result file, with only words" }, \
{ "-hypseg", \
ARG_STRING, \
NULL, \
"Recognition result file, with word segmentations and scores" }
#define score_handling_command_line_macro() \
{ "-hypsegscore_unscale", \
ARG_BOOLEAN, \
"yes", \
"When displaying the results, whether to unscale back the acoustic score with the best score in a frame"}
#define cepstral_input_handling_command_line_macro() \
{ "-cepdir", \
ARG_STRING, \
NULL, \
"Input cepstrum files directory (prefixed to filespecs in control file)" }, \
{ "-cepext", \
ARG_STRING, \
".mfc", \
"Input cepstrum files extension (prefixed to filespecs in control file)" }, \
{ "-adcin", \
ARG_BOOLEAN, \
"no", \
"Input is waveform data rather than cepstra (-cepdir and -cepext are still used)" }, \
{ "-adchdr", \
ARG_INT32, \
"0", \
"Number of bytes to skip at the beginning of a waveform file (44 for WAV, 1024 for Sphere)" }
#define output_lattice_handling_command_line_macro() \
{ "-outlatdir", \
ARG_STRING, \
NULL, \
"Directory in which to dump word lattices" }, \
{ "-outlatfmt", \
ARG_STRING, \
"s3", \
"Format in which to dump word lattices (either 's3' or 'htk')" }, \
{ "-latext", \
ARG_STRING, \
"lat.gz", \
"Filename extension for lattice files (gzip compressed, by default - remove .gz for uncompressed)" }
#define history_table_command_line_macro() \
{ "-bptbldir", \
ARG_STRING, \
NULL, \
"Directory in which to dump word Viterbi back pointer table (for debugging)" }, \
{ "-bptblsize", \
ARG_INT32, \
"32768", \
"Number of BPtable entries to allocate initially (grown as necessary)" }
/* decode-specific, that includes mode 4 and mode 5'
share between decode/livepretend/livedecode
*/
#define decode_specific_command_line_macro() \
{ "-mode", \
ARG_STRING, \
"fwdtree",\
"Decoding mode, one of allphone, fsg, fwdflat, fwdtree."}, \
{ "-op_mode", \
ARG_INT32, \
"-1", \
"Operation mode, for internal use only."}, \
{ "-hmmdump", \
ARG_BOOLEAN, \
"no", \
"Whether to dump active HMM details to stderr (for debugging)" }, \
{ "-lextreedump", \
ARG_INT32, \
"0", \
"Whether to dump the lextree structure to stderr (for debugging), 1 for Ravi's format, 2 for Dot format, Larger than 2 will be treated as Ravi's format" }, \
{ "-bghist", \
ARG_BOOLEAN, \
"no", \
"Bigram-mode: If TRUE only one BP entry/frame; else one per LM state" }, \
{ "-treeugprob", \
ARG_BOOLEAN, \
"yes", \
"If true, Use unigram probs in lextree" }
#define dag_handling_command_line_macro() \
{ "-min_endfr", \
ARG_INT32, \
"3", \
"Nodes ignored during search if they persist for fewer than so many end frames" }, \
{ "-dagfudge", \
ARG_INT32, \
"2", \
"(0..2); 1 or 2: add edge if endframe == startframe; 2: if start == end-1" }, \
{ "-maxedge", \
ARG_INT32, \
"2000000", \
"Max DAG edges allowed in utterance; aborted if exceeded; controls memory usage" }, \
{ "-maxlmop", \
ARG_INT32, \
"100000000", \
"Max LMops in utterance after which it is aborted; controls CPU use (see maxlpf)" }, \
{ "-maxlpf", \
ARG_INT32, \
"40000", \
"Max LMops/frame after which utterance aborted; controls CPU use (see maxlmop)" }, \
{"-latcompress", \
ARG_BOOLEAN, \
"yes", \
"Whether lattice is compressed."}
#define second_stage_dag_handling_command_line_macro() \
{ "-bestpath", \
ARG_BOOLEAN, \
"no", \
"Whether to run bestpath DAG search after forward Viterbi pass" }, \
{ "-bestpathlw", \
ARG_FLOAT32, \
NULL, \
"Language weight for bestpath DAG search (default: same as -lw)" }, \
{"-nbestdir", \
ARG_STRING, \
NULL, \
"Input word-lattice directory with per-utt files for restricting words searched"}, \
{"-nbestext", \
ARG_STRING, \
"nbest.gz", \
"N-best filename extension (.gz or .Z extension for compression)"}, \
{"-nbest", \
ARG_INT32, \
"200", \
"Max. n-best hypotheses to generate per utterance"}, \
{"-maxppath", \
ARG_INT32, \
"1000000", \
"Max partial paths created after which utterance aborted; controls CPU/memory use"}, \
{"-ppathdebug", \
ARG_BOOLEAN, \
"no", \
"Generate debugging information for N-best search. "}
#define input_lattice_handling_command_line_macro() \
{ "-inlatdir", \
ARG_STRING, \
NULL, \
"Input word-lattice directory with per-utt files for restricting words searched" }, \
{ "-inlatwin", \
ARG_INT32, \
"50", \
"Input word-lattice words starting within +/- <this argument> of current frame considered during search" }
#define flat_fwd_debugging_command_line_macro() \
{ "-tracewhmm", \
ARG_STRING, \
NULL, \
"(Mode 3 only) Word whose active HMMs are to be traced (for debugging/diagnosis/analysis)" }, \
{ "-hmmdumpef", \
ARG_INT32, \
"200000000", \
"(Mode 3 only) Ending frame for dumping all active HMMs (for debugging/diagnosis/analysis)" }, \
{ "-hmmdumpsf", \
ARG_INT32, \
"200000000", \
"(Mode 3 only) Starting frame for dumping all active HMMs (for debugging/diagnosis/analysis)" }, \
{ "-worddumpef", \
ARG_INT32, \
"200000000", \
"(Mode 3 only) Ending frame for dumping all active words (for debugging/diagnosis/analysis)" }, \
{ "-worddumpsf", \
ARG_INT32, \
"200000000", \
"(Mode 3 only) Starting frame for dumping all active words (for debugging/diagnosis/analysis)" }
#define search_specific_command_line_macro() \
{"-backtrace", \
ARG_BOOLEAN, \
"yes", \
"Whether detailed backtrace information (word segmentation/scores) shown in log" }, \
{ "-bestsenscrdir", \
ARG_STRING, \
NULL, \
"When Best senone score directory." }
/* mode TST or mode 4*/
#define search_modeTST_specific_command_line_macro() \
{ "-Nlextree", \
ARG_INT32, \
"3", \
"(Mode 4 only) No. of lextrees to be instantiated; entries into them staggered in time" }, \
{ "-epl", \
ARG_INT32, \
"3", \
"(Mode 4 only) Entries Per Lextree; #successive entries into one lextree before lextree-entries shifted to the next" }
/* mode WST or mode 5*/
#define search_modeWST_specific_command_line_macro() \
{ "-Nstalextree", \
ARG_INT32, \
"25", \
"(Mode 5 only) No. of lextrees to be instantiated statically; " }
#define partial_hypothesis_command_line_macro() \
{ "-maxhyplen", \
ARG_INT32, \
"1000", \
"(Live-decoder only) Maximum number of words in a partial hypothesis (for block decoding)" }, \
{ "-phypdump", \
ARG_BOOLEAN, \
"yes", \
"(Live-decoder only) dump parital hypothesis on the screen"}
#define control_lm_file_command_line_macro() \
{ "-ctl_lm", \
ARG_STRING, \
NULL, \
"(Not used in mode 2 and 3) Control file that list the corresponding LMs" }
#define control_mllr_file_command_line_macro() \
{ "-ctl_mllr", \
ARG_STRING, \
NULL, \
"Control file that list the corresponding MLLR matrix for an utterance"}
#define control_lm_mllr_file_command_line_macro() \
control_lm_file_command_line_macro(), \
control_mllr_file_command_line_macro()
#endif /* _CMDLN_MACRO_H_ */
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