static int32 cmdline_parse (int argc, char *argv[]) { int32 i; char *logfile; E_INFO("Parsing command line:\n"); for (i = 0; i < argc; i++) { if (argv[i][0] == '-') printf ("\\\n\t"); printf ("%s ", argv[i]); } printf ("\n\n"); fflush (stdout); cmd_ln_parse (argc, argv); if (cmd_ln_validate() == FALSE) { E_FATAL("Unable to validate command line arguments\n"); } logfp = NULL; if ((logfile = (char *)cmd_ln_access("-logfn")) != NULL) { if ((logfp = fopen(logfile, "w")) == NULL) { E_ERROR("fopen(%s,w) failed; logging to stdout/stderr\n"); } else { orig_stdout = *stdout; /* Hack!! To avoid hanging problem under Linux */ orig_stderr = *stderr; /* Hack!! To avoid hanging problem under Linux */ *stdout = *logfp; *stderr = *logfp; E_INFO("Command line:\n"); for (i = 0; i < argc; i++) { if (argv[i][0] == '-') printf ("\\\n\t"); printf ("%s ", argv[i]); } printf ("\n\n"); fflush (stdout); } } E_INFO("Configuration in effect:\n"); cmd_ln_print_configuration(); printf ("\n"); return 0; }
int parse_cmd_ln(int argc, char *argv[]) { uint32 isHelp; uint32 isExample; #include "cmd_ln_defn.h" cmd_ln_define(defn); if (argc == 1) { cmd_ln_print_definitions(); exit(1); } cmd_ln_parse(argc, argv); isHelp = *(uint32 *) cmd_ln_access("-help"); isExample = *(uint32 *) cmd_ln_access("-example"); if(isHelp){ printf("%s\n\n",helpstr); } if(isExample){ printf("%s\n\n",examplestr); } if(isHelp || isExample){ E_INFO("User asked for help or example.\n"); exit(1); } if(!isHelp && !isExample){ if (cmd_ln_validate() == FALSE) { E_FATAL("Unable to validate command line arguments\n"); } cmd_ln_print_configuration(); } return 0; }
int32 parse_cmd_ln(int argc, char *argv[]) { uint32 isHelp; uint32 isExample; const char helpstr[]= "Description: \n\ Convert s3 model definition file and s3 mixture weight file to a s2 senddump file."; const char examplestr[]= "Example: \n\ \n\ mk_s2sendump -moddeffn s3mdef -mixwfn s3mixw -sendumpfn s2dir/sendump\n"; static arg_def_t defn[] = { { "-help", CMD_LN_BOOLEAN, CMD_LN_NO_VALIDATION, "no", "Shows the usage of the tool"}, { "-example", CMD_LN_BOOLEAN, CMD_LN_NO_VALIDATION, "no", "Shows example of how to use the tool"}, { "-moddeffn", CMD_LN_STRING, CMD_LN_NO_VALIDATION, CMD_LN_NO_DEFAULT, "The model definition file for the model inventory to train" }, { "-mixwfn", CMD_LN_STRING, CMD_LN_NO_VALIDATION, CMD_LN_NO_DEFAULT, "The mixture weight parameter file name"}, { "-sendumpfn", CMD_LN_STRING, CMD_LN_NO_VALIDATION, CMD_LN_NO_DEFAULT, "Output sendump file name"}, { "-pocketsphinx", CMD_LN_BOOLEAN, CMD_LN_NO_VALIDATION, "no", "Write a PocketSphinx-format senone dump file"}, { "-mwfloor", CMD_LN_FLOAT32, CMD_LN_NO_VALIDATION, "0.00001", "Mixing weight smoothing floor" }, { NULL, CMD_LN_UNDEF, CMD_LN_NO_VALIDATION, CMD_LN_NO_DEFAULT, NULL } }; cmd_ln_define(defn); if (argc == 1) { cmd_ln_print_definitions(); exit(1); } cmd_ln_parse(argc, argv); isHelp = *(uint32 *) cmd_ln_access("-help"); isExample = *(uint32 *) cmd_ln_access("-example"); if(isHelp){ printf("%s\n\n",helpstr); } if(isExample){ printf("%s\n\n",examplestr); } if(isHelp || isExample){ E_INFO("User asked for help or example.\n"); exit(1); } if(!isHelp && !isExample){ cmd_ln_print_configuration(); } return 0; }
int parse_cmd_ln(int argc, char *argv[]) { uint32 isHelp; uint32 isExample; const char helpstr[]= "Description : \n\ Create a model definition file with tied state from model definition file without tied states. "; const char examplestr[]= "Example: \n\ tiestate -imoddeffn imdef -omoddeffn omdef -treedir trees -psetfn questions \n\ \n\ This is an example of the input and output format, Find more details at, \n\ http://www.speech.cs.cmu.edu/sphinxman"; static arg_def_t defn[] = { { "-help", CMD_LN_BOOLEAN, CMD_LN_NO_VALIDATION, "no", "Shows the usage of the tool"}, { "-example", CMD_LN_BOOLEAN, CMD_LN_NO_VALIDATION, "no", "Shows example of how to use the tool"}, { "-imoddeffn", CMD_LN_STRING, CMD_LN_NO_VALIDATION, CMD_LN_NO_DEFAULT, "Untied-state model definition file"}, { "-omoddeffn", CMD_LN_STRING, CMD_LN_NO_VALIDATION, CMD_LN_NO_DEFAULT, "Tied-state model definition file"}, { "-treedir", CMD_LN_STRING, CMD_LN_NO_VALIDATION, CMD_LN_NO_DEFAULT, "SPHINX-III tree directory containing pruned trees"}, { "-psetfn", CMD_LN_STRING, CMD_LN_NO_VALIDATION, CMD_LN_NO_DEFAULT, "Phone set definiton file" }, { "-allphones", CMD_LN_BOOLEAN, CMD_LN_NO_VALIDATION, "no", "Use a single tree for each state of all phones"}, { NULL, CMD_LN_UNDEF, CMD_LN_NO_VALIDATION, CMD_LN_NO_DEFAULT, NULL } }; cmd_ln_define(defn); if (argc == 1) { cmd_ln_print_definitions(); exit(1); } cmd_ln_parse(argc, argv); if (cmd_ln_validate() == FALSE) { E_FATAL("Unable to validate command line arguments\n"); } isHelp = *(uint32 *) cmd_ln_access("-help"); isExample = *(uint32 *) cmd_ln_access("-example"); if(isHelp){ printf("%s\n\n",helpstr); } if(isExample){ printf("%s\n\n",examplestr); } if(isHelp || isExample){ E_INFO("User asked for help or example.\n"); exit(1); } if(!isHelp && !isExample){ cmd_ln_print_configuration(); } return 0; }
int parse_cmd_ln(int argc, char *argv[]) { uint32 isHelp; uint32 isExample; const char helpstr[] = "Description: \nThis program computes a mixture gaussian distribution for a set of \nspeech cepstral files for use with CDCN. The first mode is computed on only\nthe silence portions of the speech to comply with the requirements of the \nalgorithm."; const char examplestr[]= "Example: \n\ \n\ cdcn_stats -cepext mfc \n\ -ctlfn stuff.ctl \n\ -outfn output.cdcn.dist \n\ -nmodes 32 \n\ -noisewidth 1.5 \n\ -tmpfn CDCN.tmp \n\ -ceplen 13 \n\ -stride 10 "; static arg_def_t defn[] = { { "-help", CMD_LN_BOOLEAN, CMD_LN_NO_VALIDATION, "no", "Shows the usage of the tool" }, { "-example", CMD_LN_BOOLEAN, CMD_LN_NO_VALIDATION, "no", "Shows example of how to use the tool" }, { "-ctlfn", CMD_LN_STRING, CMD_LN_NO_VALIDATION, CMD_LN_NO_DEFAULT, "The control file name (enumerates utts in corpus)" }, { "-outfn", CMD_LN_STRING, CMD_LN_NO_VALIDATION, CMD_LN_NO_DEFAULT, "The output distribution file name" }, { "-cepdir", CMD_LN_STRING, CMD_LN_NO_VALIDATION, CMD_LN_NO_DEFAULT, "Root directory of the cepstrum files" }, { "-cepext", CMD_LN_STRING, CMD_LN_NO_VALIDATION, "mfc", "Extension of the cepstrum files" }, { "-maxframes", CMD_LN_INT32, CMD_LN_NO_VALIDATION, "-1", "Maximum number of frames to read (or -1 for unlimited)" }, { "-cbfn", CMD_LN_STRING, CMD_LN_NO_VALIDATION, CMD_LN_NO_DEFAULT, "A previous codebook to restart EM training from" }, { "-nmodes", CMD_LN_INT32, CMD_LN_NO_VALIDATION, "32", "# of Gaussians to train" }, { "-noisewidth", CMD_LN_FLOAT32, CMD_LN_NO_VALIDATION, "1.5", "Width of noise band" }, { "-ceplen", CMD_LN_INT32, CMD_LN_NO_VALIDATION, "13", "# of coefficients per cepstrum frame" }, { "-stride", CMD_LN_INT32, CMD_LN_NO_VALIDATION, "1", "Take every -stride'th frame when computing distribution" }, { "-vqiter", CMD_LN_INT32, CMD_LN_NO_VALIDATION, "5", "Max # of interations of VQ to get initial codebook" }, { "-vqthresh", CMD_LN_FLOAT32, CMD_LN_NO_VALIDATION, "1e-6", "Convergence ratio for VQ" }, { "-emiter", CMD_LN_INT32, CMD_LN_NO_VALIDATION, "10", "# of interations of EM to estimate distributions" }, { "-emthresh", CMD_LN_FLOAT32, CMD_LN_NO_VALIDATION, "1e-6", "Convergence ratio for EM" }, { "-tmpfn", CMD_LN_STRING, CMD_LN_NO_VALIDATION, "CDCN.DIST.TEMP", "The temporary file name" }, { NULL, CMD_LN_UNDEF, CMD_LN_NO_VALIDATION, CMD_LN_NO_DEFAULT, NULL } }; cmd_ln_define(defn); if (argc == 1) { cmd_ln_print_definitions(); exit(1); } cmd_ln_parse(argc, argv); if (cmd_ln_validate() == FALSE) { E_FATAL("Unable to validate command line arguments\n"); } isHelp = *(uint32 *) cmd_ln_access("-help"); isExample = *(uint32 *) cmd_ln_access("-example"); if(isHelp) { printf("%s\n\n",helpstr); } if(isExample) { printf("%s\n\n",examplestr); } if(isHelp || isExample) { E_INFO("User asked for help or example.\n"); exit(1); } if(!isHelp && !isExample) { cmd_ln_print_configuration(); } return 0; }