// file: tp_load_0.cc//// function to load the acustic model related data into the decoder//// isip include files//#include "trace_projector.h"#include "trace_projector_constants.h"// method: load_ac_models_cc//// arguments: none//// return: a logical flag to indicate status//// this method loads the acoustic models and LM// Note: only for Communicator//logical_1 Trace_projector::load_models_cc() {  // This is a method only for communicator to load the models and LM  // before decoding  //  if (isCommunicator_d) {      // load acoustic model related data into the decoder and clean    // related memory    //    fprintf(stdout, "Loading acoustic model data...\n");    fflush(stdout);    load_ac_models_cc();        // if ngram required in the specified function mode, load the ngram    // language model    //    if ((function_mode_d == TP_NGRAM_DECODE_FUNCTION) ||	(function_mode_d == TP_LATTICE_GENERATE_FUNCTION) ||	(function_mode_d == TP_LATTICE_VERIFY_FUNCTION)) {      FILE* fp;      // check if the ngram lm file exists      //      if (lm_file_d == (char_1*)NULL) {	fprintf(stdout, "Error: language model file not specified\n");	fflush(stdout);	exit(ISIP_PROTO_ERROR);      }      open_file_cc(fp, lm_file_d, (char_1*)"r");            // load the ngram      //      fprintf(stdout, "Reading language model data...\n");      fflush(stdout);      decoder_d->read_ngram_cc(fp);      fclose(fp);      // check if the list of grammars is specified      //      if (gram_list_file_d != (char_1*)NULL) {	// open file	//	open_file_cc(fp, gram_list_file_d, (char_1*)"r");	// load the grammars for hierarchical grammar processing	//	decoder_d->read_gram_list_cc(fp);	fclose(fp);      }    }    // set the user specified lm scaling and word insertion values      //    decoder_d->set_lmscale_cc(lm_scale_d);    decoder_d->set_wdpenalty_cc(word_penalty_d);        // set the acoustic context mode    //    decoder_d->set_context_mode_cc(context_mode_d);        // set the pruning related parameters and clean related memory     //    decoder_d->set_beams_cc(beam_width_d);    decoder_d->set_mapmi_limit_cc(mapmi_limit_d);    decoder_d->set_max_words_cc(num_wdcut_d);        // set the nbest pruning related parameters    //    decoder_d->set_nbest_maxpaths_cc(nbest_max_paths_d);    decoder_d->set_nbest_beam_cc(nbest_beam_d);    // initialize the decoder for hypothesizing utterances    //    decoder_d->init_cc();    // file pointers for processing lists of files    //    FILE* fpli = (FILE*)NULL;    // open the file containing the list of lattice files    //    if ((function_mode_d == TP_LATTICE_RESCORE_FUNCTION) ||	(function_mode_d == TP_LATTICE_LATTICE_FUNCTION) ||	(function_mode_d == TP_LATTICE_VERIFY_FUNCTION)) {            // check if file exists      // ???      if (lattice_file_d == (char_1*)NULL) {	fprintf(stdout, "Error: input lattice list file not specified\n");	fflush(stdout);	exit(ISIP_PROTO_ERROR);      }	      // make sure there is a corresponding lattice file for each file      //      open_file_cc(fpli, lattice_file_d, (char_1*)"r");            // read lattice into the decoder and close file      //      decoder_d->read_lattice_cc(fpli);      fclose(fpli);    }  }    // return gracefully  //  return ISIP_TRUE;}logical_1 Trace_projector::init_cc() {  // file pointers for processing lists of files  //  FILE* fpli = (FILE*)NULL;    // open the file containing the list of lattice files  //  if ((function_mode_d == TP_LATTICE_RESCORE_FUNCTION) ||      (function_mode_d == TP_LATTICE_LATTICE_FUNCTION) ||      (function_mode_d == TP_LATTICE_VERIFY_FUNCTION)) {        // check if file exists    // ???    if (lattice_file_d == (char_1*)NULL) {	fprintf(stdout, "Error: input lattice list file not specified\n");	fflush(stdout);	exit(ISIP_PROTO_ERROR);    }        // make sure there is a corresponding lattice file for each file    //    open_file_cc(fpli, lattice_file_d, (char_1*)"r");        // read lattice into the decoder and close file    //    decoder_d->read_lattice_cc(fpli);    fclose(fpli);  }    // return gracefully  //  return ISIP_TRUE;}