cst_voice *register_cmu_us_kal16(const char *voxdir)
{
cst_voice *v = new_voice();
usenglish_init(v);
/* Set up basic values for synthesizing with this voice */
feat_set_string(v->features,"name","cmu_us_kal_diphone");
/* Lexicon */
cmu_lex_init();
feat_set(v->features,"lexicon",lexicon_val(&cmu_lex));
/* Intonation */
feat_set_float(v->features,"int_f0_target_mean",105.0);
feat_set_float(v->features,"int_f0_target_stddev",14.0);
/* Post lexical rules */
feat_set(v->features,"postlex_func",uttfunc_val(&cmu_us_kal_postlex));
/* Duration */
feat_set_float(v->features,"duration_stretch",1.1);
/* Waveform synthesis: diphone_synth */
feat_set(v->features,"wave_synth_func",uttfunc_val(&diphone_synth));
feat_set(v->features,"diphone_db",diphone_db_val(&cmu_us_kal_db));
feat_set_int(v->features,"sample_rate",cmu_us_kal_db.sts->sample_rate);
feat_set_string(v->features,"resynth_type","fixed");
feat_set_string(v->features,"join_type","modified_lpc");
cmu_us_kal_diphone = v;
return cmu_us_kal_diphone;
}
cst_voice* register_cmu_us_no_wave( const char* voxdir )
{
cst_voice* v = new_voice();
cst_lexicon* lex;
v->name = "no_wave_voice";
/* Set up basic values for synthesizing with this voice */
usenglish_init( v );
feat_set_string( v->features, "name", "cmu_us_no_wave" );
/* Lexicon */
lex = cmu_lex_init();
feat_set( v->features, "lexicon", lexicon_val( lex ) );
/* Intonation */
feat_set_float( v->features, "int_f0_target_mean", 95.0 );
feat_set_float( v->features, "int_f0_target_stddev", 11.0 );
feat_set_float( v->features, "duration_stretch", 1.1 );
/* Post lexical rules */
feat_set( v->features, "postlex_func", uttfunc_val( lex->postlex ) );
/* Waveform synthesis: diphone_synth */
feat_set( v->features, "wave_synth_func", uttfunc_val( &no_wave_synth ) );
cmu_us_no_wave = v;
return cmu_us_no_wave;
}
cst_voice *register___VOICENAME__(const char *voxdir)
{
cst_voice *v = new_voice();
v->name = "__NICKNAME__";
/* Sets up language specific parameters in the __VOICENAME__. */
usenglish_init(v);
/* Things that weren't filled in already. */
feat_set_string(v->features,"name","__VOICENAME__");
/* Lexicon */
cmu_lex_init();
feat_set(v->features,"lexicon",lexicon_val(&cmu_lex));
/* Waveform synthesis */
feat_set(v->features,"wave_synth_func",uttfunc_val(&clunits_synth));
feat_set(v->features,"clunit_db",clunit_db_val(&__VOICENAME___db));
feat_set_int(v->features,"sample_rate",__VOICENAME___db.sts->sample_rate);
feat_set_string(v->features,"join_type","simple_join");
feat_set_string(v->features,"resynth_type","fixed");
/* Unit selection */
__VOICENAME___db.unit_name_func = __VOICENAME___unit_name;
__VOICENAME___clunits = v;
return __VOICENAME___clunits;
}
cst_voice *register___VOICENAME__(const char *voxdir)
{
cst_voice *v;
cst_lexicon *lex;
if (__VOICENAME___clunits)
return __VOICENAME___clunits; /* Already registered */
v = new_voice();
v->name = "__NICKNAME__";
/* Sets up language specific parameters in the __VOICENAME__. */
__FLITELANG___init(v);
/* Things that weren't filled in already. */
flite_feat_set_string(v->features,"name","__VOICENAME__");
/* Duration model */
flite_feat_set(v->features,"dur_cart",cart_val(&__VOICENAME___dur_cart));
flite_feat_set(v->features,"dur_stats",dur_stats_val((dur_stats *)__VOICENAME___dur_stats));
/* Lexicon */
lex = __FLITELEX___init();
flite_feat_set(v->features,"lexicon",lexicon_val(lex));
flite_feat_set(v->features,"postlex_func",uttfunc_val(lex->postlex));
/* Waveform synthesis */
flite_feat_set(v->features,"wave_synth_func",uttfunc_val(&clunits_synth));
flite_feat_set(v->features,"clunit_db",clunit_db_val(&__VOICENAME___db));
flite_feat_set_int(v->features,"sample_rate",__VOICENAME___db.sts->sample_rate);
flite_feat_set_string(v->features,"join_type","simple_join");
flite_feat_set_string(v->features,"resynth_type","fixed");
if ((voxdir != NULL) &&
(__VOICENAME___db.sts->sts == NULL) &&
(__VOICENAME___db.sts->sts_paged == NULL) &&
(__VOICENAME___db.sts->frames == NULL))
flite_mmap_clunit_voxdata(voxdir,v);
/* Unit selection */
__VOICENAME___db.unit_name_func = __VOICENAME___unit_name;
__VOICENAME___clunits = v;
return __VOICENAME___clunits;
}
cst_voice *register_cmu_us_kal(const char *voxdir)
{
cst_voice *v;
cst_lexicon *lex;
if (cmu_us_kal_diphone)
return cmu_us_kal_diphone; /* Already registered */
v = new_voice();
v->name = "kal";
/* Set up basic values for synthesizing with this voice */
usenglish_init(v);
#ifndef FLITE_PLUS_HTS_ENGINE
flite_feat_set_string(v->features,"name","cmu_us_kal_diphone");
#endif /* !FLITE_PLUS_HTS_ENGINE */
/* Lexicon */
lex = cmu_lex_init();
flite_feat_set(v->features,"lexicon",lexicon_val(lex));
#ifndef FLITE_PLUS_HTS_ENGINE
/* Intonation */
flite_feat_set_float(v->features,"int_f0_target_mean",95.0);
flite_feat_set_float(v->features,"int_f0_target_stddev",11.0);
flite_feat_set_float(v->features,"duration_stretch",1.1);
#endif /* !FLITE_PLUS_HTS_ENGINE */
/* Post lexical rules */
flite_feat_set(v->features,"postlex_func",uttfunc_val(&cmu_us_kal_postlex));
#ifndef FLITE_PLUS_HTS_ENGINE
/* Waveform synthesis: diphone_synth */
flite_feat_set(v->features,"wave_synth_func",uttfunc_val(&diphone_synth));
flite_feat_set(v->features,"diphone_db",diphone_db_val(&cmu_us_kal_db));
flite_feat_set_int(v->features,"sample_rate",cmu_us_kal_db.sts->sample_rate);
flite_feat_set_string(v->features,"resynth_type","fixed");
flite_feat_set_string(v->features,"join_type","modified_lpc");
#endif /* !FLITE_PLUS_HTS_ENGINE */
cmu_us_kal_diphone = v;
return cmu_us_kal_diphone;
}
cst_voice *register_cmu_time_awb(const char *voxdir)
{
cst_voice *v = new_voice();
v->name = "awb_time";
/* Sets up language specific parameters in the voice. */
usenglish_init(v);
/* Things that weren't filled in already. */
flite_feat_set_string(v->features,"name","cmu_time_awb");
/* Lexicon */
cmu_time_awb_lex.name = "cmu_time_awb";
cmu_time_awb_lex.num_entries = cmu_time_awb_num_entries;
cmu_time_awb_lex.num_bytes = cmu_time_awb_num_bytes;
cmu_time_awb_lex.data = (unsigned char*) cmu_time_awb_lex_data;
cmu_time_awb_lex.phone_table = (char**) cmu_time_awb_lex_phone_table;
cmu_time_awb_lex.syl_boundary = cmu_syl_boundary;
cmu_time_awb_lex.lts_rule_set = NULL;
cmu_time_awb_lex.phone_hufftable = cmu_time_awb_lex_phones_huff_table;
cmu_time_awb_lex.entry_hufftable = cmu_time_awb_lex_entries_huff_table;
flite_feat_set(v->features,"lexicon",lexicon_val(&cmu_time_awb_lex));
/* Waveform synthesis */
flite_feat_set(v->features,"wave_synth_func",uttfunc_val(&clunits_synth));
flite_feat_set(v->features,"clunit_db",clunit_db_val(&cmu_time_awb_db));
flite_feat_set_int(v->features,"sample_rate",cmu_time_awb_db.sts->sample_rate);
flite_feat_set_string(v->features,"join_type","simple_join");
flite_feat_set_string(v->features,"resynth_type","fixed");
/* Unit selection */
cmu_time_awb_db.unit_name_func = cmu_time_awb_unit_name;
cmu_time_awb_ldom = v;
return cmu_time_awb_ldom;
}
cst_voice *register_cmu_us_kal16(const char *voxdir)
{
cst_voice *v;
cst_lexicon *lex;
if (cmu_us_kal16_diphone)
return cmu_us_kal16_diphone; /* Already registered */
v = new_voice();
v->name = "kal16";
/* Sets up language specific parameters in the cmu_us_kal16. */
usenglish_init(v);
feat_set_string(v->features,"name","cmu_us_kal16");
feat_set_float(v->features,"int_f0_target_mean",95.0);
feat_set_float(v->features,"int_f0_target_stddev",11.0);
feat_set_float(v->features,"duration_stretch",1.1);
/* Lexicon */
lex = cmu_lex_init();
feat_set(v->features,"lexicon",lexicon_val(lex));
feat_set(v->features,"postlex_func",uttfunc_val(lex->postlex));
/* Waveform synthesis */
feat_set(v->features,"wave_synth_func",uttfunc_val(&diphone_synth));
feat_set(v->features,"diphone_db",diphone_db_val(&cmu_us_kal16_db));
feat_set_int(v->features,"sample_rate",cmu_us_kal16_db.sts->sample_rate);
/* feat_set_string(v->features,"join_type","simple_join"); */
feat_set_string(v->features,"join_type","modified_lpc");
feat_set_string(v->features,"resynth_type","fixed");
cmu_us_kal16_diphone = v;
return cmu_us_kal16_diphone;
}
cst_voice *register_cmu_us_rms(const char *voxdir)
{
cst_voice *vox;
cst_lexicon *lex;
if (cmu_us_rms_cg)
return cmu_us_rms_cg; /* Already registered */
vox = new_voice();
vox->name = "rms";
/* Sets up language specific parameters in the cmu_us_rms. */
usenglish_init(vox);
/* Things that weren't filled in already. */
flite_feat_set_string(vox->features,"name","cmu_us_rms");
/* Lexicon */
lex = cmu_lex_init();
flite_feat_set(vox->features,"lexicon",lexicon_val(lex));
flite_feat_set(vox->features,"postlex_func",uttfunc_val(lex->postlex));
/* No standard segment durations are needed as its done at the */
/* HMM state level */
flite_feat_set_string(vox->features,"no_segment_duration_model","1");
flite_feat_set_string(vox->features,"no_f0_target_model","1");
/* Waveform synthesis */
flite_feat_set(vox->features,"wave_synth_func",uttfunc_val(&cg_synth));
flite_feat_set(vox->features,"cg_db",cg_db_val(&cmu_us_rms_cg_db));
flite_feat_set_int(vox->features,"sample_rate",cmu_us_rms_cg_db.sample_rate);
cmu_us_rms_cg = vox;
return cmu_us_rms_cg;
}
cst_voice *register___VOICENAME__(const char *voxdir)
{
cst_voice *vox;
cst_lexicon *lex;
if (__VOICENAME___cg)
return __VOICENAME___cg; /* Already registered */
vox = new_voice();
vox->name = "__NICKNAME__";
/* Sets up language specific parameters in the __VOICENAME__. */
__MIMICLANG___init(vox);
/* Things that weren't filled in already. */
mimic_feat_set_string(vox->features,"name","__VOICENAME__");
/* Lexicon */
lex = __MIMICLEX___init();
mimic_feat_set(vox->features,"lexicon",lexicon_val(lex));
mimic_feat_set(vox->features,"postlex_func",uttfunc_val(lex->postlex));
/* No standard segment durations are needed as its done at the */
/* HMM state level */
mimic_feat_set_string(vox->features,"no_segment_duration_model","1");
mimic_feat_set_string(vox->features,"no_f0_target_model","1");
/* Waveform synthesis */
mimic_feat_set(vox->features,"wave_synth_func",uttfunc_val(&cg_synth));
mimic_feat_set(vox->features,"cg_db",cg_db_val(&__VOICENAME___cg_db));
mimic_feat_set_int(vox->features,"sample_rate",__VOICENAME___cg_db.sample_rate);
__VOICENAME___cg = vox;
return __VOICENAME___cg;
}
cst_voice *cst_cg_load_voice(const char *filename,
const cst_lang *lang_table)
{
cst_voice *vox;
cst_lexicon *lex = NULL;
int i, end_of_features;
const char *language;
const char *xname;
cst_cg_db *cg_db;
char* fname;
char* fval;
cst_file vd;
vd = cst_fopen(filename,CST_OPEN_READ | CST_OPEN_BINARY);
if (vd == NULL)
{
cst_errmsg("Error load voice: can't open file %s\n",filename);
return NULL;
}
if (cst_cg_read_header(vd) != 0)
{
cst_errmsg("Error load voice: %s does not have expected header\n",filename);
cst_fclose(vd);
return NULL;
}
vox = new_voice();
/* Read voice features from the external file */
/* Read until the feature is "end_of_features" */
fname="";
end_of_features = 0;
while (end_of_features == 0)
{
cst_read_voice_feature(vd,&fname, &fval);
if (cst_streq(fname,"end_of_features"))
end_of_features = 1;
else
{
xname = feat_own_string(vox->features,fname);
flite_feat_set_string(vox->features,xname, fval);
}
cst_free(fname);
cst_free(fval);
}
/* Load up cg_db from external file */
cg_db = cst_cg_load_db(vox,vd);
if (cg_db == NULL)
{
cst_fclose(vd);
return NULL;
}
/* Use the language feature to initialize the correct voice */
language = flite_get_param_string(vox->features, "language", "");
/* Search Lang table for lang_init() and lex_init(); */
for (i=0; lang_table[i].lang; i++)
{
if (cst_streq(language,lang_table[i].lang))
{
(lang_table[i].lang_init)(vox);
lex = (lang_table[i].lex_init)();
break;
}
}
if (lex == NULL)
{ /* Language is not supported */
/* Delete allocated memory in cg_db */
cst_cg_free_db(vd,cg_db);
cst_fclose(vd);
cst_errmsg("Error load voice: lang/lex %s not supported in this binary\n",language);
return NULL;
}
/* Things that weren't filled in already. */
vox->name = cg_db->name;
flite_feat_set_string(vox->features,"name",cg_db->name);
flite_feat_set_string(vox->features,"pathname",filename);
flite_feat_set(vox->features,"lexicon",lexicon_val(lex));
flite_feat_set(vox->features,"postlex_func",uttfunc_val(lex->postlex));
/* No standard segment durations are needed as its done at the */
/* HMM state level */
flite_feat_set_string(vox->features,"no_segment_duration_model","1");
flite_feat_set_string(vox->features,"no_f0_target_model","1");
/* Waveform synthesis */
flite_feat_set(vox->features,"wave_synth_func",uttfunc_val(&cg_synth));
flite_feat_set(vox->features,"cg_db",cg_db_val(cg_db));
flite_feat_set_int(vox->features,"sample_rate",cg_db->sample_rate);
cst_fclose(vd);
return vox;
}