/* 初期化: プログラム起動時に一度だけ実行 */
void initialize()
{
void setRun();
/*******↓for server mode *******/
if (s_mode) {
server_init( nPort );
}
/*******↑***********************/
#ifndef WIN32
setpgrp();
#endif
set_da_signal();
init_slot_prop();
init_text_analysis();
init_hmmsynth();
read_phonemes( phlist_file );
read_dic( dic_file );
init_tag();
init_mora();
init_morph();
init_aphrase();
init_breath();
init_phoneme();
init_sentence();
strcpy( slot_Speak_stat, "IDLE" );
setRun( "=", "LIVE" );
strcpy( slot_Log_file, "NO" ); logfp = NULL;
slot_Log_chasen= slot_Log_tag = slot_Log_phoneme = 0;
slot_Log_mora = slot_Log_morph = slot_Log_aphrase = 0;
slot_Log_breath = slot_Log_sentence = 0;
strcpy( slot_Err_file, "CONSOLE" );
slot_Speech_file[0] = '\0';
slot_Pros_file[0] = '\0';
prosBuf.nPhoneme = 0;
slot_Speak_syncinterval = 1000;
}
int main(int argc, char ** argv)
{
try
{
tts::stress_type stress = tts::stress_type::as_transcribed;
phoneme_mode mode = phoneme_mode::joined;
bool no_pauses = false;
bool show_features = false;
const char *phoneme_map = nullptr;
const char *accent = nullptr;
const option_group general_options = { nullptr, {
{ 's', "separate", bind_value(mode, phoneme_mode::separate),
i18n("Display each phoneme on a new line") },
{ 'f', "features", bind_value(show_features, true),
i18n("Show the features along with the transcription") },
{ 0, "no-pauses", bind_value(no_pauses, true),
i18n("Do not process pause phonemes") },
{ 'M', "phoneme-map", phoneme_map, "PHONEME_MAP",
i18n("Use PHONEME_MAP to convert phonemes (e.g. accent conversion)") },
{ 'a', "accent", accent, "ACCENT",
i18n("Use ACCENT to convert phonemes to the specified accent") },
}};
const option_group stress_options = { i18n("Phoneme Stress Placement:"), {
{ 0, "syllables", bind_value(mode, phoneme_mode::syllables),
i18n("Show the syllable structure") },
{ 0, "vowel-stress", bind_value(stress, tts::stress_type::vowel),
i18n("Place the stress on vowels (e.g. espeak, arpabet)") },
{ 0, "syllable-stress", bind_value(stress, tts::stress_type::syllable),
i18n("Place the stress on syllable boundaries") },
}};
const option_group marker_options = { i18n("Phoneme Markers:"), {
{ 0, "broad", bind_value(mode, phoneme_mode::broad_markers),
i18n("Use /.../ between phonetic transcriptions") },
{ 0, "narrow", bind_value(mode, phoneme_mode::narrow_markers),
i18n("Use [...] between phonetic transcriptions") },
{ 0, "espeak", bind_value(mode, phoneme_mode::espeak_markers),
i18n("Use [[...]] between phonetic transcriptions") },
}};
const std::initializer_list<const option_group *> options = {
&general_options,
&stress_options,
&marker_options
};
const std::initializer_list<const char *> usage = {
i18n("phoneme-converter [OPTION..] FROM TO TRANSCRIPTION"),
i18n("phoneme-converter [OPTION..] FROM TO"),
};
if (!parse_command_line(options, usage, argc, argv))
return 0;
if (argc != 2 && argc != 3)
{
print_help(options, usage);
return 0;
}
auto from = tts::createPhonemeReader(argv[0]);
auto to = tts::createPhonemeWriter(argv[1]);
auto data = argc == 3 ? cainteoir::make_file_buffer(argv[2])
: cainteoir::make_file_buffer(stdin);
if (phoneme_map)
from = tts::createPhonemeToPhonemeConverter(phoneme_map, from);
if (accent)
from = tts::createAccentConverter(accent, from);
if (mode == phoneme_mode::syllables)
{
auto syllables = tts::create_syllable_reader();
ipa::phonemes phonemes;
from->reset(data);
while (read_phonemes(from, phonemes))
{
tts::make_stressed(phonemes, stress);
print_phonemes(phonemes, to, syllables);
}
}
else
{
ipa::phonemes phonemes;
from->reset(data);
while (read_phonemes(from, phonemes))
{
tts::make_stressed(phonemes, stress);
print_phonemes(phonemes, to, mode, no_pauses, show_features);
}
}
}
catch (std::runtime_error &e)
{
fprintf(stderr, i18n("error: %s\n"), e.what());
return EXIT_FAILURE;
}
return EXIT_SUCCESS;
}
