void speaker::run()
{
int heap_size = 2100000; // default scheme heap size
int load_init_files = 1; // we want the festival init files loaded
festival_initialize(load_init_files, heap_size);
festival_say_text(_string);
}
int main(void)
{
EST_Wave wave;
int heap_size = 210000; // default scheme heap size
int load_init_files = 1; // we want the festival init files loaded
festival_initialize(load_init_files,heap_size);
//festival_say_file("/etc/issue.text");
//festival_eval_command("(voice_msu_ru_nsh_clunits)");
//festival_say_text("а");
festival_eval_command("(voice_ked_diphone)");
festival_say_text("privet, suchka. blyahui");
festival_text_to_wave("hello world",wave);
wave.save("/tmp/wave.wav","riff");
// festival_say_file puts the system in async mode so we better
// wait for the spooler to reach the last waveform before exiting
// This isn't necessary if only festival_say_text is being used (and
// your own wave playing stuff)
festival_wait_for_spooler();
return 0;
}
/** Say a message
* @param msg
* the message to say
* @return 0
*/
int tts_say(const char *msg) {
if (!voice_selected) {
tts_select_voice("voice_kal_diphone");
}
festival_say_text(msg);
festival_wait_for_spooler();
return 0;
}
/** Say a message
* @param msg
* the message to say
* @return 0
*/
int tts_say(const char *msg) {
if (!voice_selected) {
// tts_select_voice("voice_cmu_us_slt_arctic_hts");
tts_select_voice("voice_kal_diphone");
}
festival_say_text(msg);
festival_wait_for_spooler();
return 0;
}
void QtSpeech_th::say(QString text) {
try {
if (!init) {
int heap_size = FESTIVAL_HEAP_SIZE;
festival_initialize(true,heap_size);
init = true;
}
has_error = false;
EST_String est_text(text.toUtf8());
SysCall(festival_say_text(est_text), QtSpeech::LogicError);
}
catch(QtSpeech::LogicError e) {
has_error = true;
err = e;
}
emit finished();
}
extern void
voice_init()
{
int heap_size = 2100000;
int load_init_files = 1;
voice_volume_set();
festival_initialize(load_init_files, heap_size);
// put system into async mode
festival_eval_command("(audio_mode 'async)");
festival_say_text("Hello my name is ClaraBell");
// fprintf(stderr, "Voice subsystem initialized\n");
}
SpeechSynch::SpeechSynch() {
festival_initialize(1,210000);
// This must be called before any other festival functions may be called. It sets up the
//synthesizer system. The first argument if true, causes the system set up files to be loaded
//(which is normallly what is necessary), the second argument is the initial size of the Scheme heap,
//this should normally be 210000 unless you envisage processing very large Lisp structures.
festival_eval_command("(voice_el_diphone)");
festival_say_text("Welcome to Flying Object Madness");
//
// festival_wait_for_spooler();
setTrigger(Message::MSG_COL_PLAYER_LETTER);
// Say some text;
// festival_say_text("hello world");
}
static void saytext(const char *text)
{
festival_say_text(text);
}
extern void
voice_say(char *buf, int len)
{
festival_say_text(buf);
}
void SpeechSynch::trigger(Message msg){
festival_say_text(msg.menuPointWord.c_str());
}
bool TTSFestival::play(std::string message) {
mIsPlaying = true;
festival_say_text(message.c_str());
mIsPlaying = false;
return true;
}
// Sintetiza y reproduce en español el mensaje pasado como argumento
// Entradas:
// - text: texto a sintetizar
void say_text(const char *text) {
festival_eval_command("(voice_el_diphone)"); // voz en español
festival_say_text(text);
//festival_wait_for_spooler(); // bloquear ejecución hasta que acabe de decirlo
}
int TTS::sayText(const char *text)
{
EST_String str(text);
return festival_say_text(str);
}