//// Listener settings ////
void setupListener()
{
auto listener_node = *m_dev->emplace(m_dev->children().cend(), "listener");
auto listener_pos_node = *listener_node->emplace(listener_node->children().cend(), "pos");
add_position(listener_pos_node,
make_parameter(
[&] () { return m_scene.listener().Position(); },
[&] (const auto& elt) { m_scene.listener().Position(elt); }));
auto listener_orient_node = *listener_node->emplace(listener_node->children().cend(), "orientation");
auto listener_orient_addr = listener_orient_node->createAddress(OSSIA::Value::Type::TUPLE); // [ at_x at_y at_z up_x at_y at_z ]
auto tupl = new OSSIA::Tuple;
const auto& orient = m_scene.listener().Orientation();
tupl->value.push_back(new OSSIA::Float(orient.At()[0]));
tupl->value.push_back(new OSSIA::Float(orient.At()[1]));
tupl->value.push_back(new OSSIA::Float(orient.At()[2]));
tupl->value.push_back(new OSSIA::Float(orient.Up()[0]));
tupl->value.push_back(new OSSIA::Float(orient.Up()[1]));
tupl->value.push_back(new OSSIA::Float(orient.Up()[2]));
listener_orient_addr->pushValue(tupl);
listener_orient_addr->addCallback([&] (const OSSIA::Value* val) {
auto tpl = dynamic_cast<const OSSIA::Tuple*>(val);
if(tpl->value.size() != 6)
return;
auto at_x = dynamic_cast<const OSSIA::Float*>(tpl->value[0]);
auto at_y = dynamic_cast<const OSSIA::Float*>(tpl->value[1]);
auto at_z = dynamic_cast<const OSSIA::Float*>(tpl->value[2]);
auto up_x = dynamic_cast<const OSSIA::Float*>(tpl->value[3]);
auto up_y = dynamic_cast<const OSSIA::Float*>(tpl->value[4]);
auto up_z = dynamic_cast<const OSSIA::Float*>(tpl->value[5]);
if(!at_x || !at_y || !at_z || !up_x || !up_y || !up_z)
return;
m_scene.listener().Orientation(at_x->value, at_y->value, at_z->value, up_x->value, up_y->value, up_z->value);
});
auto listener_orient_at_node = *listener_orient_node->emplace(listener_orient_node->children().cend(), "at");
add_position(listener_orient_at_node,
make_parameter(
[&] () { return m_scene.listener().OrientationAt(); },
[&] (const auto& elt) { m_scene.listener().Orientation(elt, m_scene.listener().OrientationUp()); }
));
auto listener_orient_up_node = *listener_orient_node->emplace(listener_orient_node->children().cend(), "up");
add_position(listener_orient_up_node,
make_parameter(
[&] () { return m_scene.listener().OrientationUp(); },
[&] (const auto& elt) { m_scene.listener().Orientation(m_scene.listener().OrientationAt(), elt); }
));
}
/* 韻律情報の読み込み */
void setProsFile( char *rel, char *filename )
{
int error;
strcpy( slot_Speak_stat, "PROCESSING" );
if( prop_Speak_stat == AutoOutput ) inqSpeakStat();
if( strcmp(rel,"=")==0 ) {
strcpy( slot_Pros_file, filename );
if( prop_ProsFile == AutoOutput ) inqProsFile();
refresh();
/* prosBuf に各種パラメータを読み込む */
error = read_pros_file( filename );
if( ! error ) {
text_analysis( input_text ); /* テキスト解析 */
if( prop_Text_text == AutoOutput ) inqTextText();
if( prop_Speak_text == AutoOutput ) inqSpeakText();
/* parameter_generation(); */
init_parameter(); /* パラメータ生成の準備 */
make_duration(); /* 素のテキストから状態継続長を生成 */
modify_duration(); /* 継続長の修正(タグ処理) */
/* 音素継続長が修正されている場合は、状態継続長を
計算しなおす */
update_duration();
/* ここで、prosBuf のデータで音素時間長を設定する。 */
make_cumul_time(); /* 音素時間長の累積を計算 */
modify_voice(); /* 話者のスイッチ、αパラメータの変更(タグ処理) */
if( prop_Text_pho == AutoOutput ) inqTextPho();
if( prop_Speak_pho == AutoOutput ) inqSpeakPho();
if( prop_Text_dur == AutoOutput ) inqTextDur();
if( prop_Speak_dur == AutoOutput ) inqSpeakDur();
make_parameter(); /* パラメータ生成を実行 */
modify_f0(); /* F0の修正(タグ処理) */
modify_power(); /* パワーの修正(タグ処理) */
/* parameter_generation(); ここまで */
/* 生成されたパラメータに対してF0とc0を更新 */
error = set_f0_and_power( filename );
if( ! error ) {
do_synthesis(); /* 合成波形の生成 */
}
}
} else {
unknown_com();
}
strcpy( slot_Speak_stat, "READY" );
if( prop_Speak_stat == AutoOutput ) inqSpeakStat();
}
void on_sourceAdded(const OSSIA::Value* val)
{
auto str_val = dynamic_cast<const OSSIA::String*>(val);
if(!str_val)
return;
// Create the sound
auto sound_obj = new SoundObj{str_val->value};
sound_obj->setParent(&m_scene);
m_scene.sounds().insert(sound_obj);
auto& sound = sound_obj->sound;
// Create the callbacks and OSC device commands
auto src_node = *m_sourcesListNode->emplace(m_sourcesListNode->children().cend(), str_val->value);
// Position
auto src_pos_node = *src_node->emplace(src_node->children().cend(), "pos");
add_position(src_pos_node,
make_parameter(
[&] () { return sound.source().Position(); },
[&] (const auto& elt) { sound.source().Position(elt); }
));
// Enablement
add_child(src_node, "enabled", OSSIA::Value::Type::BOOL,
[&,sound_obj] (const OSSIA::Value* val) {
auto enablement_val = dynamic_cast<const OSSIA::Bool*>(val);
if(!enablement_val)
return;
sound_obj->enablementChanged(enablement_val->value);
});
// Audio file
add_child(src_node, "file", OSSIA::Value::Type::STRING,
[&,sound_obj] (const OSSIA::Value* val) {
auto filename_val = dynamic_cast<const OSSIA::String*>(val);
if(!filename_val)
return;
sound_obj->fileChanged(QString::fromStdString(filename_val->value));
});
}
void parameter_generation()
{
/* 音声合成の初期設定 */
init_parameter();
/* 音素継続長の決定 */
make_duration();
/* 音素継続長の変更 */
modify_duration();
make_cumul_time();
modify_voice();
if( prop_Text_pho == AutoOutput ) inqTextPho();
if( prop_Speak_pho == AutoOutput ) inqSpeakPho();
if( prop_Text_dur == AutoOutput ) inqTextDur();
if( prop_Speak_dur == AutoOutput ) inqSpeakDur();
/* パラメータ生成 F0,MLSAフィルタ係数 */
make_parameter();
/* F0, ゲイン b(0) の変更 */
modify_f0();
modify_power();
}
void Self::setScreenName(const std::string& screenName) {
setParameter(make_parameter(parameter::screen_name), screenName);
}
