AudioInput *AudioMixer::createInputSerialized(
QDataStream *stream, int before)
{
if(before < 0) {
// Position is relative to the right
before += m_inputs.count() + 1;
}
before = qBound(0, before, m_inputs.count());
AudioInput *input = new AudioInput(this, 0, m_profile->getAudioMode());
appLog(LOG_CAT)
<< "Unserializing audio input " << input->getIdString(false)
<< "...";
if(!input->unserialize(stream)) {
// Failed to unserialize data
appLog(LOG_CAT, Log::Warning)
<< "Failed to fully unserialize audio input data";
delete input;
return NULL;
}
m_inputs.insert(before, input);
appLog(LOG_CAT) << "Created audio input " << input->getIdString();
input->setInitialized();
calcMinInputDelay();
emit inputAdded(input, before);
return input;
}
void Stage::registerInput(AbstractSlot * input)
{
// Add input
m_inputs.push_back(input);
if (input->name() != "") {
m_inputsMap.insert(std::make_pair(input->name(), input));
}
cppassist::debug(2, "gloperate") << input->qualifiedName() << ": add input to stage";
// Emit signal
inputAdded(input);
}
//------------------------------------------------------------------
bool ImageOutput::addInput(ofxPatch* layer_){
if (input.size()<maxInputs) {
for(int i=0; i<input.size(); i++) {
if(input.at(i)->getId() == layer_->getId()){
ConsoleLog::getInstance()->pushError("Input already exists");
return false;
}
}
input.push_back((ImageOutput*)layer_);
if (input.size() == 1) {
resetSizeBasedOnInput(input[0]);
}
inputAdded((ImageOutput*)layer_);
}
}
AudioInput *AudioMixer::createInput(
quint64 sourceId, const QString &name, int before)
{
if(before < 0) {
// Position is relative to the right
before += m_inputs.count() + 1;
}
before = qBound(0, before, m_inputs.count());
AudioInput *input =
new AudioInput(this, sourceId, m_profile->getAudioMode());
if(!name.isEmpty())
input->setName(name);
m_inputs.insert(before, input);
appLog(LOG_CAT) << "Created audio input " << input->getIdString();
input->setInitialized();
calcMinInputDelay();
emit inputAdded(input, before);
return input;
}