Lav_PUBLIC_FUNCTION LavError Lav_createHrtfNode(LavHandle simulationHandle, const char* hrtfPath, LavHandle* destination) {
PUB_BEGIN
auto simulation = incomingObject<Simulation>(simulationHandle);
LOCK(*simulation);
auto hrtf = createHrtfFromString(hrtfPath, simulation->getSr());
auto retval = createHrtfNode(simulation, hrtf);
*destination = outgoingObject<Node>(retval);
PUB_END
}
MultipannerNode::MultipannerNode(std::shared_ptr<Simulation> sim, std::shared_ptr<HrtfData> hrtf): SubgraphNode(Lav_OBJTYPE_MULTIPANNER_NODE, sim) {
hrtf_panner = createHrtfNode(sim, hrtf);
amplitude_panner = createAmplitudePannerNode(sim);
input=createGainNode(simulation);
input->resize(1, 1);
input->appendInputConnection(0, 1);
input->appendOutputConnection(0, 1);
input->connect(0, hrtf_panner, 0);
input->connect(0, amplitude_panner, 0);
appendOutputConnection(0, 0);
setInputNode(input);
}
Lav_PUBLIC_FUNCTION LavError Lav_createHrtfNode(LavHandle simulationHandle, const char* hrtfPath, LavHandle* destination) {
PUB_BEGIN
auto simulation = incomingObject<Simulation>(simulationHandle);
LOCK(*simulation);
auto hrtf = std::make_shared<HrtfData>();
if(std::string(hrtfPath) != "default") {
hrtf->loadFromFile(hrtfPath, simulation->getSr());
} else {
hrtf->loadFromDefault(simulation->getSr());
}
auto retval = createHrtfNode(simulation, hrtf);
*destination = outgoingObject<Node>(retval);
PUB_END
}
