name,\
times,\
[] (LavHandle sim, int count) {\
LavHandle h;\
std::vector<LavHandle> v;\
for(int i=0; i < count; i++) {\
ERRCHECK(createLine);\
v.push_back(h);\
}\
return v;\
}\
)
std::tuple<std::string, int, std::function<std::vector<LavHandle>(LavHandle, int)>> to_profile[] = {
ENTRY("sine", 1000, Lav_createSineNode(sim, &h)),
ENTRY("crossfading delay line", 1000, Lav_createCrossfadingDelayNode(sim, 0.1, 1, &h)),
ENTRY("biquad", 1000, Lav_createBiquadNode(sim, 1, &h)),
ENTRY("amplitude panner", 1000, Lav_createAmplitudePannerNode(sim, &h)),
ENTRY("HRTF panner", 30, Lav_createHrtfNode(sim, "default", &h)),
ENTRY("hard limiter", 1000, Lav_createHardLimiterNode(sim, 2, &h)),
ENTRY("channel splitter", 1000, Lav_createChannelSplitterNode(sim, 10, &h)),
ENTRY("channel merger", 1000, Lav_createChannelMergerNode(sim, 10, &h)),
ENTRY("noise", 100, Lav_createNoiseNode(sim, &h)),
ENTRY("square", 500, Lav_createSquareNode(sim, &h)),
ENTRY("ringmod", 1000, Lav_createRingmodNode(sim, &h)),
ENTRY("16x16 FDN", 1, Lav_createFeedbackDelayNetworkNode(sim, 1.0f, 16, &h)),
ENTRY("32x32 FDN", 1, Lav_createFeedbackDelayNetworkNode(sim, 1.0f, 32, &h)),
ENTRY("late reflections generator", 1, Lav_createLateReflectionsNode(sim, &h)),
};
int to_profile_size=sizeof(to_profile)/sizeof(to_profile[0]);
LavError createCrossfadingDelay(LavHandle s, LavHandle& h) {
ERRCHECK(Lav_createCrossfadingDelayNode(s, 0.1, 1, &h));
ERRCHECK(Lav_nodeSetFloatProperty(h, Lav_DELAY_DELAY, 0.1));
return Lav_ERROR_NONE;
}
