Add treshold knob to peak controller
This causes the peak controller to react only when the measured peaks are above the set treshold
Might be useful for finetuning your sidechains
Samplebuffer: reload all samples when samplerate changes. This is because of the way LMMS uses samples: we always resample all samples t$
LadspaEffect: some safeguards for the non-inplacebroken plugins which use the same buffer for input and output. Theoretically, if some p$
FxMixer: fix effect processing in multichannel-chains
Well, this commit got a bit out of hand, what with 26 files changed. Oh well.
Basically, we're using the buffermanager to dispense temporary buffers for playhandles and audioports to use.
This allows us to change the way playhandles work. Earlier, playhandles of the same track were waiting in line
to push their output to the audioport. This was of course inefficient, so now they just register themselves to the port,
then the port handles mixing the buffers.
Caveat: this is still a work in progress, the vol/pan knobs on instruments are temporarily non-functional - will be fixed in
the next commit, but I have to get some sleep now.
I don't think we currently have any that would support this functionality, but in case someone has a LADSPA plugin that has audiorate control ports, this allows them to be used with the new sample-exact models
Again... not strictly related to memory management, but since I was in that part of the codebase already...
corrected the typeo's,
Used sampleFrame instead of float* making the code cleaner.
Set up a socket to change the samplerate where required.
Stopped using malloc ( yeah that was bad practice on my part ).
Now using lmms_Math.h and the predefined versions of F_PI and F_2PI,
I didn't know data from the knobs etc. was not updated over the course of a buffer, so have moved outside the processing loop,
made appropriate functions inline,
used sinf.
Multiplication has replaced division where possible,
zeroing of the buffer has been removed, as redundant.
Adds a state-variant 4-pole lowpass filter into LMMS, which I swiped from Nekobee and slightly adapted to work in LMMS
It is possible that with some adjustments a highpass version could also be produced (will have to look into that)
It sounds really cool, kind of like the moog filter but has more character, esp. on high Q values
