- 5801 Compressor/Expandor
- 5802 DC remove
- 5803 Delay
- 5804 Distortion
- 5805 Impulse train generator
- 5806 Voice control impulse train generator
- 5807 All pass filter with LFO control of delay interval
- 5808 Bandpass filter with LFO control of frequency
- 5809 Bandpass filter bank, 5 filters, with LFO control of frequency
- 5810 Delay with LFO control of interval
- 5811 Bandpass filter bank, 5 filters, with random control of frequency
- 5812 Linear prediction based vocoder
- 5813 Phaser based on digital integrator
- 5814 Phaser based on all pass filters
- 5815 RBJ band pass filter with bandwidth control
- 5816 RBJ band pass filter with Q control
- 5817 RBJ high pass filter with Q control
- 5818 RBJ high pass filter bank with Q control
- 5819 RBJ high shelf filter
- 5820 RBJ low pass filter with Q control
- 5821 RBJ low pass filter bank with Q control
- 5822 RBJ low shelf filter
- 5823 RBJ peaking EQ
- 5824 Adjustable reverb
- 5825 Sine wave generator
- 5826 Butterworth low pass filter
- 5827 Butterworth high pass filter
- 5828 Butterworth band pass filter
- 5829 Butterworth band stop filter
- 5830 Elliptical low pass filter
- 5831 Elliptical high pass filter
- 5832 Elliptical band pass filter
- 5833 Elliptical band stop filter
- 5834 Pitch Shifter
RBJ = Robert Bristow-Johnson of Audio-EQ-Cookbook.txt
All of the plugins reside in twk.so . The zip file is available for download here.
In the source directory just type make. This will compile
the plugin twk.so.
The makefile has a few other targets.
$ make asm
To generate the assembly of the source files.
$ make butt_formulas
To run maxima and display the Butterworth stages coefficients.
$ make ellip_formulas
To rum maxima and display the elliptical stages coefficients.
Copy twk.so to a directory referenced by the environment
variable LADSPA_PATH. For example:
mkdir /home/tim/ladspa
cp twk.so /home/tim/ladspa
export LADSPA_PATH=/usr/lib/ladspa:/home/tim/ladspa
And then run your LADSPA program. To make the export permanent
put export LADSPA_PATH=/usr/lib/ladspa:/home/tim/ladspa
at the end of your .bashrc file.
-
GNU math library
Uses GNU specific functions and constant
-
ladspa-dev
This is for ladspa.h
-
make
-
maxima
If you want to verify the equations.
-
scilab
If you want to compute coefficients.