Reverb built from a large FIR filter
This example illustrates how reverb can be implemented using a large FIR filter which simulates the impulse response of a
room. The "Large FIR (FFT)" component implements the FIR filter using fast (FFT) convolution. The FIR coefficients are
read from an ascii file. In this case, an exponentially decaying random filter was designed (in MATLAB(R)) with a distribution
of approximately 2000 non-zero filter taps per second (examine the filter by reading it from "random.txt" into MATLAB using
the "wwfirr" function provided with WaveWarp).
This example uses only 32768 filter taps. You can of course experiment with longer filters for richer revereberant effects...
and why not try using an actual measured room impulse response function...
