- Gain
- Pre-delay
- Diffusion
- Tail Decay
- High Frequency Damping
- High Frequency Cut
- Tempo → Diffusion and Decay
- Tempo → Pre-delay (Pedro Thesis)
- Crest → HF Damp
- Fixed Parameter → HF Cut
- Crest Factor → Gain
The mean tempo for each condition, (mean over 4 takes) and the RT60 of the space (at 1kHz) are significantly correlated r = -0.8890 with a p = 0.00025.
F = fit(TEMPO1,RT(:,2),'poly1')
F(x) = p1*x + p2
p1 = -1.1 (-1.527, -0.6727)
p2 = 136.1 (84.5, 187.7)
T = 942.4 + 0.00002*exp(20354 * decay) + 16170*exp(-6.446 * diffus);
HighFrequencyDamping = 1/(crest^2)
HighCutFrequency = 5000
gain = 1 /(crest^3)
If any aspects of this code is used, please reference the following paper
Moffat, D. and Sandler, M., 2019, October. An Automated Approach to the Application of Reverberation. In Audio Engineering Society Convention 147.
@inproceedings{moffat19reverb,
Address = {New York, USA},
Author = {Moffat, David and Sandler, Mark B},
Booktitle = {Audio Engineering Society Convention 147},
Month = {October},
Title = {An Automated Approach to the Application of Reverberation},
Year = {2019}}
Please contact me for licensing agreements, or for any questions.