Thanks Reid!Just right click on the measurement on the left side and adjust level from there, or from the All SPL tab you can right click and align SPL to being multiple measurements to the same level.
Hi John,Fixed: Multi-input vector averages generated at time of capture without saving inputs to individual measurements did not have distortion data
Fixed for next build, shouldn't appear when there isn't a filter but the test was checking the HP filter.Could you fix the text of FSAF notes
No, that behaviour is within the Java runtime.Did you also change something related to window positions at multiple screens?
Java does not support moving popups, I can only control where they appear. I'll make them appear over the list instead of to the right of the list.I would be great to be able to move the position of the pop-up window that comes up when right clicking a measurement either in the All SPL or overlay SPL tabs.
I can have a look at that.Is there any method to re-save existing FSAF measurements with the residual file embedded?
It removes any time delay in the first measurement and removes the same delay from the second. That keeps their relative timing the same but minimises phase shift from time delay common to both measurements, so it is easier to see the relative behaviour of their phase traces.An update or so ago, "Remove Time Delay" was added to the alignment tool. Does this make the phase traces look as if there was no delay?
That would require storing measurements at 192 PPO, currently REW stores smoothed measurements at 96 PPO.is it possible to add 1/96 smoothing?
Thank you.It removes any time delay in the first measurement and removes the same delay from the second. That keeps their relative timing the same but minimises phase shift from time delay common to both measurements, so it is easier to see the relative behaviour of their phase traces.
It applies to FSAF measurements. There is a thread about FSAF here.Does this apply to all measurements? From REW and From File?
Does it allow to capture more detail, and better psychoacoustic prediction?
- Changed: FSAF uses the sub-band processing algorithms from the V3.1 MatLab upload
Thank-you John. You must have employed some useful compression method as well, the resulting MDAT file is less than half the size of the original WAV files.
- Added: Distortion graph controls show a button to embed FSAF residual WAV files into measurements for FSAF file measurements with a residual WAV
The residual is difficult to compress as it has a strong random component. To get around that it is normalised, with the scale factor stored internally. The normalised data is stored with 16-bit precision and then compressed, though the compression only gains another 10 - 20% or so, typically. The main gain is from 16-bit storage of the normalised residual data. The data is de-normalised when saved to WAV or sent for playback.You must have employed some useful compression method as well, the resulting MDAT file is less than half the size of the original WAV files.