Hi
I have a project where I am working with Binaural measurements and wants to capture the impulse responses from the left speaker to the left and right ear including room acoustics, and from the right speaker to the left and right ear (two stereo impulse responses, i.e four transfer functions). To do this I am using the fantastic program REW with the convenient function "export impulse response to wav". I am measuring the four impulse responses separately.
I am using the settings “Use loopback as timing reference” and this works very well when verifying the timing between the left and right (stereo) impulse responses in REW, but when exporting the impulse responses, this loopback timing seems to disappear.
To not lose too much resolution, I am trying to use the setting “Normalise samples to peak value” when exporting the stereo impulse response (left and right), but the normalising is applied on the two channels separately. This removes the important information about the amplitude differences between the two channels.
I hope that my findings are possible to solve, to make a really great program even better!
Regards
Fredrik
I have a project where I am working with Binaural measurements and wants to capture the impulse responses from the left speaker to the left and right ear including room acoustics, and from the right speaker to the left and right ear (two stereo impulse responses, i.e four transfer functions). To do this I am using the fantastic program REW with the convenient function "export impulse response to wav". I am measuring the four impulse responses separately.
I am using the settings “Use loopback as timing reference” and this works very well when verifying the timing between the left and right (stereo) impulse responses in REW, but when exporting the impulse responses, this loopback timing seems to disappear.
To not lose too much resolution, I am trying to use the setting “Normalise samples to peak value” when exporting the stereo impulse response (left and right), but the normalising is applied on the two channels separately. This removes the important information about the amplitude differences between the two channels.
I hope that my findings are possible to solve, to make a really great program even better!
Regards
Fredrik