^Maybe you already know that CLIO fw-02, MIC-01, QCBox Model 5 and ver 12 QC software is my primary measurement system. Convert IR to FR is in use with .mls files almost every week without problems. Also pocket crp files should work but I have not yet tested the latest 3.0 version. I will look your mls file in debug mode. Small adjustments to get backwards compatibility can be done.
2.0.113.1 (2024-04-16)
Convert IR to FR- Added support for CLIO 4.x mls files.
- Added sample rate: 51200 Hz.
Hi guys I am trying to simulate a bipole subwoofer and this is what I am getting but I think it is wrong, but I am not sure. I am trying to simulate a front and rear firing bipole. I was certain that below a certain frequency things should be monopole but I show directivity throughout... and ideas?
It's not just that. Listening distance setting is too short - probably ca. 1000 mm. You should not set values less than 2000 mm for normal speakers. 3000...4000 mm is okay for directivity simulations.
That is not very realistic assuming you are not listening in anechoic. Radiator which locates 2-3 times further than the nearest does not have any significance to total. So directivity, power etc. of omni radiator at LF is best to simulate to distance where reflections are usually included.