![]() ![]() There are also more useful tools for things like setting delays, or editing loudspeaker groups together. the accessibility and ease of use of using audio loops, stated Mats Karlf. (yes, Odeon has a built in library of some loudspeakers, but it's no contest on this one really) This makes it a lot easier when it comes to modelling specific loudspeaker sources in a space. Building on the legacy of A-List Acoustic Guitarist and A-List Electric. For a start, most loudspeaker manufacturers accept this as the impartial industry standard and will almost always have EASE data for their loudspeakers, usually available simply from their websites (or sometimes just a quick tech support phone call away). As for EASE, this is a much more powerful tool for PA/VA or loudspeaker layout designs where you're looking at specific products. ![]() ![]() Odeon will also allow you to set up surfaces to have sound transmission, either by way of a transparency coefficient, or a full spectrum of R values. It also has some useful tools like reflector analysis, if you're looking at bolstering STI with early reflections from a stage position for example. This is the tool I would use for traditional room acoustics models, to determine things like RT or SPL transfer between spaces.
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