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<blockquote data-quote="Ivan Beaver" data-source="post: 115294" data-attributes="member: 30">Re: tall skinny speakersOf course to be totally accurate you would have to say at what freq and how many dB down is the considered the pattern.&nbsp;&nbsp; It just doesn&#039;t magically stop.But to kinda answer it-here is a PROTOTYPE model using the prototype loudspeaker and quickly gathered polar data.I turned the audience area to a vertical plane (ie the back wall) and placed the loudspeaker 30&#039; off the floor and 100&#039; from the wall.&nbsp; I choose the 30&#039; so you could see more of the actual pattern on the wall.The mics are vertically stacked so you can see the freq response.&nbsp; You can see the height of each mic on the grid to the right in the Z dimension.The wall is 100&#039;x100&#039;This is at 2KHz.I hope that helps answer the question.&nbsp; Until we get more final data, this is all we have to to with.</blockquote>

[QUOTE="Ivan Beaver, post: 115294, member: 30"] Re: tall skinny speakers Of course to be totally accurate you would have to say at what freq and how many dB down is the considered the pattern. It just doesn't magically stop. But to kinda answer it-here is a PROTOTYPE model using the prototype loudspeaker and quickly gathered polar data. I turned the audience area to a vertical plane (ie the back wall) and placed the loudspeaker 30' off the floor and 100' from the wall. I choose the 30' so you could see more of the actual pattern on the wall. The mics are vertically stacked so you can see the freq response. You can see the height of each mic on the grid to the right in the Z dimension. The wall is 100'x100' This is at 2KHz. I hope that helps answer the question. Until we get more final data, this is all we have to to with. [/QUOTE]

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