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Yes... and from the Hidaka (1997) the spectral content from 350Hz-2.8K is most critical. Extend that a little and you have the midrange as the critical area. Since there are very few loudspeakers that have constant directivity over that range, you see very uneven spectral content in early reflections. It may be that, rather than the reflection itself that is influencing the preferences.
Quote from: PhilNYC on 20 Aug 2009, 04:25 pmIn terms of soundstage depth, I found that mine improved dramatically after I put diffusers on the wall behind my listening seat....How far away was your seat from the wall? I am curious about how much this distance matters to the results.
In terms of soundstage depth, I found that mine improved dramatically after I put diffusers on the wall behind my listening seat....
And in terms of what people, in general, prefer, I have seen some studies that show people in general prefer more THD than less! So preferences in a subset such as ours (audiocircle members for example) just may diverge from those of the general population as a whole. I am not sure how this question of preference of direct vs reflected is really digging into what makes a holographic soundstage though. Is someone saying that reflected makes a more holographic illusion? Because, at the end of the day, all we are really doing is trying to create some prefered type of illusion. Nothing is truly "lifelike", in audio reproduction.
The point made about professionals was that we should be careful about our definitions of "good" because they might differ from that of our customers.
1. Symmetric setup of speakers with respect to the nearest boundaries in non-nearfield listening is helpful in stereo with respect to imaging and timbre2. Broadband absorption of the first reflections at the sidewalls will tend to result in more pinpoint imaging for those listeners who may prefer a "tighter" soundstage3. Some lateral reflections can help increase the perception of spaciousness for those listeners who may prefer a more "open" soundstage, particularly those used to hearing performances in older concert halls. This man be achieved by leaving the first sidewall reflection points for speakers with good off-axis performance, otherwise a 2D diffuser can be positioned directly behind the listening position and even at the first ceiling reflection points.4. Speakers with uneven or irregular off-axis response should usually be toed-in more than those with good off-axis response. These may particularly benefit from sidewall absorption.5. Front wall absorption is generally helpful, as is rear wall absorption or diffusion behind the listener.etc.
Quote from: Kevin Haskins on 20 Aug 2009, 04:13 pmThe point made about professionals was that we should be careful about our definitions of "good" because they might differ from that of our customers. I'm supposed to care what my customers think? This is news to me!