Firstly, I find it absolutely humorous that you (Stedanko) keep mentioning designers who are pro wide polar pattern, tapered power response, and flat listening window--yet you don't like the Salon 2...the speaker that was literally designed around the idea of tapered power response, flat listening window, very wide polar to ensure VER, and lack of compression.
The irony of the argument between you and Bear is that I, and I'm pretty sure Bear, agree that all of the above (wide polar, flat listening window, etc) are good goals, but you keep posting a listening window response and calling it a power response. These are two different measurements. The listening window is a total of 5 measurments summed: On-axis, 15 degrees off-axis left, 15 degrees off-axis right, 15 degrees off-axis in verticle plane upwards, 15 degrees off-axis in vertical plane downwards. This is supposed to give the user an idea of how the speaker performs as far as direct sound is concerned.
Power response is a series of measurements taken 360 degrees around the speaker. This is the total sound radiated into the room. The research shows people find a tapered power response to sound most realistic. This is supposed to determine how the speaker performs if the user is listening in the extreme farfield where a great deal of reflected sound will be heard by the user. If I sit 2 feet from my speakers, I couldn't care less about the power response as I will be hearing mostly direct sound. If anything, from 2 feet away I care about first reflection.