Just now i cannot stop listening music...
My system value is 1000 bucks ,but well optimized... In my own way...
I dont feel envious for any system i listened to here or on youtube , save very rare one well optimized and in a marvellous acoustically controlled room so well done even me i could hear their exceptional soundfield and timbre experience through youtube to some small but very audible extent...
But i cannot be envious of someone with a budget of 250,000 bucks and probably more for a room/system out of this world, and i spoke of the sound here not of the gear price...
Especially not envious because my system is among the best sound possible for a 1000 bucks one...Speakers or headphone...
It could be improved but when i listen music i forget the necessary analysis about its shortcoming...
I am probably deluded by too much ravishing music listenings sessions and not enough analysis (subjectivist criticism) or worst "placebo" (objectivist criticism) ...![]()
Anyway i called this threshold once reached , "the minimal acoustical satisfaction threshold" when all acoustics factors are relatively well balanced between one another, Here an image of these acoustics concepts for which exist many acoustics articles .
It is described by an image above posted by lanx003, thanks to him again ...
And no Carlos, sorry i will not post my recording of my system... You can think i am deluded or in placebo state......i only feel the urge to post this magnificent image containing all the acoustics concepts any audiophile must investigate to understand which parameters he must act upon and what he dont understand about their interaction together ...
I can post a link to any of these concepts and the way to act on them to inspire some experiments...( except sound isolation which i never need to understand well anyway ) It is nowadays easy not like 12 years ago when i was tuning my first room , we have A.I. which will spell out all the necessary articles...
This diagram though lack an essential concept : hearing theory...
We must understand how human perceive sound in a way a Fourier machine cannot do...


