It's all there (the recorded code), just have to find it.
When I'm asked "what will this sound like?" , regarding anything audio, I don't see black and white. That would be like taking a still picture of the Earth on any given day and expect to get the same picture on any other day. The reason why we can tune with confidence is we can put our trust in the law of equals, but equals according to conditions. The drawing above are equal gradients. Doesn't look so does it? But look closer and you will see that the red and blue have the same gradient values.
It's important that we get to the place in our audiophile journey where we start to look at the rules of physics and not so much the laws according to audiophile-isms. Much of our hobby has been built on myth not fact, mainly because many of the high end audio "experts" were more concerned with their ego implied reputations. Thank God we have the internet today
and myth busting has been made easy. Hopefully this thread will once again show a different view than typical high end audio spins. (sorry audio experts)
getting it right
When I'm tuning cables I look at opening and closing harmonics, around the fundamentals, as being the answer to getting the sound where I want it. Once you do start tuning cables you realize that you are in control of more of the recording than you thought. Intermingling the fundamental forces with the audio signal can give any sound wanted in the entire audio spectrum. The conditions of your intermingling, interacting and interconnection is both simple and complex. However understanding is half the battle. Let me show you a few thoughts that might help you see the three I's (intermingling interacting interconnecting) in action.
conditions
take a look for example of hot & cold (signal inside of space)
https://www.youtube.com/watch?v=xPi4zkdDa6I
next look at this (below), just because you interconnect doesn't mean you are intermingling
https://www.youtube.com/watch?v=86ChgK38EIA&ebc=ANyPxKq3M_fiYia58VvDJuIw98VQi7BR9_Pt3CazUVv-VeFeEmIf65E0uMHzjO-ebN-i1H8QYR_5aSTRaXJLBPdMnIWw06bW-A
https://www.youtube.com/watch?v=evteZ-FN0hY&ebc=ANyPxKrmu1WfuK3v1VuffCkYNz2V_qqZyW8Zf1lIoFJKqDuksOO9UcbETaLW2bcH-TpRB-QLmYL2-voheeOm_u6uTnVEG2yQDw
science
let's continue by reviewing the four fundamentals
https://www.youtube.com/watch?v=Yv3EMq2Dgq8&list=PLsNB4peY6C6JDc1HcVKjjYzVB0BYEXexd
Now, if you skipped over the links above go back and watch them. They're short, simple and important.