Bill, 
Your comment is very close to what I was trying to
say.
> I have been a musician for seventy years, and I was a
serious
mathematician until age twenty. (I graduated with a double degree.) I
can assure you that I don’t think “only in terms of the patterns . . .”
In fact, in my most treasured musical experiences—and
 I’d venture to say the same for mathematics—I barely “think” at all.
It’s an embodied understanding: I “feel” what I apprehend—and only after
 the fact, with a great sense of loss, do I “think” about it. And when I
 do “think” I mostly struggle to find some
 faint simulacrum of my experience. Sometimes that might involve
patterns; sometimes I might draw pictures or notes or words; sometimes I
 simply get up from the desk and pace, wave my arms, sing a little.
(Except for the singing, the same definitely goes for
 mathematics.)  
The phrase "embodied experience" is
excellent.  Peirce, Einstein, Archimedes, Whitehead, and many others
would agree.
In fact, the way you describe your experience and the
difficulty of putting it into words is very close to what Peirce said
about  his "left handed brain" (he was left handed).  And he
admitted that he had considerable difficulty in expressing himself in
words -- that is one reason why he preferred diagrams.  He also hoped to
generalize his diagrams to "stereoscopic moving images" or even
physical models. He would have loved to work with a virtual reality
system.
When I mentioned "structural patterns", I chose
that term because I needed a noun phrase to insert in the sentence.  
Your description is very close to the way that most professional
mathematicians describe their way of thinking.  For examples, and
references see the first ten slides in "Peirce, Polya, and Euclid: 
Integrating logic, heuristics, and geometry"
http://jfsowa.com/talks/ppe.pdf . 
The reason why I used the
analogy of math to music is that I wanted to emphasize the non-verbal way
of thinking in those fields.  Any description in words cannot capture the
essence of what goes on when a mathematician or a musician is deep in the
creative experience.
I'm thinking of the musician who was asked
what his composition meant. As an answer, he played it
again.
Fundamental principle:  For mathematicians and musicians,
words are not just secondary, they're almost irrelevant.  To understand
them, look at what they do, not at what they say.
John
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