TL;DR:
I want to change my testimony. After testing myself, I realized that I solve puzzles etc. with visual images after all, they are just quick snapshots of situations, not actual visualization of movements or processes. "Unsymbolized thinking" is merely for intermediate steps between visualized images. If I think without visualization, then I work with gut feeling, that is hardly thinking, more like guessing and intuition without confirmation. I still keep internal dialogue and verbal thinking at minimum, though.
Full story:
As this topic really began to bother me, I made several actual tests, instead just trying to remember what I remember been going inside my head when I was thinking about things... I ended up with these results:
I can play Tetris with my stuffed refrigator without visualizing how I can fit items inside. It is good enough to use gut feeling based on size and shape of objects, so I didn't visualize what I was doing. I just fitted stuff inside without consciously imagining what the refrigator would look like after putting in some individual item.
When I saw an equation "16x=4" on the computer screen, I saw a mental image of "x=4/16". That happened even before I decided to solve "x" so the image came without a warning. However, thought process itself wasn't visual, I just saw the end result. I didn't saw 16 moving to under 4, it was there already when I got that mental image.
I chose a programming problem that I haven't memorized line-by-line how it should be made: I know in principle how a binary search works, but have no memorized step-by-step algorithm at practical pseudo-code level. When I recalled the binary search from my memory, I got a "feeling" of the algorithm, but not a visual image of it, nor a literal phrasing like "split sequence to smaller sequences, choose which sequence contains the searched unit, and keep splitting until only one unit is left". But when I began to write the code, I got a visual of every line of code before I wrote it. Damn, I even got a visual of two or three lines of code when they had to work together and produce a result I knew was needed at that phase of the algorithm.
I recalled a puzzle about two gates with gatekeepers, one always lying while other always telling truth. By the puzzle's rules, I can ask only one question from one of the gatekeepers to find out which gate I should choose to walk thru. First, I got a vague memory image of the movie Labyrinth which had this scene. Because I remember the right question to ask (
), I naturally thought of that in a spoken form, which was expected. Then what I really tested, was how I would rationalize the explanation. I couldn't formulate the answer without me entering into an internal dialogue mode, thinking different options:
I simply couldn't get the gut feeling of the logic without dressing it to the words, and writing it down to help my memory to keep up with listing all the logic combinations. I tried if I could visualize it as some kind of logic tree, but I didn't manage to do that, the verbal dissection of the logic was the only way to go.
Tower of Hanoi was the most interesting case:
- It is a good test as I have never thought a strategy for the game before, just tested it once or twice years ago. I wanted to avoid visualizing moves beforehand, so I went with a gut feeling like I do with programming.
- Three and four pieces version of the game went perfectly with minimum amount of moves. I repeated the test twice for both versions with about a ten minute pause in-between to make sure that I forget any sequences that I haven't tried to remember on purpose. This, of course, does not mean that I didn't solve three piece version of the puzzle at first attempt with luck, and then subconsciously remembered the sequence how to get an individual piece at its place.
- I actually got a proof of subconscious remembering as with a five piece version of the puzzle I managed to move whole tower in minimum amount of moves... to the middle. I got also plenty of move wasting mistakes, but mostly I managed to solve the puzzle to the wrong position with minimum amount of moves. I didn't play it enough many times to see if I can get it right, as about dozen attempts were enough to me.
- I didn't had visualizations of moving sequences, only quick flashes of images me dropping the piece to the place where I was moving it, and occasional images of the second move following it (which couple of times made me change my mind about the initial move). I tried to not think consciously moves ahead as that would have certainly produced visualization of moves.
- Because I have programmed computers since I was about eight years old, the two's powers (2^x, where x=0..16) are burnt permanently to my mind. For this reason, when I saw game's prediction about minimum amount of moves following sequence 1, 3, 7, 15 etc. depending on the amount of pieces, I didn't need to visualize moves to notice, that lowest piece needs to move only once, second lowest pieces moves twice, third lowest pieces moves four times and so on.
I think all this means, that I have an eye to the patterns, but my brains also accept a very vague and abstract level thinking instead getting obsessed with details. I personally feel bad about not having a full understanding of what I am doing, but it is not paralyzing. I know that "autistic people have an impairments at abstract level thinking" is a debunked conclusion from tests where autistic people excel with detail oriented thinking, but I think my kind of thinking show less focus on detail processing... I don't know... I'm still confused about how I fit on the spectrum
I want to change my testimony. After testing myself, I realized that I solve puzzles etc. with visual images after all, they are just quick snapshots of situations, not actual visualization of movements or processes. "Unsymbolized thinking" is merely for intermediate steps between visualized images. If I think without visualization, then I work with gut feeling, that is hardly thinking, more like guessing and intuition without confirmation. I still keep internal dialogue and verbal thinking at minimum, though.
Full story:
As this topic really began to bother me, I made several actual tests, instead just trying to remember what I remember been going inside my head when I was thinking about things... I ended up with these results:
I can play Tetris with my stuffed refrigator without visualizing how I can fit items inside. It is good enough to use gut feeling based on size and shape of objects, so I didn't visualize what I was doing. I just fitted stuff inside without consciously imagining what the refrigator would look like after putting in some individual item.
When I saw an equation "16x=4" on the computer screen, I saw a mental image of "x=4/16". That happened even before I decided to solve "x" so the image came without a warning. However, thought process itself wasn't visual, I just saw the end result. I didn't saw 16 moving to under 4, it was there already when I got that mental image.
I chose a programming problem that I haven't memorized line-by-line how it should be made: I know in principle how a binary search works, but have no memorized step-by-step algorithm at practical pseudo-code level. When I recalled the binary search from my memory, I got a "feeling" of the algorithm, but not a visual image of it, nor a literal phrasing like "split sequence to smaller sequences, choose which sequence contains the searched unit, and keep splitting until only one unit is left". But when I began to write the code, I got a visual of every line of code before I wrote it. Damn, I even got a visual of two or three lines of code when they had to work together and produce a result I knew was needed at that phase of the algorithm.
I recalled a puzzle about two gates with gatekeepers, one always lying while other always telling truth. By the puzzle's rules, I can ask only one question from one of the gatekeepers to find out which gate I should choose to walk thru. First, I got a vague memory image of the movie Labyrinth which had this scene. Because I remember the right question to ask (
"Would the other guy say that this gate is the right one?"
"If this guy says yes and he lies, then the other one says no and he don't lie, thus other door is correct one. If this guy says yes and he tells truth, then the other one says yes and he lies, thus other door is correct one. And so on..."
Tower of Hanoi was the most interesting case:
- It is a good test as I have never thought a strategy for the game before, just tested it once or twice years ago. I wanted to avoid visualizing moves beforehand, so I went with a gut feeling like I do with programming.
- Three and four pieces version of the game went perfectly with minimum amount of moves. I repeated the test twice for both versions with about a ten minute pause in-between to make sure that I forget any sequences that I haven't tried to remember on purpose. This, of course, does not mean that I didn't solve three piece version of the puzzle at first attempt with luck, and then subconsciously remembered the sequence how to get an individual piece at its place.
- I actually got a proof of subconscious remembering as with a five piece version of the puzzle I managed to move whole tower in minimum amount of moves... to the middle. I got also plenty of move wasting mistakes, but mostly I managed to solve the puzzle to the wrong position with minimum amount of moves. I didn't play it enough many times to see if I can get it right, as about dozen attempts were enough to me.
- I didn't had visualizations of moving sequences, only quick flashes of images me dropping the piece to the place where I was moving it, and occasional images of the second move following it (which couple of times made me change my mind about the initial move). I tried to not think consciously moves ahead as that would have certainly produced visualization of moves.
- Because I have programmed computers since I was about eight years old, the two's powers (2^x, where x=0..16) are burnt permanently to my mind. For this reason, when I saw game's prediction about minimum amount of moves following sequence 1, 3, 7, 15 etc. depending on the amount of pieces, I didn't need to visualize moves to notice, that lowest piece needs to move only once, second lowest pieces moves twice, third lowest pieces moves four times and so on.
I think all this means, that I have an eye to the patterns, but my brains also accept a very vague and abstract level thinking instead getting obsessed with details. I personally feel bad about not having a full understanding of what I am doing, but it is not paralyzing. I know that "autistic people have an impairments at abstract level thinking" is a debunked conclusion from tests where autistic people excel with detail oriented thinking, but I think my kind of thinking show less focus on detail processing... I don't know... I'm still confused about how I fit on the spectrum
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