Having a clear test for autism is wonderful, but the spectrum is of infinite width and infinite height.
Having a clear test for autism is wonderful, but the spectrum is of infinite width and infinite height.
How do you know this, having not experienced neurotypical thinking?
Not saying you or OP are wrong, and I believe the non-neurotypical thing, but these topics are ones where nearly everyone who says they are on the spectrum appear to be 100% vehemently sure they are, but not 100% of those people are correct.
If this were true, everyone is diagnosable.
This could even have more dimensions to it, represented as 0-1 on each. If we're creating a diagnosis of a spectrum that directly affects function, does it not make sense for the general acceptance of normalcy to be represented as either all 1's or a number in-between? If being a savant gives someone greater individual knowledge, should this not be represented in a diagnosis of autism? Do they not instead become above that of normalcy by having this increased ability for specialized knowledge? This almost extends the idea of the spectrum into an extensive representation of a human's ability to function. With the idea of the spectrum being so wide, having a system to classify a human's ability to function over certain categories can aid in the ability to define normalcy and otherwise. The more pieces of information we have in this essentially matrix allows us to have a clear-cut understanding of what most people fall under. To limit this to 3-dimensional space helps as humans to visualize this, but to limit a tool to what we can visualize can hamper its ability.
(I am not a doctor)
I have two thoughts: a) this risks become a personality test, which are notoriously poor as a medical diagnosis tool, and b) I don’t think we (society) should be in a hurry to slap a medical diagnosis on everything.
I always upvote thoughtful responses even if I generally disagree with the overall theme.
As is typically the case, I’m probably wrong and will end up, over time, holding opinions opposed to my present collection, so I try not to stifle divergent opinions.
First: a graph with two infinite dimensions doesn't have a top right point, it has a top right extent.
Second: when graphing, you don't get to pick what the normal is. That's a property of the graph. It is not the (impossible) property you've described.
I absolutely appreciate the insight and comment. I had feared that the time I saw 120 twice in a row at a doctors visit, so I started measuring it at home.