You can count to 7 but you can't tell the difference between unary (1) and binary (2)?
Dumb.
You can count to 7 but you can't tell the difference between unary (1) and binary (2)?
You sure can count to 8, but you can't tell the difference between unary (1) and binary (2)?Magnus Anderson wrote: ↑Mon Mar 03, 2025 4:04 pmDumb #8.
You are trying too hard, Magnus.
I know.Magnus Anderson wrote: ↑Mon Mar 03, 2025 6:24 pm Arity refers to the number of arguments a function has.
Well done! So banal you pay lip service to it, and then you have no clue how to apply it in practice.Magnus Anderson wrote: ↑Mon Mar 03, 2025 6:24 pm Unary functions have an arity of 1, i.e. they have 1 argument.
Binary functions have an arity of 2, i.e. they have 2 arguments.
Banal stuff that we're supposed to believe hides some deep truth.
Magnus Anderson wrote: ↑Mon Mar 03, 2025 6:24 pm Your "isItself" function takes 1 argument. But you forget to mention that there's a similar function that does the same job that that takes 2 arguments: "isTheSamePortionOfReality". Your "itItself( x )" would be equivalent to "isTheSamePortionOfReality( x, x )". See? Nothing to do with arity.
No, it isn't. You are still confusing identity and equality.Magnus Anderson wrote: ↑Mon Mar 03, 2025 6:24 pm But more importantly, the Law of Identity isn't really concerned with identity in The Ship of Theseus sense of the word. The function that captures the Law of Identity would be, "equalInContent".
Well, I'll keep on pretending you aren't saying bullshit so I can teach you and cure you of your ignoranceMagnus Anderson wrote: ↑Mon Mar 03, 2025 6:24 pm Whereas "isTheSamePortionOfReality" returns "true" if two portions of reality are the same portion of reality, the function "equalInContent" returns true if two portions of reality are identical in content. That's really what the Law of Identity is about. But you don't understand that because you don't pay attention.
You are . . . an idiot.
And you're still being a nitwit who refuses to listen.
Four girls in four different dresses that are identical in color, i.e. they are all green. They are not wearing one and the same dress. They are wearing four different dresses with each dress having its own, distinct, identity. And yet, they are identical dresses. How is that possible?identical
/ʌɪˈdɛntɪkl/
adjective
1.
similar in every detail; exactly alike.
"four girls in identical green outfits"
Hopefully, you won't.
Yeah. I don't listen to nitwits who don't understand identity.Magnus Anderson wrote: ↑Tue Mar 04, 2025 4:28 pm And you're still being a nitwit who refuses to listen.
Yeah.. That's not identity.Magnus Anderson wrote: ↑Tue Mar 04, 2025 4:28 pm Four girls in four different dresses that are identical in color, i.e. they are all green.
Precisely. Because two dresses can never be identical.
Precisely.Because no two dresses are identical.Magnus Anderson wrote: ↑Tue Mar 04, 2025 4:28 pm They are wearing four different dresses with each dress having its own, distinct, identity.
Trivially. By equivocating identity.Magnus Anderson wrote: ↑Tue Mar 04, 2025 4:28 pm And yet, they are identical dresses. How is that possible?
Separate objects are never identical.The identity of indiscernibles is an ontological principle that states that there cannot be separate objects or entities that have all their properties in common.
Hmm, now that you've opened my eyes I realize you've been100% correct all along.Magnus Anderson wrote: ↑Wed Mar 05, 2025 11:37 am So you've decided to ignore the Google definition, the definition that everyone goes by, opting instead to pointlessly force your own. Exactly what do you think you will show or prove by doing that? That you're not particularly bright does not count.
And we've already established that you don't understand what the term "equivocation" means. But that does not stop you from misusing it, doesn't it? The same way you misuse many other terms, the Law of Identity being one of them.
How many arguments does the function called "IsSkepdickTimeSeeker()" have? It has exactly 0 arguments, doesn't it? It's a nullary function. And yet, it compares the identity of Skepdick to the identity of Time Seeker, returning true every single time because the two brainwrecks are actually one and the same brainwreck. Or how about a function such as "hasEqualIdentity( x, y )"? That's a binary function, it accepts 2 arguments. And yet, it's doing the same thing: comparing the identity of "x" to the identity of "y". When "x" is "Skepdick" and "y" is "Time Seeker", the function returns true . . . because, again, we have two different names representing one and the same embarrassment. How is that possible if identity check is strictly unary? Well, perhaps because, and only because, it has nothing to do with arity and you're merely misusing the term, as you usually do with many other terms.
And what's the point of any of this other than to distract, confuse, cnoceal and impress? How does it relate to the Law of Identity? How does that support your idiotic pretentious stance that the Law of Identity isn't true in all cases?
You should give up. The distinction between equal content and equal identity is pretty clear to pretty much everyone. And yet, the Law of Identity is all about the former -- equal content. It says the content of every thing T is equal to the content of that very thing T. What's so difficult to grasp? Perhaps the standard use of the word "identity" confuses you, making you incapable of listening and thinking clearly? Maybe you have your head focusing too much on programming and too little on normal everyday communication?
You've never been anything more than a blabbering, doubt instilling, argue-against-everything, tryhard wannabe "thinker" imbecile.
Only a person identical with an idiot fails to grasp that identity (unary self-relation) can never be false, but equality (binary relation) can be.Magnus Anderson wrote: ↑Thu Mar 06, 2025 6:09 am "A = A" means "The content of the portion of reality represented by A is the same as the content of the portion of reality represented by A".
"A" and "A" are variables. They represent the content of some portion of reality. The equality sign ( "=" ) means "the same".
It's pretty obvious to me, and I am sure to everyone else, that A is always itself. That's not where we disagree. But the fact that you can't see that, and thus move this discussion forward, is what baffles me. How retarded must someone be to be so stuck regarding simple things?
Sounds like we agree then.Magnus Anderson wrote: ↑Thu Mar 06, 2025 7:03 amIt's pretty obvious to me, and I am sure to everyone else, that A is always itself. That's not where we disagree. But the fact that you can't see that, and thus move this discussion forward, is what baffles me. How retarded must someone be to so stuck regarding simple things?
It seems like you're raising the stupid object that "A is always itself" is not another way of saying "The identity of A is equal to the identity of A". Your reasoning being, "Equality has the possibility of being false! Self-identity check does not!" That's a pretty dumb objection.
This too. How stupid. It's pretty obvious to me, and I am pretty sure everyone else, that equality and identity are two different things. Equality means that what's being compared is the same. Identity refers to what makes something separate from other things.