nyuuzyou/wikis huggingface dataset:
Éšœłãñg

Éšœłãñg is an esolang based on how the creators keyboard works and yes ofc the creator is User:Yayimhere
== semantics(Éšœłãñg Normal) ==
so there is a base string(top line of program) and then theres rules. basically you have a single char and a number. on different cycles this rule will be interpreted as:
* odd cycles: on odd cycles the symbol is replaced with the numberth diacretic(see odd rules section)
* even cycles: replace symbol with symbol repeated number times
* prime even cycles: apply the prime cycle then the even one
* prime odd cycles: apply prime cycle then odd cycle
where the prime cycle(though never run) will replace the char with the program n times
=== Comp class ===
Éšœłãñg normal is an sub TC since its neighbour independent so it cant replace items in the string based on the rest of the string
== syntax ==
so the syntax is for every line:
 x:y
the x is the char that is replaced with things and y is the number. having \e will act as the empty string and adding a [ in front of a char will escape it. when y is negative the only difference is for the prime iteratiosn where it deletes the program y times 1 times (only if x is the program or holds the program)
== Éšœłãñg Ūńbôùñðëd ==
in Éšœłãñg Ūńbôùñðëd x(char argument) is more than a single char and the diacretics are applied to each char thats possible. 
=== Comp class ===
unknown
== odd rules ==
the ones not defined will be replaced with themselves
e and 1 -> é
e and 2 -> ë
y and 1 -> ý
y and 2 -> ÿ
u and 1,3,4,5 -> ú,ü,û,ù,ū
i and 1,2 -> í,ï
o and 7 -> óôòõœōö
a and 1,2,3,4,5,6 -> áäàâãā
s and 1,2,3 -> ßśš
d and 1 -> ð
l and 1 -> ł
n and 1,2 -> ñń
Category:Languages Category:2024 Category:Unimplemented Category:String-rewriting paradigm
Ð

:This esoteric programming language is still a work in progress. It may and probably will change in the future.
Ð (pronounced like the in <this>) is a work-in-progress design for an esoteric programming language by User:Rdococ.
== Purpose ==
Ð's purpose is to be cool and unusual. Whether it succeeds or not tends to either be up to you, or up to whether pigs fly. Of course, in Ð, pigs sometimes like to half-fly - which is kind of odd if you ask me.
== Overview ==
If you were to explain multiplication to a young child, you may mention something about repeated addition. Ð takes this concept to its extremes. Here is an example of what I mean - it's valid and outputs 11.3137084989848, the approximate value of 2^3.5.
x := 1
repeat(3.5) {
 x := x * 2
}
print(x)
Actually, multiplication itself is defined like this:
function multiply(x, y) {
 a := 0
 repeat(y) {
 a := a + x
 }
 return a
}
Another example of Ð's unusual semantics:
x := 23
print("hi")
repeat(1.5) {
 if (x < 23) {
 print("hi")
 } else {
 x := 22
 }
}
is also valid. To understand what it prints out, we must follow the logic of the output stream.
When "print" is called, the output is shifted to the left by n+1 bits - we can view this as it being multiplied by 2^(n+1), where n is the length of the string to print out. Then the string itself is printed (after the newline, of course). So say the above was a repeat(2) as opposed to a repeat(1.5):
01101000 01101001 // ascii for "hi"
01101000 01101001 00000000 00000000 00000000 // 26729 * 2^3 = 8
01101000 01101001 00001010 01101000 01101001 // append 00001010 01101000 01101001 ("\nhi")
So, in the repeat(1.5) situation:
01101000 01101001 // ascii for "hi"
1 00100111 01010001 // 26729 * (8^0.5 = 2.82842712474619) = 10010011101010001_2 rounded down
101 10011100 10011101 // append /half/ of (00001010 01101000 01101001 = 682089) ("\nhi"), which is 341,044 rounded down
You get some gibberish, basically.
Category:Languages
Ørjan Johansen

Ørjan Johansen is an esoteric programming language enthusiast from Norway.
He has invented the languages CHIQRSX9+, Bag, Reaper and Malbolge Unshackled. He has also written several Unlambda implementations, including a (nearly meta-circular) one in Unlambda itself and one in INTERCAL.
He likes to prove other people's languages Turing complete (or sometimes not). Some of his more memorable cases are ///, Eodermdrome, subsets of Underload (with False as corollary), brainfuck with 3 unbounded cells, Qdeql, Fueue, Reversible Brainfuck, Jolverine, Gemooy, Emmental and Home Row. Some that turned out not to be Turing complete were Subtle cough and the functional subset of 0x29A.
==See also==
* User:Oerjan is Ørjan Johansen's user page on this wiki.
==External resources==
* Ørjan's esoteric language homepage
Orjan Johansen
ƎↃИAЯT

ƎↃИAЯT (/ɛsŋɑrt/) is an esoteric programming language. The only allowed type is integer of unlimited size and the only operation is addition.
== Overview ==
Source code has one or more function definitions. Each function definition has name, formal arguments and the resulting expression.
Example:
 add(x, y): x + y
It is a function that adds two integers. All integers are non-negative (the smallest integer is 0).
Function overloading is also allowed. The following is a function that decrements a number:
 dec(x + 1): x
 dec(0): 0
Explanation: there are two overloaded function definitions. When called with an argument that is something plus 1, then return that something, which is effectively the argument decremented by 1. When called with 0 it returns 0.
We can also implement subtraction:
 sub(x + 1, y + 1): sub(x, y)
 sub(x + 1, 0): x + 1
 sub(0, y): 0
Here are some examples of illegal code:
 // ERROR: Missing implementation for func(0)
 func(x + 1): x
 
 // ERROR: Call to func(1) would be ambiguous
 func(x + 1): x
 func(1): 1
 func(0): 0
 
 // ERROR: Invalid formal argument
 func(x + y): x
== I/O format ==
Implementation-dependent.
The provided interpreter requires function main to be present and calls main with the input number, which is obtained by converting the input string to byte array and concatenating all the bytes to form a big integer. Output format is the same.
== Examples ==
=== Add two digits ===
 main(x):
 sub(shr(x, 8) + sub(x, shl(shr(x, 8), 8)), 48)
 
 sub(x + 1, y + 1): sub(x, y)
 sub(x + 1, 0): x + 1
 sub(0, y): 0
 
 shl(x, y + 1): shl(shl(x, y))
 shl(x, 0): x
 shl(x): x + x
 
 shr(x, y + 1): shr(shr(x, y))
 shr(x, 0): x
 shr(x + 2): shr(x) + 1
 shr(1): 0
 shr(0): 0
Works only if the sum is smaller than 10
Input: 35
Output: 8
== Interpreters ==
Interpreter
Category:Languages
Category:Turing complete
Category:Implemented
Category:2020
ʘ

ʘ is an Esolang similar to C, but every character is different.
== Syntax / Limitations ==
If the ʘ interpreter finds any alphabetic character it will throw an error
The ʘ interpreter replaces:
* ɑ with a
* ɓ with b
* ɔ with c
* ɗ with d
* ɚ with e
* ƒ with f
* ɢ with g
* ɥ with h
* ɨ with i
* ɟ with j
* ƙ with k
* ɫ with l
* ɯ with m
* ɲ with n
* ɸ with o
* ƥ with p
* ʠ with q
* ɹ with r
* ʂ with s
* ʇ with t
* ʊ with u
* ʋ with v
* ʍ with w
* ꭗ with x
* ʏ with y
* ʒ with z
Uppercase letters don't apply
== Examples ==
=== Hello, World! ===
 #ɨɲɔɫʊɗɚ <ʂʇɗɨɸ.ɥ>
 ɨɲʇ ɯɑɨɲ() {
 ƥɹɨɲʇƒ("Hɚɫɫɸ, Wɸɹɫɗ!");
 ɹɚʇʊɹɲ 0;
 }
Category:Languages Category:Low-level Category:Unimplemented
ʟɐä̯ɴɢʁɥɪɖʐ

ʟɐä̯ɴɢʁɥɪɖʐ is a programming language invented by User:ChuckEsoteric08 inspired by Quiney.
==Specification==
It uses infinite array of symbols as memory. It also uses two registers which point to symbols, Interpreter Pointer (IP) and Cell Pointer (CP). IP and CP begin in the same place and moving right. both IP and CP moves to the next instruction in their own dolirectionafter command has been executed. Both can have two directions: right and left. If IP or CP go out of bounds program halts. Program is put inside the quotes
===Commands===
 " " - do nothing
 ">" - if CP reaches it move CP to the charatcer after the next > in the direction
 CP was moving. If there is no next > do nothing. It is
 executed before command under IP.
 "<" - like ">" but move CP to the character before previous <
 "#" - stops CP from moving. It would only move if it changes direction or "#" 
 becomes " "
 "+" - if IP reaches it flip character under CP. If it was ">" replace it with "<", if it was " " replace it with "#", if it was "-" replace it with "_", if it was "%" replace it with "^" an vice versa
 "-" and "_" - like ">" and "<" but for IP
 "%" - if IP reaches it change direction of CP
 "^" - if CP reaches it change direction of IP. It is done after command under IP is executed
 "[...]X" - If IP reaches it paste the code inside the matching brackets, including 
 brackets and X right before the next "@" if the character under CP is not X. Then both the code 
 inside the brackets and X are executed if the condition is true. CP moves after 
 insturction it executed
 "@" - If IP reaches it then halt. Can only appear once.
 If CP reaches this character it's an error
 "." - if IP reaches it output character under CP
 "{...}" - If IP reaches it append code inside the brackets without brackets to 
 the end of a program. Code in the brackets is then skipped
==Examples==
===Output # infinitely===
 ">.>#"
===Output +#%% and halt===
 ">[.] @> + # % % "
Category:Languages Category:Unknown computational class Category:Unimplemented Category:Self-modifying
̶b̶r̶a̶i̶n̶f̶uck

̶b̶r̶a̶i̶n̶f̶uck AKA You can uck without a brainf is a bad esolang, but you can use it without a brainf.
Inspired by:
Brain without fuck
Fuck without brain
==Examples==
In UckNoBrainf:
 012
Output:
 Uck
 No
 Brainf
==Interpreters==
===== Python =====
 raw = open("UckNoBrainf")
 content = raw.read()
 for i in content:
 if i == "0":
 print("Uck")
 elif i == "1":
 print("No")
 elif i == "2":
 print("Brainf")
===== Javascript =====
 const fs = require("fs");
 var content = fs.readFileSync("UckNoBrainf", "utf-8");
 for(let i = 0; i < content.length; i++) {
 if(content[i] == "0") {
 console.log("Uck")
 } else if(content[i] == "1") {
 console.log("No")
 } else if(content[i] == "2") {
 console.log("Brainf")
 }
 }
Category:Languages
Category:Joke languages
Category:2024
Category:Implemented
ΙΧrainfisHQ9+

This language is a combination of ΙΧΘΥΣ, brainfuck, deadfish and HQ9+.
This language operates on an infinite array of unbounded memory cells, each initially set to zero. There is a pointer, initially pointing to the first memory cell. The commands are:
Begin a function, next character is name. [1] 
Decrement the memory cell under the pointer
Display the base-10 representation of the current cell
Divide the value at the pointer by the value at the next cell
Divide the value at the pointer by the value at the previous cell
Do if the value under the pointer is nonzero
Do if the value under the pointer is zero
Do while the value under the pointer is nonzero
Do while the value under the pointer is zero
End a function's definition
Escape out of the current loop/function
Increment the memory cell under the pointer
Input and store it's Unicode representation
Modulo the value at the pointer by the value at the next cell
Modulo the value at the pointer by the value at the previous cell
Move the pointer left
Move the pointer right
Multiplies the current value by a random number between 0 and 1
Multiply the value at the pointer by the value at the next cell
Multiply the value at the pointer by the value at the previous cell
Output the Unicode representation of the memory cell under the pointer
Performs a square root on the current cell
Set the current value to 0
Squares the memory cell under the pointer
Swap the current cell and the next cell
Swap the current cell and the previous cell
*1: When the program encounters its name, it will call the function.
Category:Languages
Category:Joke languages
Category:2022
Category:Cell-based
Category:Turing tarpits
Category:Unimplemented
Καλλίστῃ

Καλλίστῃ (Kallisti) is a collaboratively designed, anti-Discordian language using an arbitrary number of interpreters that sequentially modify the program's source code. The original idea and brain-numbing syntax of the language was concocted by Seven Inch Bread - the semantics still being masterminded by a band of conspiracy pirates.
Kallisti started as the desire to make a larger version of dupdog.
==Philosophy==
Kallisti's design goal has the humble philosophy of OFFERING A SIMPLE OMNICONSISTENT AND POLYPOTENT CATASTROPHE THAT WILL CHANGE THE WAY YOU SYNTHESIZE WITH LIFESTUFF.
==Syntax==
The syntax of Kallisti is very difficult for humans to understand. In pseudo-BNF it is defined as:
 <anything> ::= <anything>
Computations arise from modifications to these anythings.
==submitting an interpreter==
Send a draft to Seven Inch Bread explaining how the interpreter should work, and it will be included in the final language implementation.
The most reliable way to contact Seven Inch Bread is by email at adamadamadamamiadam@gmail.commmmm (omglolbbq spambots). Any method will do though. So far, there isn't a deadline. (I hate deadlines.)
All interpreters must follow The Rules. NO exceptions. 
==Rules==
*Obey as many rules as possible
*There is plenty nothing
*Everything is true
*Everything is false
*There is only nothing
*Obey as few rules as possible
==See also==
*dupdog - The predecessor of Kallisti.
Category:2007
Category:Unimplemented
Category:Ideas
Λ

λ but it has a few changes. it was created by User:Yayimhere
== changes ==
* a program halts when no changes happen to any expression
* theres no simplification. only beta reductions
* encasing a expression in {} will make it loop until the program would halt
* the first line must be empty
* ! will be replaced with user input
* ^ at the end of a function(in brackets) will when evaluated will print itself
== turing completeness proof ==
a version of thue an be translated to λ. the modified version thue applies the replacements from top to bottom(don't tell me this means its not Turing complete i swear if it is, i'll go insane). so say we have the program:
 x::=y
 z::=y
 y::=d
 ::=
 zzd
this is the same as the λ program:
 {(λx.(λz.(λy.(zzd)d)y)y)}
here is how it works:
* the first replacement has the structure {(λpattern.(rest of program)(replacement^))}
* the ones between are (outer(λpattern.(inner program))(replacement^))program)
* and the last replacement is (outer(λpattern.(program string))(replacement^))program)
* the ^ must be deleted to not perform the output
* if ! is used in the pattern or replacement its input
so the truth machine(with some redundancy i think) from the thue page:
 {((λ*.(λ1.((λ_.((λ0.(*))(0^)))(1^)))1_))!)}
Category:Languages Category:Turing complete
Λx.

λx. is a esolang version of lambda calculus created by User:Yayimhere. it's a 4 instruction esolang
== how it works ==
λx. works like lambda calculus(written a little differently) but the only thing you can do is the λx. hence the name. its written like this:
 λx. (A)
this creates a function A which can be used in other functions. now the only thing you can add is more λx.'s inside. so this is a valid expression:
 λx. (λx. ) (A)
this is not:
 λx. x (A)
other than that it evaluates normally. to reference a function A with input x:
 λx(A)
there is a 3 extra rule for reduction:
# two functions nested(so for example λx.λy. with nothing in the body will move together(so the example provided before becomes λxy.λ.)
# a empty function with no arguments nor a body will simplify to nothing
# a function with no body but a argument will just leave the argument(so λxy. becomes xy)
and a 2 changes:
: if something encased by brackets and does not hold a function the bracket will no be lifted
: beta reduction applies to the function inputs
also Ẏ is replaced with user input and ẋ will output the following expression. else than these changes nothing id diffrent from normal lambda calculus
=== a simple example ===
heres a simple example:
 λx. (λy. (λx.λy.) (A) ) (B)
 λλworld(A)hello(B)
this simplifies to:
 (hello world.)
so that function reverses the input
== examples ==
Cat program:
 λinput. λinput. (cat)
 ẋ λẎ(cat)
identity function:
 λx. λx. (identity)
Category:Languages Category:Functional paradigm
Λάμβδα

λάμβδα is a version of Lambda calculus, but written with Greek letters. Any Greek letter that's not reserved can be used, and case does make a difference. Any non Greek character will cause a syntax error.
 Characters
Character	Equivalent to	Function
λ 	λ or \ 	Defines a function.
σ/ς 	Space 	Applies the function to the right to the function to the left.
Φ 	( 	Beginning delimiter.
φ 	) 	End delimiter.
Σ 	. 	Delimit the argument of a function.
π 	none 	Function that prints a raw expression (returns its argument).
Π 	none 	Function that prints a Church numeral as a number (returns its argument).
== Examples ==
Do 2+2, then print the result as both a raw expression and a number.
 ΠΦπΦΦλμΣλνΣλξΣλγΣμςξςΦνςξςγφφςΦλξΣλγΣξςΦξςγφφςΦλξΣλγΣξςΦξςγφφφφ
Function that returns the first element of a church pair.
 λαΣαςΦλβΣλγΣβφ
Category:Languages
Category:Functional paradigm
Category:2022
Category:Turing complete
Category:Output only
Category:Unimplemented
Category:High-level
Λλλ

λλλ is a esolang concept by User:Yayimhere. λλλ is any programming language where this code:
 +------+
 |/----\|
 || [] ||
 |\----/|
 |>----<|
 |/----\|
 ||[n:]||
 |\----/|
 |>----<|
 |/----\|
 ||l__]||
 |\----/|
 |>----<|
 |/----\|
 ||λ_l/||
 |\----/|
 +------+
is a rule 110 intepreter. it must also be turing-complete en a turning tarpit with a stack as memory and it must be self modifying. if any of you can find a way to make this esolang then plz but in discussion
Category:Languages Category:Turning tarpits Category:Stack-based Category:Turing complete Category:Low-level Category:Self-modifying Category:Concepts
ΜFuck

μFuck or MuFuck (μF or MuF) was conceived and written by Nathan Fugleberg in March of 2014. MuFuck is an esoteric programing language inspired by Urban Muller's Brainfuck. It was made in an attempt to create to shortest possible Turing tarpit. It falls short of that though, being bested by Iota and Jot. It uses an infinite (bounded by RAM) array of bits that can be manipulated by the three commands (>, <, and ?).
==Commands==
There are only three commands in μFuck. The manipulate a tape of bits, just as in Brainfuck and Smallfuck.
μFuck	Smallfuck	Meaning
> 	>* 	Advance tape one cell and flip the bit.
< 	< 	Rewind tape one cell.
? 	[ 	If current cell is equal to 1, run the following commands, if not, skip those commands.
The ? is a special case when translating to Smallfuck, as μF does not have a ] or a similar command. Instead, loops are determined by the number of ?'s before the commands to be looped.
The μF commands: 
 ??<>
would translate in to the Smallfuck commands: 
 [*]
The number of ? 's specifies how many of the next commands to loop over. When the instruction pointer gets to the end of that set of instructions, it loops back to the ?. If the bit at the current cell is 0, the instruction pointer will skip the number of commands specified by the?'s.
More loop examples: 
In µFuck:
 ???><>
in Smallfuck:
 [>]
In µFuck:
 ?<
in Smallfuck:
 [<]
==Turing complete==
μFuck is thought to be Turing-complete by reduction of Smallfuck with unbounded tape. Smallfuck is Turing-complete by reduction of Brainfuck.
==Examples==
Finds next 0:
 ???><>
Finds next 1:
 <>???????<>><><><>
Category: Languages
Category: Turing complete
Category: Turing tarpits
Category: Brainfuck derivatives
Category: Cell-based
Category: No IO
Category: 2014
ΞΘΔΦΩ

ΞΘΔΦΩ(XQDFW, or Xithedephou) is designed by PSTF to use another type of picture to show ぬいぐるみアート script.
== Format ==
Use white square with Ž to represent print function.
Use a serie of circle to represent memory slot.
Use white square with Œ to represent input function.
Use Ƿ to represent the storer.
[Œ]OOOOOO(It's a bit abstract) will store the input value.
Ɇ in △ is the special script. It only runs if ○ is equal to Ȟ.
Anything in star can be used as value.
== Extension ==
田 means adder.
Anything in six-pointed star will run forever.
== Programs ==
=== Hello, world! ===
== Implementation ==
When the sun rises in the west, the programming language will have compilers and even interpreters.
== Categories ==
Category:Languages Category:Non-textual Category:Unimplemented
Π

Created by User:Hiant, Fading Entity, Π is principally named after its unique data structure, a swap array. It is composed of three sections, known as "zones". They are the opening zone {, the operating zone ^, and the closing zone }. It is composed of two (cdr,con) cells. A picture is useful here:
 [cdr1,[con1,cdr2],con2]
That is, the two cells overlap. The { zone is [cdr1, con1], the ^ zone is [con1,cdr2], and the } zone is [cdr2,con2].
Because the ^ zone is considered "higher" operationally, it is more convenient to draw the data structure like so:
 |[con1||cdr2]|
 |cdr1]||[con2|
Which looks somewhat like a Π.
The operational area consists of an right-infinite tape, where all 'cells' are initialized at 0. 
==Language Overview==
 {,^,} Calling a zone reverses its [con,cdr]
 ",',%,_ Adds, Subtracts, Modulo's, and Equality Tests (returns 0 for false) the first element of ^ with the last,
 zeroing both and storing the result in cdr2.
 ! Makes cdr2 equal to con1
 / Places the value in the current cell in cdr1
 \ Drops the value in con2 in the current cell
 0,1 Literals. These make the value of the current cell 0 or 1, respectively.
 [ Brainfuck loop. Skips to the matching ] if the current cell is zero.
 ] Brainfuck loop. Returns to the matching [ if the current cell is nonzero.
 @ Input. Interprets all characters as ASCII values.
Category:Languages
Πie

Πie is a esoteric programming language designed in July 2020 by User:Stormboy876. It is identical to brainfuck, except that the instructions > and < have been replaced by 1 and 0 respectively.
==Instructions==
Πie has six instructions, which are identical to their brainfuck equivalent. 
Command	Description
Π 	Increment the referenced cell
i 	Decrement the referenced cell
e 	Output the character signified by the referenced cell
, 	Input a character and store it in the referenced cell
[ 	Jump past the matching ] if the referenced cell is 0
] 	Jump back to the matching [ if the referenced cell is nonzero
Note that the behavior of . when the referenced cell is not a valid ASCII code is undefined. The behavior of , when the end of file is reached is also unspecified; see brainfuck#EOF for more details.
==Hello World==
ΠΠΠΠΠΠΠΠ[1ΠΠΠΠ[1ΠΠ1ΠΠΠ1ΠΠΠ1Π0000i]1Π1Π1i11Π[0]0i]11e1iiieΠΠΠΠΠΠΠeeΠΠΠe11e0ie0eΠΠΠeiiiiiieiiiiiiiie11Πe1ΠΠe
==Interpreter==
python interpreter
Category:Languages
Category:Brainfuck derivatives
Category:Implemented
Category:Brainfuck equivalents
Category:Turing complete
Category:Cell-based
Category:Turing tarpits
Category:Low-level
Category:2020
Υλ

υλ(pronounced weird lambda) is a esolang created by User:Yayimhere based on lambda calculus. its very weird
== commands and semantics ==
fundamentally υλ is just lambda calculus when it comes to evaluation but its still very different
first of all a number n in base 2(binary) is turned into the corresponding church numeral. 
x => y inside a function if the expression of the function becomes x it will set it to y. the actual expression of the function and this is separated by ;
!x.y create a lambda function with body y and with input x with only 2 applications allowed in the body
[x] apply the >>= from haskell onto function x. se below section for how:
=== >>= kinda ===
suppose we are working with a Maybe-like monad in Lambda Calculus, where computations can either return a value (wrapped in a Just structure) or fail (Nothing). these are the structures defined:
 Just x = λf. f x
 Nothing = no expression which when applied returns nothing
The bind (>>=) operation can be defined like this:
 bind = λm.λf.m f #m must be a monadic value
so thats how it works. yea.
Φ^p

Created by islptng. 
This is just 6π-b but phi-nary.(can be changed to others)
You must enter Greek letters too. 
Commands:
 iota increment
 delta decrement
 lambda left
 rho right
 omega output
 eta halt
 gamma get a number from input
 alpha while number greater than pointer
 beta end while
 phi <number or constant> change base