convexoperators.txt

Misc Operators:

! - boolean NOT
# - power, find index
$ - copy from stack, sort
% - mod, split, map
& - bitwise AND, set intersection, if-then
( - decrement, uncons from left
) - increment, uncons from right
* - multiply, join, repeat, fold (reduce)
+ - add, concat
, - range([0,N)), length, filter
- - subtract, remove
. - vectorize
/ - divide, split, each
: - set variable, quick map, quick fold
; - pop and discard
< - compare (less), slice before
= - compare (equal), get array item, find value
> - compare (greater), slice from
? - if (ternary)
@ - rotate top 3 elements on the stack
[ - start array
\ - swap top 2 elements on the stack
] - end array
^ - bitwise XOR, symmetric difference
_ - duplicate top element on the stack
` - string representation
a - wrap in array
b - base conversion
c - convert to char
d - convert to double
f - for loop, map with extra parameter
g - do-while loop that pops the condition, signum
h - do-while loop that leaves the condition on the stack
i - convert to integer
j - memoized recursion
l - read line
o - print
p - print string representation and newline
q - read the whole input
r - read token (whitespace-separated)
s - convert to string (char array)
t - set array item
w - while loop
z - zip (transpose), abs
| - bitwise OR, set union, if-else
~ - bitwise NOT, eval, dump array
¡ - factorial
½ - halve (n/2)
² - square (n^2)
³ - cube (n^3)
± - flip sign, change case
° - convert to degrees
þ - convert to radians
¹ - reciprocal (1/n)
¬ - floor, lowercase
¯ - ceiling, uppercase
¶ - pair
µ - nth prime
Ð - GCD
´ - range ((0,N])
æ - double duplicate
Û - type equality (typeof(a)==typeof(b))
× - fold with multiplication
ª - fold with addition
¿ - true if 0 or 1, reverse without popping
Å - unique list
Ä - connected unique list
¥ - reverse array
Ø - string formatting
£ - random
Ë - transliteration
« - min
» - max
¸ - LCM
¦ - Double
à - input line and eval
 - input all and eval
Ê - command line args (list)
ê - command line args (separate)

"Array" 2-char Operators:

e followed by numeric literal - scientific notation
e! - unique permutations
e# - line comment (not really an operator)
e% - string formatting a la printf
e& - logical and
e* - repeat each item in an array
e< - min of 2 values
e= - count occurrences
e> - max of 2 values
e[ - pad array to the left
e\ - swap 2 array items
e] - pad array to the right
e_ - flatten array
e` - RLE encode
ea - command-line args
ed - debug (show stack contents)
ee - enumerate array
el - lowercase
er - transliteration (element replacement)
es - timestamp (milliseconds from the epoch)
et - local time
eu - uppercase
ew - overlapping slices
e| - logical or
e~ - RLE decode


"Math" 2-char Operators:

m followed by numeric literal - subtract/remove (same as "-" but avoids the need for a space after it)
m! - factorial, permutations with duplicates
m* - cartesian product, cartesian power
m< - bit shift, rotate left
m> - bit shift, rotate right
mC - arccos
mF - factorization with exponents
mL - log with base
mO - round with precision
mQ - integer square root
mR - random choice
mS - arcsin
mT - arctan
m[ - floor
m] - ceil
ma - atan2
mc - cos
md - divmod
me - exp
mf - factorization
mh - hypot
ml - ln (natural logarithm)
mo - round
mp - prime
mq - sqrt
mr - random number, shuffle
ms - sin
mt - tan


Regex Operators:

® - start regex literal (ended by ")
þ - convert string to regex type
ø - first match
ð - amount of matches
ô - array of matches
õ - indexes of matches
ò - replace all occurances
ó - replace first occurance
ö - split


Quaternion/Imaginary Number Operators:

¤ - convert string/list to quaternion
n - norm of quaternion


String Compression Operators:

Ö - compress string
Ü - decompress string


Variables:

A=10
B=11
C=12
D=13
E=14
F=15
G=16
H=17
I=18
J=19
K=20
L="" (same as [])
M=""
N="\n" (newline string)
O=""
P=pi (3.141592653589793)
Q=""
R=0
S=" " (space)
T="abcdefghijklmnopqrstuvwxyz" (lowercase letters)
U="ABCDEFGHIJKLMNOPQRSTUVWXYZ" (uppercase letters)
V="ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz" (uppercase and lowercase letters)
W=-1
X=1
Y=2
Z=3
¢=phi (1.618033988749895)