$ | hex entry | $F2 = 242 |
^ | exponent | 2^3 = 8 |
` | root, x`y is equivalent to x^(1/y) | 16`4 = 2 |
_ | log n, x_y is equivalent to y^?=x | 9_3 = 2 |
* | multiplication | 4*5 = 20 |
/ | division | 9/2 = 4.5 |
\ | integer division | 9/2 = 4 |
% | mod (remainder) | 7%3 = 1 |
+ | addition | 2+2 = 4 |
- | subtraction | 3-2 = 1 |
- | negative | -5 = -5 (detects when a - is minus and when it's negative) |
= | tests equality | x=y will return 1 if x equals y and 0 otherwise |
~ | tests inequality | x~y will return 1 if x and y are not equal and 0 if they are equal |
> | greater than | x>y will return 1 if x is larger than y, 0 otherwise |
< | less than | x<y will return 1 if x is smaller than y, 0 otherwise |
: | wholes:eaches | 5:30 = 5.5 (using EachesSize default of 60) |
arctanh | hyperbolic arc-tangent | |
arctan | arc-tangent | |
cotan | cotangent | |
tanh | hyperbolic tangent | |
tan | tangent | |
arccosh | hyperbolic arc-cosine | |
arccos | arc-cosine | |
cosh | hyperbolic cosine | |
cos | cosine | |
sec | secant | |
arcsinh | hyperbolic arc-sine | |
arcsin | arc-sine | |
sinh | hyperbolic sine | |
sin | sine | |
cosec | cosecant | |
csc | (same as cosec) | |
abs | absolute value | ABS -5 = 5 |
frac | operand's fraction | FRAC 1.8 = 0.8 |
int | operand's integer | INT 1.8 = 1 |
trunc | (same as int) | |
round | round to nearest integer | ROUND 2.6 = 3 (".5 rounds up") |
ceil | round to highest integer | CEIL 2.1 = 3 |
floor | round to lowest integer | FLOOR 2.9 = 2 |
ln | natural log (log base e) | |
log | log base 10 | |
log2 | log base 2 | |
exp | inverse log | EXP 1 = e |
! | factoral | 5! = 120 |
pi | 3.14159265358979323846 |
e | 2.71828182845904523539 |
r | always equals your last evaluated result |
c# | corresponding custom clipboard value (c000-c999) |