References

o/v tend to mean, "obvious". For instance, it might be already implemented in python, i.e. checking which string is smaller.

String Representation

	int	flt	str	arr	set	bol
	o/v	o/v	len(...)==1 ? "'"+... : '"'+...+'"'	'['+','.join(...)+']'	'{'+','.join(...)+'}'	...?'y':'n'

Implied Type Conversion

For strings, refer to the section on String Representation.

	from \ to	int	float	array	set	bool	character	stack
	int	o/v	o/v	range(1,...+1)	range(1,...+1)	...!=0	+,-,0	range(1,...+1)
	flt	o/v	o/v	range(1,(...//1)+1)	range(1,(...//1)+1)	...>0	+,-,0	range(1,(...//1)+1)
	str	len(...)	len(...)	list(...)	list(...)	...!=''	...[0]	list(...)
	arr	len(...)	len(...)	o/v	o/v	...!=[]	'['	o/v
	set	len(...)	len(...)	sorted(list(...))	o/v	...!=[]	'{'	shuffle(...)
	bol	0,1	0,1	[]	[]	o/v	y,n	[]

Comparison

		int	flt	str	arr	set	bol
	<	o/v	o/v	o/v	one by one, null is smallest	subset	o/v
	=	o/v	o/v	o/v	o/v	o/v	o/v

Built In Functions

Note that this is not valid syntax. All numbers should be variables and calc should be prepended.

addition            2 3 4  =>  2+3+4
subtraction         2 3 4  =>  2-3-4
multiplication      2 3 4  =>  2*3*4
division            2 3 4  =>  2/3/4
modulo              2 3 4  =>  2%3%4   # Which is 2%3
power               2 3 4  =>  2^3^4   # Which is 2^81
less                2 3 4  =>  2<3<4
greater             2 3 4  =>  2>3>4
equal               2 3 4  =>  2=3=4   # Which is 2==3 AND 3==4
pop                [2,3,4] => [  3,4]  # Does NOT modify original list
reverse            [2,3,4] => [4,3,2]
index              [2,3] 1 => [2,3][0] # SunSip is 1-indexed
push               [2,3] 4 => [2,3,4]
join               [2,3] 4 =>  "243"   # Automatically turned into strings
split              "243" 4 =>  [2,3]
range               1 2 10 => [1.0,3.0,5.0,7.0,9.0]
                                       # Automatically turned into floats
type               # turn the first argument to the type of the second argument
verbatimtype       # turn the first argument to the type indicated by the second argument
                   # the second argument should be something like "string"
int                 "-30"  =>   -30
float               "-03"  =>  -3.0
character          # return ascii character for the given code
ordinal            # return code for the given ascii character

sine, cosine, tangent, arcsine, arccosine, arctangent, 
factorial, log, phi, pi, e, union, intersection, difference
                   # self explanatory; log takes value and base