Index	math	Lists	strings	complex	matrix	poly
hexa/bin	date/time	progs	conversion	files	apn

Conversion

How to read this table :

from/to	hexa
bin	`>HEX`

That mean to convert a binary number into an hexa, you need to use >HEX

Table 1

from/to	number	list	str	complex	matrix	poly
number		`->list`	`->str`	`XY->C`	`->[]`
list	`list->`		`->str` `concat`		`{}->[]`	`{}->poly` `Roots->poly`
str	`str->`	`str->`		`str->`	`str->`	`str->`
complex	`C->XY` `C->R@`		`->str`
matrix	`[]->`	`[]->{}`	`->str`
poly		`poly->{}`	`->str`

Table 2

from/to	number	hexa	bin	d:m:s	julian day	calandar date(*)
number		`>HEX`	`>BIN`	`>DMS`	`>JD`	`>CAL`
hexa	`>DEC`		`>BIN`
bin	`>DEC`	`>HEX`
d:m:s	`>DEC`
julian day	`>DEC`					`>CAL`
calandar date	`>DEC`				`>JD`

(*) note : "Calendar date" can be Julian or Gragorian (automatic).

Object Type

Object	function `Type` returns	notes
Number (integer)	1	Integer number without decimal parts. stored in 32bits
Number	2	number with decimal parts. stored in 64bits
Arbitrary Precision Number	3	-not develloped yet-
String	4	string can store files or whatever.
Programs	5
List	6	a list is a contener that can store ANY kind of object inside.
Array	7	as list, array are also contener, we usualy use them for mathematic (matrix)
Complex	8	Complex number.
Poly	9	polynomials
Bin	1	Binary number type=1(integer) subtype=2
Hexa	1	Hexadecimal number type=1(integer) subtype=1
DMS	1	Degree:Minute:Second or Hour:Minute/second number type=2(decimal) subtype=4
Julian day	2	Julian day number type=2(decimal) subtype=20
Gregorian date	2	Gegorian calandar notation yyyy/mm/dd number type=2(decimal) subtype=21