Function

[danny90444]

I just wanted a further explanation of this:

Data(NUM,...)
Key: ΔList() 
Adds the bytes to program memory. Numbers ending with r are added as 2 byte numbers.

[kindermoumoute]

You have to point your liste of data. Eg :

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1	:Data(2,5,100,40,3)->Str1

You can read those data in this way :

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:{Str1} :.Return 2 :{Str1+1} :.Return 5 ... :{Str1+X}

If you want add a 2-bytes number, you can use ^r (2nd angle 3) :

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:Data(12,500^r,200,30000^r)->Pic1 :{Pic1} :.Return 12 :{Pic1+1}^r :.Return 500 :{Pic1+3} :.Return 200 :{Pic1+4}^r :.Return 30000

[danny90444]

Which numbers are two bye and which are single bye , etc ?

[kindermoumoute]

Endeed a byte is 8 bits. Then a byte can take 2^8 (=256) values, that to say a number beetwen 0 and 255. A 2 byte number can take 2^16 (=65356) values, it means a number beetwen 0 and 65355.

Axe variables are 2 bytes number.

[danny90444]

Endeed a byte is 8 bits. Then a byte can take 2^8 (=256) values, that to say a number beetwen 0 and 255. A 2 byte number can take 2^16 (=65356) values, it means a number beetwen 0 and 65355.

Axe variables are 2 bytes number.

Thanx this really helps.

[danny90444]

Do you know about anything about numbers bigger than 65355? Are they 3 bytes or 4 or something like that?

[blue_bear_94]

You can combine 2 real variables or use the OP registers...

[danny90444]

Combine how ? and what are OP registers?

[Hayleia]

You can combine 2 real variables or use the OP registers...

Or use this

[ben_g]

Do you know about anything about numbers bigger than 65355? Are they 3 bytes or 4 or something like that?

Depends on how much bigger than 65355.

[danny90444]

Do you know about anything about numbers bigger than 65355? Are they 3 bytes or 4 or something like that?

Depends on how much bigger than 65355.

Like in the millions.

[Hayleia]

Basically, to know the limit of X bytes, you do 2^X*8-1.
So 1 byte stops at 255, 2 bytes stop at 65535, etc

[danny90444]

Basically, to know the limit of X bytes, you do 2^X*8-1.
So 1 byte stops at 255, 2 bytes stop at 65535, etc

Ok thanks . Whats OP though?

[calcdude84se]

The OP "registers" are a set of memory areas that are used as operands by the OS's floating point routines. Unless you need floating point, there shouldn't be a need to explicitly deal with them.
If you want to do math with larger integers, you basically need to write the routines yourself (precluding a library/axiom already having been written. I don't follow Axe too much.).
For example, to add the number BA (formed from variables A and B) to DC, and store the result back to BA, you could do something like A+C->A<C+B+D->B, where -> is the STO> symbol.
An easier-to-follow variation goes like this:

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A+C->A If A<C B+D->B Else B+D+1->B End

[aeTIos]

By the way, the r in the description is the radians r (it's in the [2nd][Apps] menu)