HELP WITH SOME Nbit MATH

[pedja089]

This is ASM code:

@MOVE?BP _ARRAY[1] , TMP_32BIT

In ASM arrays are not defined. Instead of defining each byte or word or long of array ASM use base address(like _Array) and offset.
So if your array is byte I think that you can do it like this for array[1]

@MOVE?BP _ARRAY+1 , TMP_32BIT
'TMP_32BIT=Array[2]
@MOVE?BP _ARRAY+2 , TMP_32BIT

For word

TMP_32BIT=Array[1]
@MOVE?WP _ARRAY+2 , TMP_32BIT
TMP_32BIT=Array[2]
@MOVE?WP _ARRAY+4 , TMP_32BIT ;Because each word in array uses 2 bytes, you increase index by 2.

For long index are 4,8 etc... Index must be constants!
For variable index is much easier to use temporally variable to hold result, than to work with pointers, etc in ASM. It can be done, I think that I post somewhere i TFT topic code for that.
Example for variable index:

pbpTmp VAR BYTE/ WORD/LONG
pbpTmp = Array[i]
@MOVE?BP _pbpTmp  , TMP_32BIT

[pedja089]

Here is generated array definition and macros from LST file

; C:\USERS\ADMIN\DESKTOP\NEW FOLDER (5)\UNTITLED.PBP    00011   A00022  ArrayB var byte[10]
_ArrayB                         EQU     RAM_START + 022h
; C:\USERS\ADMIN\DESKTOP\NEW FOLDER (5)\UNTITLED.PBP    00012   A0002C  ArrayW var word[10]
_ArrayW                        EQU     RAM_START + 02Ch
; C:\USERS\ADMIN\DESKTOP\NEW FOLDER (5)\UNTITLED.PBP    00013   A00040  ArrayL var long[10]
_ArrayL                         EQU     RAM_START + 040h

; C:\USERS\ADMIN\DESKTOP\NEW FOLDER (5)\UNTITLED.PBP    00015   Arrayb[1]=ArrayB[2]
MOVE?BB _ArrayB + 00002h, _ArrayB + 00001h

; C:\USERS\ADMIN\DESKTOP\NEW FOLDER (5)\UNTITLED.PBP    00016   Arrayw[1]=ArrayW[2]
MOVE?WW _ArrayW + 00004h, _ArrayW + 00002h

; C:\USERS\ADMIN\DESKTOP\NEW FOLDER (5)\UNTITLED.PBP    00017   ArrayL[1]=ArrayL[2]
MOVE?NN _ArrayL + 00008h, _ArrayL + 00004h

For this test code

ArrayB var byte[10]
ArrayW var word[10]
ArrayL var long[10]

Arrayb[1]=ArrayB[2]
Arrayw[1]=ArrayW[2]
ArrayL[1]=ArrayL[2]

I hope that my explanation are understandable, my English is not good as my PBP .
Please, feel free to correct me.