data are implemented in the program in compilation time, meaning that you can't use a loop to create them. In fact, you're first program is compiled like this :


While A<=24
A+1->A
End

[05050505050505050505050505050505050505050505050505]->GDB1
[05050505050505050505050505050505050505050505050505]

(all data are put at the end and are not repeat)

such games would need an epileptic warning

new tuto on Shader !

I guess you became crazy     * WWWHHHHHYYYYYYY  I'VE DONE THAT *

I fact there isn't any matrix in axe. All you can have is buffer and data, meaning that you have a long list of byte.

If you want to work with a pseudo matrix system, you can code it : for example I want a 8*8 matrix (so 64 elements)


Buffer(64)->GDB1  //I create a area Inside of the program, wich is 64 bytes long (so 1 element is one bytes)
//GDB1 is a pointer to this area, an adress use to access to it.

//if I want to acess to the element X,Y I mostly use something like this :
{Y*8+X+GDB1}

//as we work with "list", we need to jump from 8 in 8 with the Y coordinate, and 1 by 1 with the X
//brackets is used to read a byte at the adress provided inside

in general we got this :

Buffer(dimX*dimY)->GDB1

//read :
{Y*dimX+X+GDB1}
//dimX dimY dimension of the matrix.

remember though that this work with one byte value (between 0-255)

the paragraph pointer on programming rubric in the documatation pdf explain this, so you might want to read it 

Edit: I forget to precise it, but when you read you must set the X,Y value to the coordinate you want retrive. You can of course change the variable, or the name of the pointer

but but that just very epic ! I always wondering how people can find thing like that 

who just see this and I can said that this is pretty good work