proc makeBricks(len_,wid_,col_,xbound_,ybound_,spacex_,spacey_:int) %I'll explain each one throughout the code...
    var len:int:=len_ %This will be the length of the brick
    var wid:int:=wid_ %This will be the width of the brick
    var col:int:=col_ %This will be the colour of the brick
   
    var xbound:int:=xbound_ %This will be where you want the bricks to stop being made on the X
    var ybound:int:=ybound_ %This will be where you want the bricks to stop being made on the Y
   
    var spacex:int:=spacex_ %This will be the space between the bricks on the X
    var spacey:int:=spacey_ %This will bet he space between the bricks on the Y
   
    var displacex:int:=len+spacex %This will be the REAL size of the length from the added space between each length
    var displacey:int:=wid+spacey %Same for this one but for the Y-Axis
   
    var bricksx:int:=round(xbound/displacex) % Calculates how many bricks can be put on one ROW, xbound, where you want the bricks to stop on the x, divided by the bricks REAL length
    var bricksy:int:=round(ybound/displacey) % Calculates how many bricks can be put on one COLUMN, ybound, where you want to stop on the y, divided by the bricks REAL wdith
   
    var ar_len:int:=bricksx*bricksy-1 % The TOTAL amount of bricks, basically the area formula, the reason for minus 1 is because I always start my arrays with 0... C++ and Python habit..

    var cur_x:int:=0 % This will be used later... It's the starting point of the bricks on the x-axis...
    var cur_y:int:=maxy % This will be used later... It's the starting point of the bricks on the y-axis...
   
    for i : 0..ar_len % Running for loop from 0 to the amount of bricks
        drawfillbox(cur_x,cur_y-wid,cur_x+len,cur_y,col) % Drawing a box... From the cur_x, cur_y-wid(So it doesn't go off screen),cur_x+len,cur_y(This will be at the top of the screen), colour.
        cur_x:=cur_x+displacex % Add a brick AND space between new and previous brick (For the next cycle)
       
        if cur_x+len > xbound then % We don't want the bricks to go off screen, once the x gets over the limit...
            cur_x:=0 % We reset the x position.
            cur_y:=cur_y-displacey % Move one brick AND space on the y-axis
        end if
        delay(1) % A delay so you can see what haappens...
    end for
   
   
   
end makeBricks

makeBricks(3,1,255,maxx,maxy,2,2)%Everything put together...

 for i : 0..ar_len

 for i : 1..ar_len

var ar_len:int:=bricksx*bricksy-1

var ar_len:int:=bricksx*bricksy

proc makeBricks(len,wid,col,xbound,ybound,spacex,spacey:int)
    var displacex:int:=len+spacex
    var displacey:int:=wid+spacey
   
    var bricksx:int:=round(xbound/displacex)
    var bricksy:int:=round(ybound/displacey)
   
    var ar_len:int:=bricksx*bricksy-1

    var cur_x:int:=0
    var cur_y:int:=maxy
   
    for i : 0..ar_len
        drawfillbox(cur_x,cur_y-wid,cur_x+len,cur_y,col)
        cur_x:=cur_x+displacex
       
        if cur_x+len > xbound then
            cur_x:=0
            cur_y:=cur_y-displacey
        end if
        delay(0)
    end for
   
   
   
end makeBricks

makeBricks(3,1,255,maxx,maxy,2,2)