i = 0
j = 0
loop = 0
cnt = {555,5,222,232,775,23,110,343,12,543,353,3,45,24,88,32,453,75} --original array

local inst = mc.mcGetInstance();
function bubbleSort(Hz) -- to show how a sort is done
    local itemCount = #Hz  --use a "#" symbol to get the count
    local hasChanged
    local k = 0
    repeat
        hasChanged = false
        itemCount = itemCount - 1
        for k = 1, itemCount do
            if Hz[k] > Hz[k + 1] then
                Hz[k], Hz[k + 1] = Hz[k + 1], Hz[k]
                hasChanged = true
            end
        end
    until hasChanged == false
end

function CallMe(loop)
    i=i+1
    local counts = tonumber(cnt[i])
            if (loop >= #cnt)  then return end
            if (counts  < 100) then
                mc.mcCntlSetLastError(inst, "Loop number,  low value: ".. cnt[i]);
            elseif (counts > 99 and counts < 400) then
                mc.mcCntlSetLastError(inst, "Loop number,  mid value:            ".. cnt[i]);
            else
                mc.mcCntlSetLastError(inst, "Loop number, high value:                        ".. cnt[i]);
            end
            CallMe(loop+1) --iterative function.
    i = 0 --reset it you might need it again
    return
end

function Sorted(loop)
    loop=loop+1
    local counts = tonumber(cnt[loop])
     if (loop >= #cnt+1)  then return end
    --mc.mcCntlSetLastError(inst, "Loop number, low to high sorted: ".. tostring(counts));
    Sorted(loop) --iterative function.
    return
end

function main()
    CallMe(0)
    bubbleSort(cnt)
    --Sorted(0)
--[[ 
    for i = 1, #cnt do
        mc.mcCntlSetLastError(inst, "cnt array now sorted: ".. cnt[i]);
    end
]]
    CallMe(0)
end

if (mc.mcInEditor() == 1) then
    main()
else
    main()
end