Cash Suffixes

-- Thanks to miner haven for cash suffix
-- Algorithm by basbas1234

function Suffix(Number, Minial)
    local Steps = {
        {1,""},
        {1e3,"k"},
        {1e6,"M"},
        {1e9,"B"},
        {1e12,"T"},
        {1e15,"qd"},
        {1e18,"Qn"},
        {1e21,"sx"},
        {1e24,"Sp"},
        {1e27,"O"},
        {1e30,"N"},
        {1e33,"de"},
        {1e36,"Ud"},
        {1e39,"DD"},
        {1e42,"tdD"},
        {1e45,"qdD"},
        {1e48,"QnD"},
        {1e51,"sxD"},
        {1e54,"SpD"},
        {1e57,"OcD"},
        {1e60,"NvD"},
        {1e63,"Vgn"},
        {1e66,"UVg"},
        {1e69,"DVg"},
        {1e72,"TVg"},
        {1e75,"qtV"},
        {1e78,"QnV"},
        {1e81,"SeV"},
        {1e84,"SPG"},
        {1e87,"OVG"},
        {1e90,"NVG"},
        {1e93,"TGN"},
        {1e96,"UTG"},
        {1e99,"DTG"},
        {1e102,"tsTG"},
        {1e105,"qtTG"},
        {1e108,"QnTG"},
        {1e111,"ssTG"},
        {1e114,"SpTG"},
        {1e117,"OcTG"},
        {1e120,"NoTG"},
        {1e123,"QdDR"},
        {1e126,"uQDR"},
        {1e129,"dQDR"},
        {1e132,"tQDR"},
        {1e135,"qdQDR"},
        {1e138,"QnQDR"},
        {1e141,"sxQDR"},
        {1e144,"SpQDR"},
        {1e147,"OQDDr"},
        {1e150,"NQDDr"},
        {1e153,"qQGNT"},
        {1e156,"uQGNT"},
        {1e159,"dQGNT"},
        {1e162,"tQGNT"},
        {1e165,"qdQGNT"},
        {1e168,"QnQGNT"},
        {1e171,"sxQGNT"},
        {1e174,"SpQGNT"},
        {1e177,"OQQGNT"},
        {1e180,"NQQGNT"},
        {1e183,"SXGNTL"},
        {1e186,"USXGNTL"},
        {1e189,"DSXGNTL"},
        {1e192,"TSXGNTL"},
        {1e195,"QTSXGNTL"},
        {1e198,"QNSXGNTL"},
        {1e201,"SXSXGNTL"},
        {1e204,"SPSXGNTL"},
        {1e207,"OSXGNTL"},
        {1e210,"NVSXGNTL"},
        {1e213,"SPTGNTL"},
        {1e216,"USPTGNTL"},
        {1e219,"DSPTGNTL"},
        {1e222,"TSPTGNTL"},
        {1e225,"QTSPTGNTL"},
        {1e228,"QNSPTGNTL"},
        {1e231,"SXSPTGNTL"},
        {1e234,"SPSPTGNTL"},
        {1e237,"OSPTGNTL"},
        {1e240,"NVSPTGNTL"},
        {1e243,"OTGNTL"},
        {1e246,"UOTGNTL"},
        {1e249,"DOTGNTL"},
        {1e252,"TOTGNTL"},
        {1e255,"QTOTGNTL"},
        {1e258,"QNOTGNTL"},
        {1e261,"SXOTGNTL"},
        {1e264,"SPOTGNTL"},
        {1e267,"OTOTGNTL"},
        {1e270,"NVOTGNTL"},
        {1e273,"NONGNTL"},
        {1e276,"UNONGNTL"},
        {1e279,"DNONGNTL"},
        {1e282,"TNONGNTL"},
        {1e285,"QTNONGNTL"},
        {1e288,"QNNONGNTL"},
        {1e291,"SXNONGNTL"},
        {1e294,"SPNONGNTL"},
        {1e297,"OTNONGNTL"},
        {1e300,"NONONGNTL"},
        {1e303,"CENT"},
        {1e306,"BAS"}, -- cash tier for owner :>
    }
    if (Number == math.huge) then
        return "Infinity"
    elseif (Number == 0) then
        return "Free"
    end
    for Index, Metatable in ipairs(Steps) do
        if Metatable[1] <= Number + 1 then
            Steps.Use = Index
        end
    end
    local Result = string.format(('%.'.. tostring(Minial) .. 'f'), Number / Steps[Steps.Use][1])
    if tonumber(Result) >= 1e3 and Steps.Use < #Steps then
        Steps.Use = Steps.Use + 1
        Result = string.format(('%.'.. tostring(Minial) ..'f'), tonumber(Result) / 1e3)
    end
    if (Minial == 1) then
        Result = string.sub(Result, 0, string.sub(Result, -1) == '0' and -3 or -1) -- Remove .0 (just if it is zero!)
    end
    return Result .. Steps[Steps.Use][2]
end