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Dynamic Up/Down counter

-- Up/Down counter with changable Increment --LICENSE: Feel free to use it on any of your creations but leave this line unchanged. Made by MaxMustermann. x = 0 INCREMENT_X = 0.01 --The value that is later multiplied by "incrementMultipier" and then outputed CLAMP = true -- Clamps (restricts) the min/max output of the counter. ("MAX_VALUE", "MIN_VALUE") MAX_VALUE = 1 -- Highest possible value **CANT BE LESS THAN "MIN_VALUE" else the script will break! MIN_VALUE = -1 -- Lowest possible value **CANT BE GREATER THAN "MAX_VALUE" else the script will break! RESET_VALUE = 0 function calcActualChange() incrementMultipier = input.getNumber(1) -- Multiplier for "incrementX" **HAS TO BE MORE THAN 0 FOR "x" TO INCREASE** return (INCREMENT_X*incrementMultipier) end function onTick() increaseX = input.getBool(1) -- **Bool** from axis threshold (Put the seat axis at 100%) decreaseX = input.getBool(2) -- **Bool** from axis threshold (Put the seat axis at 100%) reset_counter = input.getBool(3) if reset_counter == true then -- Sets "x" to the value of "RESET_VALUE" if variable reset_counter is == true x = RESET_VALUE end if increaseX == true then if CLAMP == true then x = math.min((x+calcActualChange()), MAX_VALUE) -- Sets x to the lowest value. --If "x=x+calcActualChange()" would be **more** than "MAX_VALUE", "MAX_VALUE" is the lowest an therefore picked. else x = x+calcActualChange() -- Increases x if "CLAMP"=false. end end if decreaseX == true then if CLAMP == true then x = math.max((x-calcActualChange()), MIN_VALUE) -- Sets x to the highest value --If "x=x-calcActualChange()" would be **less** than MIN_VALUE", "MIN_VALUE" is the highest an therefore picked else x = x-calcActualChange() -- Decreases x if "CLAMP"=false. end end output.setNumber(1, x) -- Outputs x at composite channel 1. end