@PART[*]:HAS[MODULE[USI_ConverterSwapOption]:HAS[#ConverterName[Agroponics]]]:NEEDS[TACLifeSupport]:Final
{
    @ModULE[USI_ConverterSwapOption]:HAS[#ConverterName[Agroponics]]
    {
        // Get original input of mulch and output of supplies and compute the equivalent number of Kerbals

        %MulchIn = #$INPUT_RESOURCE:HAS[#ResourceName[Mulch]]/Ratio$
        @MulchIn /= #$@LIFE_SUPPORT_SETTINGS/WasteAmount$
        %SuppliesOut = #$OUTPUT_RESOURCE:HAS[#ResourceName[Supplies]]/Ratio$
        @SuppliesOut /= #$@LIFE_SUPPORT_SETTINGS/SupplyAmount$

        // Now change to the same equivalent number of Kerbals for TAC-LS resources
        @INPUT_RESOURCE:HAS[#ResourceName[Mulch]]
        {
            @ResourceName = Waste
            @Ratio = #$../MulchIn$
            @Ratio *= 0.000001539351852
        }
        INPUT_RESOURCE
        {
            ResourceName = WasteWater
            Ratio = #$../MulchIn$
            @Ratio *= 0.000014247685185 
        }
        INPUT_RESOURCE
        {
            ResourceName = CarbonDioxide
            Ratio = #$../MulchIn$
            @Ratio *= 0.00148012889876 
        }

        @OUTPUT_RESOURCE:HAS[#ResourceName[Supplies]]
        {
            @ResourceName = Food
            @Ratio = #$../SuppliesOut$
            @Ratio *= 0.000016927083333 

            %DumpExcess = True
        }

        OUTPUT_RESOURCE
        {
            ResourceName = Water
            Ratio = #$../SuppliesOut$
            @Ratio *= 0.000011188078704 

            %DumpExcess = True
        }
        OUTPUT_RESOURCE
        {
            ResourceName = Oxygen
            Ratio = #$../SuppliesOut$
            @Ratio *= 0.001713537562385 

            %DumpExcess = True
        }
    }
}