myAveragePPF = getInitialPPFValue(); myTotalPPF = 0f; myNumberOfPPFReadings = 0; myAverageCO2Concentration = getInitialCO2Value(); myTotalCO2Concentration = 0f; myNumberOfCO2ConcentrationReadings = 0; myAge = 0;
    public void reset() {        myCurrentTotalWetBiomass = 0f;        myCurrentEdibleWetBiomass = 0f;        myCurrentDryBiomass = 0f;        myLastTotalWetBiomass = 0f;        myLastEdibleWetBiomass = 0f;        myCurrentEdibleDryBiomass = 0f;        myCurrentWaterInsideInedibleBiomass = 0f;        myCurrentWaterInsideEdibleBiomass = 0f;        myAverageWaterNeeded = 0f;        myTotalWaterNeeded = 0f;        myWaterNeeded = 0f;        myWaterLevel = 0f;        CQY = 0f;        carbonUseEfficiency24 = 0f;        myAveragePPF = getInitialPPFValue();        myTotalPPF = 0f;        myNumberOfPPFReadings = 0;        myAverageCO2Concentration = getInitialCO2Value();        myTotalCO2Concentration = 0f;        myNumberOfCO2ConcentrationReadings = 0;        myAge = 0;        totalO2GramsProduced = 0f;        totalCO2GramsConsumed = 0f;        totalCO2MolesConsumed = 0f;        totalWaterLitersTranspired = 0f;        myPPFFractionAbsorbed = 0f;        myTimeTillCanopyClosure = 0f;        myMolesOfCO2Inhaled = 0f;        myProductionRate = 1f;        hasDied = false;        canopyClosed = false;        myCanopyClosurePPFValues.clear();        myCanopyClosureCO2Values.clear();        consumedWaterBuffer.reset();        consumedCO2LowBuffer.reset();        consumedCO2HighBuffer.reset();        consumedHeatBuffer.reset();        consumedLightBuffer.reset();    }