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    void setInitialState(const CNPool &young_labile_kg_ha, const CNPool &young_refractory_kg_ha, const CNPool &SOM_kg_ha) { mYL = young_labile_kg_ha*0.001; mYR = young_refractory_kg_ha*0.001; mSOM = SOM_kg_ha*0.001; }
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    void setInitialState(const CNPool &young_labile_kg_ha, const CNPool &young_refractory_kg_ha, const CNPool &SOM_kg_ha) { mYL = young_labile_kg_ha*0.001; mYR = young_refractory_kg_ha*0.001; mSOM = SOM_kg_ha*0.001; }
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    // actions


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    // actions


          

          

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    void setSoilInput(const CNPool &labile_input_kg_ha, const CNPool &refractory_input_kg_ha); ///< provide values for input pools


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    void setSoilInput(const CNPool &labile_input_kg_ha, const CNPool &refractory_input_kg_ha); ///< provide values for input pools


          

          

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    void setClimateFactor(const double climate_factor_re) { mRE = climate_factor_re; } ///< set the climate decomposition factor for the current year


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    void setClimateFactor(const double climate_factor_re) { mRE = climate_factor_re; } ///< set the climate decomposition factor for the current year


          

          

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    void calculate(); ///< main calculation function: calculates the update of state variables


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    void calculateYear(); ///< main calculation function: calculates the update of state variables


          

          

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    // access


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    // access


          

          

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    const CNPool &youngLabile() const { return mYL;} ///< young labile matter (t/ha)


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    const CNPool &youngLabile() const { return mYL;} ///< young labile matter (t/ha)


          

          

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    const CNPool &youngRefractory() const { return mYR;} ///< young refractory matter (t/ha)


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    const CNPool &youngRefractory() const { return mYR;} ///< young refractory matter (t/ha)


          

          

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    const CNPool &oldOrganicMatter() const { return mSOM;} ///< old matter (SOM) (t/ha)


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    const CNPool &oldOrganicMatter() const { return mSOM;} ///< old matter (SOM) (t/ha)