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| 54 | inline double temperatureResponse(const double &delayed_temp) const; |
54 | inline double temperatureResponse(const double &delayed_temp) const; |
| 55 | double nitrogenResponse(const double &availableNitrogen) const { return mSet->nitrogenResponse(availableNitrogen, mRespNitrogenClass); } |
55 | double nitrogenResponse(const double &availableNitrogen) const { return mSet->nitrogenResponse(availableNitrogen, mRespNitrogenClass); } |
| 56 | double canopyConductance() const { return mMaxCanopyConductance; } ///< maximum canopy conductance in m/s |
56 | double canopyConductance() const { return mMaxCanopyConductance; } ///< maximum canopy conductance in m/s |
| 57 | inline double soilwaterResponse(const double &psi_kPa) const; ///< input: matrix potential (kPa) (e.g. -15) |
57 | inline double soilwaterResponse(const double &psi_kPa) const; ///< input: matrix potential (kPa) (e.g. -15) |
| 58 | double lightResponse(const double lightResourceIndex) {return mSet->lightResponse(lightResourceIndex, mLightResponseClass); } |
58 | double lightResponse(const double lightResourceIndex) {return mSet->lightResponse(lightResourceIndex, mLightResponseClass); } |
| 59 | double psiMax() const { return mPsiMax; } |
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| - | 59 | double psiMin() const { return mPsiMin; } |
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| 60 | 60 | ||
| 61 | const Stamp* stamp(const float dbh, const float height) const { return mLIPs.stamp(dbh, height);} |
61 | const Stamp* stamp(const float dbh, const float height) const { return mLIPs.stamp(dbh, height);} |
| 62 | // maintenance
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62 | // maintenance
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| 63 | void setup(); |
63 | void setup(); |
| 64 | private: |
64 | private: |
| Line 105... | Line 105... | ||
| 105 | // environmental responses
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105 | // environmental responses
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| 106 | double mRespVpdExponent; ///< exponent in vpd response calculation (Mäkela 2008) |
106 | double mRespVpdExponent; ///< exponent in vpd response calculation (Mäkela 2008) |
| 107 | double mRespTempMin; ///< temperature response calculation offset |
107 | double mRespTempMin; ///< temperature response calculation offset |
| 108 | double mRespTempMax; ///< temperature response calculation: saturation point for temp. response |
108 | double mRespTempMax; ///< temperature response calculation: saturation point for temp. response |
| 109 | double mRespNitrogenClass; ///< nitrogen response class (1..3). fractional values (e.g. 1.2) are interpolated. |
109 | double mRespNitrogenClass; ///< nitrogen response class (1..3). fractional values (e.g. 1.2) are interpolated. |
| 110 | double mPsiMax; ///< maximum water potential (MPa), i.e. wilting point (is below zero!) |
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| - | 110 | double mPsiMin; ///< minimum water potential (MPa), i.e. wilting point (is below zero!) |
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| 111 | // water
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111 | // water
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| 112 | double mMaxCanopyConductance; ///< maximum canopy conductance for transpiration (m/s) |
112 | double mMaxCanopyConductance; ///< maximum canopy conductance for transpiration (m/s) |
| 113 | int mPhenologyClass; |
113 | int mPhenologyClass; |
| 114 | double mLightResponseClass; ///< light response class (1..5) (1=shade intolerant) |
114 | double mLightResponseClass; ///< light response class (1..5) (1=shade intolerant) |
| 115 | }; |
115 | }; |
| Line 144... | Line 144... | ||
| 144 | 144 | ||
| 145 | */
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145 | */
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| 146 | inline double Species::soilwaterResponse(const double &psi_kPa) const |
146 | inline double Species::soilwaterResponse(const double &psi_kPa) const |
| 147 | {
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147 | {
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| 148 | const double psi_mpa = psi_kPa / 1000.; // convert to MPa |
148 | const double psi_mpa = psi_kPa / 1000.; // convert to MPa |
| 149 | double result = limit( 1. - psi_mpa / mPsiMax, 0., 1.); |
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| - | 149 | double result = limit( 1. - psi_mpa / mPsiMin, 0., 1.); |
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| 150 | return result; |
150 | return result; |
| 151 | }
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151 | }
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| 152 | 152 | ||
| 153 | #endif // SPECIES_H
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153 | #endif // SPECIES_H
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