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| 57 | inline double deathProb_stress(const double &stress_index) const; |
57 | inline double deathProb_stress(const double &stress_index) const; |
| 58 | // aging
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58 | // aging
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| 59 | double aging(const float height, const int age) const; |
59 | double aging(const float height, const int age) const; |
| 60 | int estimateAge(const float height) const;///< estimate age for a tree with the current age |
60 | int estimateAge(const float height) const;///< estimate age for a tree with the current age |
| 61 | // regeneration
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61 | // regeneration
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| 62 | void seedProduction(const float height, const QPoint &position_index); |
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| - | 62 | void seedProduction(const int age, const QPoint &position_index); |
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| 63 | void setSeedDispersal(SeedDispersal *seed_dispersal) {mSeedDispersal=seed_dispersal; } |
63 | void setSeedDispersal(SeedDispersal *seed_dispersal) {mSeedDispersal=seed_dispersal; } |
| 64 | // environmental responses
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64 | // environmental responses
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| 65 | double vpdResponse(const double &vpd) const; |
65 | double vpdResponse(const double &vpd) const; |
| 66 | inline double temperatureResponse(const double &delayed_temp) const; |
66 | inline double temperatureResponse(const double &delayed_temp) const; |
| 67 | double nitrogenResponse(const double &availableNitrogen) const { return mSet->nitrogenResponse(availableNitrogen, mRespNitrogenClass); } |
67 | double nitrogenResponse(const double &availableNitrogen) const { return mSet->nitrogenResponse(availableNitrogen, mRespNitrogenClass); } |
| 68 | double canopyConductance() const { return mMaxCanopyConductance; } ///< maximum canopy conductance in m/s |
68 | double canopyConductance() const { return mMaxCanopyConductance; } ///< maximum canopy conductance in m/s |
| 69 | inline double soilwaterResponse(const double &psi_kPa) const; ///< input: matrix potential (kPa) (e.g. -15) |
69 | inline double soilwaterResponse(const double &psi_kPa) const; ///< input: matrix potential (kPa) (e.g. -15) |
| 70 | double lightResponse(const double lightResourceIndex) {return mSet->lightResponse(lightResourceIndex, mLightResponseClass); } |
70 | double lightResponse(const double lightResourceIndex) {return mSet->lightResponse(lightResourceIndex, mLightResponseClass); } |
| 71 | double psiMin() const { return mPsiMin; } |
71 | double psiMin() const { return mPsiMin; } |
| - | 72 | // parameters for seed dispersal
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| - | 73 | void treeMigKernel(double &ras1, double &ras2, double &ks) const { ras1=mTM_as1; ras2=mTM_as2; ks=mTM_ks; } |
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| - | 74 | double fecundity_m2() const { return mFecundity_m2; } |
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| - | 75 | double nonSeedYearFraction() const { return mNonSeedYearFraction; } |
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| 72 | 76 | ||
| 73 | const Stamp* stamp(const float dbh, const float height) const { return mLIPs.stamp(dbh, height);} |
77 | const Stamp* stamp(const float dbh, const float height) const { return mLIPs.stamp(dbh, height);} |
| 74 | private: |
78 | private: |
| 75 | Q_DISABLE_COPY(Species); |
79 | Q_DISABLE_COPY(Species); |
| 76 | // helpers during setup
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80 | // helpers during setup
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| Line 121... | Line 125... | ||
| 121 | double mMaxCanopyConductance; ///< maximum canopy conductance for transpiration (m/s) |
125 | double mMaxCanopyConductance; ///< maximum canopy conductance for transpiration (m/s) |
| 122 | int mPhenologyClass; |
126 | int mPhenologyClass; |
| 123 | double mLightResponseClass; ///< light response class (1..5) (1=shade intolerant) |
127 | double mLightResponseClass; ///< light response class (1..5) (1=shade intolerant) |
| 124 | // regeneration
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128 | // regeneration
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| 125 | SeedDispersal *mSeedDispersal; ///< link to the seed dispersal map of the species |
129 | SeedDispersal *mSeedDispersal; ///< link to the seed dispersal map of the species |
| - | 130 | int mMaturityYears; ///< a tree produces seeds if it is older than this parameter |
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| 126 | double mSeedYearProbability; ///< probability that a year is a seed year (=1/avg.timespan between seedyears) |
131 | double mSeedYearProbability; ///< probability that a year is a seed year (=1/avg.timespan between seedyears) |
| 127 | bool mIsSeedYear; ///< true, if current year is a seed year. see also: |
132 | bool mIsSeedYear; ///< true, if current year is a seed year. see also: |
| - | 133 | double mNonSeedYearFraction; ///< fraction of the seed production in non-seed-years |
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| - | 134 | // regeneration - seed dispersal
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| - | 135 | double mFecundity_m2; ///< "surviving seeds" (cf. Moles et al) per m2, see also http://iland.boku.ac.at/fecundity |
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| - | 136 | double mTM_as1; ///< seed dispersal paramaters (treemig) |
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| - | 137 | double mTM_as2; ///< seed dispersal paramaters (treemig) |
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| - | 138 | double mTM_ks; ///< seed dispersal paramaters (treemig) |
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| - | 139 | ||
| 128 | }; |
140 | }; |
| 129 | 141 | ||
| 130 | 142 | ||
| 131 | // inlined functions...
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143 | // inlined functions...
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| 132 | inline void Species::hdRange(const double dbh, double &rLowHD, double &rHighHD) const |
144 | inline void Species::hdRange(const double dbh, double &rLowHD, double &rHighHD) const |