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| 19 | /// @property id 4-character unique identification of the tree species
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19 | /// @property id 4-character unique identification of the tree species
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| 20 | const QString &id() const { return mId; } |
20 | const QString &id() const { return mId; } |
| 21 | /// the full name (e.g. Picea Abies) of the species
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21 | /// the full name (e.g. Picea Abies) of the species
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| 22 | const QString &name() const { return mName; } |
22 | const QString &name() const { return mName; } |
| 23 | const int index() const { return mIndex; } ///< unique index of species within current set |
23 | const int index() const { return mIndex; } ///< unique index of species within current set |
| - | 24 | ||
| 24 | // calculations: allometries
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25 | // calculations: allometries
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| 25 | const double biomassLeaf(const double dbh) { return mBiomassLeaf.calculate(dbh); } |
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| 26 | const double biomassStem(const double dbh) { return mBiomassStem.calculate(dbh); } |
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| 27 | const double biomassRoot(const double dbh) { return mBiomassRoot.calculate(dbh); } |
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| - | 26 | const double biomassFoliage(const double dbh) const; |
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| - | 27 | const double biomassWoody(const double dbh) const; |
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| - | 28 | const double biomassRoot(const double dbh) const; |
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| - | 29 | const double allometricRatio_wf() const { return mWoody_b / mFoliage_b; } |
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| - | 30 | const double allometricFractionStem(const double dbh) const; |
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| - | 31 | ||
| 28 | // turnover rates
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32 | // turnover rates
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| 29 | const double turnoverLeaf() const { return mTurnoverLeaf; } |
33 | const double turnoverLeaf() const { return mTurnoverLeaf; } |
| 30 | const double turnoverStem() const { return mTurnoverStem; } |
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| 31 | const double turnoverRoot() const { return mTurnoverRoot; } |
34 | const double turnoverRoot() const { return mTurnoverRoot; } |
| 32 | // hd-values
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35 | // hd-values
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| 33 | void hdRange(const double dbh, double &rMinHD, double &rMaxHD); |
36 | void hdRange(const double dbh, double &rMinHD, double &rMaxHD); |
| 34 | // growth
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37 | // growth
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| 35 | const double volumeFactor() const { return mVolumeFactor; } ///< factor for volume calculation: V = factor * D^2*H (incorporates density and the form of the bole) |
38 | const double volumeFactor() const { return mVolumeFactor; } ///< factor for volume calculation: V = factor * D^2*H (incorporates density and the form of the bole) |
| 36 | const double specificLeafArea() const { return mSpecificLeafArea; } |
39 | const double specificLeafArea() const { return mSpecificLeafArea; } |
| 37 | 40 | ||
| 38 | const Stamp* stamp(const float dbh, const float height) const { return mStamp.stamp(dbh, height);} |
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| - | 41 | const Stamp* stamp(const float dbh, const float height) const { return mLIPs.stamp(dbh, height);} |
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| 39 | // maintenance
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42 | // maintenance
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| 40 | void setup(); |
43 | void setup(); |
| 41 | private: |
44 | private: |
| 42 | Q_DISABLE_COPY(Species); |
45 | Q_DISABLE_COPY(Species); |
| 43 | /// during setup: get value of variable @p s as a double.
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| 44 | double doubleVar(const QString s) { return mSet->var(s).toDouble(); } |
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| 45 | /// during setup: get value of variable @p s as an integer.
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| 46 | double intVar(const QString s) { return mSet->var(s).toInt(); } |
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| 47 | /// during setup: get value of variable @p s as a string.
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| 48 | QString stringVar(const QString s) { return mSet->var(s).toString(); } |
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| - | 46 | // helpers during setup
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| - | 47 | double doubleVar(const QString s) { return mSet->var(s).toDouble(); }///< during setup: get value of variable @p s as a double. |
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| - | 48 | double intVar(const QString s) { return mSet->var(s).toInt(); } ///< during setup: get value of variable @p s as an integer. |
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| - | 49 | QString stringVar(const QString s) { return mSet->var(s).toString(); } ///< during setup: get value of variable @p s as a string. |
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| - | 50 | ||
| 49 | SpeciesSet *mSet; ///< ptr. to the "parent" set |
51 | SpeciesSet *mSet; ///< ptr. to the "parent" set |
| 50 | StampContainer mStamp;
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| - | 52 | StampContainer mLIPs; ///< ptr to the container of the LIP-pattern |
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| 51 | QString mId;
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53 | QString mId;
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| 52 | QString mName;
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54 | QString mName;
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| 53 | int mIndex; ///< internal index within the SpeciesSet |
55 | int mIndex; ///< internal index within the SpeciesSet |
| 54 | // Allometric Functions (use expressions)
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| 55 | Expression mBiomassLeaf; ///< formula for calc. of leaf-biomass as f(dbh) |
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| 56 | Expression mBiomassStem; ///< formula for calc. of stem-biomass as f(dbh) |
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| 57 | Expression mBiomassRoot; ///< formula for calc. of biomass-biomass as f(dbh) |
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| - | 56 | // biomass allometries:
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| - | 57 | double mFoliage_a, mFoliage_b; ///< allometry (biomass = a * dbh^b) for foliage |
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| - | 58 | double mWoody_a, mWoody_b; ///< allometry (biomass = a * dbh^b) for woody compartments aboveground |
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| - | 59 | double mRoot_a, mRoot_b; ///< allometry (biomass = a * dbh^b) for roots (compound, fine and coarse roots as one pool) |
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| - | 60 | double mBranch_a, mBranch_b; ///< allometry (biomass = a * dbh^b) for branches |
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| - | 61 | ||
| 58 | double mSpecificLeafArea; ///< conversion factor from kg OTS to m2 LeafArea |
62 | double mSpecificLeafArea; ///< conversion factor from kg OTS to m2 LeafArea |
| - | 63 | ||
| 59 | // turnover rates
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64 | // turnover rates
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| 60 | double mTurnoverLeaf; ///< yearly turnover rate leafs |
65 | double mTurnoverLeaf; ///< yearly turnover rate leafs |
| 61 | double mTurnoverStem; ///< yearly turnover rate stem |
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| 62 | double mTurnoverRoot; ///< yearly turnover rate root |
66 | double mTurnoverRoot; ///< yearly turnover rate root |
| 63 | // height-diameter-relationships
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67 | // height-diameter-relationships
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| 64 | Expression mHDlow; ///< minimum HD-relation as f(d) (open grown tree) |
68 | Expression mHDlow; ///< minimum HD-relation as f(d) (open grown tree) |
| 65 | Expression mHDhigh; ///< maximum HD-relation as f(d) |
69 | Expression mHDhigh; ///< maximum HD-relation as f(d) |
| 66 | // stem density and taper
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70 | // stem density and taper
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