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Redirecting to URL 'https://iland.boku.ac.at/svn/iland/tags/release_1.0/src/core/modelsettings.h':
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Redirecting to URL 'https://iland.boku.ac.at/svn/iland/tags/release_1.0/src/core/modelsettings.h':
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#ifndef MODELSETTINGS_H
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#ifndef MODELSETTINGS_H
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#define MODELSETTINGS_H
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#define MODELSETTINGS_H
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#include <QtCore>
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#include <QtCore>
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#include "expression.h"
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#include "expression.h"
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class ModelSettings
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class ModelSettings
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{
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{
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public:
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public:
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    ModelSettings();
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    ModelSettings();
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    void loadModelSettings();
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    void loadModelSettings();
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    void print();
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    void print();
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    // list of settings
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    // list of settings
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    // general on/off switches
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    // general on/off switches
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    bool growthEnabled; ///< if false, trees will apply/read light patterns, but do not grow
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    bool growthEnabled; ///< if false, trees will apply/read light patterns, but do not grow
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    bool mortalityEnabled;
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    bool mortalityEnabled; ///< if false, no natural (intrinsic+stress) mortality occurs
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    bool regenerationEnabled; ///< if true, seed dispersal, establishment, ... is modelled
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    // light
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    // light
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    double lightExtinctionCoefficient; ///< "k" parameter (beer lambert) used for calc. of absorbed light on resourceUnit level
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    double lightExtinctionCoefficient; ///< "k" parameter (beer lambert) used for calc. of absorbed light on resourceUnit level
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    double lightExtinctionCoefficientOpacity; ///< "k" for beer lambert used for opacity of single trees
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    double lightExtinctionCoefficientOpacity; ///< "k" for beer lambert used for opacity of single trees
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    // climate
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    // climate
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    double temperatureTau; ///< "tau"-value for delayed temperature calculation acc. to Mäkela 2008
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    double temperatureTau; ///< "tau"-value for delayed temperature calculation acc. to Mäkela 2008
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    // water
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    // water
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    double airDensity; // density of air [kg / m3]
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    double airDensity; // density of air [kg / m3]
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    double laiThresholdForClosedStands; // for calculation of max-canopy-conductance
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    double laiThresholdForClosedStands; // for calculation of max-canopy-conductance
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    double boundaryLayerConductance; // 3pg-evapotranspiration
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    double boundaryLayerConductance; // 3pg-evapotranspiration
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    // site variables (for now!)
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    // site variables (for now!)
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    double latitude; ///< latitude of project site in radians
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    double latitude; ///< latitude of project site in radians
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    // production
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    // production
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    double epsilon; ///< maximum light use efficency used for the 3PG model
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    double epsilon; ///< maximum light use efficency used for the 3PG model
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};
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};
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#endif // MODELSETTINGS_H
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#endif // MODELSETTINGS_H
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