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15 
    // lifecycle
15 
    // lifecycle
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    Tree();
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    Tree();
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    void setup();
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    void setup();
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    // access to properties


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    // access to properties


          

          

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    const int id() const { return mId; }


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    int id() const { return mId; }


          

          

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    void setNewId() { mId = m_nextId++; }


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    void setNewId() { mId = m_nextId++; }


          

          

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    void setPosition(const QPointF pos) { mPosition=pos; }


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    void setPosition(const QPointF pos) { mPosition=pos; }


          

          

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    const QPointF position() const { return mPosition; }


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    const QPointF position() const { return mPosition; }


          

          

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    void setDbh(const float dbh) { mDbh=dbh; }


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    void setDbh(const float dbh) { mDbh=dbh; }


          

          

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    const float dbh() const { return mDbh; }


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    float dbh() const { return mDbh; }


          

          

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    void setHeight(const float height) { mHeight=height; }


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    void setHeight(const float height) { mHeight=height; }


          

          

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    const float height() const { return mHeight; }


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    const float lightRessourceIndex() const { return mLRI; }


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    float height() const { return mHeight; }


          

          

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    float lightRessourceIndex() const { return mLRI; }


          

          

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    const Species* species() const { Q_ASSERT(mRU!=0); return mSpecies; }


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    const Species* species() const { Q_ASSERT(mRU!=0); return mSpecies; }


          

          

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    void setSpecies(Species *ts) { mSpecies=ts; }


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    void setSpecies(Species *ts) { mSpecies=ts; }


          

          

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    const RessourceUnit *ru() const { Q_ASSERT(mRU!=0); return mRU; }


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    const RessourceUnit *ru() const { Q_ASSERT(mRU!=0); return mRU; }


          

          

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    void setRU(RessourceUnit *ru) { mRU = ru; }


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    void setRU(RessourceUnit *ru) { mRU = ru; }


          

          

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    const double volume() const; ///< volume (m3) of stem volume based on geometry and density calculated on the fly.


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    double volume() const; ///< volume (m3) of stem volume based on geometry and density calculated on the fly.


          

          

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    // actions


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    // actions


          

          

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    void enableDebugging(const bool enable=true) { mDebugging = enable; }


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    void enableDebugging(const bool enable=true) { mDebugging = enable; }


          

          

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    // grid based light-concurrency functions


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    // grid based light-concurrency functions


          

          

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    void applyStamp(); ///< apply LightInfluencePattern onto the global grid


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    void applyStamp(); ///< apply LightInfluencePattern onto the global grid


          

          

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    // static functions


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    // static functions


          

          

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    static void setGrid(FloatGrid* gridToStamp, FloatGrid *dominanceGrid) { mGrid = gridToStamp; mHeightGrid = dominanceGrid; }


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    static void setGrid(FloatGrid* gridToStamp, FloatGrid *dominanceGrid) { mGrid = gridToStamp; mHeightGrid = dominanceGrid; }


          

          

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    // statistics


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    // statistics


          

          

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    static void resetStatistics();


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    static void resetStatistics();


          

          

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    static const int statPrints() { return m_statPrint; }


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    static const int statCreated() { return m_statCreated; }


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    static int statPrints() { return m_statPrint; }


          

          

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    static int statCreated() { return m_statCreated; }


          

          

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    static float lafactor;


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    static float lafactor;


          

          

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    QString dump();


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    QString dump();


          

          

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    void dumpList(DebugList &rTargetList);


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    void dumpList(QList<QVariant> &rTargetList);


          

          

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private:


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private:


          

          

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    // helping functions


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    // helping functions


          

          

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    void partitioning(double npp);


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    void partitioning(double npp);


          

          

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    // state variables


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    // state variables