WebSVN - public iLand - Diff - Rev 125 and 129


Redirecting to URL 'https://iland.boku.ac.at/svn/iland/tags/release_1.0/src/core/tree.h':
#ifndef TREE_H
#define TREE_H
#include <QPointF>

#include "grid.h"

class Species;
class Stamp;
class RessourceUnit;

class Tree
{
public:
    Tree();
    const int id() const { return mId; }
    void setNewId() { mId = m_nextId++; }
    void setPosition(const QPointF pos) { mPosition=pos; }
    const QPointF position() const { return mPosition; }

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

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

    const float lightRessourceIndex() const { return mLRI; }

    const Species* species() const { return mSpecies; }
    void setSpecies(Species *ts) { mSpecies=ts; }
    const RessourceUnit *ru() const { return mRU; }
    void setRU(RessourceUnit *ru) { mRU = ru; }

    void setup();

    void enableDebugging() { mDebugid = mId; }


    // grid based light-concurrency functions
    void applyStamp(); ///< apply LightInfluencePattern onto the global grid
    double readStamp();
    void readStampMul(); ///< calculate the lightRessourceIndex
    void heightGrid(); ///< calculate the height grid

    // growth, etc.
    void grow();
    void grow_diameter(const double &net_stem_npp);
    double relative_height_growth();

    // static functions
    static void setGrid(FloatGrid* gridToStamp, FloatGrid *dominanceGrid) { mGrid = gridToStamp; mHeightGrid = dominanceGrid; }
    // statistics
    static void resetStatistics();
    static const int statPrints() { return m_statPrint; }
    static const int statCreated() { return m_statCreated; }

    static float lafactor;

private:
    // helping functions
    void calcBiomassCompartments();
    void partitioning(double npp);
    // state variables
    int mId;
    float mDbh; ///< diameter at breast height [cm]
    float mHeight; ///< tree height [m]
    QPointF mPosition;
    // biomass compartements
    float mLeafArea; ///< m2 leaf area??

    float mLeafMass; // kg
    float mStemMass; // kg
    float mRootMass; // kg
    // production relevant
    float mNPPReserve; // kg

    float mDbhDelta; ///< diameter growth [cm]

    float mLRI; ///< resulting lightRessourceIndex
    // Stamp, Species, Ressource Unit
    const Stamp *mStamp;

    Species *mSpecies;
    RessourceUnit *mRU;

    // special functions
    bool isDebugging() { return mId == mDebugid; }
    QString dump();
    void dumpList(DebugList &rTargetList);
    // static data
    static FloatGrid *mGrid;
    static FloatGrid *mHeightGrid;
    // debugging
    static int mDebugid;

    // statistics
    static int m_statPrint;
    static int m_statAboveZ;
    static int m_statCreated;
    static int m_nextId;
};

 
 
 
 
 
 

#endif // TREE_H
 

Rev 125	Rev 129
1	Redirecting to URL 'https://iland.boku.ac.at/svn/iland/tags/release_1.0/src/core/tree.h':	1	Redirecting to URL 'https://iland.boku.ac.at/svn/iland/tags/release_1.0/src/core/tree.h':
2	#ifndef TREE_H	2	#ifndef TREE_H
3	#define TREE_H	3	#define TREE_H
4	#include <QPointF>	4	#include <QPointF>
5		5
6	#include "grid.h"	6	#include "grid.h"
7		7
8	class Species;	8	class Species;
9	class Stamp;	9	class Stamp;
10	class RessourceUnit;	10	class RessourceUnit;
11		11
12	class Tree	12	class Tree
13	{	13	{
14	public:	14	public:
15	Tree();	15	Tree();
16	const int id() const { return mId; }	16	const int id() const { return mId; }
17	void setNewId() { mId = m_nextId++; }	17	void setNewId() { mId = m_nextId++; }
18	void setPosition(const QPointF pos) { mPosition=pos; }	18	void setPosition(const QPointF pos) { mPosition=pos; }
19	const QPointF position() const { return mPosition; }	19	const QPointF position() const { return mPosition; }
20		20
21	void setDbh(const float dbh) { mDbh=dbh; }	21	void setDbh(const float dbh) { mDbh=dbh; }
22	const float dbh() const { return mDbh; }	22	const float dbh() const { return mDbh; }
23		23
24	void setHeight(const float height) { mHeight=height; }	24	void setHeight(const float height) { mHeight=height; }
25	const float height() const { return mHeight; }	25	const float height() const { return mHeight; }
26		26
27	const float lightRessourceIndex() const { return mLRI; }	27	const float lightRessourceIndex() const { return mLRI; }
28		28
29	const Species* species() const { return mSpecies; }	29	const Species* species() const { return mSpecies; }
30	void setSpecies(Species *ts) { mSpecies=ts; }	30	void setSpecies(Species *ts) { mSpecies=ts; }
31	const RessourceUnit *ru() const { return mRU; }	31	const RessourceUnit *ru() const { return mRU; }
32	void setRU(RessourceUnit *ru) { mRU = ru; }	32	void setRU(RessourceUnit *ru) { mRU = ru; }
33		33
34	void setup();	34	void setup();
35		35
36	void enableDebugging() { mDebugid = mId; }	36	void enableDebugging() { mDebugid = mId; }
37		37
38		38
39	// grid based light-concurrency functions	39	// grid based light-concurrency functions
40	void applyStamp(); ///< apply LightInfluencePattern onto the global grid	40	void applyStamp(); ///< apply LightInfluencePattern onto the global grid
41	double readStamp();	41	double readStamp();
42	void readStampMul(); ///< calculate the lightRessourceIndex	42	void readStampMul(); ///< calculate the lightRessourceIndex
43	void heightGrid(); ///< calculate the height grid	43	void heightGrid(); ///< calculate the height grid
44		44
45	// growth, etc.	45	// growth, etc.
46	void grow();	46	void grow();
47	void grow_diameter(const double &net_stem_npp);	47	void grow_diameter(const double &net_stem_npp);
48	double relative_height_growth();	48	double relative_height_growth();
49		49
50	// static functions	50	// static functions
51	static void setGrid(FloatGrid* gridToStamp, FloatGrid *dominanceGrid) { mGrid = gridToStamp; mHeightGrid = dominanceGrid; }	51	static void setGrid(FloatGrid* gridToStamp, FloatGrid *dominanceGrid) { mGrid = gridToStamp; mHeightGrid = dominanceGrid; }
52	// statistics	52	// statistics
53	static void resetStatistics();	53	static void resetStatistics();
54	static const int statPrints() { return m_statPrint; }	54	static const int statPrints() { return m_statPrint; }
55	static const int statCreated() { return m_statCreated; }	55	static const int statCreated() { return m_statCreated; }
56		56
57	static float lafactor;	57	static float lafactor;
58		58
59	private:	59	private:
60	// helping functions	60	// helping functions
61	void calcBiomassCompartments();	61	void calcBiomassCompartments();
62	void partitioning(double npp);	62	void partitioning(double npp);
63	// state variables	63	// state variables
64	int mId;	64	int mId;
65	float mDbh; ///< diameter at breast height [cm]	65	float mDbh; ///< diameter at breast height [cm]
66	float mHeight; ///< tree height [m]	66	float mHeight; ///< tree height [m]
67	QPointF mPosition;	67	QPointF mPosition;
68	// biomass compartements	68	// biomass compartements
69	float mLeafArea; ///< m2 leaf area??	69	float mLeafArea; ///< m2 leaf area??
70		70
71	float mLeafMass; // kg	71	float mLeafMass; // kg
72	float mStemMass; // kg	72	float mStemMass; // kg
73	float mRootMass; // kg	73	float mRootMass; // kg
74	// production relevant	74	// production relevant
75	float mNPPReserve; // kg	75	float mNPPReserve; // kg
76		76
77	float mDbhDelta; ///< diameter growth [cm]	77	float mDbhDelta; ///< diameter growth [cm]
78		78
79	float mLRI; ///< resulting lightRessourceIndex	79	float mLRI; ///< resulting lightRessourceIndex
80	// Stamp, Species, Ressource Unit	80	// Stamp, Species, Ressource Unit
81	const Stamp *mStamp;	81	const Stamp *mStamp;
82		82
83	Species *mSpecies;	83	Species *mSpecies;
84	RessourceUnit *mRU;	84	RessourceUnit *mRU;
85		85
86	// special functions	86	// special functions
87	bool isDebugging() { return mId == mDebugid; }	87	bool isDebugging() { return mId == mDebugid; }
88	QString dump();	88	QString dump();
-		89	void dumpList(DebugList &rTargetList);
89	// static data	90	// static data
90	static FloatGrid *mGrid;	91	static FloatGrid *mGrid;
91	static FloatGrid *mHeightGrid;	92	static FloatGrid *mHeightGrid;
92	// debugging	93	// debugging
93	static int mDebugid;	94	static int mDebugid;
94		95
95	// statistics	96	// statistics
96	static int m_statPrint;	97	static int m_statPrint;
97	static int m_statAboveZ;	98	static int m_statAboveZ;
98	static int m_statCreated;	99	static int m_statCreated;
99	static int m_nextId;	100	static int m_nextId;
100	};	101	};
101		102
102	/** a struct that contains details about a single tree	-
103	*/	-
104	struct SingleTreeStatistics	-
105	{	-
106	// growth	-
107	};	-
-		103
108	#endif // TREE_H	104	#endif // TREE_H
109		105

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(root)/src/core/tree.h @ 1222 - Rev 125 → 129