WebSVN - public iLand - Diff - Rev 454 and 462 - /src/core/resourceunitspecies.h


Redirecting to URL 'https://iland.boku.ac.at/svn/iland/tags/release_1.0/src/core/resourceunitspecies.h':
#ifndef RESOURCEUNITSPECIES_H
#define RESOURCEUNITSPECIES_H
#include "production3pg.h"
#include "standstatistics.h"
#include "speciesresponse.h"
#include "establishment.h"
#include "sapling.h"
#include "grid.h"
class Species;
class ResourceUnit;

class ResourceUnitSpecies
{
public:
    ResourceUnitSpecies() : mLAIfactor(0.), mSpecies(0), mRU(0) {}
    void setup(Species *species, ResourceUnit *ru);

    // access
    const SpeciesResponse *speciesResponse() const { return &mResponse; }
    const Species *species() const { return mSpecies; } ///< return pointer to species
    const ResourceUnit *ru() const { return mRU; } ///< return pointer to resource unit
    const Production3PG &prod3PG() const { return m3PG; } ///< the 3pg production model of this speies x resourceunit
    StandStatistics &statistics() { return mStatistics; } ///< statistics of this species on the resourceunit
    StandStatistics &statisticsDead() { return mStatisticsDead; } ///< statistics of died trees
    StandStatistics &statisticsMgmt() { return mStatisticsMgmt; } ///< statistics of removed trees
    const StandStatistics &constStatistics() const { return mStatistics; } ///< const accessor
    const StandStatistics &constStatisticsDead() const { return mStatisticsDead; } ///< const accessor
    const StandStatistics &constStatisticsMgmt() const { return mStatisticsMgmt; } ///< const accessor

   // actions
    void updateGWL();
    double removedVolume() const { return mRemovedGrowth; } ///< sum of volume with was remvoved because of death/management (m3)
    double LAIfactor() const { return mLAIfactor; } ///< relative fraction of LAI of this species (0..1)
    void setLAIfactor(const double newLAIfraction) { mLAIfactor=newLAIfraction; if (mLAIfactor<0 || mLAIfactor>1.00001) qDebug() << "invalid LAIfactor"<<mLAIfactor; }
    // properties
    double leafArea() const; ///< total leaf area of the species on the RU (m2).
    // action
    void calculate(const bool fromEstablishment=false); ///< calculate response for species, calculate actual 3PG production
    void calclulateEstablishment(); ///< perform establishment calculations
    void calclulateSaplingGrowth(); ///< growth of saplings
    void addSapling(const QPoint &position) { mSapling.addSapling(position); } ///< add a saplings on a given position
    void clearSaplings(const QPoint &position) { mSapling.clearSaplings(position);} ///< clear saplings on a given position (after recruitment)
    bool hasSaplingAt(const QPoint &position) const { return mSapling.hasSapling(position); } ///< return true if a sapling of the current speices is present at 'position'

    // visualization/graphical output
    void visualGrid(Grid<float> &grid) const;

private:
    ResourceUnitSpecies(const ResourceUnitSpecies &); // no copy
    ResourceUnitSpecies &operator=(const ResourceUnitSpecies &); // no copy
    double mLAIfactor; ///< relative amount of this species' LAI on this resource unit (0..1). Is calculated once a year.
    double mRemovedGrowth; ///< m3 volume of trees removed/managed (to calculate GWL)
    StandStatistics mStatistics; ///< statistics of a species on this resource unit
    StandStatistics mStatisticsDead; ///< statistics of died trees (this year) of a species on this resource unit
    StandStatistics mStatisticsMgmt; ///< statistics of removed trees (this year) of a species on this resource unit
    Production3PG m3PG; ///< NPP prodution unit of this species
    SpeciesResponse mResponse; ///< calculation and storage of species specific respones on this resource unit
    Establishment mEstablishment; ///< establishment for seedlings and sapling growth
    Sapling mSapling; ///< saplings storage/growth
    Species *mSpecies; ///< speices
    ResourceUnit *mRU; ///< resource unit
    int mLastYear;
};

#endif // RESSOURCEUNITSPECIES_H
 

Subversion Repositories public iLand

(root)/src/core/resourceunitspecies.h @ 1222 - Rev 454 → 462

Rev 454		Rev 462
1	Redirecting to URL 'https://iland.boku.ac.at/svn/iland/tags/release_1.0/src/core/resourceunitspecies.h':	1	Redirecting to URL 'https://iland.boku.ac.at/svn/iland/tags/release_1.0/src/core/resourceunitspecies.h':
2	#ifndef RESOURCEUNITSPECIES_H	2	#ifndef RESOURCEUNITSPECIES_H
3	#define RESOURCEUNITSPECIES_H	3	#define RESOURCEUNITSPECIES_H
4	#include "production3pg.h"	4	#include "production3pg.h"
5	#include "standstatistics.h"	5	#include "standstatistics.h"
6	#include "speciesresponse.h"	6	#include "speciesresponse.h"
7	#include "establishment.h"	7	#include "establishment.h"
8	#include "sapling.h"	8	#include "sapling.h"
9	#include "grid.h"	9	#include "grid.h"
10	class Species;	10	class Species;
11	class ResourceUnit;	11	class ResourceUnit;
12		12
13	class ResourceUnitSpecies	13	class ResourceUnitSpecies
14	{	14	{
15	public:	15	public:
16	ResourceUnitSpecies() : mLAIfactor(0.), mSpecies(0), mRU(0) {}	16	ResourceUnitSpecies() : mLAIfactor(0.), mSpecies(0), mRU(0) {}
17	void setup(Species species, ResourceUnit ru);	17	void setup(Species species, ResourceUnit ru);
18		18
19	// access	19	// access
20	const SpeciesResponse *speciesResponse() const { return &mResponse; }	20	const SpeciesResponse *speciesResponse() const { return &mResponse; }
21	const Species *species() const { return mSpecies; } ///< return pointer to species	21	const Species *species() const { return mSpecies; } ///< return pointer to species
22	const ResourceUnit *ru() const { return mRU; } ///< return pointer to resource unit	22	const ResourceUnit *ru() const { return mRU; } ///< return pointer to resource unit
23	const Production3PG &prod3PG() const { return m3PG; } ///< the 3pg production model of this speies x resourceunit	23	const Production3PG &prod3PG() const { return m3PG; } ///< the 3pg production model of this speies x resourceunit
24	StandStatistics &statistics() { return mStatistics; } ///< statistics of this species on the resourceunit	24	StandStatistics &statistics() { return mStatistics; } ///< statistics of this species on the resourceunit
25	StandStatistics &statisticsDead() { return mStatisticsDead; } ///< statistics of died trees	25	StandStatistics &statisticsDead() { return mStatisticsDead; } ///< statistics of died trees
26	StandStatistics &statisticsMgmt() { return mStatisticsMgmt; } ///< statistics of removed trees	26	StandStatistics &statisticsMgmt() { return mStatisticsMgmt; } ///< statistics of removed trees
27	const StandStatistics &constStatistics() const { return mStatistics; } ///< const accessor	27	const StandStatistics &constStatistics() const { return mStatistics; } ///< const accessor
28	const StandStatistics &constStatisticsDead() const { return mStatisticsDead; } ///< const accessor	28	const StandStatistics &constStatisticsDead() const { return mStatisticsDead; } ///< const accessor
29	const StandStatistics &constStatisticsMgmt() const { return mStatisticsMgmt; } ///< const accessor	29	const StandStatistics &constStatisticsMgmt() const { return mStatisticsMgmt; } ///< const accessor
30		30
31	// actions	31	// actions
32	void updateGWL();	32	void updateGWL();
33	double removedVolume() const { return mRemovedGrowth; } ///< sum of volume with was remvoved because of death/management (m3)	33	double removedVolume() const { return mRemovedGrowth; } ///< sum of volume with was remvoved because of death/management (m3)
34	double LAIfactor() const { return mLAIfactor; } ///< relative fraction of LAI of this species (0..1)	34	double LAIfactor() const { return mLAIfactor; } ///< relative fraction of LAI of this species (0..1)
35	void setLAIfactor(const double newLAIfraction) { mLAIfactor=newLAIfraction; if (mLAIfactor<0 \|\| mLAIfactor>1.00001) qDebug() << "invalid LAIfactor"<<mLAIfactor; }	35	void setLAIfactor(const double newLAIfraction) { mLAIfactor=newLAIfraction; if (mLAIfactor<0 \|\| mLAIfactor>1.00001) qDebug() << "invalid LAIfactor"<<mLAIfactor; }
36	// properties	36	// properties
37	double leafArea() const; ///< total leaf area of the species on the RU (m2).	37	double leafArea() const; ///< total leaf area of the species on the RU (m2).
38	// action	38	// action
39	void calculate(const bool fromEstablishment=false); ///< calculate response for species, calculate actual 3PG production	39	void calculate(const bool fromEstablishment=false); ///< calculate response for species, calculate actual 3PG production
40	void calclulateEstablishment(); ///< perform establishment calculations	40	void calclulateEstablishment(); ///< perform establishment calculations
41	void calclulateSaplingGrowth(); ///< growth of saplings	41	void calclulateSaplingGrowth(); ///< growth of saplings
42	void addSapling(const QPoint &position) { mSapling.addSapling(position); } ///< add a saplings on a given position	42	void addSapling(const QPoint &position) { mSapling.addSapling(position); } ///< add a saplings on a given position
43	void clearSaplings(const QPoint &position) { mSapling.clearSaplings(position);} ///< clear saplings on a given position (after recruitment)	43	void clearSaplings(const QPoint &position) { mSapling.clearSaplings(position);} ///< clear saplings on a given position (after recruitment)
-		44	bool hasSaplingAt(const QPoint &position) const { return mSapling.hasSapling(position); } ///< return true if a sapling of the current speices is present at 'position'
44		45
45	// visualization/graphical output	46	// visualization/graphical output
46	void visualGrid(Grid<float> &grid) const;	47	void visualGrid(Grid<float> &grid) const;
47		48
48	private:	49	private:
49	ResourceUnitSpecies(const ResourceUnitSpecies &); // no copy	50	ResourceUnitSpecies(const ResourceUnitSpecies &); // no copy
50	ResourceUnitSpecies &operator=(const ResourceUnitSpecies &); // no copy	51	ResourceUnitSpecies &operator=(const ResourceUnitSpecies &); // no copy
51	double mLAIfactor; ///< relative amount of this species' LAI on this resource unit (0..1). Is calculated once a year.	52	double mLAIfactor; ///< relative amount of this species' LAI on this resource unit (0..1). Is calculated once a year.
52	double mRemovedGrowth; ///< m3 volume of trees removed/managed (to calculate GWL)	53	double mRemovedGrowth; ///< m3 volume of trees removed/managed (to calculate GWL)
53	StandStatistics mStatistics; ///< statistics of a species on this resource unit	54	StandStatistics mStatistics; ///< statistics of a species on this resource unit
54	StandStatistics mStatisticsDead; ///< statistics of died trees (this year) of a species on this resource unit	55	StandStatistics mStatisticsDead; ///< statistics of died trees (this year) of a species on this resource unit
55	StandStatistics mStatisticsMgmt; ///< statistics of removed trees (this year) of a species on this resource unit	56	StandStatistics mStatisticsMgmt; ///< statistics of removed trees (this year) of a species on this resource unit
56	Production3PG m3PG; ///< NPP prodution unit of this species	57	Production3PG m3PG; ///< NPP prodution unit of this species
57	SpeciesResponse mResponse; ///< calculation and storage of species specific respones on this resource unit	58	SpeciesResponse mResponse; ///< calculation and storage of species specific respones on this resource unit
58	Establishment mEstablishment; ///< establishment for seedlings and sapling growth	59	Establishment mEstablishment; ///< establishment for seedlings and sapling growth
59	Sapling mSapling; ///< saplings storage/growth	60	Sapling mSapling; ///< saplings storage/growth
60	Species *mSpecies; ///< speices	61	Species *mSpecies; ///< speices
61	ResourceUnit *mRU; ///< resource unit	62	ResourceUnit *mRU; ///< resource unit
62	int mLastYear;	63	int mLastYear;
63	};	64	};
64		65
65	#endif // RESSOURCEUNITSPECIES_H	66	#endif // RESSOURCEUNITSPECIES_H
66		67