DataForOptimisation Class Reference

Class for storing data for optimisation. More...

#include <farm.h>

Classes
class	FarmData
	Class storing farm information: farm's number used in ALMaSS system, farm's soil type, farm's size (business or private) and farm's real ID number. More...

Public Member Functions
	DataForOptimisation ()
	The constructor. More...
void	Set_livestockTypes (TTypesOfAnimals livestock_type)
void	Set_cropTypes (TTypesOfCrops crop_type)
void	Set_cropTypes_str (string crop_type)
TTypesOfAnimals	Get_livestockTypes (int i)
string	Get_cropTypes_str (int i)
TTypesOfCrops	Get_cropTypes (int i)
void	Set_livestockNumber (int a_number)
void	Set_cropArea (double a_area)
int	Get_livestockNumber (int index)
int	Get_livestockNumbersSize ()
double	Get_cropArea (int index)
int	Get_cropAreasSize ()
TTypesOfOptFarms	Get_farmType (int a_almass_no)
	Used by FarmManager::CreateFarms. Finds a matching almass number and returns farm's type. More...
void	Set_winterMax (int a_value, int i)
int	Get_winterMax (int i)
void	Set_livestockParameter (double a_value, int i)
double	Get_livestockParameter (int i)
void	Set_cropParameter (double a_value, int i)
double	Get_cropParameter (int i)
void	Set_alfa (double a_value, int i)
double	Get_alfa (int i)
void	Set_beta1 (double a_value, int i)
double	Get_beta1 (int i)
void	Set_beta2 (double a_value, int i)
double	Get_beta2 (int i)
void	Set_Nnorm (double a_value, int i)
double	Get_Nnorm (int i)
void	Set_fixed (string a_value, int i)
bool	Get_fixed (int i)
void	Set_fodder (string a_value, int i)
bool	Get_fodder (int i)
void	Set_FUKey (double a_value, int i)
double	Get_FUKey (int i)
void	Set_sellingPrice (double a_value, int i)
double	Get_sellingPrice (int i)
void	Set_sellingPrice_lastyr (double a_value, int i)
double	Get_sellingPrice_lastyr (int i)
void	Set_rotationMax (double a_value, int i)
double	Get_rotationMax (int i)
void	Set_rotationMin (double a_value, int i)
double	Get_rotationMin (int i)
void	Set_biomass_factor (double a_value, int i)
double	Get_biomass_factor (int i)
void	Set_cropTypes_almass (TTypesOfVegetation crop_type)
TTypesOfVegetation	Get_cropTypes_almass (int i)
int	Get_cropTypes_almass_size ()
void	Set_cropTypes_almass_str (string crop_type)
string	Get_cropTypes_almass_str (int i)
void	Set_noCrops (int no)
int	Get_noCrops ()
void	Set_emaize_price (double a_value)
double	Get_emaize_price (int i)

Public Attributes
vector< FarmData * >	m_farm_data

Protected Member Functions
void	InitializeVector (vector< double > &vector)
	Initializes vector with -1 values. More...

Protected Attributes
int	m_noCrops
	Number of crops used in the simulation. More...
vector< string >	m_str_cropTypes
	Crop types saved in string format (Bedriftsmodel i.e. original crop optimization model crop mode). More...
vector< TTypesOfCrops >	m_cropTypes
	Crop types saved as enumarator types (Bedriftsmodel i.e. original crop optimization model crop mode). More...
vector< string >	m_str_cropTypes_almass
	Crop types saved in string format (ALMaSS crop mode). More...
vector< TTypesOfVegetation >	m_cropTypes_almass
	Crop types saved as enumarator types (ALMaSS crop mode). More...
vector< TTypesOfAnimals >	m_livestockTypes
	Livestock types saved as enumarator types. More...
vector< double >	m_cropAreas
	Vector containing values of initial (i.e. in year the data is taken for) crop areas at farms included in the simulation. More...
vector< int >	m_livestockNumbers
	Vector containing numbers of all livestock types at farms included in the simulation. More...
vector< int >	m_winterMax
	Maximal area taken by winter crops at a farm. [%]. More...
vector< double >	m_livestockParameters
	Vector storing parameters of all livestock types. More...
vector< double >	m_cropParameters
	Vector storing parameters of all crop types. More...
vector< double >	m_alfa
	Crop parameter for response (growth) function (resp = alfa + beta1*N + beta2*N^2; defines relationship between yield and fertilizer). Soil type specific. More...
vector< double >	m_beta1
	Crop parameter for response (growth) function (resp = alfa + beta1*N + beta2*N^2; defines relationship between yield and fertilizer). Soil type specific. More...
vector< double >	m_beta2
	Crop parameter for response (growth) function (resp = alfa + beta1*N + beta2*N^2; defines relationship between yield and fertilizer). Soil type specific. More...
vector< double >	m_Nnorm
	Maximum amount of fertilizer (N) that can be applied for a given crop [kg N/ha]. Soil specific. More...
vector< double >	m_biomass_factors
	Factor used to determine actual response (yield per ha) based on crop biomass at a harvest. Factor is crop specific and is equal to a ratio of the response for optimal fertilizer amount in Bedriftsmodel (original farm optimization model) to the biomass at a harvest for the corresponding ALMaSS crop grown with optimal fertilizer input. More...
vector< bool >	m_fixed
	Crop Boolean parameter - fixed/variable crop. Farm type specific. More...
vector< bool >	m_fodder
	Crop Boolean parameter - fodder/non-fodder crop. Farm type specific. More...
vector< double >	m_FUKey
	Crop parameter: Fodder unit key, i.e. a number of fodder units obtained from a given crop [FU/hkg]. Farm type specific. More...
vector< double >	m_sellingPrice
	Selling price of a crop [DKK/hkg]. Farm type specific and soil type specific. More...
vector< double >	m_sellingPrice_lastyr
	Selling price of a crop in a previous year [DKK/hkg]. Farm type specific and soil type specific. More...
vector< double >	m_rotationMax
	Maximum acreage of a crop at a farm [%]. Farm type, soil type and farm size specific. More...
vector< double >	m_rotationMin
	Minimum acreage of a crop at a farm [%]. Farm type, soil type and farm size specific. More...
vector< double >	m_energy_maize_price
	Vector with energy maize prices for each year of simulation. More...

Detailed Description

Class for storing data for optimisation.

Constructor & Destructor Documentation

DataForOptimisation()

DataForOptimisation::DataForOptimisation

(

)

The constructor.

                                        {
 
    int foobar = (cfg_OptimiseBedriftsmodelCrops.value())? (int)toc_Foobar : (int)tov_Undefined; //bedriftsmodel crops/almass crops
 
    m_cropParameters.resize(foobar*top_Foobar);
    m_alfa.resize(foobar*tos_Foobar);
    m_beta1.resize(foobar*tos_Foobar);
    m_beta2.resize(foobar*tos_Foobar);
    m_Nnorm.resize(foobar*tos_Foobar);
    m_biomass_factors.resize(foobar*tos_Foobar);
    m_fixed.resize(foobar*toof_Foobar);
    m_fodder.resize(foobar*toof_Foobar);
    m_FUKey.resize(foobar*toof_Foobar);
    m_sellingPrice.resize(foobar*toof_Foobar*tos_Foobar);
    m_sellingPrice_lastyr.resize(foobar*toof_Foobar*tos_Foobar);
    m_rotationMax.resize(foobar*toof_Foobar*tos_Foobar*tofs_Foobar);
    m_rotationMin.resize(foobar*toof_Foobar*tos_Foobar*tofs_Foobar);
    m_winterMax.resize(toof_Foobar);
    m_livestockParameters.resize(toa_Foobar*tolp_Foobar);
 
    if(!cfg_OptimiseBedriftsmodelCrops.value()){
        //fill them with -1
        InitializeVector (m_cropParameters);
        InitializeVector (m_alfa);
        InitializeVector (m_beta1);
        InitializeVector (m_beta2);
        InitializeVector (m_Nnorm);
        InitializeVector (m_biomass_factors);
        InitializeVector (m_FUKey);
        InitializeVector (m_sellingPrice);
        InitializeVector (m_rotationMax);
        InitializeVector (m_rotationMin);
    }
}

References cfg_OptimiseBedriftsmodelCrops(), InitializeVector(), m_alfa, m_beta1, m_beta2, m_biomass_factors, m_cropParameters, m_fixed, m_fodder, m_FUKey, m_livestockParameters, m_Nnorm, m_rotationMax, m_rotationMin, m_sellingPrice, m_sellingPrice_lastyr, m_winterMax, toa_Foobar, toc_Foobar, tofs_Foobar, tolp_Foobar, toof_Foobar, top_Foobar, tos_Foobar, and tov_Undefined.

Member Function Documentation

Get_alfa()

double DataForOptimisation::Get_alfa ( int  i )

inline

{return m_alfa[i];};

References m_alfa.

Referenced by OptimisingFarm::findResponse().

Get_beta1()

double DataForOptimisation::Get_beta1 ( int  i )

inline

{return m_beta1[i];};

References m_beta1.

Referenced by OptimisingFarm::ActualProfit(), OptimisingFarm::findFertilizer(), and OptimisingFarm::findResponse().

Get_beta2()

double DataForOptimisation::Get_beta2 ( int  i )

inline

{return m_beta2[i];};

References m_beta2.

Referenced by OptimisingFarm::ActualProfit(), OptimisingFarm::findFertilizer(), and OptimisingFarm::findResponse().

Get_biomass_factor()

double DataForOptimisation::Get_biomass_factor ( int  i )

inline

{ return m_biomass_factors[i];} 

References m_biomass_factors.

Referenced by OptimisingFarm::ActualProfit().

Get_cropArea()

double DataForOptimisation::Get_cropArea ( int  index )

inline

{return m_cropAreas[index];};

References m_cropAreas.

Referenced by OptimisingFarm::Initialize().

Get_cropAreasSize()

int DataForOptimisation::Get_cropAreasSize ( )

inline

{return (int)m_cropAreas.size();};

References m_cropAreas.

Referenced by OptimisingFarm::Initialize().

Get_cropParameter()

double DataForOptimisation::Get_cropParameter ( int  i )

inline

{return m_cropParameters[i];};

References m_cropParameters.

Referenced by OptimisingFarm::crop_parameter().

Get_cropTypes()

TTypesOfCrops DataForOptimisation::Get_cropTypes ( int  i )

inline

{return m_cropTypes[i];};

References m_cropTypes.

Referenced by OptimisingFarm::Initialize().

Get_cropTypes_almass()

TTypesOfVegetation DataForOptimisation::Get_cropTypes_almass ( int  i )

inline

{return m_cropTypes_almass[i];};

References m_cropTypes_almass.

Referenced by OptimisingFarm::ActualProfit(), FarmManager::FarmManager(), OptimisingFarm::Initialize(), FarmManager::ReadCropsData_almass(), FarmManager::ReadCropsData_perFarm_and_Soil_almass(), FarmManager::ReadCropsData_perFarm_and_Soil_and_Size_almass(), FarmManager::ReadCropsData_perFarmType_almass(), FarmManager::ReadCropsData_perSoilType_almass(), and FarmManager::Switch_rotation().

Get_cropTypes_almass_size()

int DataForOptimisation::Get_cropTypes_almass_size ( )

inline

{return (int)m_cropTypes_almass.size();};

References m_cropTypes_almass.

Referenced by OptimisingFarm::ActualProfit(), and FarmManager::Switch_rotation().

Get_cropTypes_almass_str()

string DataForOptimisation::Get_cropTypes_almass_str ( int  i )

inline

{return m_str_cropTypes_almass[i];};

References m_str_cropTypes_almass.

Referenced by FarmManager::OptimisationOutput(), FarmManager::PrintFinalResults(), and FarmManager::PrintOutput().

Get_cropTypes_str()

string DataForOptimisation::Get_cropTypes_str ( int  i )

inline

{return m_str_cropTypes[i];};

References m_str_cropTypes.

Referenced by FarmManager::OptimisationOutput(), and FarmManager::PrintOutput().

Get_emaize_price()

double DataForOptimisation::Get_emaize_price ( int  i )

inline

{return m_energy_maize_price[i];};

References m_energy_maize_price.

Get_farmType()

TTypesOfOptFarms DataForOptimisation::Get_farmType

(

int

a_almass_no

)

Used by FarmManager::CreateFarms. Finds a matching almass number and returns farm's type.

                                                                  {
    for(int i=0; i< (int) m_farm_data.size(); i++){
        if(m_farm_data[i]->md_almass_no == a_almass_no) return m_farm_data[i] -> md_farmType;
    }
    g_msg->Warn( WARN_BUG, "almass_no from farms_data doesn't match any of the numbers from farmrefs file", "" ); 
    exit(0);
}

References m_farm_data.

Referenced by FarmManager::CreateFarms().

Get_fixed()

bool DataForOptimisation::Get_fixed ( int  i )

inline

{return m_fixed[i];};

References m_fixed.

Referenced by AnimalFarm::createFodderCrops(), and OptimisingFarm::createVariableCrops().

Get_fodder()

bool DataForOptimisation::Get_fodder ( int  i )

inline

{return m_fodder[i];};

References m_fodder.

Referenced by OptimisingFarm::ActualProfit(), OptimisingCattleFarm::checkCattleRotation(), AnimalFarm::checkWinterRotation1(), AnimalFarm::createFodderCrops(), AnimalFarm::decreaseCrops(), OptimisingFarm::determineAreas(), OptimisingFarm::findGrossMargin(), AnimalFarm::increaseCrops(), OptimisingFarm::optimizeCrops(), and OptimisingCattleFarm::setCattleCropsAtMin().

Get_FUKey()

double DataForOptimisation::Get_FUKey ( int  i )

inline

{return m_FUKey[i];};

References m_FUKey.

Referenced by OptimisingPigFarm::check_WRape_WBarley(), OptimisingCattleFarm::checkCattleRotation(), OptimisingCattleFarm::checkCattleRotation_almass(), AnimalFarm::checkWinterRotation1(), AnimalFarm::correctFodderDemand(), AnimalFarm::decreaseCrops(), AnimalFarm::determineFodderAreas(), AnimalFarm::determineMinFodder(), AnimalFarm::increaseCrops(), OptimisingFarm::optimizeCrops(), and OptimisingCattleFarm::setCattleCropsAtMin().

Get_livestockNumber()

int DataForOptimisation::Get_livestockNumber ( int  index )

inline

{return m_livestockNumbers[index];}; 

References m_livestockNumbers.

Referenced by OptimisingFarm::Initialize().

Get_livestockNumbersSize()

int DataForOptimisation::Get_livestockNumbersSize ( )

inline

{return (int)m_livestockNumbers.size();};

References m_livestockNumbers.

Referenced by OptimisingFarm::Initialize().

Get_livestockParameter()

double DataForOptimisation::Get_livestockParameter ( int  i )

inline

{return m_livestockParameters[i];};

References m_livestockParameters.

Referenced by OptimisingFarm::findFodderDemand(), and OptimisingFarm::findTotalNanim().

Get_livestockTypes()

TTypesOfAnimals DataForOptimisation::Get_livestockTypes ( int  i )

inline

{return m_livestockTypes[i];};

References m_livestockTypes.

Referenced by OptimisingFarm::Initialize().

Get_Nnorm()

double DataForOptimisation::Get_Nnorm ( int  i )

inline

{return m_Nnorm[i];};

References m_Nnorm.

Referenced by OptimisingFarm::findFertilizer().

Get_noCrops()

int DataForOptimisation::Get_noCrops ( )

inline

{return m_noCrops;};

References m_noCrops.

Referenced by OptimisingFarm::ActualProfit(), FarmManager::CropDistribution(), FarmManager::FarmManager(), OptimisingFarm::Initialize(), FarmManager::OptimisationOutput(), FarmManager::PrintFinalResults(), and FarmManager::PrintOutput().

Get_rotationMax()

double DataForOptimisation::Get_rotationMax ( int  i )

inline

{return m_rotationMax[i];};

References m_rotationMax.

Referenced by OptimisingFarm::Initialize().

Get_rotationMin()

double DataForOptimisation::Get_rotationMin ( int  i )

inline

{return m_rotationMin[i];};

References m_rotationMin.

Referenced by OptimisingFarm::Initialize().

Get_sellingPrice()

double DataForOptimisation::Get_sellingPrice ( int  i )

inline

{return m_sellingPrice[i];};

References m_sellingPrice.

Referenced by OptimisingFarm::ActualProfit(), and OptimisingFarm::optimizeCrops().

Get_sellingPrice_lastyr()

double DataForOptimisation::Get_sellingPrice_lastyr ( int  i )

inline

{return m_sellingPrice_lastyr[i];};

References m_sellingPrice_lastyr.

Referenced by OptimisingFarm::ActualProfit().

Get_winterMax()

int DataForOptimisation::Get_winterMax ( int  i )

inline

{return m_winterMax[i];};

References m_winterMax.

Referenced by OptimisingPigFarm::check_WRape_WBarley(), AnimalFarm::checkWinterCrops(), and NonAnimalFarm::checkWinterCrops().

InitializeVector()

void DataForOptimisation::InitializeVector ( vector< double > &  vector )

protected

Initializes vector with -1 values.

                                                               {
 
    for(int i=0; i<(int)vector.size(); i++){
        vector[i] = -1;
    }
}

Referenced by DataForOptimisation().

Set_alfa()

void DataForOptimisation::Set_alfa ( double  a_value, int  i  )

inline

{m_alfa[i]=a_value;};

References m_alfa.

Referenced by FarmManager::ReadCropsData_perSoilType(), and FarmManager::ReadCropsData_perSoilType_almass().

Set_beta1()

void DataForOptimisation::Set_beta1 ( double  a_value, int  i  )

inline

{m_beta1[i]=a_value;};

References m_beta1.

Referenced by FarmManager::ReadCropsData_perSoilType(), and FarmManager::ReadCropsData_perSoilType_almass().

Set_beta2()

void DataForOptimisation::Set_beta2 ( double  a_value, int  i  )

inline

{m_beta2[i]=a_value;};

References m_beta2.

Referenced by FarmManager::ReadCropsData_perSoilType(), and FarmManager::ReadCropsData_perSoilType_almass().

Set_biomass_factor()

void DataForOptimisation::Set_biomass_factor ( double  a_value, int  i  )

inline

{m_biomass_factors[i] = a_value;};

References m_biomass_factors.

Referenced by FarmManager::ReadCropsData_perSoilType_almass().

Set_cropArea()

void DataForOptimisation::Set_cropArea ( double  a_area )

inline

{m_cropAreas.push_back(a_area);};

References m_cropAreas.

Referenced by FarmManager::ReadInitialCropAreas(), and FarmManager::ReadInitialCropAreas_almass().

Set_cropParameter()

void DataForOptimisation::Set_cropParameter ( double  a_value, int  i  )

inline

{m_cropParameters[i]=a_value;};

References m_cropParameters.

Referenced by FarmManager::ReadCropsData(), and FarmManager::ReadCropsData_almass().

Set_cropTypes()

void DataForOptimisation::Set_cropTypes ( TTypesOfCrops  crop_type )

inline

{m_cropTypes.push_back(crop_type);};

References m_cropTypes.

Referenced by FarmManager::ReadInitialCropAreas().

Set_cropTypes_almass()

void DataForOptimisation::Set_cropTypes_almass ( TTypesOfVegetation  crop_type )

inline

{m_cropTypes_almass.push_back(crop_type);};

References m_cropTypes_almass.

Referenced by FarmManager::ReadInitialCropAreas_almass().

Set_cropTypes_almass_str()

void DataForOptimisation::Set_cropTypes_almass_str ( string  crop_type )

inline

{m_str_cropTypes_almass.push_back(crop_type);};

References m_str_cropTypes_almass.

Referenced by FarmManager::ReadInitialCropAreas_almass().

Set_cropTypes_str()

void DataForOptimisation::Set_cropTypes_str ( string  crop_type )

inline

{m_str_cropTypes.push_back(crop_type);};

References m_str_cropTypes.

Referenced by FarmManager::ReadInitialCropAreas().

Set_emaize_price()

void DataForOptimisation::Set_emaize_price ( double  a_value )

inline

{m_energy_maize_price.push_back(a_value);};

References m_energy_maize_price.

Referenced by FarmManager::ReadEnergyMaizePrice().

Set_fixed()

void DataForOptimisation::Set_fixed ( string  a_value, int  i  )

inline

                                          {
        if(a_value=="yes" || a_value=="YES" || a_value=="Yes" || a_value=="1"){m_fixed[i]=true;}
        else {m_fixed[i]=false;}
    };

References m_fixed.

Referenced by FarmManager::ReadCropsData_perFarmType(), and FarmManager::ReadCropsData_perFarmType_almass().

Set_fodder()

void DataForOptimisation::Set_fodder ( string  a_value, int  i  )

inline

                                           {
        if(a_value=="yes" || a_value=="YES" || a_value=="Yes" || a_value=="1"){m_fodder[i]=true;}
        else {m_fodder[i]=false;}
    };

References m_fodder.

Referenced by FarmManager::ReadCropsData_perFarmType(), and FarmManager::ReadCropsData_perFarmType_almass().

Set_FUKey()

void DataForOptimisation::Set_FUKey ( double  a_value, int  i  )

inline

{m_FUKey[i]=a_value;};

References m_FUKey.

Referenced by FarmManager::ReadCropsData_perFarmType(), and FarmManager::ReadCropsData_perFarmType_almass().

Set_livestockNumber()

void DataForOptimisation::Set_livestockNumber ( int  a_number )

inline

{m_livestockNumbers.push_back(a_number);}; 

References m_livestockNumbers.

Referenced by FarmManager::ReadLivestockNumbers().

Set_livestockParameter()

void DataForOptimisation::Set_livestockParameter ( double  a_value, int  i  )

inline

{m_livestockParameters[i]=a_value;};

References m_livestockParameters.

Referenced by FarmManager::ReadLivestockData().

Set_livestockTypes()

void DataForOptimisation::Set_livestockTypes ( TTypesOfAnimals  livestock_type )

inline

{m_livestockTypes.push_back(livestock_type);};

References m_livestockTypes.

Referenced by FarmManager::ReadLivestockNumbers().

Set_Nnorm()

void DataForOptimisation::Set_Nnorm ( double  a_value, int  i  )

inline

{m_Nnorm[i]=a_value;};

References m_Nnorm.

Referenced by FarmManager::ReadCropsData_perSoilType(), and FarmManager::ReadCropsData_perSoilType_almass().

Set_noCrops()

void DataForOptimisation::Set_noCrops ( int  no )

inline

{m_noCrops = no;};

References m_noCrops.

Referenced by FarmManager::ReadInitialCropAreas_almass().

Set_rotationMax()

void DataForOptimisation::Set_rotationMax ( double  a_value, int  i  )

inline

{m_rotationMax[i]=a_value;};

References m_rotationMax.

Referenced by FarmManager::ReadCropsData_perFarm_and_Soil_and_Size(), and FarmManager::ReadCropsData_perFarm_and_Soil_and_Size_almass().

Set_rotationMin()

void DataForOptimisation::Set_rotationMin ( double  a_value, int  i  )

inline

{m_rotationMin[i]=a_value;};

References m_rotationMin.

Referenced by FarmManager::ReadCropsData_perFarm_and_Soil_and_Size(), and FarmManager::ReadCropsData_perFarm_and_Soil_and_Size_almass().

Set_sellingPrice()

void DataForOptimisation::Set_sellingPrice ( double  a_value, int  i  )

inline

{m_sellingPrice[i]=a_value;};

References m_sellingPrice.

Referenced by FarmManager::ReadCropsData_perFarm_and_Soil(), and FarmManager::ReadCropsData_perFarm_and_Soil_almass().

Set_sellingPrice_lastyr()

void DataForOptimisation::Set_sellingPrice_lastyr ( double  a_value, int  i  )

inline

{m_sellingPrice_lastyr[i]=a_value;};

References m_sellingPrice_lastyr.

Set_winterMax()

void DataForOptimisation::Set_winterMax ( int  a_value, int  i  )

inline

{m_winterMax[i]=a_value;};

References m_winterMax.

Referenced by FarmManager::ReadFarmsData_perFarmType().

Member Data Documentation

m_alfa

vector<double> DataForOptimisation::m_alfa

protected

Crop parameter for response (growth) function (resp = alfa + beta1*N + beta2*N^2; defines relationship between yield and fertilizer). Soil type specific.

Referenced by DataForOptimisation(), Get_alfa(), and Set_alfa().

m_beta1

vector<double> DataForOptimisation::m_beta1

protected

Crop parameter for response (growth) function (resp = alfa + beta1*N + beta2*N^2; defines relationship between yield and fertilizer). Soil type specific.

Referenced by DataForOptimisation(), Get_beta1(), and Set_beta1().

m_beta2

vector<double> DataForOptimisation::m_beta2

protected

Crop parameter for response (growth) function (resp = alfa + beta1*N + beta2*N^2; defines relationship between yield and fertilizer). Soil type specific.

Referenced by DataForOptimisation(), Get_beta2(), and Set_beta2().

m_biomass_factors

vector<double> DataForOptimisation::m_biomass_factors

protected

Factor used to determine actual response (yield per ha) based on crop biomass at a harvest. Factor is crop specific and is equal to a ratio of the response for optimal fertilizer amount in Bedriftsmodel (original farm optimization model) to the biomass at a harvest for the corresponding ALMaSS crop grown with optimal fertilizer input.

Referenced by DataForOptimisation(), Get_biomass_factor(), and Set_biomass_factor().

m_cropAreas

vector<double> DataForOptimisation::m_cropAreas

protected

Vector containing values of initial (i.e. in year the data is taken for) crop areas at farms included in the simulation.

Referenced by Get_cropArea(), Get_cropAreasSize(), and Set_cropArea().

m_cropParameters

vector<double> DataForOptimisation::m_cropParameters

protected

Vector storing parameters of all crop types.

Referenced by DataForOptimisation(), Get_cropParameter(), and Set_cropParameter().

m_cropTypes

vector<TTypesOfCrops> DataForOptimisation::m_cropTypes

protected

Crop types saved as enumarator types (Bedriftsmodel i.e. original crop optimization model crop mode).

Referenced by Get_cropTypes(), and Set_cropTypes().

m_cropTypes_almass

vector<TTypesOfVegetation> DataForOptimisation::m_cropTypes_almass

protected

Crop types saved as enumarator types (ALMaSS crop mode).

Referenced by Get_cropTypes_almass(), Get_cropTypes_almass_size(), and Set_cropTypes_almass().

m_energy_maize_price

vector<double> DataForOptimisation::m_energy_maize_price

protected

Vector with energy maize prices for each year of simulation.

Referenced by Get_emaize_price(), and Set_emaize_price().

m_farm_data

vector<FarmData*> DataForOptimisation::m_farm_data

Referenced by Get_farmType(), OptimisingFarm::Initialize(), and FarmManager::ReadFarmsData().

m_fixed

vector<bool> DataForOptimisation::m_fixed

protected

Crop Boolean parameter - fixed/variable crop. Farm type specific.

Referenced by DataForOptimisation(), Get_fixed(), and Set_fixed().

m_fodder

vector<bool> DataForOptimisation::m_fodder

protected

Crop Boolean parameter - fodder/non-fodder crop. Farm type specific.

Referenced by DataForOptimisation(), Get_fodder(), and Set_fodder().

m_FUKey

vector<double> DataForOptimisation::m_FUKey

protected

Crop parameter: Fodder unit key, i.e. a number of fodder units obtained from a given crop [FU/hkg]. Farm type specific.

Referenced by DataForOptimisation(), Get_FUKey(), and Set_FUKey().

m_livestockNumbers

vector<int> DataForOptimisation::m_livestockNumbers

protected

Vector containing numbers of all livestock types at farms included in the simulation.

Referenced by Get_livestockNumber(), Get_livestockNumbersSize(), and Set_livestockNumber().

m_livestockParameters

vector<double> DataForOptimisation::m_livestockParameters

protected

Vector storing parameters of all livestock types.

Referenced by DataForOptimisation(), Get_livestockParameter(), and Set_livestockParameter().

m_livestockTypes

vector<TTypesOfAnimals> DataForOptimisation::m_livestockTypes

protected

Livestock types saved as enumarator types.

Referenced by Get_livestockTypes(), and Set_livestockTypes().

m_Nnorm

vector<double> DataForOptimisation::m_Nnorm

protected

Maximum amount of fertilizer (N) that can be applied for a given crop [kg N/ha]. Soil specific.

Referenced by DataForOptimisation(), Get_Nnorm(), and Set_Nnorm().

m_noCrops

int DataForOptimisation::m_noCrops

protected

Number of crops used in the simulation.

Referenced by Get_noCrops(), and Set_noCrops().

m_rotationMax

vector<double> DataForOptimisation::m_rotationMax

protected

Maximum acreage of a crop at a farm [%]. Farm type, soil type and farm size specific.

Referenced by DataForOptimisation(), Get_rotationMax(), and Set_rotationMax().

m_rotationMin

vector<double> DataForOptimisation::m_rotationMin

protected

Minimum acreage of a crop at a farm [%]. Farm type, soil type and farm size specific.

Referenced by DataForOptimisation(), Get_rotationMin(), and Set_rotationMin().

m_sellingPrice

vector<double> DataForOptimisation::m_sellingPrice

protected

Selling price of a crop [DKK/hkg]. Farm type specific and soil type specific.

Referenced by DataForOptimisation(), Get_sellingPrice(), and Set_sellingPrice().

m_sellingPrice_lastyr

vector<double> DataForOptimisation::m_sellingPrice_lastyr

protected

Selling price of a crop in a previous year [DKK/hkg]. Farm type specific and soil type specific.

Referenced by DataForOptimisation(), Get_sellingPrice_lastyr(), and Set_sellingPrice_lastyr().

m_str_cropTypes

vector<string> DataForOptimisation::m_str_cropTypes

protected

Crop types saved in string format (Bedriftsmodel i.e. original crop optimization model crop mode).

Referenced by Get_cropTypes_str(), and Set_cropTypes_str().

m_str_cropTypes_almass

vector<string> DataForOptimisation::m_str_cropTypes_almass

protected

Crop types saved in string format (ALMaSS crop mode).

Referenced by Get_cropTypes_almass_str(), and Set_cropTypes_almass_str().

m_winterMax

vector<int> DataForOptimisation::m_winterMax

protected

Maximal area taken by winter crops at a farm. [%].

Referenced by DataForOptimisation(), Get_winterMax(), and Set_winterMax().

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The documentation for this class was generated from the following files:

• C:/Repo/ALMaSS_all/Landscape/farm.h
• C:/Repo/ALMaSS_all/Landscape/farm.cpp