org.agmip.translators.soil

Class SAReducerDecorator

java.lang.Object

org.agmip.translators.soil.SAReducerDecorator

All Implemented Interfaces:

LayerReducerDecorator

public class SAReducerDecorator
extends Object
implements LayerReducerDecorator

Stics and Aquacrop decorator. Stics and Aquacrop use the water reserve and bulk density criteria for reducing soil layers.

Author:

jucufi

Field Summary

Fields

Modifier and Type	Field and Description
static String	ICBL
static String	ICH2O
static String	ICNH4
static String	ICNO3

Constructor Summary

Constructors

Constructor and Description
SAReducerDecorator()

Method Summary

Methods

Modifier and Type	Method and Description
Float	computeInitialConditions(String key, Map<String,String> fullCurrentSoil, Map<String,String> previousSoil) Perform initial condition convertion, for icnh4 and icno3 it's important to take into account the deep of the layer for computing the aggregated value.
HashMap<String,String>	computeSoil(Map<String,String> fullCurrentSoil, Map<String,String> previousSoil) Create a new soil filled with aggregated data coming from soils set as input parameters.
WaterReserveCriteria	getCriteria()
boolean	shouldAggregateSoils(HashMap<String,String> currentSoil, HashMap<String,String> previousSoil) Returns true if the both soil layers should be merge into a single one

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail

ICBL

public static String ICBL

ICH2O

public static String ICH2O

ICNO3

public static String ICNO3

ICNH4

public static String ICNH4

Constructor Detail

SAReducerDecorator

public SAReducerDecorator()

Method Detail

getCriteria

public WaterReserveCriteria getCriteria()

computeInitialConditions

public Float computeInitialConditions(String key,
                             Map<String,String> fullCurrentSoil,
                             Map<String,String> previousSoil)

Perform initial condition convertion, for icnh4 and icno3 it's important to take into account the deep of the layer for computing the aggregated value.

Parameters:

key -

fullCurrentSoil -

previousSoil -

Returns:

computeSoil

public HashMap<String,String> computeSoil(Map<String,String> fullCurrentSoil,
                                 Map<String,String> previousSoil)

Create a new soil filled with aggregated data coming from soils set as input parameters.

Specified by:

computeSoil in interface LayerReducerDecorator

Parameters:

fullCurrentSoil -

previousSoil -

Returns:

shouldAggregateSoils

public boolean shouldAggregateSoils(HashMap<String,String> currentSoil,
                           HashMap<String,String> previousSoil)

Description copied from interface: LayerReducerDecorator

Returns true if the both soil layers should be merge into a single one

Specified by:

shouldAggregateSoils in interface LayerReducerDecorator

Parameters:

currentSoil - The current soil layer (n)

previousSoil - The previous soil layer (n - 1)

Returns:

See Also:

LayerReducerDecorator