ACRUSalinity.Processes.SurfaceSaltMovement
Class PIrrigRunoffSalinity

java.lang.Object
  ACRU.Components.CNode
      ACRU.Processes.PProcess
          ACRUSalinity.Processes.SurfaceSaltMovement.PSurfaceSaltMovement
              ACRUSalinity.Processes.SurfaceSaltMovement.PIrrigRunoffSalinity

All Implemented Interfaces:

ACRU.Interfaces.ISaltFlow

public class PIrrigRunoffSalinity

extends PSurfaceSaltMovement

This class is responsible for determining runoff salinity through simple mixing of baseflow and quickflow

Author:

Aynom Teweldebrhan

Field Summary

protected ACRU.Components.CIrrigatedArea	m_CIrrigatedArea
protected ACRU.Components.CDam	reservoir
protected ACRU.Components.CGroundwater	thisCGroundwater

Fields inherited from class ACRU.Processes.PProcess

CURRENT_DATE, END_SIMULATION_DATE, initialised, START_SIMULATION_DATE

Fields inherited from class ACRU.Components.CNode

Constructor Summary

PIrrigRunoffSalinity(ACRU.Components.CComponent source)
Constructor that requires a CIrrigatedArea type of CComponent as an argument.

PIrrigRunoffSalinity(ACRU.Components.CIrrigatedArea irrigatedArea, ACRU.Components.CGroundwater groundwater)
Constructor that takes CIrrigatedAra and CGroundwater objects as an argument.

Method Summary

void	flowSalt() The method in which the salt flow behaviour is implemented .
void	runoffSalinity()
private void	setRequiredData()

Methods inherited from class ACRUSalinity.Processes.SurfaceSaltMovement.PSurfaceSaltMovement

runProcess, transportSalt

Methods inherited from class ACRU.Processes.PProcess

initialise, isInitialised, setCurrentDate, setEndDate, setStartDate, toString

Methods inherited from class ACRU.Components.CNode

getNext, getNext, getNext, getNext, getNextCount, getNextCount, getNexts, getNexts, getTypeOfNexts, getTypeOfNexts, setNext, setNext, setNext, setNext, setNext, setNexts, setNexts, setNexts

Methods inherited from class java.lang.Object

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

Field Detail

m_CIrrigatedArea

protected ACRU.Components.CIrrigatedArea m_CIrrigatedArea

thisCGroundwater

protected ACRU.Components.CGroundwater thisCGroundwater

reservoir

protected ACRU.Components.CDam reservoir

Constructor Detail

PIrrigRunoffSalinity

public PIrrigRunoffSalinity(ACRU.Components.CIrrigatedArea irrigatedArea,
                            ACRU.Components.CGroundwater groundwater)

Constructor that takes CIrrigatedAra and CGroundwater objects as an argument.

Throws:

java.lang.Exception - Exceptions not dealt with internally.

PIrrigRunoffSalinity

public PIrrigRunoffSalinity(ACRU.Components.CComponent source)
                     throws ACRU.Exceptions.EIllegalComponentTypeException,
                            ACRU.Exceptions.EException

Constructor that requires a CIrrigatedArea type of CComponent as an argument.

Parameters:

source - The irrigatedArea from which the Salt load and salinity of the runoff leaving the area are being calculated.

Throws:

java.lang.Exception - Exceptions not dealt with internally.

ACRU.Exceptions.EIllegalComponentTypeException - If the argument CComponent is not an instance of CIrrigatedArea.

ACRU.Exceptions.EException

Method Detail

setRequiredData

private void setRequiredData()

flowSalt

public void flowSalt()
              throws java.lang.Exception,
                     ACRU.Exceptions.EException

Description copied from interface: ACRU.Interfaces.ISaltFlow

The method in which the salt flow behaviour is implemented .

Specified by:

flowSalt in interface ACRU.Interfaces.ISaltFlow

Specified by:

flowSalt in class PSurfaceSaltMovement

Throws:

java.lang.Exception

ACRU.Exceptions.EException

runoffSalinity

public void runoffSalinity()
                    throws java.lang.Exception,
                           ACRU.Exceptions.EException

Throws:

java.lang.Exception

ACRU.Exceptions.EException