Package net.simplace.sim.transformers

Klasse PedotransferTransformer

java.lang.Object
net.simplace.sim.io.FWSimIOAdapter
net.simplace.sim.io.resources.FWSimInputAdapter
net.simplace.sim.io.resources.FWSimResourceTransformer
net.simplace.sim.transformers.PedotransferTransformer
Alle implementierten Schnittstellen:
net.simplace.sim.util.FWSimFieldContainer
public class PedotransferTransformer extends net.simplace.sim.io.resources.FWSimResourceTransformer

Takes data with

  • depth,
  • clay percentage,
  • silt percentage,
  • sand percentage (optional, default 100-(clay+silt)),
  • organic matter percentage (optional, default 0),
  • bulk density (optional, default 1.4),
  • top soil depth (optional, default 0.3 m),
  • pedotransfer function (optional, default 'Hypres'),
  • gravel percentage (optional, default 0)

in n soil layers and transforms it to Van Genuchten parameters alpha, l, m, n and Ks or Volumetric water contents.

Description

Soil data is mostly delivered with the layer specific information. The layers have different depth and are varying in their count. This Transformer takes the texture data with these n different depth layers and creates Van Genuchten and Volumetric Water Content data.

Array fields like DOUBLEARRAY for the different parameters. Depending on the fields that you put into the header the different fields are calculated.

Configuration

requested structure of configuration element:

| <transform id="soil_transform" resource="soil" source="vSoiltype" class="net.simplace.sim.transformers.PedotransferTransformer" >
|      <header>
|        <res id="soiltype" datatype="CHAR"  key="vSoiltype" />
|        <res id="depth" unit="m" datatype="DOUBLEARRAY"/>
|        <res id="VanGenuchtenAlpha" unit="m^-1" datatype="DOUBLEARRAY"/>
|        <res id="VanGenuchtenL" unit="1" datatype="DOUBLEARRAY"/>
|        <res id="VanGenuchtenM" unit="1" datatype="DOUBLEARRAY"/>
|        <res id="VanGenuchtenN" unit="1" datatype="DOUBLEARRAY"/>
|        <res id="SaturatedHydraulicConductivity" unit="m/s" datatype="DOUBLEARRAY"/>
|        <res id="VolumetricWaterContent0" unit="1" datatype="DOUBLEARRAY"/>
|        <res id="VolumetricWaterContent6" unit="1" datatype="DOUBLEARRAY"/>
|        <res id="VolumetricWaterContent33" unit="1" datatype="DOUBLEARRAY"/>
|        <res id="VolumetricWaterContent200" unit="1" datatype="DOUBLEARRAY"/>
|        <res id="VolumetricWaterContent1500" unit="1" datatype="DOUBLEARRAY"/>
|        <res id="VolumetricWaterContent3100" unit="1" datatype="DOUBLEARRAY"/>
|        <res id="VolumetricWaterContentResidual" unit="1" datatype="DOUBLEARRAY"/>
|        <res id="VolumetricWaterContent6to1500" unit="1" datatype="DOUBLEARRAY"/>
|        <res id="VolumetricWaterContent33to1500" unit="1" datatype="DOUBLEARRAY"/>
|        <res id="VolumetricWaterContent33Plus1500Half" unit="1" datatype="DOUBLEARRAY"/>
|
|        <res id="TopsoilVanGenuchtenAlpha" unit="m^-1" datatype="DOUBLE"/>
|        <res id="TopsoilVanGenuchtenL" unit="1" datatype="DOUBLE"/>
|        <res id="TopsoilVanGenuchtenM" unit="1" datatype="DOUBLE"/>
|        <res id="TopsoilVanGenuchtenN" unit="1" datatype="DOUBLE"/>
|        <res id="TopsoilSaturatedHydraulicConductivity" unit="m/s" datatype="DOUBLE"/>
|        <res id="TopsoilVolumetricWaterContent0" unit="1" datatype="DOUBLE"/>
|        <res id="TopsoilVolumetricWaterContent6" unit="1" datatype="DOUBLE"/>
|        <res id="TopsoilVolumetricWaterContent33" unit="1" datatype="DOUBLE"/>
|        <res id="TopsoilVolumetricWaterContent200" unit="1" datatype="DOUBLE"/>
|        <res id="TopsoilVolumetricWaterContent1500" unit="1" datatype="DOUBLE"/>
|        <res id="TopsoilVolumetricWaterContent3100" unit="1" datatype="DOUBLE"/>
|        <res id="TopsoilVolumetricWaterContentResidual" unit="1" datatype="DOUBLE"/>
|        <res id="TopsoilVolumetricWaterContent6to1500" unit="1" datatype="DOUBLE"/>
|        <res id="TopsoilVolumetricWaterContent33to1500" unit="1" datatype="DOUBLE"/>
|        <res id="TopsoilVolumetricWaterContent33Plus1500Half" unit="1" datatype="DOUBLE"/>
|
|        <res id="InterflowVanGenuchtenAlpha" unit="m^-1" datatype="DOUBLE"/>
|        <res id="InterflowVanGenuchtenL" unit="1" datatype="DOUBLE"/>
|        <res id="InterflowVanGenuchtenM" unit="1" datatype="DOUBLE"/>
|        <res id="InterflowVanGenuchtenN" unit="1" datatype="DOUBLE"/>
|        <res id="InterflowSaturatedHydraulicConductivity" unit="m/s" datatype="DOUBLE"/>
|        <res id="InterflowVolumetricWaterContent0" unit="1" datatype="DOUBLE"/>
|        <res id="InterflowVolumetricWaterContent6" unit="1" datatype="DOUBLE"/>
|        <res id="InterflowVolumetricWaterContent33" unit="1" datatype="DOUBLE"/>
|        <res id="InterflowVolumetricWaterContent200" unit="1" datatype="DOUBLE"/>
|        <res id="InterflowVolumetricWaterContent1500" unit="1" datatype="DOUBLE"/>
|        <res id="InterflowVolumetricWaterContent3100" unit="1" datatype="DOUBLE"/>
|        <res id="InterflowVolumetricWaterContentResidual" unit="1" datatype="DOUBLE"/>
|        <res id="InterflowVolumetricWaterContent6to1500" unit="1" datatype="DOUBLE"/>
|        <res id="InterflowVolumetricWaterContent33to1500" unit="1" datatype="DOUBLE"/>
|        <res id="InterflowVolumetricWaterContent33Plus1500Half" unit="1" datatype="DOUBLE"/>
|
|      </header>
|      <input id="pedotransferfunction">Hypres</input> ... until now only Hypres and Rawls - default to Hypres
|      <input id="topsoildepth">0.3</input> ... in m, default to 0.3
|      <input id="interflowdepth">0.3</input> ... in m, default to 0.3
|      <input id="depthfieldid">depth</input> ... or ...
|      <input id="depth">{0.05,0.3,0.6,1.0,1.5}</input>
| </transform>

Please note: Only columns, where the column names have been added to the header of the resource definition are added. The range of the fields is free. The id's meanwhile are fixed and necessary. If additional columns are added they are directly taken from the source and not touched. Resource "soil" needs the following fields:

  • BulkDensity in g/cm3 (optional, default to 1.4)
  • GravelPercentage in g/g * 100 (optional, default to 0)
  • OrganicPercentage in g/g * 100 (optional, default to 0

One of those is optional and will be calculated from the others. Sum of the three fractions has to be 100!

  • SandPercentage in g/g * 100
  • SiltPercentage in g/g * 100
  • ClayPercentage in g/g * 100
Autor:
Andreas Enders

Component Variables

Content TypeNameDescriptionData TypeUnitMin ValueMax ValueDefault Value
constantbulkdensityfieldidby default 'BulkDensity'CHAR--BulkDensity
constantclaypercentagefieldidby default 'ClayPercentage'CHAR--ClayPercentage
constantdepthby default 'depth'DOUBLEARRAY---
constantdepthfieldidby default 'depth'CHAR--depth
constantgravelpercentagefieldidby default 'GravelPercentage'CHAR--GravelPercentage
constantinterflowdepthinterflow zone depth in m, default 0.3DOUBLEm0.05.00.03
constantorganicpercentagefieldidby default 'OrganicPercentage'CHAR--OrganicPercentage
constantpedotransferfunctionChoose from existing functions: default 'Hypres'CHAR--Hypres
constantsandpercentagefieldidby default 'SandPercentage'CHAR--SandPercentage
constantsiltpercentagefieldidby default 'SiltPercentage'CHAR--SiltPercentage
constanttopsoildepthtopsoil depth in m, default 0.3DOUBLEm1.0E-45.00.03

  • Verschachtelte Klassen - Übersicht

    Von Klasse geerbte verschachtelte Klassen/Schnittstellen net.simplace.sim.io.FWSimIOAdapter

    net.simplace.sim.io.FWSimIOAdapter.FREQUENCE

  • Feldübersicht

    Von Klasse geerbte Felder net.simplace.sim.io.resources.FWSimResourceTransformer

    iFieldMap, iIntColumnMap, iLastInputValuesMap, iLastProjectID, iLastUniqueID, iPoolName, iSourceName

    Von Klasse geerbte Felder net.simplace.sim.io.resources.FWSimInputAdapter

    iJexlScript, iShouldCacheToDB

    Von Klasse geerbte Felder net.simplace.sim.io.FWSimIOAdapter

    iArrayMode, iFieldcount, iFrequence, iHeaderVariables, iInterface, iJexlRule, iKeyMap, iName, iOrderNumber, iProcessTime, iResourceElement, iSession, iSourceKey

  • Konstruktorübersicht

    Konstruktoren
    Konstruktor
    Beschreibung
    PedotransferTransformer()
    used for ClassForName
    PedotransferTransformer(net.simplace.sim.FWSimSession aSession, Integer aOrderNumber)
     
    PedotransferTransformer(net.simplace.sim.FWSimSession aSession, org.jdom2.Element aResourceElement, Integer aOrderNumber)
     

  • Methodenübersicht

    Modifizierer und Typ
    Methode
    Beschreibung
    HashMap<String,net.simplace.sim.util.FWSimVariable<?>>
    createVariables()
     
    net.simplace.sim.io.resources.FWSimResourceCache
    getData(net.simplace.sim.util.FWSimVarMap aVarMap)
    standard method from outside
    net.simplace.sim.io.resources.FWSimResourceCache
    getData(net.simplace.sim.util.FWSimVarMap aVarMap, net.simplace.sim.io.resources.FWSimResourceCache aResourceCache)
    used by test cases
    void
    updateFields(net.simplace.core.FWObservable aObservable)
     

    Von Klasse geerbte Methoden net.simplace.sim.io.resources.FWSimResourceTransformer

    addVariable, createFormFields, createResourceTransformer, createResourceTransformer, createResourceTransformer, createSimTransformer, fillVarMap, getCreateFormXML, getEditFormXML, getSourceResourceCache, getVariable, isUpdated, toDocXML, toXML

    Von Klasse geerbte Methoden net.simplace.sim.io.resources.FWSimInputAdapter

    getContentType, getInputVariables, getJexlScript, getOutputVariables, getVarMap, isTransformer, shouldCacheToDB, toHTMLTablestring

    Von Klasse geerbte Methoden net.simplace.sim.io.FWSimIOAdapter

    addProcessTime, checkCondition, createFormFields, finalize, getFieldMap, getFrequence, getHeaderVariables, getHeaderXML, getInterface, getJexlRule, getKeyMap, getName, getOrderNumber, isArrayMode, isConditionCheck, removeVariable, setInterface, setOrderNumber, toString, writeHeaderList

    Von Klasse geerbte Methoden java.lang.Object

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

  • Konstruktordetails

    • PedotransferTransformer

      public PedotransferTransformer(net.simplace.sim.FWSimSession aSession, org.jdom2.Element aResourceElement, Integer aOrderNumber)
      Parameter:
      aSession -
      aResourceElement -
      aOrderNumber -

    • PedotransferTransformer

      public PedotransferTransformer(net.simplace.sim.FWSimSession aSession, Integer aOrderNumber)
      Parameter:
      aSession -
      aOrderNumber -

    • PedotransferTransformer

      public PedotransferTransformer()
      used for ClassForName

  • Methodendetails

    • createVariables

      public HashMap<String,net.simplace.sim.util.FWSimVariable<?>> createVariables()
      Angegeben von:
      createVariables in Schnittstelle net.simplace.sim.util.FWSimFieldContainer
      Setzt außer Kraft:
      createVariables in Klasse net.simplace.sim.io.FWSimIOAdapter

    • getData

      public net.simplace.sim.io.resources.FWSimResourceCache getData(net.simplace.sim.util.FWSimVarMap aVarMap) throws net.simplace.sim.exceptions.MissingSimResourceException
      standard method from outside
      Angegeben von:
      getData in Klasse net.simplace.sim.io.resources.FWSimInputAdapter
      Löst aus:
      net.simplace.sim.exceptions.MissingSimResourceException
      Siehe auch:
      • FWSimInputAdapter.getData(net.simplace.sim.util.FWSimVarMap)

    • getData

      public net.simplace.sim.io.resources.FWSimResourceCache getData(net.simplace.sim.util.FWSimVarMap aVarMap, net.simplace.sim.io.resources.FWSimResourceCache aResourceCache) throws net.simplace.sim.exceptions.MissingSimResourceException
      used by test cases
      Parameter:
      aVarMap - variable map
      aResourceCache - Cached resources (soil data)
      Gibt zurück:
      delivered new data from transformer
      Löst aus:
      net.simplace.sim.exceptions.MissingSimResourceException

    • updateFields

      public void updateFields(net.simplace.core.FWObservable aObservable)
      Angegeben von:
      updateFields in Klasse net.simplace.sim.io.resources.FWSimResourceTransformer