phaseew.java

一个用java写的地震分析软件(无源码)-used to write a seismic analysis software (without source)

package org.trinet.jasi.EW;

import org.trinet.jasi.*;
import java.util.Collection;
import java.util.Vector;
import java.util.Iterator;
import org.trinet.jdbc.datatypes.DataDouble;
import org.trinet.jdbc.datatypes.DataString;
/**
 * <p>Title: </p>
 * <p>Description: </p>
 * <p>Copyright: Copyright (c) 2002</p>
 * <p>Company: </p>
 * @author unascribed
 * @version 1.0
 */

public class PhaseEW extends Phase
{

  private EWPhase ewPhase;

  long idOrigin;
  private long idOriginPick;
  long idPick;
  public CodaEW codaEW;
  String xidPick;

  public PhaseEW()
  {
    long Temp_xidPick = System.currentTimeMillis();
    xidPick = String.valueOf(Temp_xidPick);
    this.idPick = 0;
    this.idOriginPick = 0;
    this.source = new DataString("Jiggle1");
  }

  public boolean replace(Phase parm1)
  {
    /**@todo: implement this org.trinet.jasi.Phase abstract method*/
    /* overwrite the existing phase with the new one. keep links */
    return(false);
  }
  public Collection getByTime(double start, double end)
  {
    // DK Cleanup  we don't currently have this type of method
    return(null);
  }
  public Collection getBySolution(Solution sol)
  {
    Collection phases;

    if(sol == null)
      return(null);

    if(ewPhase == null)
      ewPhase = new EWPhase();

    ewPhase.idOrigin = ((SolutionEW)sol).idOrigin;

    if(ewPhase.idOrigin <= 0)
      return(null);

    Vector vEWPhaseList;
    PhaseEW phaseEW;

    vEWPhaseList = ewPhase.ReadList();
    if(vEWPhaseList == null)
      return(null);

    Vector vPhaseEWList = new Vector(vEWPhaseList.size());

    for(int i=0; i < vEWPhaseList.size(); i++)
    {
      phaseEW = PhaseEW.EWPhase_2_PhaseEW((EWPhase)(vEWPhaseList.get(i)));
      if(phaseEW != null)
      {
        phaseEW.sol = sol;
        vPhaseEWList.add((Object)phaseEW);
      }
    }

    return((Collection)vPhaseEWList);
  }  // end PhaseEW::getBySolution()


  protected static PhaseEW EWPhase_2_PhaseEW(EWPhase ewPhase)
  {
    PhaseEW phaseEW = new PhaseEW();

    if(ewPhase == null)
      return(null);


    int iPickWt;
    if(ewPhase.dSigma <= .02)
     iPickWt = 0;
    else  if(ewPhase.dSigma <= .03)
     iPickWt = 1;
    else  if(ewPhase.dSigma <= .05)
     iPickWt = 2;
    else  if(ewPhase.dSigma <= .08)
     iPickWt = 3;
    else
     iPickWt = 4;

    phaseEW.changeDescription(ewPhase.sPhase,ewPhase.cOnset, ewPhase.cMotion,
                              Integer.toString(iPickWt));
    phaseEW.idOriginPick = ewPhase.idOriginPick;
    phaseEW.idPick = ewPhase.idPick;
    phaseEW.idOrigin = ewPhase.idOrigin;
    phaseEW.datetime = new DataDouble(ewPhase.tPhase);
    phaseEW.residual = new DataDouble(ewPhase.tResPick);
//  This is not the right variable mapping DK 010203
//    phaseEW.description.setWeight((int)(ewPhase.dWeight));
    phaseEW.setHorizontalDistance(ewPhase.dDist);
    phaseEW.setAzimuth(ewPhase.dAzm);
    phaseEW.weightIn = new DataDouble(ewPhase.dSigma);
    phaseEW.weightOut = new DataDouble(ewPhase.dWeight);
    phaseEW.incidence = new DataDouble(ewPhase.dTakeoff);
    phaseEW.setChannelObj(ChannelEW.lookUp(ewPhase.idChan));
    phaseEW.source = new DataString(ewPhase.sSource);
    phaseEW.xidPick = ewPhase.sSourcePickID;


    return(phaseEW);
  }


  protected boolean toEWPhase()
  {
    ewPhase = new EWPhase();

    ewPhase.sPhase = this.description.iphase;
    ewPhase.cOnset = this.description.ei;
    ewPhase.cMotion = new String(this.description.fm.substring(0,1));

    double dQual = this.description.getQuality();
    if(dQual > 0.75)
      ewPhase.dSigma = .02;
    else if(dQual > 0.5)
      ewPhase.dSigma = .03;
    else if(dQual > 0.25)
      ewPhase.dSigma = .05;
    else if(dQual > 0)
      ewPhase.dSigma = .08;
    else
      ewPhase.dSigma = 99.99;

    if(this.sol != null)
    {
      ewPhase.idEvent = this.sol.id.longValue();
      if(this.sol instanceof SolutionEW)
        ewPhase.idOrigin = (((SolutionEW)this.sol).GetidOrigin());
    }

    ewPhase.tPhase = datetime.doubleValue();
    ewPhase.sCalcPhase = this.description.iphase;
    ewPhase.tCalcPhase = datetime.doubleValue();

    ewPhase.tResPick = residual.doubleValue();
    ewPhase.dDist = (float)(this.getHorizontalDistance());
    ewPhase.dAzm = (float)this.getAzimuth();
    ewPhase.dTakeoff = incidence.floatValue();
    ewPhase.sSource = this.source.toString();
    ewPhase.idChan = ((ChannelEW)this.getChannelObj()).get_idChan();
    ewPhase.dWeight = (float)this.weightOut.doubleValue();
    ewPhase.sSourcePickID = this.xidPick;

    ewPhase.idPick = this.idPick;
    return(true);
  }


  public boolean commit()
  {
    /**@todo: implement this org.trinet.jasi.JasiReading abstract method*/
    if(this.idPick <= 0)
    {
      if(ewPhase == null)
        ewPhase = new EWPhase();

      toEWPhase();
      ewPhase.Write();
      if(ewPhase.idPick <= 0)
      {
        return(false);
      }
      else
      {
        // copy the idPick from ewPhase back to this object
        this.idPick = ewPhase.idPick;
        return(true);
      }
    }
    return(true);
  }  // end PhaseEW::commit()

  public Collection getBySolution(long id)
  {
    Solution sol = Solution.create().getById(id);
    return(getBySolution(sol));
  }  //end PhaseEW::getBySolution()

  boolean associate()
  {
    if(!this.commit())
    {
      System.out.println("PhaseEW.associate():  PhaseEW.commit() failed for " +
                         this.source + "/" + this.xidPick);
      return(false);
    }
    if(this.idOriginPick <= 0)
    {
      toEWPhase();
      ewPhase.Associate();
      // DK CLEANUP  we should probably have a EWPhase 2 PhaseEW call here,
      // to get our info back
      this.idOriginPick = ewPhase.idOriginPick;
    }
    else
    {
      System.out.println("Phase.associate, idOriginPick = " + this.idOriginPick);
    }

    if(ewPhase == null)
    {
      System.out.println("Bad PhaseEW record");
    }
    if(ewPhase.idOriginPick <= 0)
    {
      return(false);
    }
    else
    {
      // copy the idPick from ewPhase back to this object
      this.idOriginPick = ewPhase.idOriginPick;
      return(true);
    }
  }

    /** Null out any location-associated information for this phase. */
    public void clearLocationAttributes()
    {
      this.idOrigin=0;
      this.idOriginPick=0;
    }


  public boolean copySolutionDependentData ( Phase newPhase)
  {
    this.idOrigin=0;
    this.idOriginPick=0;
/*****************************
 * NO Md CODE (no coda member in Phase)
    if((this.coda != null)  && (this.coda instanceof CodaEW))
    {
      ((CodaEW)this.coda).idCodaDur = 0;
      ((CodaEW)this.coda).idMagLink = 0;
    }
 ********************************/
    return(super.copySolutionDependentData(newPhase));
  }

}  // end class PhaseEW