Regalamiunsorriso/decompiled-libs/www/acxent-face-1.0.0/it/acxent/face/FaceRecog.java

package it.acxent.face;

import it.acxent.db.ApplParmFull;
import it.acxent.db.DBAdapter;
import it.acxent.db.ResParm;
import it.acxent.db.WcString;
import it.acxent.util.StringTokenizer;
import it.acxent.util.Vectumerator;
import java.io.Serializable;
import java.sql.PreparedStatement;
import java.sql.SQLException;

public class FaceRecog extends DBAdapter implements Serializable {
  private static final long serialVersionUID = 1686063087766L;
  
  private long id_faceRecog;
  
  private long id_fotoFace1;
  
  private long id_fotoFace2;
  
  private double eDistance;
  
  private double cosineSim;
  
  private double confidenceLBPH;
  
  private double confidenceEigen;
  
  private double confidenceFish;
  
  private FotoFace fotoFace1;
  
  private FotoFace fotoFace2;
  
  public FaceRecog(ApplParmFull newApplParmFull) {
    super(newApplParmFull);
  }
  
  public FaceRecog() {}
  
  public void setId_faceRecog(long newId_faceRecog) {
    this.id_faceRecog = newId_faceRecog;
  }
  
  public void setId_fotoFace1(long newId_fotoFace1) {
    this.id_fotoFace1 = newId_fotoFace1;
    setFotoFace1(null);
  }
  
  public void setId_fotoFace2(long newId_fotoFace2) {
    this.id_fotoFace2 = newId_fotoFace2;
    setFotoFace2(null);
  }
  
  public void setEDistance(double newEDistance) {
    this.eDistance = newEDistance;
  }
  
  public void setCosineSim(double newCosineSim) {
    this.cosineSim = newCosineSim;
  }
  
  public long getId_faceRecog() {
    return this.id_faceRecog;
  }
  
  public long getId_fotoFace1() {
    return this.id_fotoFace1;
  }
  
  public long getId_fotoFace2() {
    return this.id_fotoFace2;
  }
  
  public double getEDistance() {
    return this.eDistance;
  }
  
  public double getCosineSim() {
    return this.cosineSim;
  }
  
  public void setFotoFace1(FotoFace newFotoFace1) {
    this.fotoFace1 = newFotoFace1;
  }
  
  public FotoFace getFotoFace1() {
    this.fotoFace1 = (FotoFace)getSecondaryObject(this.fotoFace1, FotoFace.class, getId_fotoFace1());
    return this.fotoFace1;
  }
  
  public void setFotoFace2(FotoFace newFotoFace2) {
    this.fotoFace2 = newFotoFace2;
  }
  
  public FotoFace getFotoFace2() {
    this.fotoFace2 = (FotoFace)getSecondaryObject(this.fotoFace2, FotoFace.class, getId_fotoFace2());
    return this.fotoFace2;
  }
  
  protected ResParm checkDeleteCascade() {
    return new ResParm(true);
  }
  
  protected void deleteCascade() {}
  
  public Vectumerator<FaceRecog> findByCR(FaceRecogCR CR, int pageNumber, int pageRows) {
    String s_Sql_Find = "select A.* from FACE_RECOG AS A";
    String s_Sql_Order = "";
    WcString wc = new WcString();
    if (!CR.getSearchTxt().trim().isEmpty()) {
      StringTokenizer st = new StringTokenizer(CR.getSearchTxt().trim(), " ");
      StringBuffer txt = new StringBuffer("(");
      while (st.hasMoreTokens()) {
        String token = st.nextToken();
        txt.append("(A.Cognome like '%" + token + "%' or A.Nome like '%" + token + "%')");
        if (st.hasMoreTokens())
          txt.append(" and "); 
      } 
      txt.append(")");
      wc.addWc(txt.toString());
    } 
    try {
      PreparedStatement stmt = getConn().prepareStatement(s_Sql_Find + s_Sql_Find + wc.toString());
      return findRows(stmt, pageNumber, pageRows);
    } catch (SQLException e) {
      removeCPConnection();
      handleDebug(e);
      return AB_EMPTY_VECTUMERATOR;
    } 
  }
  
  public void findByFotoFace1FotoFace2(long id_fotoFace1, long id_fotoFace2) {
    try {
      String s_Sql_Find = "select A.* from FACE_RECOG AS A";
      String s_Sql_Order = "";
      WcString wc = new WcString();
      wc.addWc("id_fotoFace1=" + id_fotoFace1);
      wc.addWc("id_fotoFace2=" + id_fotoFace2);
      PreparedStatement stmt = getConn().prepareStatement(s_Sql_Find + s_Sql_Find + wc.toString());
      findFirstRecord(stmt);
      if (getId_faceRecog() == 0L) {
        wc = new WcString();
        wc.addWc("id_fotoFace2=" + id_fotoFace1);
        wc.addWc("id_fotoFace1=" + id_fotoFace2);
        stmt = getConn().prepareStatement(s_Sql_Find + s_Sql_Find + wc.toString());
        findFirstRecord(stmt);
      } 
    } catch (SQLException e) {
      removeCPConnection();
      handleDebug(e);
    } 
  }
  
  public Vectumerator<FaceRecog> findByFoto1Foto2(long l_id_foto1, long l_id_foto2) {
    try {
      String s_Sql_Find = "select A.* from FACE_RECOG AS A inner join FOTO_FACE B1 on A.id_fotoFace1 =B1.id_fotoFace inner join FOTO_FACE B2 on A.id_fotoFace2 =B2.id_fotoFace ";
      String s_Sql_Order1 = " order by B2.faceTopVx";
      String s_Sql_Order2 = " order by B1.faceTopVx";
      WcString wc1 = new WcString();
      wc1.addWc("B1.id_foto=" + l_id_foto1);
      wc1.addWc("B2.id_foto=" + l_id_foto2);
      WcString wc2 = new WcString();
      wc2.addWc("B1.id_foto=" + l_id_foto2);
      wc2.addWc("B2.id_foto=" + l_id_foto1);
      PreparedStatement stmt = getConn().prepareStatement("(" + s_Sql_Find + wc1.toString() + s_Sql_Order1 + ") ");
      return findRows(stmt);
    } catch (SQLException e) {
      removeCPConnection();
      handleDebug(e);
      return AB_EMPTY_VECTUMERATOR;
    } 
  }
  
  public double getConfidenceLBPH() {
    return this.confidenceLBPH;
  }
  
  public void setConfidenceLBPH(double confidenceLBPH) {
    this.confidenceLBPH = confidenceLBPH;
  }
  
  public double getConfidenceEigen() {
    return this.confidenceEigen;
  }
  
  public void setConfidenceEigen(double confidenceEigen) {
    this.confidenceEigen = confidenceEigen;
  }
  
  public double getConfidenceFish() {
    return this.confidenceFish;
  }
  
  public void setConfidenceFish(double confidenceFish) {
    this.confidenceFish = confidenceFish;
  }
}