/*
 * test_01mm.java
 */

import com.comsol.model.*;
import com.comsol.model.util.*;
import java.io.*;
/** Model exported on Aug 14 2014, 16:00 by COMSOL 4.3.2.189. */
public class add_changes {

  public static void main(String[] args) {
    run();
  }

  public static Model run() {
      Model model;
      try
	  {
	      model=ModelUtil.load("Model","/home/mberger/fopiroot/fopiroot_dev/padresponse_COMSOL/padresponse_v3.mph");
	  }
      catch(IOException e)
	  {
	      model=ModelUtil.create("Model"); 
	      return model;
	  }
      
      model.result().numerical().create("par1", "Particle");
      model.result().numerical("par1").name("Particle posX");
      model.result().numerical("par1").set("expr", "qx");
      model.result().numerical("par1").set("descr", "Particle position");
      model.result().numerical("par1").set("unit", "m");

      model.result().numerical().create("par2", "Particle");
      model.result().numerical("par2").name("Particle posY");
      model.result().numerical("par2").set("expr", "qy");
      model.result().numerical("par2").set("descr", "Particle position");
      model.result().numerical("par2").set("unit", "m");

      model.result().numerical().create("par3", "Particle");
      model.result().numerical("par3").name("Particle posZ");
      model.result().numerical("par3").set("expr", "qz");
      model.result().numerical("par3").set("descr", "Particle position");
      model.result().numerical("par3").set("unit", "m");

      model.result().numerical().create("par5", "Particle");
      model.result().numerical("par5").name("Particle velX");
      model.result().numerical("par5").set("unit", "m/s");
      model.result().numerical("par5").set("expr", "cpt.vx");
      model.result().numerical("par5").set("descr", "Particle velocity, x component");

      model.result().numerical().create("par6", "Particle");
      model.result().numerical("par6").name("Particle VelY");
      model.result().numerical("par6").set("expr", "cpt.vy");
      model.result().numerical("par6").set("descr", "Particle velocity, y component");
      model.result().numerical("par6").set("unit", "m/s");

      model.result().numerical().create("par7", "Particle");
      model.result().numerical("par7").name("Particle VelZ");
      model.result().numerical("par7").set("expr", "cpt.vz");
      model.result().numerical("par7").set("descr", "Particle velocity, z component");
      model.result().numerical("par7").set("unit", "m/s");

      model.result().dataset().create("cpt1", "CutPoint3D");
      model.result().dataset("cpt1").set("data", "dset3");

      System.out.println("ficken");
      model.result().numerical().create("pev1", "EvalPoint");
      model.result().numerical("pev1").name("Weighting field Ex");
      model.result().numerical("pev1").set("probetag", "none");
      model.result().numerical("pev1").set("data", "cpt1");
      model.result().numerical("pev1").set("expr", "es2.Ex");
      model.result().numerical("pev1").set("unit", "V/m");
      model.result().numerical("pev1").set("descr", "Electric field, x component");

      model.result().numerical().create("pev2", "EvalPoint");
      model.result().numerical("pev2").name("Weighting field Ey");
      model.result().numerical("pev2").set("probetag", "none");
      model.result().numerical("pev2").set("data", "cpt1");
      model.result().numerical("pev2").set("expr", "es2.Ey");
      model.result().numerical("pev2").set("unit", "V/m");
      model.result().numerical("pev2").set("descr", "Electric field, y component");

      model.result().numerical().create("pev3", "EvalPoint");
      model.result().numerical("pev3").name("Weighting field Ez");
      model.result().numerical("pev3").set("probetag", "none");
      model.result().numerical("pev3").set("data", "cpt1");
      model.result().numerical("pev3").set("expr", "es2.Ez");
      model.result().numerical("pev3").set("unit", "V/m");
      model.result().numerical("pev3").set("descr", "Electric field, z component");


      return model;
  }

}