Package gaiasimu.universe.source.stellar

Examples of gaiasimu.universe.source.stellar.ComponentAstrometry

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    // TODO put a correct value for absolute visual and bolometric magnitude, vsini, V-I
    double magMV2 = 32.58, MBol2 = magMV2-4; //Mag MV from Baraffe models.
    double vSini = 0.0, vmi2 = 9.9999;
   
    // Initialize ComponentAstrometry pointing to the primary and then correct with setCompanion()
    ComponentAstrometry compAstrom = new ComponentAstrometry(planets.size(), orbParam);
    ExoPlanetPhysicalParameters compPhys =
      new ExoPlanetPhysicalParameters(tEq, plRadius, vSini, massM2, MBol2, star.getStarPhysicalParams());
   
    ComponentPhotometry compPhot =
      new ComponentPhotometry(compAstrom, magMV2, distance, vmi2, star.getPhotometry().getAbsV(), star.getPhotometry().getExtinctionCurve());
   
    ExoPlanet planet = new ExoPlanet(star.getRootId(), compPhot, compAstrom, compPhys);
    compPhot.setTargetAstroSource(planet);
    compAstrom.setTargetAstroSource(planet);
    compPhys.setTargetAstroSource(planet);
   
    return this.addPlanet(planet);
   
  }
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    // TODO put a correct value for absolute visual and bolometric magnitude, vsini, V-I
    double magMV2 = 32.58, MBol2 = magMV2-4; //Mag MV from Baraffe models.
    double vSini = 0.0, vmi2 = 9.9999;
   
    // Initialize ComponentAstrometry pointing to the primary and then correct with setCompanion()
    ComponentAstrometry compAstrom = new ComponentAstrometry(index, orbParam);
    ExoPlanetPhysicalParameters compPhys =
      new ExoPlanetPhysicalParameters(tEq, plRadius, vSini, massM2, MBol2, star.getStarPhysicalParams());
   
    ComponentPhotometry compPhot =
      new ComponentPhotometry(compAstrom, magMV2, distance, vmi2, star.getPhotometry().getAbsV(), star.getPhotometry().getExtinctionCurve());
   
    ExoPlanet planet = new ExoPlanet(star.getRootId(), compPhot, compAstrom, compPhys);
    compPhot.setTargetAstroSource(planet);
    compAstrom.setTargetAstroSource(planet);
    compPhys.setTargetAstroSource(planet);
   
    return planet;
   
  }
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      e.printStackTrace();
    }
    StarPhysicalParameters starPhysicalParameters = new StarPhysicalParameters(mass, spectralType, magBol, pop, feH, alphaE);
   
    // Generate empty astrometry
    ComponentAstrometry primaryAstrometry = new ComponentAstrometry();
    ComponentPhotometry primaryPhotometry = new ComponentPhotometry(primaryAstrometry, magMv, 1.0e3 / astrometry.getVarpi(), vMinusI, absV);
   
    Star star = new Star(idRoot, primaryPhotometry, primaryAstrometry, starPhysicalParameters);
   
    return star;
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    massM2 *= GaiaParam.Nature.SUN_MASS/ GaiaParam.Nature.JUPITER_MASS;

    // init primary star

    long primaryID = star.getRootId();
    ComponentAstrometry primaryAstrometry = new ComponentAstrometry();

    ComponentPhotometry primaryPhotometry = new ComponentPhotometry(primaryAstrometry, magMv,
        distance, vMinusI, absV, star.getPhotometry().getExtinctionCurve());
    StarPhysicalParameters origPhys = star.getStarPhysicalParams();

    // TODO: some physical parameters of the primary may not be coherent anymore...
    StarPhysicalParameters primaryPhys = new StarPhysicalParameters(
        origPhys.getTeff(), origPhys.getFeH(), origPhys.getlogg(), origPhys.getAlphaElements(),
        origPhys.getMass(), origPhys.getSpectralType(), 10.0, origPhys.getMeanRadius(),
        origPhys.getStellarPop(), origPhys.getvsini());

    star = new Star(primaryID, primaryPhotometry, primaryAstrometry, primaryPhys);
    components[0] = star;

    //
    // init Planet
    //
    int compnb = 1;

    double tEqu2 = origPhys.getTeff() * Math.sqrt(origPhys.getMeanRadius() / (2 * orbParam.semiMajorAxis));
    tEqu2 *= Math.pow((1 - bondAlbedo), 1./4);
   
    // Calculating radius -- not necessary for astrometry, could be replaced by simpler model
    final double a[] = {1.2158123, -0.15080468, 0.69730554, -0.017303049, 0.00026388263, -1.2822719e-6,
      3.3135757e-9, -4.8366013e-12, 4.0017118e-15, -1.7477892e-18, 3.1347937e-22};
    double plRadius = a[0] + a[1] * Math.pow(mass, a[2]);
    for (int i = 3; i < a.length; i++) {
      plRadius += a[i] * Math.pow(mass, a[i - 2]);
    }
   
    plRadius *= GaiaParam.Nature.JUPITER_POLARRADIUS/GaiaParam.Nature.SUN_EQUATORIALRADIUS;
   
    // TODO put a correct value for absolute visual and bolometric magnitude, vsini, V-I
    double magMV2 = 32.58, MBol2 = magMV2-4; //Mag MV from Baraffe models.
    double vSini2 = 0, vmi2 = 9.9999;

    // Initialize ComponentAstrometry pointing to the primary and then correct with setCompanion()
    ComponentAstrometry compAstrom = new ComponentAstrometry(compnb, orbParam);
    ExoPlanetPhysicalParameters compPhys = new ExoPlanetPhysicalParameters(
        tEqu2, plRadius, vSini2, massM2
        / GaiaParam.Nature.SUN_MASS* GaiaParam.Nature.JUPITER_MASS, MBol2, primaryPhys) ;
   
    ComponentPhotometry compPhot = new ComponentPhotometry(compAstrom, magMV2,
        distance, vmi2, absV, star.getPhotometry().getExtinctionCurve());

    StellarSource comp = new ExoPlanet(primaryID, compPhot, compAstrom, compPhys);
    compPhot.setTargetAstroSource(comp);
    compAstrom.setTargetAstroSource(comp);
    compPhys.setTargetAstroSource(comp);

    components[compnb] = comp;

    // parameters for the stellar system itself
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Related Classes of gaiasimu.universe.source.stellar.ComponentAstrometry

  • newExamples.archive.GSInvScanLaw
  • newExamples.Model
  • newExamples.PlanetTemplate
  • newExamples.StarTemplate
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