------- Power asymmetry gif animations ----------

smica_common_apod2_hemis16/

This folder contains gif animations for the

  • SMICA data
  • Galactic and point source apodised common mask
  • Hemisphere disks centered on nside=16, 3072 pixels
    • Local power spectrum dipole directions as a function of lmin and lmax
    Fig1. - The mean dipole directions estimated on local power spectra as a function of minimum (per plot) and maximum (per frame) multipoles.
    Mean power spectrum ratio as a function of l_max
    Fig2. - The mean power spectrum ratio on opposite pixels, A_mean = , map as a function of maximum (lmax) multipoles.
    Mean power spectrum ratio as a function of l_min
    Fig3. - The mean power spectrum ratio on opposite pixels, A_mean = , map as a function of minimum (l_min) multipoles.
    Mean power spectrum ratio as a function of l_max
    Fig4. - Sifnificance map, the ratio of simulations with A_mean_sim > A_mean_data, as a function of maximum (l_max) multipole .
    Mean power spectrum ratio as a function of l_min
    Fig5. - Sifnificance map, the ratio of simulations with A_mean_sim > A_mean_data, as a function of minimum (l_min) multipole .
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    smica_common_apod2_45deg16/

    This folder contains gif animations for the

  • SMICA data
  • Galactic and point source apodised common mask
  • 90 degree diameter disk centered on nside=16, 3072 pixels
    • Local power spectrum dipole directions as a function of lmin and lmax
    Fig6. - The mean dipole directions estimated on local power spectra as a function of minimum (per plot) and maximum (per frame) multipoles.
    Mean power spectrum ratio as a function of l_max
    Fig7. - The mean power spectrum ratio on opposite pixels, A_mean = , map as a function of maximum (lmax) multipoles.
    Mean power spectrum ratio as a function of l_min
    Fig8. - The mean power spectrum ratio on opposite pixels, A_mean = , map as a function of minimum (l_min) multipoles.
    Mean power spectrum ratio as a function of l_max
    Fig9. - Sifnificance map, the ratio of simulations with A_mean_sim > A_mean_data, as a function of maximum (l_max) multipole .
    Mean power spectrum ratio as a function of l_min
    Fig10. - Sifnificance map, the ratio of simulations with A_mean_sim > A_mean_data, as a function of minimum (l_min) multipole .
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    Dipole directions from power spectrum ratio maps

    dipole directions from power spectrum ratio map
    Fig11. - hemisphere disk: the dipole directions estimated using Delta_Cl*100 /Cl ratio, to be compared with the dipole directions estimated on local power spectra.
    dipole directions from power spectrum ratio map
    Fig12. - 90 degree diameter disk:<\em> the dipole directions estimated using Delta_Cl*100 /Cl ratio, to be compared with the dipole directions estimated on local power spectra.
    Last modified: Sun May 12 23:26:52 CEST 2013