Steffen Müller

NAME

Astro::Hipparcos::Record - Represents a single Hipparcos record

SYNOPSIS

  use Astro::Hipparcos;
  my $catalog = Astro::Hipparcos->new("thefile.dat");
  while (defined(my $record = $catalog->get_record())) {
    print $record->get_HIP(), "\n"; # print record id
  }

DESCRIPTION

Represents a single Hipparcos record. The code is auto-generated from the C-level structure. Thus the funny member names.

METHODS

new

Returns a new record object.

ParseRecord

Somewhat internal method that may SEGFAULT if you use it wrong.

Given a string that MUST contain a full line from the record file, fills the object with data from that line.

get_line

Returns the full original catalog line.

GENERATED ACCESSOR METHODS

Each of these methods descriptions have the following format:

    Bytes Format Units   Label     Explanations
  • get_Catalog() set_Catalog

              1  A1    ---     Catalog   [H] Catalogue (H=Hipparcos)               (H0)
  • get_HIP() set_HIP

          9- 14  I6    ---     HIP       Identifier (HIP number)                   (H1)
  • get_Proxy() set_Proxy

             16  A1    ---     Proxy     [HT] Proximity flag                       (H2)
  • get_RAhms() set_RAhms

         18- 28  A11   ---     RAhms    *Right ascension in h m s, ICRS (Eq=J2000) (H3)
  • get_DEdms() set_DEdms

         30- 40  A11   ---     DEdms    *Declination in deg ' ", ICRS (Eq=J2000)   (H4)
  • get_Vmag() set_Vmag

         42- 46  F5.2  mag     Vmag      ? Magnitude in Johnson V                  (H5)
  • get_VarFlag() set_VarFlag

             48  I1    ---     VarFlag  *[1,3]? Coarse variability flag            (H6)
  • get_r_Vmag() set_r_Vmag

             50  A1    ---   r_Vmag     *[GHT] Source of magnitude                 (H7)
  • get_RAdeg() set_RAdeg

         52- 63  F12.8 deg     RAdeg    *? alpha, degrees (ICRS, Eq=J2000)         (H8)
  • get_DEdeg() set_DEdeg

         65- 76  F12.8 deg     DEdeg    *? delta, degrees (ICRS, Eq=J2000)         (H9)
  • get_AstroRef() set_AstroRef

             78  A1    ---     AstroRef *[*+A-Z] Reference flag for astrometry    (H10)
  • get_Plx() set_Plx

         80- 86  F7.2  mas     Plx       ? Trigonometric parallax                 (H11)
  • get_pmRA() set_pmRA

         88- 95  F8.2 mas/yr   pmRA      ? Proper motion mu_alpha.cos(delta), ICRS(H12)
  • get_pmDE() set_pmDE

         97-104  F8.2 mas/yr   pmDE      ? Proper motion mu_delta, ICRS           (H13)
  • get_e_RAdeg() set_e_RAdeg

        106-111  F6.2  mas   e_RAdeg     ? Standard error in RA*cos(DEdeg)        (H14)
  • get_e_DEdeg() set_e_DEdeg

        113-118  F6.2  mas   e_DEdeg     ? Standard error in DE                   (H15)
  • get_e_Plx() set_e_Plx

        120-125  F6.2  mas   e_Plx       ? Standard error in Plx                  (H16)
  • get_e_pmRA() set_e_pmRA

        127-132  F6.2 mas/yr e_pmRA      ? Standard error in pmRA                 (H17)
  • get_e_pmDE() set_e_pmDE

        134-139  F6.2 mas/yr e_pmDE      ? Standard error in pmDE                 (H18)
  • get_DE_RA() set_DE_RA

        141-145  F5.2  ---     DE:RA     [-1/1]? Correlation, DE/RA*cos(delta)    (H19)
  • get_Plx_RA() set_Plx_RA

        147-151  F5.2  ---     Plx:RA    [-1/1]? Correlation, Plx/RA*cos(delta)   (H20)
  • get_Plx_DE() set_Plx_DE

        153-157  F5.2  ---     Plx:DE    [-1/1]? Correlation, Plx/DE              (H21)
  • get_pmRA_RA() set_pmRA_RA

        159-163  F5.2  ---     pmRA:RA   [-1/1]? Correlation, pmRA/RA*cos(delta)  (H22)
  • get_pmRA_DE() set_pmRA_DE

        165-169  F5.2  ---     pmRA:DE   [-1/1]? Correlation, pmRA/DE             (H23)
  • get_pmRA_Plx() set_pmRA_Plx

        171-175  F5.2  ---     pmRA:Plx  [-1/1]? Correlation, pmRA/Plx            (H24)
  • get_pmDE_RA() set_pmDE_RA

        177-181  F5.2  ---     pmDE:RA   [-1/1]? Correlation, pmDE/RA*cos(delta)  (H25)
  • get_pmDE_DE() set_pmDE_DE

        183-187  F5.2  ---     pmDE:DE   [-1/1]? Correlation, pmDE/DE             (H26)
  • get_pmDE_Plx() set_pmDE_Plx

        189-193  F5.2  ---     pmDE:Plx  [-1/1]? Correlation, pmDE/Plx            (H27)
  • get_pmDE_pmRA() set_pmDE_pmRA

        195-199  F5.2  ---     pmDE:pmRA [-1/1]? Correlation, pmDE/pmRA           (H28)
  • get_F1() set_F1

        201-203  I3    %       F1        ? Percentage of rejected data            (H29)
  • get_F2() set_F2

        205-209  F5.2  ---     F2       *? Goodness-of-fit parameter              (H30)
  • get_BTmag() set_BTmag

        218-223  F6.3  mag     BTmag     ? Mean BT magnitude                      (H32)
  • get_e_BTmag() set_e_BTmag

        225-229  F5.3  mag   e_BTmag     ? Standard error on BTmag                (H33)
  • get_VTmag() set_VTmag

        231-236  F6.3  mag     VTmag     ? Mean VT magnitude                      (H34)
  • get_e_VTmag() set_e_VTmag

        238-242  F5.3  mag   e_VTmag     ? Standard error on VTmag                (H35)
  • get_m_BTmag() set_m_BTmag

            244  A1    ---   m_BTmag    *[A-Z*-] Reference flag for BT and VTmag  (H36)
  • get_B_V() set_B_V

        246-251  F6.3  mag     B-V       ? Johnson B-V colour                     (H37)
  • get_e_B_V() set_e_B_V

        253-257  F5.3  mag   e_B-V       ? Standard error on B-V                  (H38)
  • get_r_B_V() set_r_B_V

            259  A1    ---   r_B-V       [GT] Source of B-V from Ground or Tycho  (H39)
  • get_V_I() set_V_I

        261-264  F4.2  mag     V-I       ? Colour index in Cousins' system        (H40)
  • get_e_V_I() set_e_V_I

        266-269  F4.2  mag   e_V-I       ? Standard error on V-I                  (H41)
  • get_r_V_I() set_r_V_I

            271  A1    ---   r_V-I      *[A-T] Source of V-I                      (H42)
  • get_CombMag() set_CombMag

            273  A1    ---     CombMag   [*] Flag for combined Vmag, B-V, V-I     (H43)
  • get_Hpmag() set_Hpmag

        275-281  F7.4  mag     Hpmag    *? Median magnitude in Hipparcos system   (H44)
  • get_e_Hpmag() set_e_Hpmag

        283-288  F6.4  mag   e_Hpmag    *? Standard error on Hpmag                (H45)
  • get_Hpscat() set_Hpscat

        290-294  F5.3  mag     Hpscat    ? Scatter on Hpmag                       (H46)
  • get_o_Hpmag() set_o_Hpmag

        296-298  I3    ---   o_Hpmag     ? Number of observations for Hpmag       (H47)
  • get_m_Hpmag() set_m_Hpmag

            300  A1    ---   m_Hpmag    *[A-Z*-] Reference flag for Hpmag         (H48)
  • get_Hpmax() set_Hpmax

        302-306  F5.2  mag     Hpmax     ? Hpmag at maximum (5th percentile)      (H49)
  • get_HPmin() set_HPmin

        308-312  F5.2  mag     HPmin     ? Hpmag at minimum (95th percentile)     (H50)
  • get_Period() set_Period

        314-320  F7.2  d       Period    ? Variability period (days)              (H51)
  • get_HvarType() set_HvarType

            322  A1    ---     HvarType *[CDMPRU]? variability type               (H52)
  • get_moreVar() set_moreVar

            324  A1    ---     moreVar  *[12] Additional data about variability   (H53)
  • get_morePhoto() set_morePhoto

            326  A1    ---     morePhoto [ABC] Light curve Annex                  (H54)
  • get_CCDM() set_CCDM

        328-337  A10   ---     CCDM      CCDM identifier                          (H55)
  • get_n_CCDM() set_n_CCDM

            339  A1    ---   n_CCDM     *[HIM] Historical status flag             (H56)
  • get_Nsys() set_Nsys

        341-342  I2    ---     Nsys      ? Number of entries with same CCDM       (H57)
  • get_Ncomp() set_Ncomp

        344-345  I2    ---     Ncomp     ? Number of components in this entry     (H58)
  • get_MultFlag() set_MultFlag

            347  A1    ---     MultFlag *[CGOVX] Double/Multiple Systems flag     (H59)
  • get_Source() set_Source

            349  A1    ---     Source   *[PFILS] Astrometric source flag          (H60)
  • get_Qual() set_Qual

            351  A1    ---     Qual     *[ABCDS] Solution quality                 (H61)
  • get_m_HIP() set_m_HIP

        353-354  A2    ---   m_HIP       Component identifiers                    (H62)
  • get_theta() set_theta

        356-358  I3    deg     theta     ? Position angle between components      (H63)
  • get_rho() set_rho

        360-366  F7.3  arcsec  rho       ? Angular separation between components  (H64)
  • get_e_rho() set_e_rho

        368-372  F5.3  arcsec  e_rho     ? Standard error on rho                  (H65)
  • get_dHp() set_dHp

        374-378  F5.2  mag     dHp       ? Magnitude difference of components     (H66)
  • get_e_dHp() set_e_dHp

        380-383  F4.2  mag   e_dHp       ? Standard error on dHp                  (H67)
  • get_Survey() set_Survey

            385  A1    ---     Survey    [S] Flag indicating a Survey Star        (H68)
  • get_Chart() set_Chart

            387  A1    ---     Chart    *[DG] Identification Chart                (H69)
  • get_Notes() set_Notes

            389  A1    ---     Notes    *[DGPWXYZ] Existence of notes             (H70)
  • get_HD() set_HD

        391-396  I6    ---     HD        [1/359083]? HD number <III/135>          (H71)
  • get_BD() set_BD

        398-407  A10   ---     BD        Bonner DM <I/119>, <I/122>               (H72)
  • get_CoD() set_CoD

        409-418  A10   ---     CoD       Cordoba Durchmusterung (DM) <I/114>      (H73)
  • get_CPD() set_CPD

        420-429  A10   ---     CPD       Cape Photographic DM <I/108>             (H74)
  • get__V_I_red() set__V_I_red

        431-434  F4.2  mag     (V-I)red  V-I used for reductions                  (H75)
  • get_SpType() set_SpType

        436-447  A12   ---     SpType    Spectral type                            (H76)
  • get_r_SpType() set_r_SpType

            449  A1    ---   r_SpType   *[1234GKSX]? Source of spectral type      (H77)

SEE ALSO

Astro::Hipparcos

http://en.wikipedia.org/wiki/Hipparcos_Catalogue

At the time of this writing, you could obtain a copy of the Hipparcos catalogue from ftp://adc.gsfc.nasa.gov/pub/adc/archives/catalogs/1/1239/ (hip_main.dat.gz).

AUTHOR

Steffen Mueller, <smueller@cpan.org>

COPYRIGHT AND LICENSE

Copyright (C) 2009 by Steffen Mueller

This library is free software; you can redistribute it and/or modify it under the same terms as Perl itself, either Perl version 5.8.0 or, at your option, any later version of Perl 5 you may have available.