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OITools JMMC logo

License: GPL v3 Build

This is a java library dedicated to reading / writing OIFITS files (based on the nom.tam.fits library) developed by the JMMC technical team.

See Developers corner

OIFits standard versions:

More detailed data model including dynamic columns:

Setup

  1. Download the last jar (oitools-TRUNK.jar) from release place https://github.com/JMMC-OpenDev/OITools/releases/

  2. Call:

    • type in shell:

      java -cp _path_/_to_/oitools-TRUNK-jar-with-dependencies.jar fr.jmmc.oitools.OIFitsProcessor <parameters>

    • HINT: you can define aliases in your (bashrc) as of:

      alias oip="java -cp _path_/_to_/oitools-TRUNK-jar-with-dependencies.jar fr.jmmc.oitools.OIFitsProcessor"
alias oilist="oip list"
alias oiconvert="oip convert"
alias oimerge="oip merge"

Usage & Examples

Examples are taken from the test folder

To get the command help, just type oip:

--------------------------------------------------------------------------------------
Usage: fr.jmmc.oitools.OIFitsProcessor command -o <path_output_file> <file locations>
------------- Arguments help ---------------------------------------------------------
| Key          Value           Description                                           |
|------------------------------------------------------------------------------------|
| command      help           Show this help                                         |
| command      list           List content of several oifits files                   |
| command      list_baselines List baselines and triplets used by several oifits files |
| command      dump           Dump the given oifits files                            |
| command      convert        Convert the given input file                           |
| command      merge          Merge several oifits files                             |
|------------------------------------------------------------------------------------|
| [-l] or [-log]              Enable logging (quiet by default)                      |
| [-v] or [-verbose]          Enable logging (quiet by default)                      |
| [-c] or [-check]            Check output file before writing                       |
| [-separation] <value>       Separation in arcsec for the target matcher            |
| [-o] or [-output] <file_path> Complete path, absolute or relative, for output file |
--------------------------------------------------------------------------------------
| Filter options available to the command merge:                     |
| [-target] <value>           Filter result on given Targets (comma-separated)       |
| [-insname] <value>          Filter result on given InsNames (comma-separated)      |
| [-night] <value>            Filter result on given Nights (integer, comma-separated) |
|                                                                                    |
| [-baselines] <values>       Filter result on given Baselines or Triplets (comma-separated) |
| [-mjds] <values>            Filter result on given MJD ranges (comma-separated pairs) |
| [-wavelengths] <values>     Filter result on given wavelength ranges (comma-separated pairs) |
|                                                                                    |
| <values> can be String or Range values (like 1e-6,2e-6) (comma-separated);         |
|          use the prefix 'not:' to have an exclusive filter                         |
|                                                                                    |
| Following columns may be available (OIFITS2 standard):                             |
| [-eff_wave] <values>     Filter result on given column values (comma-separated) |
| [-eff_band] <values>     Filter result on given column values (comma-separated) |
| [-sta_index] <values>     Filter result on given column values (comma-separated) |
| [-sta_conf] <values>     Filter result on given column values (comma-separated) |
| [-time] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-mjd] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-int_time] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-vis2data] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-vis2err] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-ucoord] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-vcoord] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-eff_wave] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-eff_band] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-hour_angle] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-radius] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-pos_angle] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-spatial_freq] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-u] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-v] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-snr_vis2] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-visamp] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-visamperr] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-visphi] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-visphierr] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-rvis] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-rviserr] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-ivis] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-iviserr] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-t3amp] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-t3amperr] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-t3phi] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-t3phierr] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-u1coord] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-v1coord] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-u2coord] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-v2coord] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-u1] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-v1] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-u2] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-v2] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-fluxdata] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-fluxerr] <values>     Filter result on given column ranges (comma-separated pairs) |
| [-snr_flux] <values>     Filter result on given column ranges (comma-separated pairs) |
--------------------------------------------------------------------------------------
  • oilist input_file_location [input_file_location …] display the file content of input file(s) in CSV format files contents (granules like OiDB):

Example where two instruments are detected: the fringe tracker GRAVITY_FT with 5 spectral channels and the science detector GRAVITY_SC with 210 spectral channels

oilist GRAVI.2016-06-23T03:10:17.458_singlesciviscalibrated.fits
target_name     s_ra    s_dec   t_exptime       t_min   t_max   em_res_power    em_min  em_max  facility_name   instrument_name nb_vis  nb_vis2 nb_t3   nb_channels
IRAS17216-3801  261.2771541666667       -38.066788888888894     36.54999999999172       57562.13387079336       57562.134832901625      25.75830610631207       2.0264997147023678E-6   2.347295094295987E-6       VLTI    GRAVITY_FT      6       6       4       5
IRAS17216-3801  261.2771541666667       -38.066788888888894     0.0     57562.1339081338        57562.135323171286      1008.6521574069673      1.990000100704492E-6    2.4500000108673703E-6   VLTI    GRAVITY_SC 6       6       4       210

⚠ Warning: Targets are gathered according to their name and positions. Due to some uncertainties from files to files, the same target maybe duplicated. In this example, the target HD45677 is miss-identified as 3 different targets with varying right ascension.

 % oilist *.fits
target_name	s_ra	s_dec	t_exptime	t_min	t_max	em_res_power	em_min	em_max	facility_name	instrument_name	nb_vis	nb_vis2	nb_t3	nb_channels
HD45677	97.071446	-13.05308	0.07500000298023224	9743.3964126119	9743.39698346838	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	0	12	8	64
HD45677	97.071446	-13.05308	0.07500000298023224	29230.186422152714	29230.186875347168	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	0	12	8	64
HD45677	97.071446	-13.05308	0.07500000298023224	58454.27455231501	58454.35846547426	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	72	72	48	64
HD45677	97.071446	-13.05308	0.07500000298023224	58455.17619694426	58455.2241775925	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	36	36	24	64
HD45677	97.071446	-13.05308	0.07500000298023224	58458.17127300924	58458.3521850002	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	126	186	124	64
HD45677	97.071446	-13.05308	0.07500000298023224	58459.1170581483	58459.32373210101	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	108	114	76	64
HD45677	97.071446	-13.05308	0.07500000298023224	58460.19688902766	58460.37100263876	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	48	72	48	64
HD45677_1	97.072017	-13.05308	0.07500000298023224	11692.253139791668	11692.271517135014	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	0	36	24	64
HD45677_1	97.072017	-13.05308	0.07500000298023224	58461.259056527546	58461.35039300915	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	36	36	24	64
HD45677_1	97.072017	-13.05308	0.07500000298023224	58464.21925374992	58464.296853532614	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	48	48	32	64
HD45677_1	97.072017	-13.05308	0.07500000298023224	58465.21247333342	58465.35976816349	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	90	96	64	64
HD45677_1	97.072017	-13.05308	0.07500000298023224	58466.225046249856	58466.2779251908	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	48	48	32	64
HD45677_2	97.072587	-13.05308	0.07500000298023224	58462.2034310185	58462.37512025083	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	114	120	80	64
HD45677_2	97.072587	-13.05308	0.07500000298023224	58463.31136550928	58463.36339001964	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	30	48	32	64

This can be fixed by ajusting the separation of the target matcher using the keyword -separation <value> (default: 1 arcsec ):

% oilist -separation 10  *.fits
target_name	s_ra	s_dec	t_exptime	t_min	t_max	em_res_power	em_min	em_max	facility_name	instrument_name	nb_vis	nb_vis2	nb_t3	nb_channels
HD45677	97.071446	-13.05308	0.07500000298023224	9743.3964126119	9743.39698346838	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	0	12	8	64
HD45677	97.071446	-13.05308	0.07500000298023224	11692.253139791668	11692.271517135014	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	0	36	24	64
HD45677	97.071446	-13.05308	0.07500000298023224	29230.186422152714	29230.186875347168	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	0	12	8	64
HD45677	97.071446	-13.05308	0.07500000298023224	58454.27455231501	58454.35846547426	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	72	72	48	64
HD45677	97.071446	-13.05308	0.07500000298023224	58455.17619694426	58455.2241775925	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	36	36	24	64
HD45677	97.071446	-13.05308	0.07500000298023224	58458.17127300924	58458.3521850002	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	126	186	124	64
HD45677	97.071446	-13.05308	0.07500000298023224	58459.1170581483	58459.32373210101	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	108	114	76	64
HD45677	97.071446	-13.05308	0.07500000298023224	58460.19688902766	58460.37100263876	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	48	72	48	64
HD45677	97.071446	-13.05308	0.07500000298023224	58461.259056527546	58461.35039300915	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	36	36	24	64
HD45677	97.071446	-13.05308	0.07500000298023224	58462.2034310185	58462.37512025083	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	114	120	80	64
HD45677	97.071446	-13.05308	0.07500000298023224	58463.31136550928	58463.36339001964	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	30	48	32	64
HD45677	97.071446	-13.05308	0.07500000298023224	58464.21925374992	58464.296853532614	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	48	48	32	64
HD45677	97.071446	-13.05308	0.07500000298023224	58465.21247333342	58465.35976816349	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	90	96	64	64
HD45677	97.071446	-13.05308	0.07500000298023224	58466.225046249856	58466.2779251908	47.39237355339858	2.841224613803206E-6	4.209076450933935E-6	VLTI	MATISSE	48	48	32	64
  • oip list_baselines display similar information as oilist plus the station/baselines used.

Example showing that the stations used are: A0 B2 C1 D0 and the file contains all combinaison of baselines and triplets:

oip list_baselines GRAVI.2016-06-23T03:10:17.458_singlesciviscalibrated.fits
instrument_name	em_min	em_max	night_id	target_name	s_ra	s_dec	mjds	baselines
GRAVITY_FT	2.0264997147023678E-6	2.347295094295987E-6	57562	IRAS17216-3801	261.2771541666667	-38.066788888888894	[57562.133866,57562.136111] [57562.133947,57562.136748] [57562.13412,57562.13522] [57562.13412,57562.135231] [57562.13412,57562.135243] [57562.134745,57562.135336] [57562.13478,57562.135243] [57562.13478,57562.135498] [57562.134815,57562.135266] [57562.134826,57562.135266] 	A0 B2 C1 D0 B2-A0 C1-A0 C1-B2 C1-D0 D0-A0 D0-B2 C1-B2-A0 C1-D0-A0 C1-D0-B2 D0-B2-A0
GRAVITY_SC	1.990000100704492E-6	2.4500000108673703E-6	57562	IRAS17216-3801	261.2771541666667	-38.066788888888894	[57562.13390,57562.136343] [57562.13397,57562.133981] [57562.13397,57562.137454] [57562.135312,57562.13544] 	A0 B2 C1 D0 B2-A0 C1-A0 C1-B2 C1-D0 D0-A0 D0-B2 C1-B2-A0 C1-D0-A0 C1-D0-B2 D0-B2-A0
  • oip dump print headers of all HDUs.

  • oimerge -o <output_file_path> input_file_location [input_file_location …] merge multiple files with filter support, targets are gathered and merged into a single OI_TARGET table.

    Available filters are (multiple arguments must be comma separated):

    • -target
    • -insname
    • -night
    • -mjds
    • -baselines
    • -wavelength

  • Extracting flux from Gravity science instrument at wavelengths between 2.15 and 2.2 μm*:

% oimerge -insname GRAVITY_SC  -baselines A0,B2,C1,D0 -wavelengths 2.15E-6,2.20E-6 -o output.fits  GRAVI.2016-06-23T03:10:17.458_singlesciviscalibrated.fits
Writing: output.fits
% oilist output.fits
target_name	s_ra	s_dec	t_exptime	t_min	t_max	em_res_power	em_min	em_max	facility_name	instrument_name	nb_vis	nb_vis2	nb_t3	nb_channels
IRAS17216-3801	261.2771541666667	-38.066788888888894	300.0	57562.133972453696	57562.133972453696	988.1521592210469	2.1506698431039695E-6	2.1990908862790093E-6	VLTI	GRAVITY_SC	0	0	0	23

OIFitsViewer

You may also define some other aliases to dump main informations of your oifits files through XML or TSV format or check content

 alias oiv="java -cp _path_/_to_/oitools-TRUNK-jar-with-dependencies.jar fr.jmmc.oitools.OIFitsViewer"
 alias oicheck="oiv -check"

To get the command help, just type oiv:

No file location given in arguments.
-------------------------------------------------------------------------
Usage: fr.jmmc.oitools.OIFitsViewer [-f|-format] [-v|-verbose] [-t|-tsv] <file locations>
------------- Arguments help --------------------------------------------
| Key          Value           Description                              |
|-----------------------------------------------------------------------|
| [-h|-help]                   Show arguments help                      |
| [-l] or [-log]               Enable logging (quiet by default)        |
| [-f] or [-format]            Use the number formatter                 |
| [-v] or [-verbose]           Dump all column data                     |
| [-t] or [-tsv]               Dump object table in tsv format          |
| [-c] or [-check]             Check only given file(s)                 |
| [-g] or [-granule]           Use Granules to get target metadata      |
-------------------------------------------------------------------------

About

OiTools is a Java library dedicated to reading / writing OIFITS files

jmmc-opendev.github.io/oitools/

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java parser astro fits

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OITools release 2023.03 Latest
Mar 6, 2023
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