Iftach Sadeh / ctools

Commit 64f9f8db348d6a12194d29821460dd547b3d7ec4

Authored by Jürgen Knödlseder
1 parent 45c08fff

Update 1DC tutorials

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doc/source/users/tutorials/1dc/data_organisation.rst
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... ... @@ -6,28 +6,40 @@ Data organisation
6 6 Layout
7 7 ^^^^^^
8 8  
9   -The content of the ``1dc.pre`` folder should be as follows:
  9 +The content of the ``1dc.south`` folder should be as follows:
10 10  
11 11 .. code-block:: bash
12 12  
13 13 caldb/
14 14 caldb/data
15 15 caldb/data/cta
16   - caldb/data/cta/prod3b
17   - caldb/data/cta/prod3b/caldb.indx
18   - caldb/data/cta/prod3b/bcf
  16 + caldb/data/cta/1dc
  17 + caldb/data/cta/1dc/caldb.indx
  18 + caldb/data/cta/1dc/bcf
19 19 ...
20 20 data/
21 21 data/baseline/
  22 + data/baseline/egal
  23 + data/baseline/egal/egal_baseline_220000.fits
  24 + data/baseline/egal/egal_baseline_220001.fits
  25 + ...
22 26 data/baseline/gc
23   - data/baseline/gc/gc_baseline_000001.fits
24   - data/baseline/gc/gc_baseline_000002.fits
  27 + data/baseline/gc/gc_baseline_310000.fits
  28 + data/baseline/gc/gc_baseline_310001.fits
  29 + ...
  30 + data/baseline/gps
  31 + data/baseline/gps/gps_baseline_120000.fits
  32 + data/baseline/gps/gps_baseline_120001.fits
25 33 ...
26 34 models/
  35 + models/models_egal.xml
27 36 models/models_gc.xml
  37 + models/models_gps.xml
28 38 ...
29 39 obs/
  40 + obs/obs_egal_baseline.xml
30 41 obs/obs_gc_baseline.xml
  42 + obs/obs_gps_baseline.xml
31 43  
32 44  
33 45 Instrument Response Functions
... ... @@ -36,10 +48,10 @@ Instrument Response Functions
36 48 The ``caldb`` folder contains the
37 49 :ref:`Instrument Response Functions <glossary_irf>`
38 50 that are necessary for the analysis of the simulated CTA data.
39   -The folder contains the ``prod3b`` response that should be used for the
  51 +The folder contains the ``1dc`` response that should be used for the
40 52 :ref:`first CTA Data Challenge <glossary_1dc>`.
41   -In the pre-release, only the response functions for CTA South are
42   -available for a zenith angle of 20 deg.
  53 +Currently only the response functions for CTA South are
  54 +available for zenith angles of 20 deg and 40 deg.
43 55 Specifically, the following response functions are available:
44 56  
45 57 +-----------------------+-------+---------------+--------+----------+
... ... @@ -47,27 +59,9 @@ Specifically, the following response functions are available:
47 59 +=======================+=======+===============+========+==========+
48 60 | ``South_z20_50h`` | South | Baseline | 20 deg | 50 hours |
49 61 +-----------------------+-------+---------------+--------+----------+
50   - | ``South_z20_5h`` | South | Baseline | 20 deg | 5 hours |
51   - +-----------------------+-------+---------------+--------+----------+
52   - | ``South_z20_0.5h`` | South | Baseline | 20 deg | 30 min |
53   - +-----------------------+-------+---------------+--------+----------+
54   - | ``South_TS_z20_50h`` | South | Threshold | 20 deg | 50 hours |
55   - +-----------------------+-------+---------------+--------+----------+
56   - | ``South_TS_z20_5h`` | South | Threshold | 20 deg | 5 hours |
57   - +-----------------------+-------+---------------+--------+----------+
58   - | ``South_TS_z20_0.5h`` | South | Threshold | 20 deg | 30 min |
  62 + | ``South_z40_50h`` | South | Baseline | 40 deg | 50 hours |
59 63 +-----------------------+-------+---------------+--------+----------+
60 64  
61   -.. warning::
62   - The **50 hours**
63   - :ref:`Instrument Response Functions <glossary_irf>`
64   - were used for the **simulation** of the
65   - :ref:`first CTA Data Challenge <glossary_1dc>`
66   - data. Please use only these response functions for the analysis. If you use
67   - :ref:`Observation Definition Files <glossary_obsdef>`
68   - for the analysis (see below) the appropriate 50 hours response functions
69   - will be used automatically.
70   -
71 65  
72 66 Event data
73 67 ^^^^^^^^^^
... ... @@ -76,9 +70,36 @@ The ``data`` folder contains the calibrated, reconstructed and background
76 70 reduced event data that were procuded for the
77 71 :ref:`first CTA Data Challenge <glossary_1dc>`
78 72 and that were stored into FITS files.
  73 +Event data are split into :ref:`observations <glossary_obs>` with a fixed
  74 +pointing direction (observations are also known as runs).
  75 +The duration of an observation is 25 minutes for the Extragalactic Survey
  76 +and 30 minutes for the Galactic Plane and Centre surveys.
  77 +The properties of the event data for all three surveys are summarised in the
  78 +table below:
  79 +
  80 + +-----------------------------------+---------------------+---------------------+---------------------+
  81 + | Parameter | GPS | GC | EGAL |
  82 + +===================================+=====================+=====================+=====================+
  83 + | Number of observations | 2046 | 1671 | 489 |
  84 + +-----------------------------------+---------------------+---------------------+---------------------+
  85 + | Duration of each observation | 1800 s | 1800 s | 1500 s |
  86 + +-----------------------------------+---------------------+---------------------+---------------------+
  87 + | Deadtime fraction | 2% | 2% | 2% |
  88 + +-----------------------------------+---------------------+---------------------+---------------------+
  89 + | Total exposure time of simulation | 1023 h | 835.5 h | 203.75 h |
  90 + +-----------------------------------+---------------------+---------------------+---------------------+
  91 + | Simulated event energies | 30 GeV - 160 TeV | 30 GeV - 160 TeV | 30 GeV - 160 TeV |
  92 + +-----------------------------------+---------------------+---------------------+---------------------+
  93 + | Maximum off-axis angle | 5 deg | 5 deg | 5 deg |
  94 + +-----------------------------------+---------------------+---------------------+---------------------+
  95 + | Start date of observations | 2021-01-01T11:58:51 | 2021-01-01T11:58:51 | 2021-01-01T11:58:51 |
  96 + +-----------------------------------+---------------------+---------------------+---------------------+
  97 + | End date of observations | 2021-04-18T18:52:51 | 2021-03-29T21:32:51 | 2021-02-11T20:29:51 |
  98 + +-----------------------------------+---------------------+---------------------+---------------------+
  99 +
  100 +
79 101 Each event file contains the events for an
80   -:ref:`observation <glossary_obs>`
81   -(or run) of 30 minutes duration and comprises an
  102 +:ref:`observation <glossary_obs>` and comprises an
82 103 :ref:`event list <glossary_eventlist>`
83 104 and a
84 105 :ref:`Good Time Intervals <glossary_gti>`
... ... @@ -95,7 +116,9 @@ The header of the ``EVENTS`` table contains information about the
95 116 such as
96 117 the start and stop date and time,
97 118 the duration and livetime of the observation, and
98   -the pointing direction in Right Ascension and Declination (see figure below).
  119 +the pointing direction in Right Ascension and Declination.
  120 +In addition, the header contains the names and identifiers of the sources that
  121 +have been simulated (see figure below).
99 122  
100 123 .. figure:: event_header.png
101 124 :width: 500px
... ... @@ -103,18 +126,6 @@ the pointing direction in Right Ascension and Declination (see figure below).
103 126  
104 127 *Header of an event list*
105 128  
106   -.. note::
107   - The pointing direction during an observation is fixed. The simulation has
108   - the following characteristics:
109   -
110   - * Number of observations (and pointings): 1673
111   - * Duration of each observation: 1800 sec
112   - * Deadtime fraction: 5%
113   - * Total exposure time of simulation: 836.5 hours
114   - * Simulated event energies: 30 GeV - 120 TeV
115   - * Maximum off-axis angle: 5 deg
116   - * Start date of observations: 2021-01-01 11:58:51
117   - * End date of observations: 2021-03-30 12:28:51
118 129  
119 130 .. warning::
120 131 Only the following header keywords in the ``EVENTS`` table have meaningful
... ... @@ -124,6 +135,10 @@ the pointing direction in Right Ascension and Declination (see figure below).
124 135 * ``DSUNIx`` - Data sub-space unit
125 136 * ``DSVALx`` - Data sub-space value
126 137 * ``DSREFx`` - Data sub-space reference
  138 + * ``NDSKEYS`` - Number of data sub-space keys
  139 + * ``NMCIDS`` - Number of Monte Carlo identifiers
  140 + * ``MIDxxxxx`` - Monte Carlo identifier
  141 + * ``MMNxxxxx`` - Model name for Monte Carlo identifier
127 142 * ``OBS_ID`` - Observation identifier
128 143 * ``DATE_OBS`` - start date of observation (UTC)
129 144 * ``TIME_OBS`` - start time of observation (UTC)
... ... @@ -169,6 +184,8 @@ Each event is characterised by
169 184 +--------------+-------------------------------------------+----------+
170 185 | ``DETY`` | Reconstructed camera Y coordinate | deg |
171 186 +--------------+-------------------------------------------+----------+
  187 + | ``MC_ID`` | Monte Carlo identifier | unitless |
  188 + +--------------+-------------------------------------------+----------+
172 189  
173 190 An example of an ``EVENTS`` table is shown below.
174 191  
... ... @@ -186,9 +203,10 @@ An example of an ``EVENTS`` table is shown below.
186 203 Observation Definition Files
187 204 ^^^^^^^^^^^^^^^^^^^^^^^^^^^^
188 205  
189   -The file ``obs_gc_baseline.xml`` is a so called
190   -:ref:`Observation Definition File <glossary_obsdef>`
191   -that contains the information (or metadata) of a list of observations.
  206 +The files ``obs_egal_baseline.xml``, ``obs_gc_baseline.xml``, and
  207 +``obs_gps_baseline.xml`` are so called
  208 +:ref:`Observation Definition Files <glossary_obsdef>`
  209 +containing the information (or metadata) of a list of observations.
192 210 The file is a plain ASCII files in XML format that can be inspected and
193 211 manipulated by any text editor.
194 212  
... ... @@ -198,10 +216,12 @@ Models
198 216  
199 217 The ``models`` folder contains the definitions of all source and background
200 218 models that were used for simulating the data.
201   -The file ``models_gc.xml`` is a so called
202   -:ref:`Model Definition File <glossary_moddef>`
203   -that collects the definition of all model components used for the Galactic
204   -Centre Survey simulation.
  219 +The files ``models_egal.xml``, ``models_gc.xml`` and ``models_gps.xml`` are
  220 +so called
  221 +:ref:`Model Definition Files <glossary_moddef>`
  222 +collecting the definition of all model components used for the three surveys.
  223 +Since the same sky model was used for all surveys the three files are
  224 +identical.
205 225 The other files in the folder are ASCII and FITS files containing spectral,
206 226 temporal and spatial information that was used in the simulations.
207 227  
... ...
doc/source/users/tutorials/1dc/event_file.png
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doc/source/users/tutorials/1dc/first_detect.rst
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... ... @@ -40,7 +40,7 @@ sources were detected.
40 40 :width: 400px
41 41 :align: center
42 42  
43   - *Background subtracted sky map of the events recorded around the Galactic Centre during the Galactic Centre Survey with the detected sources overlaid*
  43 + *Background subtracted sky map of the events recorded around the Galactic Centre during the Galactic Plane Survey with the detected sources overlaid*
44 44  
45 45 Below is the content of the
46 46 :ref:`model definition XML file <glossary_moddef>`
... ... @@ -67,8 +67,8 @@ for a model fitting with :ref:`ctlike`.
67 67 <parameter name="PivotEnergy" value="1" scale="300000" free="0" />
68 68 </spectrum>
69 69 <spatialModel type="PointSource">
70   - <parameter name="RA" value="266.424004498437" error="0" scale="1" free="1" />
71   - <parameter name="DEC" value="-29.0049010253548" error="0" scale="1" free="1" />
  70 + <parameter name="RA" value="266.404485683256" error="0" scale="1" free="1" />
  71 + <parameter name="DEC" value="-28.9944817753924" error="0" scale="1" free="1" />
72 72 </spatialModel>
73 73 </source>
74 74 <source name="Src002" type="PointSource">
... ... @@ -78,8 +78,8 @@ for a model fitting with :ref:`ctlike`.
78 78 <parameter name="PivotEnergy" value="1" scale="300000" free="0" />
79 79 </spectrum>
80 80 <spatialModel type="PointSource">
81   - <parameter name="RA" value="266.831945177213" error="0" scale="1" free="1" />
82   - <parameter name="DEC" value="-28.1460284439951" error="0" scale="1" free="1" />
  81 + <parameter name="RA" value="266.882500217018" error="0" scale="1" free="1" />
  82 + <parameter name="DEC" value="-28.1496303606368" error="0" scale="1" free="1" />
83 83 </spatialModel>
84 84 </source>
85 85 <source name="Background" type="CTAIrfBackground">
... ... @@ -90,4 +90,3 @@ for a model fitting with :ref:`ctlike`.
90 90 </spectrum>
91 91 </source>
92 92 </source_library>
93   -
... ...
doc/source/users/tutorials/1dc/first_select_events.rst
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... ... @@ -32,21 +32,17 @@ the original event list file names replaced by the names of the new files:
32 32  
33 33 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
34 34 <observation_list title="observation list">
35   - <observation name="GC" id="000414" instrument="CTA">
36   - <parameter name="EventList" file="selected_gc_baseline_000414.fits" />
37   - <parameter name="Calibration" database="prod3b" response="South_z20_50h" />
  35 + <observation name="GPS" id="120380" instrument="CTA">
  36 + <parameter name="EventList" file="selected_gps_baseline_120380.fits" />
  37 + <parameter name="Calibration" database="1dc" response="South_z20_50h" />
38 38 </observation>
39   - <observation name="GC" id="000415" instrument="CTA">
40   - <parameter name="EventList" file="selected_gc_baseline_000415.fits" />
41   - <parameter name="Calibration" database="prod3b" response="South_z20_50h" />
42   - </observation>
43   - <observation name="GC" id="000416" instrument="CTA">
44   - <parameter name="EventList" file="selected_gc_baseline_000416.fits" />
45   - <parameter name="Calibration" database="prod3b" response="South_z20_50h" />
  39 + <observation name="GPS" id="120381" instrument="CTA">
  40 + <parameter name="EventList" file="selected_gps_baseline_120381.fits" />
  41 + <parameter name="Calibration" database="1dc" response="South_z20_50h" />
46 42 </observation>
47 43 ...
48   - <observation name="GC" id="000581" instrument="CTA">
49   - <parameter name="EventList" file="selected_gc_baseline_000581.fits" />
50   - <parameter name="Calibration" database="prod3b" response="South_z20_50h" />
  44 + <observation name="GPS" id="121177" instrument="CTA">
  45 + <parameter name="EventList" file="selected_gps_baseline_121177.fits" />
  46 + <parameter name="Calibration" database="1dc" response="South_z20_50h" />
51 47 </observation>
52 48 </observation_list>
... ...
doc/source/users/tutorials/1dc/first_select_obs.rst
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... ... @@ -4,7 +4,7 @@ Selecting the relevant observations
4 4 -----------------------------------
5 5  
6 6 Let's assume that you want to analyse the central region of our Galaxy using
7   -the data obtained during the Galactic Centre Survey.
  7 +the data obtained during the Galactic Plane Survey.
8 8  
9 9 As first step you should create a folder that will contain your analysis
10 10 results and any intermediate data products. In this example we name the
... ... @@ -27,42 +27,39 @@ You do this with the :ref:`csobsselect` script by typing:
27 27 .. code-block:: bash
28 28  
29 29 $ csobsselect
30   - Input event list or observation definition XML file [obs.xml] $CTADATA/obs/obs_gc_baseline.xml
  30 + Input event list or observation definition XML file [obs.xml] $CTADATA/obs/obs_gps_baseline.xml
31 31 Pointing selection region shape (CIRCLE|BOX) [CIRCLE]
32 32 Coordinate system (CEL - celestial, GAL - galactic) (CEL|GAL) [CEL] GAL
33 33 Galactic longitude of selection centre (deg) (0-360) [184.56] 0.0
34 34 Galactic latitude of selection centre (deg) (-90-90) [-5.79] 0.0
35   - Radius of selection circle (deg) (0-180) [5.0] 0.1
  35 + Radius of selection circle (deg) (0-180) [5.0] 3.0
36 36 Output observation definition XML file [outobs.xml] obs.xml
37 37  
38 38 You selected ``CIRCLE`` as the shape of the pointing selection region,
39 39 specified the Galactic Centre as the centre of the selection region, and
40   -selected all observations with pointing directions within 0.1 degrees from
41   -the Galactic Centre from the ``obs_gc_baseline.xml`` file.
  40 +selected all observations with pointing directions within 3 degrees from
  41 +the Galactic Centre from the ``obs_gps_baseline.xml`` file.
42 42 The selected observations are written into the file ``obs.xml`` that will be
43 43 created in the ``my_first_analysis`` folder.
44   -The content of the file will look as follows:
  44 +The file will contain the definition of 57 observations and will look as
  45 +follows:
45 46  
46 47 .. code-block:: xml
47 48  
48 49 <?xml version="1.0" encoding="UTF-8" standalone="no"?>
49 50 <observation_list title="observation list">
50   - <observation name="GC" id="000414" instrument="CTA">
51   - <parameter name="EventList" file="/Users/jurgen/analysis/cta/dc/1dc/validation/milano-noedisp/1dc.pre/data/baseline/gc/gc_baseline_000414.fits.gz" />
52   - <parameter name="Calibration" database="prod3b" response="South_z20_50h" />
  51 + <observation name="GPS" id="120380" instrument="CTA">
  52 + <parameter name="EventList" file="/Users/jurgen/analysis/cta/dc/1dc/1dc.final/validation/1dc.south/data/baseline/gps/gps_baseline_120380.fits" />
  53 + <parameter name="Calibration" database="1dc" response="South_z20_50h" />
53 54 </observation>
54   - <observation name="GC" id="000415" instrument="CTA">
55   - <parameter name="EventList" file="/Users/jurgen/analysis/cta/dc/1dc/validation/milano-noedisp/1dc.pre/data/baseline/gc/gc_baseline_000415.fits.gz" />
56   - <parameter name="Calibration" database="prod3b" response="South_z20_50h" />
57   - </observation>
58   - <observation name="GC" id="000416" instrument="CTA">
59   - <parameter name="EventList" file="/Users/jurgen/analysis/cta/dc/1dc/validation/milano-noedisp/1dc.pre/data/baseline/gc/gc_baseline_000416.fits.gz" />
60   - <parameter name="Calibration" database="prod3b" response="South_z20_50h" />
  55 + <observation name="GPS" id="120381" instrument="CTA">
  56 + <parameter name="EventList" file="/Users/jurgen/analysis/cta/dc/1dc/1dc.final/validation/1dc.south/data/baseline/gps/gps_baseline_120381.fits" />
  57 + <parameter name="Calibration" database="1dc" response="South_z20_50h" />
61 58 </observation>
62 59 ...
63   - <observation name="GC" id="000581" instrument="CTA">
64   - <parameter name="EventList" file="/Users/jurgen/analysis/cta/dc/1dc/validation/milano-noedisp/1dc.pre/data/baseline/gc/gc_baseline_000581.fits.gz" />
65   - <parameter name="Calibration" database="prod3b" response="South_z20_50h" />
  60 + <observation name="GPS" id="121177" instrument="CTA">
  61 + <parameter name="EventList" file="/Users/jurgen/analysis/cta/dc/1dc/1dc.final/validation/1dc.south/data/baseline/gps/gps_baseline_121177.fits" />
  62 + <parameter name="Calibration" database="1dc" response="South_z20_50h" />
66 63 </observation>
67 64 </observation_list>
68 65  
... ...
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doc/source/users/tutorials/1dc/first_skymap.rst
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... ... @@ -41,7 +41,7 @@ is shown below:
41 41 :width: 400px
42 42 :align: center
43 43  
44   - *Sky map of the events recorded around the Galactic Centre during the Galactic Centre Survey*
  44 + *Sky map of the events recorded around the Galactic Centre during the Galactic Plane Survey*
45 45  
46 46 The sky map shows a wide-spread distribution of events with a number of sources
47 47 superimposed.
... ... @@ -80,4 +80,4 @@ of gamma-ray emission are now clearly discernable.
80 80 :width: 400px
81 81 :align: center
82 82  
83   - *Background subtracted sky map of the events recorded around the Galactic Centre during the Galactic Centre Survey*
  83 + *Background subtracted sky map of the events recorded around the Galactic Centre during the Galactic Plane Survey*
... ...
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doc/source/users/tutorials/1dc/getting_data.rst
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... ... @@ -3,64 +3,75 @@
3 3 Getting the data
4 4 ================
5 5  
6   -A pre-release of the data for the
  6 +The
7 7 :ref:`first CTA Data Challenge <glossary_1dc>`
8   -is available on the
  8 +data are available on the
9 9 `CTA ownCloud server <https://owncloud.cta-observatory.org>`_.
10 10 You need your usual CTA credentials to download the data.
11   -The full
12   -:ref:`first CTA Data Challenge <glossary_1dc>`
13   -data release is planned for the second half of March 2017.
14 11  
15   -The pre-release contains simulated data for the Galactic Centre Survey,
  12 +The release contains simulated data for the Galactic Plane Survey, the
  13 +Galactic Centre Survey and the Extragalactic Survey,
16 14 :ref:`Instrument Response Functions (IRFs) <glossary_irf>`, and the
17 15 :ref:`model definition files <glossary_moddef>`
18 16 that were used for the simulation.
  17 +In addition, ctools metadata, including
  18 +:ref:`Observation Definition Files <glossary_obsdef>`
  19 +are available.
  20 +
19 21 The data were split into the separate files that can be downloaded
20 22 by clicking on the following links:
21 23  
22   -* `Galactic Centre Survey <https://owncloud.cta-observatory.org/remote.php/webdav/1dc.pre/gc-pre.tar.gz>`_ (5.9 GB)
23   -* `Instrument Response Functions <https://owncloud.cta-observatory.org/remote.php/webdav/1dc.pre/caldb-pre.tar.gz>`_ (0.2 MB)
24   -* `Sky and background models <https://owncloud.cta-observatory.org/remote.php/webdav/1dc.pre/models-pre.tar.gz>`_ (0.9 GB)
  24 +* `Galactic Plane Survey <https://owncloud.cta-observatory.org/remote.php/webdav/1dc.south/gps-south.tar.gz>`_ (6.1 GB)
  25 +* `Galactic Centre Survey <https://owncloud.cta-observatory.org/remote.php/webdav/1dc.south/gc-south.tar.gz>`_ (4.9 GB)
  26 +* `Extragalactic Survey <https://owncloud.cta-observatory.org/remote.php/webdav/1dc.south/egal-south.tar.gz>`_ (1.1 GB)
  27 +* `Instrument Response Functions <https://owncloud.cta-observatory.org/remote.php/webdav/1dc.south/caldb-south.tar.gz>`_ (0.1 MB)
  28 +* `Sky and background models <https://owncloud.cta-observatory.org/remote.php/webdav/1dc.south/models-south.tar.gz>`_ (0.9 GB)
  29 +* `ctools metadata <https://owncloud.cta-observatory.org/remote.php/webdav/1dc.south/obs-south.tar.gz>`_ (0.2 MB)
25 30  
26 31 You can also download the files using the ``wget`` tool from the command
27 32 line by typing:
28 33  
29 34 .. code-block:: bash
30 35  
31   - $ wget https://owncloud.cta-observatory.org/remote.php/webdav/1dc.pre/gc-pre.tar.gz --user=<user> --ask-password
32   - $ wget https://owncloud.cta-observatory.org/remote.php/webdav/1dc.pre/caldb-pre.tar.gz --user=<user> --ask-password
33   - $ wget https://owncloud.cta-observatory.org/remote.php/webdav/1dc.pre/models-pre.tar.gz --user=<user> --ask-password
  36 + $ wget https://owncloud.cta-observatory.org/remote.php/webdav/1dc.south/gps-south.tar.gz --user=<user> --ask-password
  37 + $ wget https://owncloud.cta-observatory.org/remote.php/webdav/1dc.south/gc-south.tar.gz --user=<user> --ask-password
  38 + $ wget https://owncloud.cta-observatory.org/remote.php/webdav/1dc.south/egal-south.tar.gz --user=<user> --ask-password
  39 + $ wget https://owncloud.cta-observatory.org/remote.php/webdav/1dc.south/caldb-south.tar.gz --user=<user> --ask-password
  40 + $ wget https://owncloud.cta-observatory.org/remote.php/webdav/1dc.south/models-south.tar.gz --user=<user> --ask-password
  41 + $ wget https://owncloud.cta-observatory.org/remote.php/webdav/1dc.south/obs-south.tar.gz --user=<user> --ask-password
34 42  
35 43 .. warning::
36 44 ``<user>`` needs to be replaced by your CTA user name.
37 45 Don't type the ``$`` symbol. It indicates that a command should be typed
38   - on the command line of a console.
  46 + on the command line of your terminal.
39 47  
40 48 After downloading, uncompress the files at any place by typing
41 49  
42 50 .. code-block:: bash
43 51  
44   - $ tar xfvz gc-pre.tar.gz
45   - $ tar xfvz caldb-pre.tar.gz
46   - $ tar xfvz models-pre.tar.gz
  52 + $ tar xfvz gps-south.tar.gz
  53 + $ tar xfvz gc-south.tar.gz
  54 + $ tar xfvz egal-south.tar.gz
  55 + $ tar xfvz caldb-south.tar.gz
  56 + $ tar xfvz models-south.tar.gz
  57 + $ tar xfvz obs-south.tar.gz
47 58  
48   -You should now have a folder named ``1dc.pre`` in your current working
  59 +You should now have a folder named ``1dc.south`` in your current working
49 60 directory with the following structure:
50 61  
51 62 .. code-block:: bash
52 63  
53   - 1dc.pre/
54   - 1dc.pre/caldb
55   - 1dc.pre/data
56   - 1dc.pre/models
57   - 1dc.pre/obs
  64 + 1dc.south/
  65 + 1dc.south/caldb
  66 + 1dc.south/data
  67 + 1dc.south/models
  68 + 1dc.south/obs
58 69  
59 70 Before continuing, please set the following environment variables:
60 71  
61 72 .. code-block:: bash
62 73  
63   - $ export CTADATA=$PWD/1dc.pre
  74 + $ export CTADATA=$PWD/1dc.south
64 75 $ export CALDB=$CTADATA/caldb
65 76  
66 77 .. note::
... ...
doc/source/users/tutorials/1dc/getting_tools.rst
  View file @64f9f8d
... ... @@ -6,14 +6,14 @@ Getting the analysis tools
6 6 We recommend that you use ctools to analyse the data from the
7 7 :ref:`first CTA Data Challenge <glossary_1dc>`.
8 8  
9   -The reference version for the pre-release of the data is ``ctools-1.2.0``.
10   -``ctools-1.2.0`` depends on ``gammalib-1.2.0``. You may either download
  9 +The reference version for the Data Challenge is ``ctools-1.3.0``.
  10 +``ctools-1.3.0`` depends on ``gammalib-1.3.0``. You may either download
11 11 the source code for both packages or use a pre-compiled binary package for
12 12 Mac OS X that includes all necessary code:
13 13  
14   -* `Mac OS X binary package <http://cta.irap.omp.eu/ctools/releases/ctools/ctools-1.2.0-macosx10.7.dmg>`_ (Mac OS X 10.7+)
15   -* `GammaLib <http://cta.irap.omp.eu/ctools/releases/gammalib/gammalib-1.2.0.tar.gz>`_ source code tarball
16   -* `ctools <http://cta.irap.omp.eu/ctools/releases/ctools/ctools-1.2.0.tar.gz>`_ source code tarball
  14 +* `Mac OS X binary package <http://cta.irap.omp.eu/ctools/releases/ctools/ctools-1.3.0-macosx10.7.dmg>`_ (Mac OS X 10.7+)
  15 +* `GammaLib <http://cta.irap.omp.eu/ctools/releases/gammalib/gammalib-1.3.0.tar.gz>`_ source code tarball
  16 +* `ctools <http://cta.irap.omp.eu/ctools/releases/ctools/ctools-1.3.0.tar.gz>`_ source code tarball
17 17  
18 18 After downloading, configure GammaLib and ctools as follows:
19 19  
... ...
doc/source/users/tutorials/1dc/scope.rst
  View file @64f9f8d
... ... @@ -37,9 +37,10 @@ that correspond to an ideal CTA with good and stable atmosphere and instrument
37 37 conditions; only zenith angles of 20 degrees and 40 degrees have been
38 38 simulated.
39 39  
40   -Data are provided for the baseline arrays and the threshold implementation.
  40 +Data are provided for the baseline arrays. So far only data for the South array
  41 +were simulated.
41 42  
42   -Three Key Science Projects (KSPs) have been simulated using realistic pointing
  43 +Three Key Science Projects (KSPs) were simulated using realistic pointing
43 44 patterns as defined in the CTA Science Case document:
44 45  
45 46 * the Galactic Plane Scan (GPS)
... ...