Data and observation handling (gammapy.data)¶
Introduction¶
gammapy.data currently contains the EventList class,
as well as classes for IACT data and observation handling.
Getting Started¶
You can use the EventList class to load gamma-ray event lists:
>>> from gammapy.data import EventListDataset
>>> filename = '$GAMMAPY_EXTRA/datasets/vela_region/events_vela.fits'
>>> events = EventListDataset.read(filename)
TODO: events.info() gives s KeyError: 'ONTIME'.
Should we introduce a sub-class EventListIACT?
>>> from gammapy.data import EventListDataset
>>> filename = '$GAMMAPY_EXTRA/datasets/hess-crab4-hd-hap-prod2/run023400-023599/run023523/hess_events_023523.fits.gz'
>>> events = EventListDataset.read(filename)
>>> events.info()
Using gammapy.data¶
If you’d like to learn more about using gammapy.data, read the following sub-pages:
Reference/API¶
gammapy.data Package¶
Data and observation handling.
Classes¶
DataManager([config]) |
Data manager. |
DataStore([hdu_table, obs_table, name]) |
IACT data store. |
DataStoreObservation(obs_id, data_store) |
IACT data store observation. |
EventList(table) |
Event list. |
EventListDataset(event_list[, gti]) |
Event list dataset (event list plus some extra info). |
EventListDatasetChecker(event_list_dataset) |
Event list dataset checker. |
GTI(table) |
Good time intervals (GTI) Table. |
HDUIndexTable([data, masked, names, dtype, ...]) |
HDU index table. |
HDULocation(obs_id, hdu_type, hdu_class, ...) |
HDU localisation and loading. |
InvalidDataError |
Invalid data found. |
ObservationGroupAxis(name, bins, fmt) |
Observation group axis. |
ObservationGroups(axes) |
Observation groups. |
ObservationList([initlist]) |
List of DataStoreObservation. |
ObservationStats([n_on, n_off, a_on, a_off, ...]) |
Observation statistics. |
ObservationSummary(obs_stats) |
Summary of observations. |
ObservationTable([data, masked, names, ...]) |
Observation table. |
ObservationTableSummary(obs_table[, target_pos]) |
Observation table summary. |
PointingInfo(table) |
IACT array pointing info. |
Target(on_region[, position, obs_id, name, tag]) |
Observation Target. |