autowisp.processing_steps.create_lightcurves module

Class Inheritance Diagram

Create light curves from a collection of DR files.

class autowisp.processing_steps.create_lightcurves.MasterCatalog(configuration)

Bases: object

Class for managing the master catalog for LC creation.

__init__(configuration)

Prepare to add sources to the catalog.

add_batch(new_sources, new_header)

Add any sources after a batch of newly created lightcurves.

as_related_file()

This catalog as a RelatedFile, with the fitting role.

The resolved filename is known only here (the configured value is a header-substituted template), and the role depends on whether this run reads an existing catalog or writes a new one.

is_new()

True iff the given master is newly created rather than extension.

save()

Save the catalog and return the filename.

autowisp.processing_steps.create_lightcurves._catalog_related_files(master_catalog, configuration)

The lightcurve catalog and, if configured, its source-list filter.

Parameters:

• master_catalog (MasterCatalog) – Knows the resolved catalog filename and whether this run creates it.

• configuration – The step configuration, holding the lc catalog query settings.

Returns:

The RelatedFile entries known for the whole step.

Return type:

list

autowisp.processing_steps.create_lightcurves.allowed_interrupted_status_values = (0, 1)

Unlike the steps that only ever record “started”, lightcurve creation adds the points (0 -> 1) before marking the DR files final, so an interrupted run can be found in either state.

autowisp.processing_steps.create_lightcurves.allowed_start_status_values = (1,)

1 means a previous run got as far as adding the points but not marking the DR files final, so it only needs finishing off.

Type:

On top of the always-allowed “nothing done yet”

autowisp.processing_steps.create_lightcurves.cleanup_interrupted(interrupted, configuration)

Cleanup the file system after interrupted lightcurve creation.

autowisp.processing_steps.create_lightcurves.create_lightcurves(dr_collection, start_status, configuration, mark_start, mark_end)

Create lightcurves from the data in the given DR files.

autowisp.processing_steps.create_lightcurves.dummy_fname_parser(_)

No extra keywords to add from filename.

autowisp.processing_steps.create_lightcurves.get_observatory(header, configuration)

Return (latitude, longitude, altitude) where given data was collected.

autowisp.processing_steps.create_lightcurves.get_path_substitutions(configuration)

Return the path substitutions for getting data out of DR files.

autowisp.processing_steps.create_lightcurves.has_magfit(dr_fname, substitutions)

Check if the DR file contains magnitude fitting data.

autowisp.processing_steps.create_lightcurves.main()

Run the light curve creation step from the command line.

autowisp.processing_steps.create_lightcurves.parse_command_line(*args)

Return the parsed command line arguments.

autowisp.processing_steps.create_lightcurves.sort_by_observatory(dr_collection, configuration)

Split the DR files by observatory coords and sort within observatory.