pipeline.infrastructure.callibrary

Functions

ant_add(td1, td2[, join])
ant_sub(td1, td2[, join])
consolidate_calibrations(all_my_calapps)	Consolidate a list of (CalTo, [CalFrom..]) 2-tuples into a smaller set of equivalent applications by consolidating their data selection arguments.
contiguous_sequences(l)	Group a sequence of numbers into contiguous groups
copy_calapplication(calapp[, origin])	Copy a CalApplication, overwriting any CalTo or CalFrom values with the given override values.
create_data_reducer(join)	Return a function that creates a new TimestampedData object containing the result of executing the given operation on two TimestampedData objects.
create_interval_tree(a)	Create an IntervalTree containing a set of Intervals.
create_interval_tree_for_ms(ms)	Create a new IntervalTree fitted to the dimensions of a measurement set.
create_interval_tree_nd(intervals, value_fn)	Create a multidimensional IntervalTree.
data_selection_contains(proposed, calto_args)	Return True if one data selection is contained within another.
defrag_interval_tree(tree)	Condense an IntervalTree by consolidating fragmented entries with the same value into contiguous Intervals.
expand_calstate(calstate)	Convert an IntervalCalState into the equivalent consolidated list of (CalTo, [CalFrom..]) 2-tuples.
expand_calstate_to_calapps(calstate)	Convert an IntervalCalState into a list of (CalTo, [CalFrom..]) tuples.
expand_interval(interval, calto_args, calto_fn)	Convert an Interval into the equivalent list of (CalTo, [CalFrom..]) 2-tuples.
expand_intervaltree(tree, convert_fns, calto_fn)	Convert an IntervalTree into the equivalent list of (CalTo, [CalFrom..]) 2-tuples.
field_add(td1, td2[, join])
field_sub(td1, td2[, join])
fix_cycle0_data_selection(context, calstate)
get_calstate_shape(ms)	Get an IntervalTree shaped to the dimensions of the given measurement set.
get_calto_from_inputs(inputs)	Get a CalTo data selection object based on the state of an Inputs object
get_id_to_field_fn(ms_to_id_to_field)	Return a function that can convert field IDs to a field name.
get_id_to_intent_fn(id_to_intent)	Return a function that can convert intent IDs to a string intent.
get_intent_id_map(ms)	Get the mapping of intent ID to string intent for a measurement set.
get_matching_calstate(context, calstate, …)	Return an IntervalCalState contain calibrations in the input IntervalCalState that match the predicate function.
get_min_max(l[, keyfunc])
intent_add(td1, td2[, join])
intent_sub(td1, td2[, join])
interval_to_set(interval)	Get the all the indexes covered by an Interval.
merge_contiguous_intervals(tree)	Merge contiguous Intervals with the same value into one Interval.
merge_intervaltrees(on_intersect)	Return a function that merges two IntervalTrees, executing a function on the intersecting Interval ranges in the resulting merged IntervalTree.
merge_lists([join_fn])	Return a function that merge two lists by calling the input operation on the two input arguments.
ranges(lst)
safe_join(vals[, separator])
sequence_to_casa_range(seq)
sequence_to_range(l)
set_calstate_marker(calstate, marker)	Return a copy of a calstate, modified so that TimeStampedData objects in the final leaf node are annotated with the given marker object.
spw_add(td1, td2[, join])
spw_sub(td1, td2[, join])
trim(tree, ranges)	Return an IntervalTree trimmed to the specified ranges.
trim_nd(tree, selection)	Return an IntervalTree with each dimension trimmed to the specified set of ranges.
trim_to_valid_data_selection(calstate[, vis])	Trim an IntervalCalState to the shape of valid (present) data selections.
unit(x)

Classes

CalAppOrigin(task, inputs)
CalApplication(calto, calfrom[, origin])	CalApplication maps calibration tables and their application arguments to
CalFrom([gaintable, gainfield, interp, …])	CalFrom represents a calibration table and the CASA arguments that should be used when applying that calibration table.
CalLibrary	alias of pipeline.infrastructure.callibrary.IntervalCalLibrary
CalState	alias of pipeline.infrastructure.callibrary.IntervalCalState
CalTo([vis, field, spw, antenna, intent])	CalTo represents a target data selection to which a calibration can be applied.
CalToArgs(vis, spw, field, intent, antenna)
CalToIdAdapter(context, calto)
CalToIntervalAdapter(context, calto)
DictCalLibrary(context)	CalLibrary is the root object for the pipeline calibration state.
DictCalState([default_factory])	DictCalState is a data structure used to map calibrations for all data registered with the pipeline.
IntervalCalLibrary(context)	CalLibrary is the root object for the pipeline calibration state.
IntervalCalState()	CalState is a data structure used to map calibrations for all data registered with the pipeline.
TimestampedData(time, data[, marker])