fluidimage.topologies.splitters#

Splitters to split a topology task

class fluidimage.topologies.splitters.Splitter(params, num_processes, topology=None, indices_to_be_computed=None)[source]#

Bases: ABC

Split a computation in pieces

abstract iter_over_new_params()[source]#: Split the work in approximately equal subworks

class fluidimage.topologies.splitters.SplitterCompleteAware(params, num_processes, topology=None, indices_to_be_computed=None)[source]#

Splitter class aware of the ‘complete’ option

abstract _get_params_things(params)[source]#: Get the Parameters object corresponding to the series or the images

save_indices_files(path_dir)[source]#: Save in files indices000.txt the indices to be computed

abstract _iter_over_new_params_from_ranges()[source]#: Iter from self.ranges

iter_over_new_params()[source]#: Split the work in approximately equal subworks

class fluidimage.topologies.splitters.SplitterFromSeries(params, num_processes, topology=None, indices_to_be_computed=None)[source]#

Split from a SeriesOfArrays

_get_params_things(params)[source]#: Get the Parameters object corresponding to the series or the images

class fluidimage.topologies.splitters.SplitterFromImages(params, num_processes, topology=None, indices_to_be_computed=None)[source]#

Split from a SerieOfArraysFromFiles

_get_params_things(params)[source]#: Get the Parameters object corresponding to the series or the images

Functions

`split_list`(sequence, num_parts)	Split a sequence of `num_parts` of approximately equal size
`split_range`(start0, stop0, step0, num_parts)	Split a range in `num_parts` of approximately equal size

Classes

`Splitter`(params, num_processes[, topology, ...])	Split a computation in pieces
`SplitterCompleteAware`(params, num_processes)	Splitter class aware of the 'complete' option
`SplitterFromImages`(params, num_processes[, ...])	Split from a SerieOfArraysFromFiles
`SplitterFromSeries`(params, num_processes[, ...])	Split from a SeriesOfArrays