Topics

Here is a list of all topics with brief descriptions:

[detail level 1234]

Event types	Event types
Core event types	General-purpose events
Variant event types	Event types representing a type-safe union of event types
Visiting a variant-or-single event	Equivalent of std::visit for tcspc::variant_or_single_event
Device event types	Vendor-specific raw binary records generated by hardware
Becker & Hickl device event types	Device event types for BH SPC modules
PicoQuant device event types	Device event types for PicoQuant T2 and T3 formats
Swabian device event types	Device event type for Swabian Time Tagger
Time tag and TCSPC event types	Logical events translated from raw device events
Lost data event types	Events conveying information about lost detection counts
Timing modeling event types	Events conveying real-valued models of timings and event sequences
Binning event types	Events for binning data for histogramming
Histogram event types	Events carrying histograms and arrays of histograms
Testing event types	Events used for unit testing of generic processors
Processors	Event processors
Core processors	Basic and generic processors
Filtering processors	Processors for filtering events
Batching and unbatching processors	Processors that aggregate events into batches or extract individual events from batches
Multiplexing and demultiplexing processors	Processors that combine events of different types into a variant type and back
Stopping processors	Processors that stop processing when a given event is received
Buffering processors	Processors for buffering data
Branching processors	Processors for splitting the processing graph
Merging processors	Processors for joining branches in the processing graph
Input and output processors	Processors for reading and writing data from/to file-like streams
Binary stream processors	Processors for converting between events and binary data streams
Acquisition processors	Processors for acquiring data from hardware devices
Decoding processors	Processors for decoding device events
Becker & Hickl decoding processors	Processors for decoding Becker & Hickl SPC device events
PicoQuant decoding processors	Processors for decoding PicoQuant T2 and T3 device events
Swabian decoding processors	Processors for decoding Swabian Time Tagger device events
Timeline processors	Processors for managing and manipulating the absolute timeline
Timing signal processors	Processors for transforming timing signal events
Timing signal modeling processors	Processors for fitting and extrapolating timing models
Time correlation processors	Processors for time correlation
Pairing processors	Processors for finding pairs of detection events
Histogramming processors	Processors for histogramming
Binning processors	Processors for binning data for histogramming
Validation processors	Processors for data validation
Statistics processors	Processors for collecting statistics
Testing processors	Processors for unit testing of processors
Data type sets	Bundle of numeric types used by events and processors
Buckets and bucket sources	Handling of large data buffers
Bucket sources	Objects producing a series of tcspc::bucket instances to carry data
Auxiliary types and objects	Auxiliary types and objects that define processor behavior
Routers	Routers for use with tcspc::route() and tcspc::route_homogeneous()
Input streams	Streams for use with tcspc::read_binary_stream()
Output streams	Streams for use with tcspc::write_binary_stream()
Readers for acquisition	Readers that wrap pull-style device acquisition APIs
Timing generators	Timing generators for use with tcspc::generate()
Dithered timing generators	Timing generators using a floating-point model with dithering
Matchers	Matchers for use with tcspc::match and tcspc::match_replace
Data mappers	Datapoint mappers for use with tcspc::map_to_datapoints
Bin mappers	Bin mappers for use with tcspc::map_to_bins
Histogram policy	Compile-time flags for specifying how to handle histogram bin overflow and other behavior
Context	Mechanism providing access to objects (especially processors) after they have been incorporated into a processing graph
Accessor types	Objects providing access via context
Introspection	Processor introspection and Graphviz graph generation
Exceptions	Exception types
Errors	Exceptions representing errors generated by processors
Type lists	Types, concepts, and metafunctions for handling lists (or sets) of types
Metafunction type_list_size	Metafunction to obtain the size (length) of a type list.
Metafunction type_list_singleton_element	Metafunction to obtain the contained type of a singleton type list.
Metafunction type_list_is_subset	Metafunction to determine if a type list is a subset of another.
Metafunction type_list_is_equal_set	Metafunction to determine if a type list is set-equivalent to another.
Metafunction unique_type_list	Metafunction to remove duplicate types from a type list.
Metafunction type_list_union	Metafunction to obtain the union of two sets of types.
Metafunction type_list_intersection	Metafunction to obtain the intersection of two sets of types.
Metafunction type_list_set_difference	Metafunction to obtain the set difference of two sets of types.
Processor concepts	Concepts and traits to check processor capabilities
Integers	Facilities for reading integers from bit-packed records
Function argument wrappers	Trivial types for strong typing of function arguments
Miscellaneous	Other utilities