RDFAnalysis  0.1.1
Physics analysis with ROOT::RDataFrame
Data Structures
Here are the data structures with brief descriptions:
[detail level 1234]
 NRDFAnalysis
 Ndetail
 CBoostGraphBuilderClass to build Boost Graph Library graphs from a recursive tree structure
 CVertexThe vertex struct
 CCutflowDetailDetail class containing cutflow information
 CCutflowWriterClass to write cutflows from Nodes
 CDefaultBranchNamerDefault implementation of the IBranchNamer interface
 CEmptyDetailEmpty detail class - adds no extra information to the node
 CIBranchNamerAbstract base class that describes how a Node should name its branches internally
 CINodeWriterBase class for writing specific information from Nodes to file
 Cis_std_function
 Cis_std_function< std::function< R(Ts...)> >
 CNodeClass to represent a single step in the analysis process
 CNodeBaseBase class for the Node classes
 CNamerInitialiserHelper struct that forces the initialisation of the branch namer
 COutputWriterClass to write out objects from an RDFAnalysis
 Crange_tHelper class to allow iterating through a container without allowing users to modify that container
 CResultWrapperWrapper class for RResultPtrs
 CRunMonitorThe default run monitor
 CScheduleNamerNamer class to be used by the scheduler
 CSchedulerJob scheduler
 CRegionHelper struct to define a region
 CSchedulerBaseBase class for the scheduler
 CActionHelper struct to represent all the information that the scheduler needs to know about an action in order to form the ordering
 CCostOrderingOrdering used in the actual scheduling process. Order by cost first, then type, then name
 CRegionDefHelper struct to define a region
 CScheduleNodeHelper struct used to build and express the schedule
 CSysResultPtrClass to wrap together RResultPtrs for different systematic variations
 Csysvar_traitsProvide contextual information about a class
 Csysvar_traits< T, std::enable_if_t< std::decay_t< T >::is_rdf_sysvar, void > >Provide contextual information about a class
 CSysVarBranchClass to trigger translation of a single branch name
 CSysVarBranchVectorClass to trigger translation of a vector of branches
 CSysVarNewBranchClass to trigger translation of a new branch name
 CSysVarStringExpressionClass to trigger translation of a string expression
 CTObjectWriterClass to write out the TObjects from a Node