Here are the classes, structs, unions and interfaces with brief descriptions:

[detail level 12]

▼Nprism
CBibTexHelper	Class for collecting and managing cite keys from the user provided bib files
CDefaultSpeciesSummaryWriter
CDefaultTableWriter
CInvalidInput	Custom exception for when there is some more general error in the input file
CInvalidReaction	Custom exception for when there is an issue in creating a reaction object
CInvalidSpecies	Custom Exception when there is an issue in creating a species object
CNetworkParser	This is the class that processes reaction networks and allows for interaction with the data contained in the network
CReaction	Stores all of the data needed to perform calculations with a specific reaction
CReactionData	Struct for a quick way to access which reactions the species is in Since we keep track of rate_based and xsec_based reactions seperately there will be two sets of ids a set of ids from 0-(n-1) for rate-based reactions (corrisponding to their index in the) vector you can get from rateBasedReactions the same is true for cross section based reactions
CSpecies	The species object which represents the products and reactants in the reaction
CSpeciesBase	Base class for species and subspecies
CSpeciesData	Struct for quickly accessing data about which speies are in a reaction
CSpeciesFactory	This factory creates and stores, and passes around all of the species that exist in a reaction mechanism The end user should never use this
CSpeciesSummaryWriterBase
CSubSpecies	The parts with a Species can be brokenup into Eg Speices: NH3, SubSpecies: [N, H3]
CTableWriterBase
CTabulatedReactionData	Struct for holding tabulated data read from user provided files
▼Nstd
Chash< prism::Reaction >
Chash< prism::Species >
Chash< prism::SpeciesBase >
Chash< prism::SubSpecies >