Class Hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 123]

CControlParser	Parses a control statement from a line of text
CCurveParser	Used to parse a line of input data for curve data (pairs of x,y values)
CDataManager
CDemand	Specifies the rate of consumer water demand at a Junction node
▼CDemandModel	The interface for a pressure-dependent demand model
CConstrainedDemandModel	A demand model where demands are reduced based on available pressure
CFixedDemandModel	A demand model where demands are fixed independent of pressure
CLogisticDemandModel	A demand model where demand is a logistic function of pressure
CPowerDemandModel	A demand model where demand varies as a power function of pressure
CDiagnostics
▼CElement	Abstract parent class for all pipe network components
CControl	A class that controls pumps and valves based on a single condition
CCurve	An ordered collection of x,y data pairs
▼CLink	A conveyance element that connects two nodes together
CPipe	A circular conduit Link through which water flows
CPump	A Link that raises the head of water flowing through it
CValve	A Link that controls flow or pressure
▼CNode	A connection point between links in a network
CJunction	A variable head Node with no storage volume
CReservoir	A fixed head Node with no storage volume
CTank	A fixed head Node with storage volume
▼CPattern	A set of multiplier factors associated with points in time
CFixedPattern	A Pattern where factors change at fixed time intervals
CVariablePattern	A Pattern where factors change at varying time intervals
CEmitter	Models an unlimited pressure-dependent rate of water outflow at a Junction node
▼CENerror
CFileError
CInputError
CNetworkError
CSystemError
CField
CGraph	Contains graph theoretic representation of a pipe network
CHashTable	A hash table for element ID names and their objects
CHashTableItem
▼CHeadLossModel	The interface for a pipe head loss model
CCM_HeadLossModel	The Chezy-Manning head loss model
CDW_HeadLossModel	The Darcy-Weisbach head loss model
CHW_HeadLossModel	The Hazen-Williams head loss model
CHydBalance	Computes the degree to which a network solution is unbalanced
CHydEngine	Simulates extended period hydraulics
▼CHydSolver	Interface for an equilibrium network hydraulic solver
CGGASolver	A hydraulic solver based on Todini's Global Gradient Algorithm
▼CInputParser	Parses lines of network input data from a text file
CObjectParser	Parses a new network element from a line of input
CPropertyParser	Parses a network element's properties from a line of input
CInputReader	Reads lines of project input data from a text file
▼CLeakageModel	The interface for a pipe leakage model
CFavadLeakageModel	Pipe leakage is computed using an orifice equation where the leak area is a function of pipe pressure
CPowerLeakageModel	Pipe leakage rate varies as a power function of pipe pressure
CLinkParser	Used to parse lines of input data for network links read from a text file
▼CMatrixSolver	Abstract class for solving a set of linear equations
CSparspakSolver	Solves Ax = b using the SPARSPAK routines
CMemBlock
CMemPool	A simple pooled memory allocator
CNetwork	Contains the data elements that describe a pipe network
CNodeParser	Used to parse lines of input data for network nodes read from a text file
COptionParser	Parses lines of project option data from a text file
COptions	User-supplied options for analyzing a pipe network
COutputFile	Manages the writing and reading of analysis results to a binary file
CPatternParser
CEpanet::Project	Encapsulates a pipe network and its simulation engines
CProjectWriter	Writes a project's data to file
CPumpCurve	Describes how head varies with flow for a Pump link
CPumpEnergy	Accumulates energy usage metrics for a pump
CQualBalance	Computes a water quality mass balance across the pipe network
CQualEngine	Simulates extended period water quality in a network
▼CQualModel	The interface for a water quality analysis model
CAgeModel	Water age model
CChemModel	Reactive chemical model
CTraceModel	Source tracing model
▼CQualSolver	Abstract class from which a specific water quality solver is derived
CLTDSolver	A water quality solver based on the Lagrangian Time Driven method
CQualSource	Externally applied water quality at a source node
CReportFields
CReportWriter
CSegment	< Volume segment
CSegPool
CTankMixModel	The model used to compute mixing behavior within a storage tank
CUnits	Defines units conversion factors for network quantities
CUtilities	Utility functions used throughout EPANET