Class Hierarchy

Go to the graphical class hierarchy

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

CActivationFunction	Base class for activation functions
CDoubleTanhActivation	Double tanh (systole/diastole sigmoid product) activation function
CFourierActivation	Fourier series activation function
CHalfCosineActivation	Half cosine activation function
CPiecewiseCosineActivation	Piecewise cosine activation function
CTwoHillActivation	Two hill activation function
CWrappingCosineActivation	Wrapping cosine activation function
CBlock	Base class for 0D model components
CBloodVessel	Resistor-capacitor-inductor blood vessel with optional stenosis
CBloodVesselCRL	Capacitor-resistor-inductor blood vessel with optional stenosis
CBloodVesselJunction	Junction between blood vessels
CBloodVesselRC	Flow-through RC windkessel for pulmonary circulation
CChamberElastanceInductor	Cardiac chamber with linear elastance and inductor
CChamberElastanceInductorExponential	Cardiac chamber with exponential passive pressure-volume relation
CChamberSphere	Spherical heart chamber model
CClosedLoopCoronaryBC	Closed loop coronary boundary condition which is connected to other blocks on both sides and the intramyocardial pressure is specified by the pressure in a heart block (not as a parameter)
CClosedLoopCoronaryLeftBC	Left side of closed loop coronary boundary condition ClosedLoopCoronaryBC
CClosedLoopCoronaryRightBC	Right side of closed loop coronary boundary condition ClosedLoopCoronaryBC
CClosedLoopHeartPulmonary	Heart and pulmonary circulation model
CClosedLoopRCRBC	Closed-loop RCR boundary condition
CFlowReferenceBC	Flow reference boundary condition
CImpedanceBC	Structured-tree impedance boundary condition with periodic memory
CJunction	Junction
CLinearElastanceChamber	Cardiac chamber with linear elastance (no inductor)
COpenLoopCoronaryBC	Open loop coronary boundary condition based on [4]
COpenLoopCoronaryVarResBC	Open loop coronary boundary condition with time-varying microvascular resistance based on [12]
CPiecewiseValve	Valve (tanh) block
CPressureReferenceBC	Pressure reference boundary condition
CResistanceBC	Resistance boundary condition
CResistiveJunction	ResistiveJunction
CValveTanh	Valve (tanh) block
CWindkesselBC	Windkessel RCR boundary condition
CDOFHandler	Degree-of-freedom handler
CInputParameter	Handles the properties of input parameters
CIntegrator	Generalized-alpha integrator
Cnlohmann::json
CJsonWrapper	Wrapper class for nlohmann:json with error checking
CLevenbergMarquardtOptimizer	Levenberg-Marquardt optimization class
CModel	Model of 0D elements
CNode	Node
CParameter	Model Parameter
CSimulationParameters	Simulation parameters
CSolver	Class for running 0D simulations
CSolverInterface	Interface class for calling svZeroD from external programs
CSparseSystem	Sparse system
CSphereMaterial	Base class for spherical chamber wall materials
CExponentialMaterial	Exponential material
CMooneyRivlinMaterial	Mooney–Rivlin material (reduces to neo-Hookean for W2=0)
CSphericalStressResult	Return type for SphereMaterial::compute
CState	State of the system
CTripletsContributions	The number of triplets that the element contributes to the global system