| ▼Ntbb | |
| Cblocked_range | |
| Ccombinable | |
| Cenumerable_thread_specific | |
| Cglobal_control | |
| CApproxMixTransport | Mixture-averaged transport properties based on major species composition |
| CBilinearInterpolator | Bilinear interpolation from data on a rectangular mesh |
| CCallbackError | |
| CCanteraGas | A set of Cantera objects needed for calculating thermodynamic properties, transport properties, and kinetic rates for a constant-pressure mixture |
| CChebyshevFunction | Chebyshev polynomial representation of a(t) |
| CConfigOptions | Configuration options for the simulation |
| CConvectionSystemSplit | Composite system representing the Convection term for all components |
| CConvectionSystemUTW | System representing the coupled convection equations for U, T, and Wmx |
| CConvectionSystemY | System representing the convection equation for a single species |
| CDebugException | Class for exceptions raised by Ember |
| CdebugParameters | A container for global flags that set the verbosity of log messages |
| CDiffusionSystem | System representing diffusion of a single solution component |
| CExplicitIntegrator | Integrates an ODE defined as ydot = f(t,y) using the explicit Euler method |
| CFlameSolver | Class which manages the main integration loop |
| CGridBased | A "mix-in" class used by classes that need frequent access to grid parameters |
| CIntegrator | Abstract base class for an ODE integrator that can integrate instances of class ODE |
| CIntegratorCallback | |
| CInterpKinetics | |
| CLinearFunction | Represents a function that is constant before and after a linear ramp |
| CLogFile | Write logging information either to a file or to stdout if no output file has been specified |
| CLoggerCallback | |
| CMultiArrheniusInterp | |
| CODE | Abstract base class for an ODE initial value problem that can be integrated by an Integrator |
| COneDimGrid | Representation of an adaptive, non-uniform one-dimensional grid |
| CPerfTimer | A high-resolution, thread-aware timer and call counter class |
| CQssIntegrator | A Quasi-Steady-State ODE Integrator based on CHEMEQ2 |
| CQssOde | An ODE to be solved by QssIntegrator |
| CScalarFunction | Represents a parameterization of a scalar function of one variable, a(t) |
| CsdBandMatrix | Wrapper class for Sundials SUNBandMatrix objects |
| CsdMatrix | Wrapper class for Sundials SUNDenseMatrix objects |
| CsdODE | Abstract base class for an ODE to be integrated by SundialsCvode |
| CsdVector | Wrapper class for Sundials "N_Vector" |
| CSourceSystem | Base class used to integrate the chemical source term at a single point |
| CSourceSystemCVODE | Represents a system of equations used to integrate the (chemical) source term at a single point using the CVODE integrator |
| CSourceSystemQSS | This is the system representing the (chemical) source term at a point, integrated with the QssIntegrator |
| CSplitSolver | Implements operator split integration for reacting flow problems |
| CSundialsContext | A wrapper for managing a SUNContext object, need for Sundials >= 6.0 |
| CSundialsCvode | Wrapper class for the Sundials CVODE solver |
| CTbbWrapper | Wrapper class for calling member functions in a tbb::parallel_for |
| CTridiagonalIntegrator | Integrator using 1st and 2nd order BDF for tridiagonal systems, with matrix inversions done using the Thomas algorithm |
| CTridiagonalODE | A system of linear ODEs represented by a tridiagonal matrix |
