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Heidelberg Educational Numerics Library Version 0.27 (from 15 March 2021)
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| ▼Nhdnum | |
| ▼Noc | |
| ▼COpCounter | |
| CCounters | Struct storing the number of operations |
| CBanach | Solve nonlinear problem using a fixed point iteration |
| CDenseMatrix | Class with mathematical matrix operations |
| CDIRK | Implementation of a general Diagonal Implicit Runge-Kutta method |
| CEE | Explicit Euler method as an example for an ODE solver |
| CErrorException | General Error |
| CException | Base class for Exceptions |
| CGenericNonlinearProblem | A generic problem class that can be set up with a lambda defining F(x)=0 |
| CHeun2 | Heun method (order 2 with 2 stages) |
| CHeun3 | Heun method (order 3 with 3 stages) |
| CIE | Implicit Euler using Newton's method to solve nonlinear system |
| CImplicitRungeKuttaStepProblem | Nonlinear problem we need to solve to do one step of an implicit Runge Kutta method |
| CInvalidStateException | Default exception if a function was called while the object is not in a valid state for that function |
| CIOError | Default exception class for I/O errors |
| CKutta3 | Kutta method (order 3 with 3 stages) |
| CMathError | Default exception class for mathematical errors |
| CModifiedEuler | Modified Euler method (order 2 with 2 stages) |
| CNewton | Solve nonlinear problem using a damped Newton method |
| CNotImplemented | Default exception for dummy implementations |
| COutOfMemoryError | Default exception if memory allocation fails |
| CRangeError | Default exception class for range errors |
| CRE | Adaptive one-step method using Richardson extrapolation |
| CRKF45 | Adaptive Runge-Kutta-Fehlberg method |
| CRungeKutta | Classical Runge-Kutta method (order n with n stages) |
| CRungeKutta4 | Classical Runge-Kutta method (order 4 with 4 stages) |
| CSGrid | Structured Grid for Finite Differences |
| ▼CSparseMatrix | Sparse matrix Class with mathematical matrix operations |
| Cbuilder | |
| Ccolumn_index_iterator | |
| Cconst_column_index_iterator | |
| Cconst_row_iterator | |
| Crow_iterator | |
| CSquareRootProblem | Example class for a nonlinear model F(x) = 0; |
| CStationarySolver | Stationary problem solver. E.g. for elliptic problmes |
| CSystemError | Default exception class for OS errors |
| CTimer | A simple stop watch |
| CTimerError | Exception thrown by the Timer class |
| CVector | Class with mathematical vector operations |