| append_table(struct extrapolation_table *table, double y) | NumA::GaussKronrodAdaptive | inline |
| clone() const | NumA::GaussKronrodAdaptive | inlinevirtual |
| compute(FunctionType1D *pFunction, const double a, const double b, std::vector< double > ¶meters, double &result, gsl_integration_workspace *workspace, const double limit) | NumA::GaussKronrodAdaptive | inline |
| configure() | NumA::GaussKronrodAdaptive | inlinevirtual |
| NumA::Integrator1D::configure(const ElemUtils::Parameters ¶meters) | NumA::Integrator1D | virtual |
| GaussKronrodAdaptive() | NumA::GaussKronrodAdaptive | inline |
| GaussKronrodAdaptive(const GaussKronrodAdaptive &other) | NumA::GaussKronrodAdaptive | inlineprotected |
| getErrors() const | NumA::Integrator1D | |
| getTolerances() const | NumA::Integrator1D | |
| GSL_CONTINUE enum value | NumA::GaussKronrodAdaptive | |
| GSL_EBADFUNC enum value | NumA::GaussKronrodAdaptive | |
| GSL_EBADLEN enum value | NumA::GaussKronrodAdaptive | |
| GSL_EBADTOL enum value | NumA::GaussKronrodAdaptive | |
| GSL_ECACHE enum value | NumA::GaussKronrodAdaptive | |
| GSL_EDIVERGE enum value | NumA::GaussKronrodAdaptive | |
| GSL_EDOM enum value | NumA::GaussKronrodAdaptive | |
| GSL_EFACTOR enum value | NumA::GaussKronrodAdaptive | |
| GSL_EFAILED enum value | NumA::GaussKronrodAdaptive | |
| GSL_EFAULT enum value | NumA::GaussKronrodAdaptive | |
| GSL_EINVAL enum value | NumA::GaussKronrodAdaptive | |
| GSL_ELOSS enum value | NumA::GaussKronrodAdaptive | |
| GSL_EMAXITER enum value | NumA::GaussKronrodAdaptive | |
| GSL_ENOMEM enum value | NumA::GaussKronrodAdaptive | |
| GSL_ENOPROG enum value | NumA::GaussKronrodAdaptive | |
| GSL_ENOPROGJ enum value | NumA::GaussKronrodAdaptive | |
| GSL_ENOTSQR enum value | NumA::GaussKronrodAdaptive | |
| GSL_EOF enum value | NumA::GaussKronrodAdaptive | |
| GSL_EOVRFLW enum value | NumA::GaussKronrodAdaptive | |
| GSL_ERANGE enum value | NumA::GaussKronrodAdaptive | |
| GSL_EROUND enum value | NumA::GaussKronrodAdaptive | |
| gsl_error(const char *reason, const char *file, int line, int gsl_errno) | NumA::GaussKronrodAdaptive | inline |
| GSL_ERUNAWAY enum value | NumA::GaussKronrodAdaptive | |
| GSL_ESANITY enum value | NumA::GaussKronrodAdaptive | |
| GSL_ESING enum value | NumA::GaussKronrodAdaptive | |
| GSL_ETABLE enum value | NumA::GaussKronrodAdaptive | |
| GSL_ETOL enum value | NumA::GaussKronrodAdaptive | |
| GSL_ETOLF enum value | NumA::GaussKronrodAdaptive | |
| GSL_ETOLG enum value | NumA::GaussKronrodAdaptive | |
| GSL_ETOLX enum value | NumA::GaussKronrodAdaptive | |
| GSL_EUNDRFLW enum value | NumA::GaussKronrodAdaptive | |
| GSL_EUNIMPL enum value | NumA::GaussKronrodAdaptive | |
| GSL_EUNSUP enum value | NumA::GaussKronrodAdaptive | |
| GSL_EZERODIV enum value | NumA::GaussKronrodAdaptive | |
| GSL_FAILURE enum value | NumA::GaussKronrodAdaptive | |
| gsl_integration_21qk(FunctionType1D *pFunction, double a, double b, double &result, double &abserr, double &resabs, double &resasc, std::vector< double > ¶meters) | NumA::GaussKronrodAdaptive | inline |
| gsl_integration_workspace_alloc(const size_t n) | NumA::GaussKronrodAdaptive | inline |
| gsl_integration_workspace_free(gsl_integration_workspace *w) | NumA::GaussKronrodAdaptive | inline |
| GSL_MAX(double a, double b) | NumA::GaussKronrodAdaptive | inline |
| GSL_MAX_DBL(double a, double b) | NumA::GaussKronrodAdaptive | inline |
| GSL_SUCCESS enum value | NumA::GaussKronrodAdaptive | |
| increase_nrmax(gsl_integration_workspace *workspace) | NumA::GaussKronrodAdaptive | inline |
| initialise(gsl_integration_workspace *workspace, double a, double b) | NumA::GaussKronrodAdaptive | inline |
| initialise_table(struct extrapolation_table *table) | NumA::GaussKronrodAdaptive | inline |
| integrate(FunctionType1D *pFunction, double a, double b, std::vector< double > ¶meters) | NumA::GaussKronrodAdaptive | inlinevirtual |
| Integrator1D() | NumA::Integrator1D | |
| Integrator1D(const Integrator1D &other) | NumA::Integrator1D | protected |
| large_interval(gsl_integration_workspace *workspace) | NumA::GaussKronrodAdaptive | inline |
| m_errors | NumA::Integrator1D | protected |
| m_tolerances | NumA::Integrator1D | protected |
| make_wg_21() | NumA::GaussKronrodAdaptive | static |
| make_wgk_21() | NumA::GaussKronrodAdaptive | static |
| make_xgk_21() | NumA::GaussKronrodAdaptive | static |
| newIntegrationFunctor(PointerToObj *object, PointerToMemFn function) | NumA::Integrator1D | inlinestatic |
| newIntegrator(const IntegratorType1D::Type &oneDimIntegratorType) | NumA::Integrator1D | static |
| PARAM_NAME_ABSOLUTE_TOLERANCE | NumA::Integrator1D | static |
| PARAM_NAME_RELATIVE_TOLERANCE | NumA::Integrator1D | static |
| qelg(struct extrapolation_table *table, double &result, double &abserr) | NumA::GaussKronrodAdaptive | inline |
| qpsrt(gsl_integration_workspace *workspace) | NumA::GaussKronrodAdaptive | inline |
| rescale_error(double err, const double result_abs, const double result_asc) | NumA::GaussKronrodAdaptive | inline |
| reset_nrmax(gsl_integration_workspace *workspace) | NumA::GaussKronrodAdaptive | inline |
| retrieve(const gsl_integration_workspace *workspace, double *a, double *b, double *r, double *e) | NumA::GaussKronrodAdaptive | inline |
| set_initial_result(gsl_integration_workspace *workspace, double result, double error) | NumA::GaussKronrodAdaptive | inline |
| setErrors(const Errors &errors) | NumA::Integrator1D | |
| setTolerances(const Tolerances &tolerances) | NumA::Integrator1D | |
| subinterval_too_small(double a1, double a2, double b2) | NumA::GaussKronrodAdaptive | inline |
| sum_results(const gsl_integration_workspace *workspace) | NumA::GaussKronrodAdaptive | inline |
| test_positivity(double result, double resabs) | NumA::GaussKronrodAdaptive | inline |
| update(gsl_integration_workspace *workspace, double a1, double b1, double area1, double error1, double a2, double b2, double area2, double error2) | NumA::GaussKronrodAdaptive | inline |
| wg | NumA::GaussKronrodAdaptive | static |
| wgk | NumA::GaussKronrodAdaptive | static |
| xgk | NumA::GaussKronrodAdaptive | static |
| ~GaussKronrodAdaptive() | NumA::GaussKronrodAdaptive | inlinevirtual |
| ~Integrator1D() | NumA::Integrator1D | virtual |
