Class I1c ... Service routines for ordinary differential equations (e.g., interpolation of solutions, error handling, test programs)

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Modules for class I1c

• RKTEC A program to compute truncation error coefficients for Runge-Kutta formulas. (Se ...

• D02LXF Is a setup routine which must be called by the user prior to the first call of t ...
• D02LYF Is a diagnostic routine which may be called after a call of the NAG Fortran Libr ...
• D02LZF Interpolates components of the solution of a non-stiff system of second order di ...
• D02MVF A setup routine which must be called by the user, prior to calling an ordinary d ...
• D02MZF Interpolates components of the solution of a system of first order differential ...
• D02NRF Enquiry routine for communicating with D02NMF or D02NNF when supplying columns o ...
• D02NSF Setup routine which must be called by the user, prior to an integrator in the D0 ...
• D02NTF Setup routine which must be called by the user, prior to an integrator in the D0 ...
• D02NUF Setup routine which must be called by the user, prior to an integrator in the D0 ...
• D02NVF Setup routine which must be called by the user, prior to an integrator in the D0 ...
• D02NWF Setup routine which must be called by the user, prior to an integrator in the D0 ...
• D02NXF Optional output routine which the user may call, on exit from an integrator in t ...
• D02NYF Diagnostic routine which the user may call either after any user specified exit ...
• D02NZF Setup routine which must be called, if optional inputs need resetting, prior to ...
• D02PVF A setup routine which must be called prior to the first call of either of the in ...
• D02PWF Resets the end-point in an integration performed by D02PDF.
• D02PXF Evaluates the solution of a system of ordinary differential equations using inte ...
• D02PYF Provides details about an integration performed by either D02PCF or D02PDF.
• D02PZF Provides details about global error assessment computed during an integration wi ...
• D02QWF Is a setup routine which must be called by the user prior to the first call of e ...
• D02QXF Is a diagnostic routine which may be called after a call to either of the NAG Fo ...
• D02QYF Is a diagnostic routine which may be called after a call to NAG Fortran Library ...
• D02QZF Interpolates components of the solution of a non-stiff system of first order dif ...
• D02XJF Interpolates components of the solution of a system of first-order ordinary diff ...
• D02XKF Interpolates components of the solution of a system of first-order ordinary diff ...
• D02ZAF Calculates the weighted norm of the local error estimate from inside a MONITR ro ...

• NAG_ODE_IVP_RK_RESET_TEND A function to reset the end-point in an integration performed by nag_ode_ivp_rk_ ...
• NAG_ODE_IVP_RK_ERRASS Provides details about global error assessment computed during an integration wi ...
• NAG_ODE_IVP_ADAMS_INTERP Interpolates components of the solution of a non-stiff system of first order ord ...
• NAG_ODE_IVP_RK_INTERP A function to compute the solution of a system of ordinary differential equation ...
• NAG_ODE_IVP_ADAMS_FREE The function for freeing memory from the structure of type Nag_ODE_Adams. This m ...
• NAG_ODE_IVP_ADAMS_SETUP A setup function which must be called by the user prior to the first call of the ...
• NAG_ODE_IVP_RK_SETUP A setup function which must be called prior to the first call of either of the i ...
• NAG_ODE_IVP_RK_FREE The function for freeing memory from the structure of type Nag_ODE_RK. This memo ...

• 546 SOLVEBLOK: a Fortran subprogram for solving almost block diagonal linear systems ...
• 603 COLROW and ARCECO: Fortran subroutines for solving certain almost block diagonal ...
• 648 NSDTST and STDTST: Fortran routines for assessing the performance of initial val ...
• 687 A decision tree to assist in the process of selecting an appropriate algorithm f ...