Attempts to evaluate a multi-dimensional integral (up to 15 dimensions), with constant and finite limits, to a specified relative accuracy, using an adaptive subdivision strategy. Classes : H2b1a1 . Automatic n-D quadrature (user need only specify required accuracy) on one or more hyper-rectangular regions, integrand available via user-defined procedure Type : C subroutine in NAGC library (D01 sublibrary). Access : Proprietary. Many implementations available. Precision: Double. Note : This procedure may also be invoked using the name d01wcc. Usage : void nag_multid_quad_adapt_1(Integer ndim, double (*f)(Integer ndim, double x[]), double a[], double b[], Integer *minpts, Integer maxpts, double eps, double *finval, double *acc, Nag_User *comm, NagError *fail) See also : nag_multid_quad_monte_carlo_1 (d01xbc) Details : Documentation Example Example-output Local-details Sites : (1) ITL
ITL: Unix Workstation Network, National Institute of Standards and Technology (NIST), Gaithersburg, MD. Available to NIST staff. Precision: Double. Note : This procedure may also be invoked using the name d01wcc. Access available only to NIST staff on internal Unix systems. They may access this package provided the /itl tree is cross-mounted. Link : cc -I/itl/links/generic/include -o prog prog.c -L/itl/links/generic/{lib lib32 lib64}{/mips3 /mips4} -lnagc -lm Local-details: cat /itl/apps/nagclib-6/docs/implementation Example-outpu: cat /itl/apps/nagclib-6/clsol06da/examples/results/d01wcce.r Example : cat /itl/apps/nagclib-6/clsol06da/examples/source/d01wcce.c Documentation: acroread /itl/apps/nagclib-6/docs/NAGdoc/cl/pdf/D01/d01wcc_cl05.pdf
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