Selected integration subset, explicitly labeled in the menu: SF_INTEGRATE, GAUSS_QUADRATURE and standalone bundled QUADPACK procedures. Original include files remain in their source directories and the operator FPM wrapper compiles only the listed library files. Checksum-guarded edits promote 478 long coefficient literals from E to D exponents in DATA statements and REAL(8) PARAMETER array initializers in two bundled QUADPACK files. Each target array is checked to be REAL(8), and all decimal digits are retained. This avoids evaluating the supplied coefficients at default-real precision before assignment to double precision; formulas and the default-real compiler mode are unchanged. The linked quadrature-fortran BSD-3-Clause notice is restored as comments in GAUSS_QUADRATURE so source exports retain it. The consumer checks the Simpson and trapezoidal integrals of a sampled cubic against 1/4, adaptive integration of exp(x) over [0,1] against e-1 and exp(-x) over [0,infinity) against 1, and rejects nonfinite results. All six finite-interval Gauss-Kronrod rule choices are also checked against e-1. The example uses module callbacks: an initial consumer with internal callbacks segfaulted in the sandbox. Other SciFortran modules, MPI, linear algebra, the SCIFOR umbrella module, multidimensional/vector quadrature and all integration options are outside this selected build and verification scope.
Package dependencies
Resolved GitHub repositories used by the verified playground build, combining direct and indirect dependencies. This list does not describe internal module dependencies or native system libraries.
Required by this build
No additional GitHub package dependencies were recorded for this verified build.
Build record verified 2026-10-29.
Used by (0 selected packages)
No other selected build records this repository as a dependency. This is not a measure of usage outside the catalog.
Reviewed procedures
These mappings have pinned source evidence. A checked package example may exercise only some of them; source review is not a numerical benchmark.
Selected integration subset, explicitly labeled in the menu: SF_INTEGRATE, GAUSS_QUADRATURE and standalone bundled QUADPACK procedures. Original include files remain in their source directories and the operator FPM wrapper compiles only the listed library files. Checksum-guarded edits promote 478 long coefficient literals from E to D exponents in DATA statements and REAL(8) PARAMETER array initializers in two bundled QUADPACK files. Each target array is checked to be REAL(8), and all decimal digits are retained. This avoids evaluating the supplied coefficients at default-real precision before assignment to double precision; formulas and the default-real compiler mode are unchanged. The linked quadrature-fortran BSD-3-Clause notice is restored as comments in GAUSS_QUADRATURE so source exports retain it. The consumer checks the Simpson and trapezoidal integrals of a sampled cubic against 1/4, adaptive integration of exp(x) over [0,1] against e-1 and exp(-x) over [0,infinity) against 1, and rejects nonfinite results. All six finite-interval Gauss-Kronrod rule choices are also checked against e-1. The example uses module callbacks: an initial consumer with internal callbacks segfaulted in the sandbox. Other SciFortran modules, MPI, linear algebra, the SCIFOR umbrella module, multidimensional/vector quadrature and all integration options are outside this selected build and verification scope. Dedicated H2 consumer verifies 60 sampled polynomial fixtures through four Simpson/trapezoid routes (240 calls), using exact integrals and analytic trapezoidal corrections. Checks 178 adaptive calls: polynomial antiderivatives with default/six Gauss-Kronrod rules, exponential tails, Gaussian/Cauchy whole-line integrals and endpoint-root singularities. Uses module callbacks and existing coefficient-precision repairs. Weighted/pole integrals, complex/nonuniform sampled rules, all error paths and performance are outside this driver.