Interface R to MPFR - Multiple Precision Floating-Point Reliable
Auxiliary Class "array_or_vector"
Methods for asNumeric(<mpfr>)
Virtual Class "atomicVector" of Atomic Vectors
Base Functions etc, as an Rmpfr version
Bernoulli Numbers in Arbitrary Precision
Bessel functions of Integer Order in multiple precisions
"mpfr" '...' - Methods for Functions cbind(), rbind()
Binomial Coefficients and Pochhammer Symbol aka Rising Factorial
Distribution Functions with MPFR Arithmetic
Factorial 'n!' in Arbitrary Precision
Flexibly Format Numbers in Binary, Hex and Decimal Format
Formatting MPFR (multiprecision) Numbers
Base-2 Representation and Multiplication of Mpfr Numbers
Conversion Utilities gmp <-> Rmpfr
Hooke-Jeeves Derivative-Free Minimization R (working for MPFR)
Incomplete Gamma Function
One-Dimensional Numerical Integration - in pure R
Whole ("Integer") Numbers
Compute f(a) = (1 +/- (-a)) Numerically Optimally
(MPFR) Matrix (Vector) Multiplication
Class "Mnumber" and "mNumber" of "mpfr" and regular numbers and arrays...
Class "mpfr" of Multiple Precision Floating Point Numbers
Rmpfr -- Utilities for Precision Setting, Printing, etc
Create "mpfr" Numbers (Objects)
Construct "mpfrArray" almost as by 'array()'
Classes "mpfrMatrix" and "mpfrArray"
Functions for mpfrMatrix Objects
BigQ / BigRational Approximation of Numbers
High Precision One-Dimensional Optimization
Accurate Incomplete Beta / Beta Probabilities For Integer Shapes
Parallel Maxima and Minima
Gaussian / Normal Quantiles qnorm()
via Inversion
R MPFR - Multiple Precision Floating-Point Reliable
Rounding to Binary bits, "mpfr-internally"
Apply a Function over a "mpfr" Vector
"mpfr" Sequence Generation
Special Mathematical Functions (MPFR)
Compactly Show STRucture of Rmpfr Number Object
(Alternating) Binomial Sums via Rmpfr
One Dimensional Root (Zero) Finding -- in pure
MPFR Number Utilities
Arithmetic (via S4 classes and methods) for arbitrary precision floating point numbers, including transcendental ("special") functions. To this end, the package interfaces to the 'LGPL' licensed 'MPFR' (Multiple Precision Floating-Point Reliable) Library which itself is based on the 'GMP' (GNU Multiple Precision) Library.
Useful links