Constants

arb_const_pi

arb_const_log2

arb_const_log10

arb_const_e

Compute standard mathematical constants to arbitrary precision.

math

An R interface to 'FLINT' <https://flintlib.org/>, a C library for
number theory. 'FLINT' extends GNU 'MPFR' <https://www.mpfr.org/>
and GNU 'MP' <https://gmplib.org/> with support for operations on
standard rings (the integers, the integers modulo n, finite fields,
the rational, p-adic, real, and complex numbers) as well as matrices
and polynomials over rings. 'FLINT' implements midpoint-radius
interval arithmetic, also known as ball arithmetic, in the real and
complex numbers, enabling computation in arbitrary precision with
rigorous propagation of rounding errors; see Johansson (2017)
<doi:10.1109/TC.2017.2690633>. Finally, 'FLINT' provides ball
arithmetic implementations of many special mathematical functions,
with high coverage of reference works such as the NIST Digital
Library of Mathematical Functions <https://dlmf.nist.gov/>. The R
interface defines S4 classes, generic functions, and methods for
representation and basic operations as well as plain R functions
mirroring and vectorizing entry points in the C library.

Mikael Jagan

flint

Fast Library for Number Theory

Constants function

<dl> <dt>prec</dt>
<dd>a numeric or <code>slong</code> vector indicating the
 desired precision as a number of bits.</dd></dl>

Arguments

Mathematical Constants Represented to Arbitrary Precision — Constants

<dl>

 <dt>prec</dt>
<dd>a numeric or <code>slong</code> vector indicating the
 desired precision as a number of bits.</dd>

</dl>

Last chance! 50% off unlimited learning

Constants: Mathematical Constants Represented to Arbitrary Precision

Description

Usage

Value

Arguments

References

See Also

Examples