#Linpack benchmark multinode software
#Linpack benchmark multinode code

Oorb: contains the statistical orbital ranging method (hereafter referred to as Ranging). It allows the extrapolation of a state vector and the associated uncertainty forward and backward in time. NPI Ephemeris Propagation Tool with Uncertainty Extrapolation (NEPTUNE): state-of-the-art numerical orbit propagator, from Space-Systems. It can propagate uncertainties and compensate for measurement biases affecting weak lines. NEAT: calculates chemical abundances in photoionised nebulae, by Roger Wesson et al.

#Linpack benchmark multinode software

It forms the core of the software that is used to create the Dutch popular-astronomy website. Lunar phases) and coordinate transformations, by Marc van der Sluys and AstroFloyd. LibTheSky: computes the positions and other properties of celestial bodies (Moon, planets, comets, asteroids, stars), events (e.g. It does this using a genetic algorithm to optimise the line parameters, by Roger WessonДЇortran-astrodynamics: astrodynamics routines by YuricstДЇortran-Astrodynamics-Toolkit: aims to be a comprehensive library, written in modern Fortran (Fortran 2003/2008), of all the standard orbital mechanics algorithms, by Jacob Williams The astro-api software uses the JPL ephemeride tables and the SOFA astronomical library, along with algorithms for quick and precise searches, to provide astronomical data on demand, such as sun/moon rise/set, twilight, polar day/night, moon phase, eclipse, solstice times.ДЄstroTools: command-line tools for astronomy and astrophysics, by AstroFloydДЄutomatic Line Fitting Algorithm (ALFA): identifies and fits hundreds of lines in emission line spectra in just a few seconds.

The ionosphere's contribution to the RM can then be removed.ДЄstro-api: makes the astronomical calculations for yr.no, by Frank Thomas Tveter et al. It then uses the TEC and a model of the Earth's magnetic field to compute the ionosphere's effect on the Faraday Rotion Measure (RM) observed for an astronomical radio source. XenakisFreeStochasticMusicFortran: working versions of a Xenakis FORTRAN program (Xenakis 1971 Formalized Music p 149) AstronomyДЄLBUS_ionosphere: determines the ionosphere total electron content (TEC) over any location on the Earth as a function of location and time, by Tony Willis. There is also uzura1_fpm that works with the Fortran Package Manager. Uzura3: mpeg audio layer 3 encoder written in Fortran 90/95 (mp3 encoder), by cure-honey. Listen to a song and hit enter key with style and you'll get the corresponding number of beats per minute (BPM).

TapTempo Fortran: command line taptempo written in modern Fortran, by Vincent Magnin. MUSICV: Max Mathew's MUSIC V synthesis program, prepared by Bill Schottstaed for gfortran, with additions and fixes by Victor Lazzarini. Its purpose was to give non-progammers access to an IBM System/360 Model 40 computer at the University of New Mexico in order to explore artistic and aesthetic uses of the machine.ДЇormidi: small Fortran MIDI sequencer for composing music and exploring algorithmic music, by Vincent MagninДЇorsynth: small Fortran synthesizer to explore sound synthesis, sound effects, electronic music, algorithmic music, etc, by Vincent Magnin

Quantum Chemistry and Electronic StructureДЄrt1: Art1 is a program that was written by Richard Williams in 1968.

#Linpack benchmark multinode code

Fortran code on GitHub - also see fortran-lang package index