FLY. A parallel tree N-body code for cosmological simulations. Reference Guide

Abstract

FLY is a parallel treecode which makes heavy use of the one-sided communication paradigm to handle the management of the tree structure. In its public version the code implements the equations for cosmological evolution, and can be run for different cosmological models. This reference guide describes the actual implementation of the algorithms of the public version of FLY, and suggests how to modify them to implement other types of equations (for instance the Newtonian ones)

29 pages, 4 figures. Code included in CPC program library Catalogue identifier: ADSC

References in corpus (1)

• Are You Ready to FLY in the Universe ? A Multi-platform N-body Tree Code for Parallel Supercomputers

Cited by in corpus (8)

• The Formation of Fossil Galaxy Groups in the hierarchical Universe
• Properties of Intra-group Stars and Galaxies in Galaxy Groups: "Normal" versus "Fossil" Groups
• Simulating galaxy clusters -- I. Thermal and chemical properties of the intra-cluster medium
• 3D simulations of the early stages of AGN jets: geometry, thermodynamics and backflow
• Simulating galaxy Clusters -II: global star formation histories and galaxy populations
• Dissecting the spin distribution of Dark Matter halos
• Linear scaling computation of the Fock matrix. IX. Parallel computation of the Coulomb matrix
• FLY: MPI-2 High Resolution code for LSS Cosmological Simulations