star-clusters
There are 24 repositories under star-clusters topic.
nbodyx/Nbody6ppGPU
Nbody6++GPU
asteca/ASteCA
Code for the ASteCA package.
nbody6ppgpu/Nbody6PPGPU-beijing
This is Nbody6++GPU, an N-body star cluster simulation code, maintained by Rainer Spurzem and team.
nbodyx/Nbody6
NBODY6
surodeep26/Runaway-Stars
Search for Binary Supernova Ejected OB-type Runaway Stars from Young Open Clusters | Master Thesis Project
lwang-astro/mcluster
McLuster - a tool to make a star cluster (improved version)
Gabriel-p/massclean_cl_OLD
MASSCLEAN cluster generator.
SkynetRTN/astromancer
Brand new graphing tool for Skynet
asitdave/Hierarchical-merging-of-black-holes-in-star-clusters
This python script simulates the hierarchical merging of black holes for different star cluster environments: Open, Globular, and Nuclear.
dmontesg/SteParKin
SteParKin code determine Galactic-space velocity components (U, V, W), evaluate their membership to young kinematic moving groups and associations and assign their stellar populations.
Manohara-Ai/Star_Cluster_Analysis_NGC1300
Star Cluster Analysis in nearby Galaxies
rottenstea/Empirical_isochrones
Package for calculating empirical isochrones for star clusters and agglomorates from purely observational data.
aswheaton/fits-utils
Data reduction for .fits files using the Astropy module and affiliate modules.
Gabriel-p/massclean_cl
MASSCLEAN cluster generator.
pdemeulenaer/FameClust
Finding Age, Mass, Extinction of star CLUSTers (astrophysical package written in python and Fortran)
PoruchikRzhevsky/Match-pipeline
Little pipeline, based on Match program, for matching stars in different catalogues with offset in coordinates
SJaffa/Q_plus
Tool for astronomical data analysis, quantifying the structure of young star clusters using a fractal dimension.
francescofontana97/3-body_interaction_astrophysics
Final project for the "Laboratory of Computational Physics - mod B" course at Unipd during 2020/2021.
hassan-allami/Stat-Comp-Methods-Phys-2-a
This project from the series of "Statistical and Computational Methods in Physics" is a simple image processing project that uses a maximum likelihood technique on a collection of fake simple star-cluster images.
hassan-allami/Stat-Comp-Methods-Phys-2-b
This project from the series of "Statistical and Computational Methods in Physics" is a simple image processing project that uses a “Discrete Fourier transform” (DFT) on a collection of fake simple star-cluster images.
kyliow/greta
GRoupEd sTar formAtion: converting sink particles to stars that are sampled from observational initial mass function (IMF)
IronVenom/Star-Cluster-Analysis
Analysis of NGC-104 globular star cluster.