danishmeer

danishmeer's Stars

• Duke-QCD/hic-eventgen

  Heavy-ion collision event generator

  Language:Python616

• impy-project/chromo

  Hadronic Interaction Model interface in PYthon

  Language:Fortran327

• smash-transport/sparkx

  SPARKX - Software Package for Analyzing Relativistic Kinematics in Collision eXperiments

  Language:Python5

• raymondEhlers/reactionPlaneFit

  Implementation of the Reaction Plane (RP) Fit for three RP orientations as described in Phys. Rev. C 93, 044915 by C. Nattrass et al.

  Language:Python2

• DarkGluon/Quark-Gluon-Plasma

  The Jet reconstruction Algorithm and the Jupyter Notebooks for plotting and comparing results with the data from the ATLAS Detector,CERN(PLB 790 108 (2019)).

  Language:Jupyter Notebook3

• vlvovch/SAM

  Subensemble acceptance method (SAM)

  Language:Mathematica3

• chunshen1987/HBT_correlation

  This code computes particle pair correlation function and HBT radii from the freeze-out hypersurface with Cooper-fyre emission function

  Language:C++22

• reygers/blastwave_yield_and_v2

  Computation of the blastwave invariant yield and elliptic flow coefficient v2(pt) for an elliptical freeze-out hyper-surface

  Language:C11

• kevingivens/tsallis_stats

  tsallis statistics for scipy

  Language:Python1

• tuos/StandaloneGlauber

  Language:C13

• AbhinabaHEP/Collision-parameters-in-heavy-ion-collision

  I have studied the correlation of event level information like impact parameter and transverse spherocity using AMPT generated heavy ion collision data of Au + Au collisions at 7.7 GeV.

  Language:Python1

• ScepticaScientific/Data-Science

  Time series analysis codes used in the company's data science projects.

  Language:Python5

• jbernhard/flow-cumulants

  Anisotropic flow cumulants in Python.

  Language:Python1

• Duke-QCD/hic

  Tools for analyzing heavy-ion collision simulations in Python.

  Language:Python52

• jbernhard/hic-param-est

  Bayesian parameter estimation for relativistic heavy-ion collisions

  Language:Python322

• miguelignacio/BackgroundFit

  This code implements the reaction plane method proposed by C. Nattrass et al. in Phys. Rev. C 93, 044915.

  Language:Python32

• jbernhard/glauber-model

  Monte Carlo Glauber initial condition model

  Language:C++5

• jbernhard/urqmd-afterburner

  UrQMD tailored for use as a hadronic afterburner

  Language:Fortran816

• HeavyIonAnalysis/Centrality

  Language:C++22

• pranurs/fractal-dimensions

  Estimating the fractal dimension of an image using the box counting approach

  Language:MATLAB101

• ksenia007/dlaCluster

  Python code for simple diffusion limited aggregation (DLA) simulation. The code provided creates a .gif for cluster growth and calculates fractal dimensionality of the cluster. User can vary the radius of the cluster.

  Language:Python369

• JaehoonLim/SimpleDNNTest

  Simple package for DNN test by using Keras with ROOT Ntuples

  Language:Python1

• ArcsaberHep/PACIAE

  A parton and hadron cascade model PACIAE (Parton And-hadron China Institute of Atomic Energy).

  Language:Fortran4

• HeavyIonAnalysis/AnalysisTree

  AnalysisTree data format

  Language:C++48

• HeavyIonAnalysis/QnTools

  Framework for flow analyses in heavy-ion collisions.

  Language:C++57

• YilunWuVanderbilt/PYTHIA-ANGANTYR-UEGenerator

  Using PYTHIA with ANGANTYR to generate underlying events in heavy-ion collisions

  Language:C++1

• anarrustamov/VolumeFluctuations

  Language:Python1

• jnoronhahostler/eccentricites

  c++ code to calculate eccentricites of initial conditions

  Language:C++11

• quantum-visualizations/qmsolve

  ⚛️ A module for solving and visualizing the Schrödinger equation.

  Language:Python929119

• chunshen1987/fit_HBT_correlation

  The program read in the event-averaged HBT correlation function and perform fit to get the HBT radii

  Language:C++32