MK137

MK137's Stars

• PacktPublishing/Active-Machine-Learning-with-Python

  Active Machine Learning with Python, published by Packt

  Language:Jupyter Notebook115

• ACCarnall/bagpipes

  Bagpipes is a state of the art code for generating realistic model galaxy spectra and fitting these to spectroscopic and photometric observations. Users should install with pip, not by cloning the repository.

  Language:Python8344

• Stargrazer82301/CAAPR

  CAAPR: the Comprehensive & Adaptable Aperture Photometry Routine. A highly-customisable astronomical aperture photometry pipeline. (see CJR Clark et al., 2018)

  Language:Python102

• AndreaEnia/InRainbows

  Panchromatic SED fitting codes upon which Enia et al., 2020 and Morselli et al., 2020, 2021 are based.

  Language:sed1

• brastrotech/CSE623-Machine-Learning-2025-winter-

  21

• scikit-hep/iminuit

  Jupyter-friendly Python interface for C++ MINUIT2

  Language:Python29381

• riverlike14/Numerical_Analysis

  Timothy Sauer - Numerical Analysis(2nd edition); Solution to computer problems.

  Language:Jupyter Notebook8924

• e-koch/FilFinder

  Detection of filamentary structure in molecular clouds

  Language:Python4121

• astropy/astropy-tutorials

  Tutorials for the Astropy Project

  Language:Jupyter Notebook310183

• tingyuansen/The_Payne

  Language:Jupyter Notebook1713

• LSSTC-DSFP/LSSTC-DSFP-Sessions

  Lecture slides, Jupyter notebooks, and other material from the LSSTC Data Science Fellowship Program

  Language:Jupyter Notebook307285

• AllenDowney/AstronomicalData

  An introduction to working with astronomical data in Python.

  Language:Jupyter Notebook9624

• ZTF-Summer-School/ztf_summer_school_2023

  ZTF Summer School 2023 workspace

  Language:Jupyter Notebook946

• Kanaries/pygwalker

  PyGWalker: Turn your pandas dataframe into an interactive UI for visual analysis

  Language:Python14.5k772

• mjhoptics/ray-optics-notebooks

  Jupyter notebooks for the ray-optics project

  Language:Jupyter Notebook5215

• mjhoptics/ray-optics

  geometric ray tracing for optical systems

  Language:Python31063

• mperrin/poppy

  Physical Optics Propagation in Python

  Language:Jupyter Notebook18339

• kian1377/poppy

  Physical Optics Propagation in Python

  Language:Jupyter Notebook1

• vijayvarma392/binaryBHexp

  The binary Black Hole explorer (visualizations)

  Language:Jupyter Notebook6517

• gw-odw/odw-2022

  Tutorials for GW Open Data Workshop, 2022

  Language:Jupyter Notebook6541

• spacetelescope/poppy

  Physical Optics Propagation in Python

  Language:Jupyter Notebook23374

• 3b1b/videos

  Code for the manim-generated scenes used in 3blue1brown videos

  Language:Python9.1k1.9k

• ManimCommunity/manim

  A community-maintained Python framework for creating mathematical animations.

  Language:Python30.8k2.2k

• eulertour/eulerv2

  A web based frontend to manim

  Language:Vue10213

• malhotra5/Manim-Tutorial

  A tutorial for manim, a mathematical animation engine made by 3b1b

  Language:Python71490

• zimmermant/manim_tutorial

  Files to accompany postings at talkingphysics.wordpress.com on how to use manim

  Language:Python150114

• Elteoremadebeethoven/AnimationsWithManim

  Animation course with Manim

  Language:Python1.2k216

• 3b1b/manim

  Animation engine for explanatory math videos

  Language:Python76.3k6.6k