Page Index - sympy/sympy GitHub Wiki
641 page(s) in this GitHub Wiki:
- Home
- Wiki
- Links
- What is SymPy?
- Documentation
- Development
- Projects / Ideas
- Google Summer of Code
- GSoC 2019
- GSoC 2018
- GSoC 2017
- GSoC 2016
- GSoC 2015
- GSoC 2014
- GSoC 2013
- GSoC 2012
- GSoC 2011
- Old GSoC Reports
- Google Code In
- GCI 2012
- GCI 2011
- GHOP 2007
- Moving from google wiki
- License SymPy
- A method to return a cut section of any polygon geometry
- Adding Someone to AUTHORS
- Algebras in SymPyCore
- Allow arbitrary choice of printer to be used by init_printing()
- Args Invariant
- Assumptions
- Assumptions Handlers
- Assumptions history
- Autolev SymPy PyDy Parser
- Automatic Simplification
- Axiom Notes
- Benchmark results expand2b, SymEngine
- Buildbot
- Canonicalization
- Closing an Issue
- Closing pull requests
- Code Generation Ideas
- Code Generation Notes
- Code Generation Optimizations
- Codegen GSOC17
- CodeGeneration Enhancement
- Combinatorics Module
- Commutative Algebra Module
- Complex Analysis in SymPy
- Concrete Math And Term Rewriting
- Cookbook
- Debugging
- Dependencies
- Deprecating policy
- Design Notes: Evaluating expr that results in
nanoroo - Development Gotchas
- Development Tips
- Development Tips : About implementing special functions
- Development Tips : Best practices for working with classes
- Development Tips : Download Installation
- Development Tips : Profiler Output
- Development Tips : Using Tox
- Development Tips : What happens when you mess with hashing
- Development Tips: Comparisons in Python
- Development workflow
- Documentation improvements to consider
- Elastic Layer Analysis (ELA)
- Euroscipy2008 examples
- External SymPy Media, Tutorials, and Presentations
- FAQ
- Femtec2009 examples
- Finding Roots of Polynomials
- Fredrik Johansson
- Fseoane assumptions
- Function expansions and series
- Functioning of SymPy's Column module
- GCI 2011
- GCI 2011 Landing
- GCI 2011 Mentors
- GCI 2011 Organization Application
- GCI 2011 Task list
- GCI 2012 Landing
- GCI 2012 Mentors
- GCI 2012 Organization Application
- Generating tables of derivatives and integrals
- Generic interface
- Geometric Algebra Module
- Geometry Module
- Geometry Point class Gsoc 14
- Getting the bleeding edge
- GHOP 2007
- Git hg rosetta stone
- Google Season of Docs
- GSoC 2007 Report
- GSoC 2007 Report Brian Jorgensen: Plotting
- GSoC 2007 Report Jason Gedge: Geometry
- GSoC 2007 Report Mateusz Paprocki: Concrete Math
- GSoC 2007 Report Mike Haertel: Lin Alg
- GSoC 2007 Report Robert Schwarz: Polynomials
- GSoC 2008 Application Template
- GSoC 2008 Ideas
- GSoC 2008 Report
- GSoC 2008 Report Fredrik Johansson: Numerical Evaluation
- GSoC 2009 Application
- GSoC 2009 Application Aaron Meurer
- GSoC 2009 Application Akshay Srinivasan
- GSoC 2009 Application Priit Laes
- GSoC 2009 Application Template
- GSoC 2009 Ideas
- GSoC 2009 Report
- GSoC 2009 Report Aaron Meurer: ODEs Module
- GSoC 2009 Report Dale Peterson: PyDy
- GSoC 2009 Report Fabian Pedregosa: Assumptions
- GSoC 2009 Report Freddie Witherden: Mathtex
- GSoC 2010 Application Aaron Meurer
- GSoC 2010 Application Template
- GSoC 2010 Ideas
- GSoC 2010 Organization Application
- GSoC 2010 Report
- GSoC 2010 Report Aaron Meurer: Risch Integration
- GSoC 2010 Report Addison Cugini: Quantum Computation
- GSoC 2010 Report Christian Muise: Supercharging Assumptions
- GSoC 2010 Report Matthew Curry: Symbolic QM
- GSoC 2010 Report Oyvind Jensen: Code Generation
- GSoC 2011 Application Aashish Mishra
- GSoC 2011 Application Anatolii Koval
- GSoC 2011 Application Geoffrey Ehrman
- GSoC 2011 Application Gilbert Gede: PyDy
- GSoC 2011 Application Gregory Ksionda
- GSoC 2011 Application Hector1618 : Complex Analysis
- GSoC 2011 Application Jack McCaffery: Improved Series
- GSoC 2011 Application Jeremias Yehdegho: Implementing F5
- GSoC 2011 Application Luis Garcia: Solovay Kitaev algorithm
- GSoC 2011 Application Matthew Rocklin: Random Variables
- GSoC 2011 Application Nakul Kukar: Numerical Solvers for PDE
- GSoC 2011 Application Oleksandr Gituliar
- GSoC 2011 Application Oscar Najera: Abstract Dirac notation
- GSoC 2011 Application Pavel Fedotov: Multivariate polynomials and factorization
- GSoC 2011 Application Saptarshi Mandal: Combinatorics package for Sympy
- GSoC 2011 Application Sean Vig: Symbolic Clebsch Gordon coefficients:Wigner symbols and Implementing Addition of Spin Angular Momenta
- GSoC 2011 Application Shai Wyborski: complex arithmetics, analysis and integration
- GSoC 2011 Application Sherjil Ozair: Symbolic Linear Algebra
- GSoC 2011 Application Tautvydas Misiunas: implement analytical solutions to QM system
- GSoC 2011 Application Template
- GSoC 2011 Application Tom Bachmann: Definite Integration
- GSoC 2011 Application Tomas Bambas: Improve the plotting module
- GSoC 2011 Application Tomo Lazovich: Position and Momentum Bases for QM
- GSoC 2011 Application Vladimir Lagunov: Expression simplification
- GSoC 2011 Application Vladimir Peric: Porting to Python 3
- GSoC 2011 Application Yuri Karadzhov
- GSoC 2011 Current Applications
- GSoC 2011 Ideas
- GSoC 2011 Organization Application
- GSoC 2011 Report
- GSoC 2011 Report Gilbert Gede: PyDy
- GSoC 2011 Report Jeremias Yehdegho: Implementing F5
- GSoC 2011 Report Matthew Rocklin: Random Variables
- GSoC 2011 Report Saptarshi Mandal: Combinatorics Package for SymPy
- GSoC 2011 Report Sean Vig: Symbolic Clebsch Gordon coefficients:Wigner symbols and Implementing Addition of Spin Angular Momenta
- GSoC 2011 Report Sherjil Ozair: Symbolic Linear Algebra
- GSoC 2011 Report Tom Bachmann: Definite Integration
- GSoC 2011 Report Tomo Lazovich: Position and Momentum Bases for QM
- GSoC 2011 Report Vladimir Peric: Porting to Python 3
- GSoC 2011 Wrap Up Blog Post
- GSoC 2012 Application Aleksandar Makelov: Group theory
- GSoC 2012 Application Alexandr Popov: Quantum Mechanics (Abstract Dirac Notation Analytical Sol. )
- GSoC 2012 Application Angadh Nanjangud: sympy.physics.mechanics
- GSoC 2012 Application Arpit Goyal: Definite integration using residue
- GSoC 2012 Application Bharath M R: Plotting Module
- GSoC 2012 Application Flavio Manoel S Hemerli: Sympy GUI for Android
- GSoC 2012 Application Guru Devanla: Density Operators for Quantum Module
- GSoC 2012 Application Manoj Babu K: Simplification, Term rewriting, Pattern matching
- GSoC 2012 Application Michael Mayorov: Improvement and bug fixing work for SymPy Bot
- GSoC 2012 Application Nicholas Miller: Trigonometric Integration: Algorithm Simplification
- GSoC 2012 Application Prateek Papriwal: Cylindrical Algebraic Decomposition
- GSoC 2012 Application Rishav Binayak Das: Mobile Application for SymPy
- GSoC 2012 Application Sachin Irukula: Implementation of Quantifiers and Cylindrical algebraic decomposition algorithm
- GSoC 2012 Application Sai Nikhil: Work on series expansions to improve Series Module of sympy
- GSoC 2012 Application Saptarshi Mandal: Integral differential equations package for Sympy
- GSoC 2012 Application Saurabh Jha: Implementing Algorithm for Series Expansion
- GSoC 2012 Application Saurabh Jha: implementing algorithm to find the limits of series
- GSoC 2012 Application Sergiu Ivanov: Category Theory Module
- GSoC 2012 Application Sergiu Ivanov: Generic Gröbner Walk
- GSoC 2012 Application Stefan Krastanov: Vector Analysis
- GSoC 2012 Application Tarun Gaba: Differential Equations Ordinary and Partial
- GSoC 2012 Application Template
- GSoC 2012 Application Vipul A M : Sympy for Android
- GSoC 2012 Application Vishesh Kumar: Equation Editor
- GSoC 2012 Blog Post
- GSoC 2012 Current Applications
- GSoC 2012 Ideas
- GSoC 2012 Organization Application
- GSoC 2012 Report
- GSoC 2012 Report Aleksandar Makelov: Computational Group Theory
- GSoC 2012 Report Bharath M R: Implicit plotting.
- GSoC 2012 Report Guru Devanla: Density Operators, Trace and Partial trace for quantum module
- GSoC 2012 Report Sergiu Ivanov: Category Theory Module
- GSoC 2012 Report Stefan Krastanov: Functional Differential Geometry (Vector Analysis)
- GSoC 2012 Rough Interface
- GSoC 2013 Application Amit: Extensions to Matrix Module
- GSoC 2013 Application Angus Griffith: Assumptions
- GSoC 2013 Application Angus Griffith: Parsing
- GSoC 2013 Application Benjamin Fishbein: Span Class
- GSoC 2013 Application Bi Ge: Automating Release Process and Sympy bot
- GSoC 2013 Application Chetna Gupta: Risch algorithm for symbolic integration
- GSoC 2013 Application Ishaan Batta: Group Theory
- GSoC 2013 Application Katja Sophie Hotz: Faster Algorithms for Polynomials over Algebraic Number Fields
- GSoC 2013 Application Laurentiu Ion: Mobile app for iOS and Andriod
- GSoC 2013 Application Manoj Kumar: Improved ODE Solver
- GSoC 2013 Application Mary Clark: Lie Algebras
- GSoC 2013 Application Prasoon Shukla: Vector Calculus Module
- GSoC 2013 Application Sachin Joglekar: Electromagnetism module
- GSoC 2013 Application Saurabh Jha: Linear Algebra Module
- GSoC 2013 Application Shaun: Mobile App for Android
- GSoC 2013 Application Shravas Rao: Coding Theory
- GSoC 2013 Application Tarang Patel: Group Theory
- GSoC 2013 Application Template
- GSoC 2013 Application Thilina Rathnayake: Diophantine Equations Module
- GSoC 2013 Application Tom Bachmann: Extensions to the AGCA module
- GSoC 2013 Application Tom Bachmann: Removing the old assumptions module
- GSoC 2013 Current Applications
- GSoC 2013 Ideas
- GSoC 2013 Organization Application
- GSoC 2013 Report
- GSoC 2013 Report Manoj Kumar: Improved ODE Solver
- GSoC 2014 Application Akshay Geometry Module
- GSoC 2014 Application Aditya Shah SymPy Parsing Framework
- GSoC 2014 Application Anurag Hota Quantum Mechanics Module
- GSoC 2014 Application Anurag Sharma: Risch algorithm for symbolic integration.
- GSoC 2014 Application Avichal Dayal Series Expansion
- GSoC 2014 Application Deepak Goel: Asymptotic Expansion
- GSoC 2014 Application Harsh Gupta: Solvers
- GSoC 2014 Application Maciej Barański: Control Toolbox
- GSoC 2014 Application Manish Shukla : Solutions to Quantum Systems
- GSoC 2014 Application Peter Petrov High Energy Physics Ideas
- GSoC 2014 Application Rrubaa Panchendrarajan: Implementing Linear Transformation
- GSoC 2014 Application Sahil Shekhawat: Web based backend for SymPy's plotting module and 3D plotting
- GSoC 2014 Application Shashank Aggarwal:Improving the plotting module
- GSoC 2014 Application Shipra Banga Building the New Assumptions Module
- GSoC 2014 Application Soumya Dipta Biswas: Propositional and First Order Logic
- GSoC 2014 Application Sudhanshu Mishra : Optics Module
- GSoC 2014 Application Sushant Hiray: Extending Elementary Functions CSymPy
- GSoC 2014 Application Template
- GSoC 2014 Application Thilina Rathnayake Linear Algebra Module for CSymPy
- GSoC 2014 Application Thilina Rathnayake: Linear Algebra Module for CSymPy
- GSoC 2014 Application Zamrath Nizam: Efficient Groebner bases and their applications
- GSoC 2014 Current Applications
- GSoC 2014 Ideas
- GSoC 2014 Organization Application
- GSoC 2014 Proposal: Implementation of system of ODEs and Improvement of ODEs solving Engine
- GSoC 2014 Report
- GSoC 2015 : Finitely presented groups in Sympy
- GSoC 2015 Application Shivam Vats : Series expansions
- GSoC 2015 Application : Darshan Chaudhary Improved PDE Solver
- GSoC 2015 Application Aaditya M Nair : Improve the assumptions system.
- GSoC 2015 Application AMiT Kumar Solvers : Extending Solveset
- GSoc 2015 Application Chitrank Dixit Sympy Web Hybrid Application like KAlgebra
- GSoC 2015 Application Isuru Fernando : Make Sage use CSymPy as a symbolic engine
- GSoC 2015 Application Laura Domine : Developing symbolic quantum computation
- GSoC 2015 Application Lokesh Sharma : Adding PDF's and PMF's
- GSoC 2015 Application Luv Agarwal: Cylindrical Algebraic Decomposition
- GSOC 2015 Application Param Singh : Improving Sympy's plotting module by adding Mayavi and d3.js backends
- GSoC 2015 Application Sartaj Singh: Improving the series package and limits in SymPy
- GSoC 2015 Application Sudhanshu Mishra: Assumptions
- GSoC 2015 Application Sumith : Implementing polynomial module in CSymPy
- GSoC 2015 Application Template
- GSoC 2015 Application Vincent Russo
- GSoC 2015 Application Wanlin Xie: Multiple Types of Coordinate Systems
- GSoC 2015 Application Xiang Gao : Adjust the structure of sympy.physics.quantum and implement all exact solutions
- GSoC 2015 Application: Representing Groups in Terms of Finite Applications
- GSoC 2015 Current Applications
- GSoC 2015 Ideas
- GSoC 2015 Mentor Instructions
- GSoC 2015 Organization Application
- GSoC 2015 Report
- GSoC 2015 Report Amit Kumar : Solvers
- GSoC 2015 Report Shivam Vats: Fast Series Expansion
- GSoC 2015 Report Sumith : Implementing Polynomial module in SymEngine
- GSoC 2015 Student Instructions
- GSoC 2016 Application : Haskell Bindings to SymPy Engine
- GSoC 2016 Application Akash Trehan: Developing Polynomial Manipulation Module in SymEngine and implementing Sets and Solvers for the same
- GSoC 2016 Application Aman Deep: Implementing a Formula input widget for Sympy in Jupyter Ipython Notebook
- GSoC 2016 Application Aravind Reddy: Classical Mechanics
- GSoC 2016 Application Archit Verma : SymPy Live and SymPy Gamma (on Google App Engine)
- GSoC 2016 Application Ashutosh Saboo : SymPy Live and SymPy Gamma (on Google App Engine)
- GSoC 2016 Application Bill N. Acha: Port Sympy's new assumptions module to Cpp
- GSoC 2016 Application Gaurav Dhingra: Group Theory
- GSoC 2016 Application James Brandon Milam: Base Class and Increased Efficiency for Equation of Motion Generators
- GSoC 2016 Application Kshitij Saraogi: Solvers: Extending Solveset
- GSoC 2016 Application Nishant Nikhil: Implementing Finite Fields and Set module in SymEngine
- GSoC 2016 Application Olu David Gbadebo: Resolving issues and fixing bugs
- GSoC 2016 Application Sampad Kumar Saha: Singularity Functions
- GSoC 2016 Application Sanya Khurana:Implementation of multiple types of coordinate systems for vectors
- GSoC 2016 Application Shravan Patel: ODE
- GSoC 2016 Application Siddharth Bhat: Haskell Bindings to SymPy Engine
- GSoC 2016 Application Srajan Garg: Polynomial manipulation & Multivariate Polys in Cpp
- GSoc 2016 Application Subham Tibra: Implement Holonomic Functions
- GSoC 2016 Application Template
- GSoC 2016 Application Vic Luo: Port SymPy's new Assumtions to SymEngine and improve its performance
- GSoC 2016 Application Yiding Jiang: Implementation of multiple types of coordinate systems for vectors
- GSoC 2016 Current Applications
- GSoC 2016 Ideas
- GSoC 2016 Organization Application
- GSOC 2016 Rehas Mehar Kaur Sachdeva: Series Expansion
- GSoC 2016 Report
- GSoC 2016 Shekhar Prasad Rajak Application: Solvers: Completing Solveset
- GSoC 2016 Solvers Progress
- GSoC 2016 Student Instructions
- GSoc 2017 @ GAGAN ARORA : Rule Based Integration
- GSoC 2017 Application Aaron Miller : Featherstone Method for Equations of Motion
- GSoC 2017 Application Abdullah Javed Nesar: Rubi Integrator
- GSoC 2017 Application Abramova Tatyana: Linear elasticity
- GSoC 2017 Application Aditya Chetan: Implementing a linear algebra module
- GSoC 2017 Application Bhavishya : Efficient Equation of Motion Generation
- GSoC 2017 Application Björn Dahlgren: Improved code generation facilities
- GSoC 2017 Application Ekansh Purohit: Solvers Transcendental Equation Solver & Extending solveset
- GSoC 2017 Application Gaurav Dhingra: Risch algorithm for symbolic integration
- GSoC 2017 Application Kanchana Ruwanpathirana: Implement Common Subexpression Elimination for SymEngine
- GSoC 2017 Application Mariah Akinbi: Autolev Parser
- GSoC 2017 Application Mikayla Z. Grace: Extend Implementation of Different Vector Coordinate Systems to Vector Functions
- GSoC 2017 Application Mohit Chandra: Implementation of Vector Integration in Higher Dimensions
- GSoC 2017 Application Prateek Singh: Polynomials and the rest of SymEngine
- GSoC 2017 Application Ranjith Kumar: Implementing Solvers for SymEngine
- GSoC 2017 Application Sagar Bharadwaj : Implementation of multiple types of coordinate systems for vectors
- GSoC 2017 Application Shikhar Jaiswal: Improving SymEngine's Python Wrappers and SymPy SymEngine Integration
- GSoC 2017 Application Szymon Mieszczak: Implementation of multiple types of coordinate systems for vectors
- GSoC 2017 Application Template
- GSoC 2017 Application Valeriia Gladkova: Group Theory
- GSoC 2017 Application Varun Garg : Ordinary Differential Equations
- GSoC 2017 Application Vedarth Sharma : Rewriting the Matrices module to make matrices in Sympy faster and more usable.
- GSoC 2017 Current Applications
- GSoC 2017 Ideas
- GSoC 2017 Organization Application
- GSoC 2017 Report
- GSoC 2017 Report Abdullah Javed Nesar: Rule based Integrator
- GSoC 2017 Report Adha Ranjith Kumar : Implementing Solvers for SymEngine
- GSoC 2017 Report Arif Ahmed : Integration over Polytopes
- GSoC 2017 Report Björn Dahlgren: Improved code generation facilities
- GSoC 2017 Report Szymon Mieszczak: Implementation of multiple types of coordinate systems for vectors
- GSoC 2017 Report Valeriia Gladkova: Group Theory
- GSoC 2017 Student Instructions
- GSoC 2017 Yathartha Anirudh Joshi Application: Solvers: Extending Solveset II
- GSoC 2018 Application Adwait Baokar: Implementation of Vector Integration
- GSoC 2018 Application Akash Vaish: Improving Probability and Random processes
- GSoC 2018 Application Amr Maghraby Improving Ruby Wrappers
- GSoC 2018 Application Arighna Chakrabarty : Improving Series Expansions
- GSoC 2018 Application Jashanpreet Singh: Create a Rich Beam Solving System
- GSoC 2018 Application of Vishal Kumar Gupta : Improving Ordinary Differential Equations solver
- GSoC 2018 Application Rahil Hastu : Ordinary Differential Equation
- GSoC 2018 Application Ravicharan: Group Theory
- GSoC 2018 Application Rushyam: Continuum Mechanics: Create a Rich 2D Beam Solving System
- GSoC 2018 Application Subhash Saurabh: Improving 2D Beams and Implementing 3D beams
- GSOC 2018 Application Subhash Saurabh: Improving the Plotting Module
- GSoC 2018 Application Template
- GSoC 2018 Current Applications
- GSoC 2018 Ideas
- GSoC 2018 Organization Application
- GSoC 2018 Report
- GSoC 2018 Report Ashish Kumar Gaurav: Completion of rubi
- GSoC 2018 Report Jashanpreet Singh: Create a Rich Beam Solving System
- GSoC 2018 Report Ravicharan : Group Theory
- GSoC 2018 Report Sidhant Nagpal: Discrete Transforms, Convolutions & Recurrences
- GSoC 2018 Report Yathartha Joshi: Solvers: Completing Solveset
- GSoC 2018 Solvers Progress
- GSoC 2018 Student Instructions
- GSoC 2018: Autolev Parser (using ANTLRv4): Final Report
- GSOC 2018: Parsing: Creating Sympy code from c,python Code.
- GSoC 2019 Application Animesh Sinha: Classical Mechanics Composite Rigid Body Algorithm
- GSoC 2019 Application Abhinav Anand : Implementation of Vector Integration
- GSoC 2019 Application Ankit Pandey: Extending Codegen
- GSoC 2019 Application Divyanshu: Group Theory
- GSoC 2019 Application Nabanita Dash:Series:Improving ring_series,fps and limits
- GSoC 2019 Application SHIKSHA RAWAT : Benchmarks and performance
- GSoC 2019 Application Template
- GSoC 2019 Current Applications
- GSoC 2019 Final Report Ishan Joshi: Creating a rich beam solving system and extending continuum mechanics module
- GSoC 2019 Ideas
- GSOC 2019 Linear algebra:Tensor core on Sympy
- GSoC 2019 Organization Application
- GSoC 2019 Proposal Brijesh Vora: Implement Solvers in Symengine
- GSoC 2019 Proposal Shubham Kumar Jha : Improving Assumptions
- GSoC 2019 Report
- GSoC 2019 Report Ankit Pandey: Extending Codegen
- GSoC 2019 Report Arighna Chakrabarty : Improving Series Expansions
- GSoC 2019 Report Divyanshu Thakur: Group Theory
- GSoC 2019 Report Gagandeep : Statistics
- GSoC 2019 Report Jogi Miglani Solvers: Extending solveset
- GSoC 2019 Report Nikhil Maan: Creating a C and Fortran parser for SymPy
- GSoC 2019 Report of Tensor Core: Linear Algebra
- GSoC 2019 Report Shubham Kumar Jha: Improving Assumptions
- GSoC 2019 Solvers Progress
- GSoC 2019 Statistics Plan
- GSoC 2019 Student Instructions
- Gsoc 2020 Application by Saanidhya Vats on Series Expansion
- GSoC 2020 Application Faisal Riyaz: Implementation of Vector Integration
- GSoC 2020 Application Moses Paul R: Advancing SymPy Gamma
- GSoC 2020 Application Omar Wagih: Benchmarks and performance
- GSoC 2020 Application Template
- GSoC 2020 Current Applications
- GSoC 2020 Ideas
- GSoC 2020 Organization Application
- GSoC 2020 proposal Arpan Chattopadhyay: Improving Assumptions Module
- GSoC 2020 proposal Arpan Chattopadhyay: Improving SymEngine Sympy Integration and SymPy core to SymEngine
- GSoC 2020 Report
- GSoC 2020 Report Faisal Riyaz: Implementation of Vector Integration
- GSoC 2020 Report Milan Jolly: Improving and Extending ODE Module
- GSoC 2020 Report Sachin Agarwal: Series and Limits
- GSoC 2020 Report Smit Lunagariya: Improving and Extending stats module
- GSoC 2020 Student Instructions
- GSoC 2021 Application NTEM, KENYOR K.: Improving the Sympy Live and Sympy Gamma
- GSoC 2021 Current Applications
- GSoC 2021 Organization Application
- GSoC 2021 Report
- GSoC 2021 Report Prakhar Saxena : Creating a Rich Beam Solver and Extending Continuum Mechanics Module
- GSoC 2021 Report Sudeep Sidhu : Implement JointsMethod
- GSoC 2021 Report: Improve and Expand Functionalities in Control Module (Akshansh Bhatt)
- GSoC 2021 Report: Improving Series Expansion (Sidharth Mundhra)
- GSoC 2021 Report: Mohit Balwani Refactor the ODE module and make it fast
- GSoC 2021 Report: Naveen Sai Rational Solutions of Riccati ODEs
- GSoC 2022 : Improving Series Expansions and Limit Computations Report by Anutosh Bhat
- GSoC 2022 Current Applications
- GSoC 2022 Organization Application
- GSoC 2022 Phase III plan
- GSoC 2022 Report
- GSoC 2022 Report Advait Pote : Extending the Continuum Mechanics Module
- GSoC 2022 Report Timo Stienstra : Enhancing the Joints Framework
- GSoC 2023 Application Abhinav Cillanki: Improving physics.continuum_mechanics subpackage
- GSoC 2023 Application Aman Kumar Shukla: Sympy Gamma
- GSoC 2023 Application Baiyuan Qiu: Extensions of Symbolic Control Systems (sympy.physics.control)
- GSoC 2023 Current Applications
- GSoC Application Template
- GSoC Ideas
- GSoC Previous Applications
- GSoC Report 2013 Mary Clark: Lie Algebras
- GSoC Student Instructions
- GSoD 2019 Report Lauren Glattly: SymPy Documentation Style Guide
- GSoD 2020 Report Soumi Bardhan: Consistency across docstrings SymPy Documentation
- GSoD 2021 Case Study
- GSoD 2021 Organization Application
- Guide: Parsing expressions
- Guide: Parsing solutions
- Hg Workflow
- How It Works
- How to copy expressions from the screen
- Ideas
- Ideas For Development
- Idioms and Antipatterns
- Implementing transolve in solveset
- Improve the plotting module
- Improving Rule Based Integrator
- Infinities and Singularities
- Installing Jenkins
- Installing the IPython qtconsole in Mac OS X
- Introduction to contributing
- Issue Policy
- Issue PR Autoclosing syntax
- Jupyter Workflow
- Kind system
- License choice
- Linear Algebra Module
- Linear Algebra Vision
- Mathtest
- Mathtex Report
- Matrices Eigenvalues
- Matrix Expressions
- MediaWiki test
- Mercurial
- Million digits of pi
- Modular Equation Solver in Solveset
- New Release
- Non Linear Equation Solver
- Number Theory in SymPy
- Numerics Module
- numpy support in sympy.physics
- ODE solver roadmap
- ODE Systems roadmap
- ODEnotes
- Old Plotting Module [Pyglet based]
- old wiki Basti Thoughts On Plotting
- old wiki Curvilinear Coordinates
- old wiki Discussion
- old wiki Distributed Testing
- old wiki Documentation
- old wiki Example Test Run
- old wiki Examples
- old wiki Front Page
- old wiki Git Tutorials
- old wiki How It Works
- old wiki Ideas For Development
- old wiki Motivation
- old wiki Older News
- old wiki Plotting Future
- old wiki Pretty Printing
- old wiki Source Code
- old wiki SymPy Core
- old wiki Sympy Development
- old wiki SymPy Presentations
- old wiki Sympy Research
- old wiki Sympy Spkg
- old wiki Sympy Svn
- old wiki Sympy Versus Symbolic
- old wiki Technical Tasks
- old wiki TeXmac Interface
- old wiki Video Test
- old wiki Why To Join
- op_priority
- Package Maintainers
- Parsing
- Pearu Peterson
- Philosophy of Numerics and Code Generation in SymPy
- Plan for SymPy 1.0
- Plotting capabilities
- Polynomials Module
- Presentations
- Pretty Printing
- Preview equation system in LaTeX
- Project General Ideas
- Proposal for a new pattern matching
- Pull Request Policy
- Pushing patches
- Pushing patches expert
- PyCon India 2015 Proposal
- PyCon India 2017 Proposal
- Python Version
- Python version support policy
- Quick examples
- Random Variables
- Ray transfer matrix calculations
- Related software
- Relation predicate
- Release Notes
- Release Notes for 0.7.0
- Release Notes for 0.7.1
- Release Notes for 0.7.2
- Release Notes for 0.7.3
- Release Notes for 0.7.4
- Release notes for 0.7.4.1
- Release Notes for 0.7.5
- Release Notes for 0.7.6
- Release Notes for 0.7.6.1
- Release Notes for 1.0
- Release Notes for 1.1
- Release notes for 1.1.1
- Release Notes for 1.10
- Release Notes for 1.10.1
- Release Notes for 1.11
- Release Notes for 1.11.1
- Release Notes for 1.12
- Release Notes for 1.13
- Release Notes for 1.2
- Release Notes for 1.3
- Release Notes for 1.4
- Release Notes for 1.5
- Release Notes for 1.5.1
- Release Notes for 1.6
- Release Notes for 1.6.1
- Release Notes for 1.6.2
- Release Notes for 1.7
- Release Notes for 1.7.1
- Release Notes for 1.8
- Release Notes for 1.9
- Release Notes Old
- Revive continuous representations and analytical solutions to QM systems
- Reviving pull requests
- Rewrite Rules Roadmap
- Roadmap
- Rsttest
- Rubi parsing guide
- Running tests
- Sage Symbench
- Sandbox
- SciPy 2015 Tutorial Proposal
- SciPy 2016 Tutorial Proposal
- SciPy 2017 Tutorial Proposal
- SciPy 2017 Tutorial Proposal: Automatic Code Generation with SymPy
- SciPy 2018 Tutorial Proposal: Code Generation with SymPy
- SciPy 2020 Tutorial Proposal
- Scipy2008 examples
- SCSP Branches
- SCSP Issues
- Season of Docs
- Season of Docs 2019 Ideas
- Season of Docs 2019 Report Lauren Glattly: SymPy Documentation Style Guide
- Season of Docs 2020 Ideas
- Season of Docs 2020 Organization Application
- Season of Docs 2020 Report Rohit Goswami: SymEngine
- Season of Docs 2020 Report Soumi Bardhan: Consistency across docstrings SymPy Documentation
- Season of Docs 2021 Case Study
- Season of Docs 2021 Organization Application
- Season of Docs 2021 Participation by SymPy
- Season of Docs 2021 Report Joannah Nanjekye: Reorganizing the SymPy Documentation
- Season of Docs 2022 Case Study
- Season of Docs 2022 Organization Application
- Solution
- solvers
- Solveset and Solver Discussion
- Some notes regarding Permutation Groups
- Statistics Module
- Strategy to set up the structure of the new Matrix module
- SUM of two Holonomic Functions using Euclidean Algorithm
- Symbolic integration
- Sympy : Parsing and codegen
- SymPy in the news
- SymPy Papers
- SymPy Series
- SymPy vs. Axiom
- SymPy vs. Magma
- SymPy vs. Magma v2
- SymPy vs. Maple
- SymPy vs. Mathematica
- SymPy vs. Matlab
- SymPy vs. Maxima
- SymPy vs. Sage
- SymPy vs. Yacas
- Technical References
- Test automation
- The Zen of SymPy
- Tips for understanding the architecture of SymPy
- Tutorial
- Tutorial structure on docs.sympy.org
- Tutorial: What's Next page
- UCD ECS 193A B (CS Senior Design) Proposal
- UD Core Docs
- UD Sequences and formal power series prototype
- UD series
- UD series definitions
- UD series roadmap
- UD series situation
- UD series user interface
- UD Under Development
- UD wikipage roadmap
- Unevaluated Expressions
- Unit systems
- Using .mailmap
- Vectors
- Vectors EM framework
- Videos
- Windows development using git
- Writing Documentation
- Writing Release Notes
- Writing test cases in SymPy
- Writing tests