Page Index - wrat/sympy GitHub Wiki

837 page(s) in this GitHub Wiki:

• Home
• Wiki
• Links
• What is SymPy?
• Documentation
• Development
• Projects / Ideas
• Google Summer of Code
• 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
• About implementing special functions
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• Adding Someone to AUTHORS
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• Algebras in SymPyCore
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• Args Invariant
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• Assumptions
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• Assumptions history
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• assumptions_handlers
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• Automatic Simplification
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• Benchmark results expand2b, SymEngine
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• Buildbot
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• Canonicalization
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• Change Log
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• Closing an Issue
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• Closing pull requests
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• Code Generation Ideas
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• Code Generation Notes
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• Code Generation Optimizations
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• Combinatorics Module
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• Commutative Algebra Module
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• Concrete Math And Term Rewriting
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• Cookbook
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• Debugging
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• Dependencies
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• Deprecating policy
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• Design Notes: Evaluating expr that results in nan or oo
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• Development workflow
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• Differences between SymPy and Matlab (symbolic math toolbox)
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• Download Installation
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• Elastic Layer Analysis (ELA)
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• Euroscipy2008 examples
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• External SymPy Media, Tutorials, and Presentations
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• Faq
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• Femtec2009 examples
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• Finding roots of polynomials
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• Fredrik Johansson
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• Fseoane assumptions
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• Function expansions and series
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• GCI 2011
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• GCI 2011 Landing
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• GCI 2011 Mentors
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• GCI 2011 Organization Application
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• GCI 2011 Task list
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• GCI 2012 Landing
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• GCI 2012 Mentors
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• GCI 2012 Organization Application
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• Generating tables of derivatives and integrals
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• Generic interface
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• Geometric Algebra Module
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• Geometry Module
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• Geometry Point class Gsoc 14
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• Getting the bleeding edge
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• GHOP 2007
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• Git hg rosetta stone
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• GSOC 2016 Series Expansion
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• GSoC 2007 Report
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• GSoC 2007 Report Brian Jorgensen: Plotting
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• GSoC 2007 Report Jason Gedge: Geometry
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• GSoC 2007 Report Mateusz Paprocki: Concrete Math
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• GSoC 2007 Report Mike Haertel: Lin Alg
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• GSoC 2007 Report Robert Schwarz: Polynomials
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• GSoC 2008 Ideas
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• GSoC 2008 Report
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• GSoC 2008 Report Fredrik Johansson: Numerical Evaluation
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• GSoC 2009 Application
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• GSoC 2009 Application Aaron Meurer
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• GSoC 2009 Application Akshay Srinivasan
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• GSoC 2009 Application Priit Laes
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• GSoC 2009 Application Template
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• GSoC 2009 Ideas
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• GSoC 2009 Report
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• GSoC 2009 Report Aaron Meurer: ODEs Module
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• GSoC 2009 Report Dale Peterson: PyDy
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• GSoC 2009 Report Fabian Pedregosa: Assumptions
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• GSoC 2009 Report Freddie Witherden: Mathtex
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• GSoC 2010 Application Aaron Meurer
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• GSoC 2010 Application Template
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• GSoC 2010 Ideas
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• GSoC 2010 Organization Application
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• GSoC 2010 Report
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• GSoC 2010 Report Aaron Meurer: Risch Integration
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• GSoC 2010 Report Addison Cugini: Quantum Computation
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• GSoC 2010 Report Christian Muise: Supercharging Assumptions
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• GSoC 2010 Report Matthew Curry: Symbolic QM
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• GSoC 2010 Report Oyvind Jensen: Code Generation
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• GSoC 2011 Application Aashish Mishra
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• GSoC 2011 Application Anatolii Koval
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• GSoC 2011 Application Ben McDonald: Optimising SymPy using Cython
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• GSoC 2011 Application Geoffrey Ehrman
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• GSoC 2011 Application Gilbert Gede: PyDy
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• GSoC 2011 Application Gregory Ksionda
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• GSoC 2011 Application Hector1618 : Complex Analysis
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• GSoC 2011 Application Jack McCaffery: Improved Series
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• GSoC 2011 Application Jeremias Yehdegho: Implementing F5
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• GSoC 2011 Application Luis Garcia: Solovay Kitaev algorithm
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• GSoC 2011 Application Matthew Rocklin: Random Variables
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• GSoC 2011 Application Nakul Kukar: Numerical Solvers for PDE
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• GSoC 2011 Application Oleksandr Gituliar
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• GSoC 2011 Application Oscar Najera: Abstract Dirac notation
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• GSoC 2011 Application Pavel Fedotov: Multivariate polynomials and factorization
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• GSoC 2011 Application Saptarshi Mandal: Combinatorics package for Sympy
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• GSoC 2011 Application Sean Vig: Symbolic Clebsch Gordon coefficients:Wigner symbols and Implementing Addition of Spin Angular Momenta
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• GSoC 2011 Application Shai Wyborski: complex arithmetics, analysis and integration
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• GSoC 2011 Application Sherjil Ozair: Symbolic Linear Algebra
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• GSoC 2011 Application Tautvydas Misiunas: implement analytical solutions to QM system
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• GSoC 2011 Application Template
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• GSoC 2011 Application Tom Bachmann: Definite Integration
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• GSoC 2011 Application Tomas Bambas: Improve the plotting module
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• GSoC 2011 Application Tomo Lazovich: Position and Momentum Bases for QM
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• GSoC 2011 Application Vladimir Lagunov: Expression simplification
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• GSoC 2011 Application Vladimir Peric: Porting to Python 3
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• GSoC 2011 Application Yuri Karadzhov
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• GSoC 2011 Current Applications
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• GSoC 2011 Ideas
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• GSoC 2011 Organization Application
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• GSoC 2011 Report
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• GSoC 2011 Report Gilbert Gede: PyDy
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• GSoC 2011 Report Jeremias Yehdegho: Implementing F5
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• GSoC 2011 Report Matthew Rocklin: Random Variables
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• GSoC 2011 Report Saptarshi Mandal: Combinatorics Package for SymPy
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• GSoC 2011 Report Sean Vig: Symbolic Clebsch Gordon coefficients:Wigner symbols and Implementing Addition of Spin Angular Momenta
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• GSoC 2011 Report Sherjil Ozair: Symbolic Linear Algebra
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• GSoC 2011 Report Tom Bachmann: Definite Integration
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• GSoC 2011 Report Tomo Lazovich: Position and Momentum Bases for QM
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• GSoC 2011 Report Vladimir Peric: Porting to Python 3
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• GSoC 2011 Wrap Up Blog Post
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• GSoC 2012 Application Aleksandar Makelov: Group theory
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• GSoC 2012 Application Alexandr Popov: Quantum Mechanics (Abstract Dirac Notation Analytical Sol. )
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• GSoC 2012 Application Angadh Nanjangud: sympy.physics.mechanics
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• GSoC 2012 Application Arpit Goyal: Definite integration using residue
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• GSoC 2012 Application Bharath M R: Plotting Module
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• GSoC 2012 Application Flavio Manoel S Hemerli: Sympy GUI for Android
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• GSoC 2012 Application Guru Devanla: Density Operators for Quantum Module
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• GSoC 2012 Application Manoj Babu K: Simplification, Term rewriting, Pattern matching
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• GSoC 2012 Application Michael Mayorov: Improvement and bug fixing work for SymPy Bot
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• GSoC 2012 Application Nicholas Miller: Trigonometric Integration: Algorithm Simplification
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• GSoC 2012 Application Prateek Papriwal: Cylindrical Algebraic Decomposition
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• GSoC 2012 Application Rishav Binayak Das: Mobile Application for SymPy
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• GSoC 2012 Application Sachin Irukula: Implementation of Quantifiers and Cylindrical algebraic decomposition algorithm
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• GSoC 2012 Application Sai Nikhil: Work on series expansions to improve Series Module of sympy
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• GSoC 2012 Application Saptarshi Mandal: Integral differential equations package for Sympy
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• GSoC 2012 Application Saurabh Jha: Implementing Algorithm for Series Expansion
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• GSoC 2012 Application Saurabh Jha: implementing algorithm to find the limits of series
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• GSoC 2012 Application Sergiu Ivanov: Category Theory Module
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• GSoC 2012 Application Sergiu Ivanov: Generic Gröbner Walk
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• GSoC 2012 Application Stefan Krastanov: Vector Analysis
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• GSoC 2012 Application Tarun Gaba: Differential Equations Ordinary and Partial
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• GSoC 2012 Application Template
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• GSoC 2012 Application Vipul A M : Sympy for Android
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• GSoC 2012 Application Vishesh Kumar: Equation Editor
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• GSoC 2012 Blog Post
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• GSoC 2012 Current Applications
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• GSoC 2012 Ideas
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• GSoC 2012 Organization Application
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• GSoC 2012 Report
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• GSoC 2012 Report Aleksandar Makelov: Computational Group Theory
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• GSoC 2012 Report Bharath M R: Implicit plotting.
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• GSoC 2012 Report Guru Devanla: Density Operators, Trace and Partial trace for quantum module
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• GSoC 2012 Report Sergiu Ivanov: Category Theory Module
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• GSoC 2012 Report Stefan Krastanov: Functional Differential Geometry (Vector Analysis)
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• GSoC 2012 Rough Interface
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• GSoC 2013 Application Amit: Extensions to Matrix Module
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• GSoC 2013 Application Angus Griffith: Assumptions
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• GSoC 2013 Application Angus Griffith: Parsing
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• GSoC 2013 Application Benjamin Fishbein: Span Class
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• GSoC 2013 Application Bi Ge: Automating Release Process and Sympy bot
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• GSoC 2013 Application Chetna Gupta: Risch algorithm for symbolic integration
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• GSoC 2013 Application Ishaan Batta: Group Theory
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• GSoC 2013 Application Katja Sophie Hotz: Faster Algorithms for Polynomials over Algebraic Number Fields
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• GSoC 2013 Application Laurentiu Ion: Mobile app for iOS and Andriod
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• GSoC 2013 Application Manoj Kumar: Improved ODE Solver
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• GSoC 2013 Application Mary Clark: Lie Algebras
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• GSoC 2013 Application Prasoon Shukla: Vector Calculus Module
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• GSoC 2013 Application Sachin Joglekar: Electromagnetism module
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• GSoC 2013 Application Saurabh Jha: Linear Algebra Module
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• GSoC 2013 Application Shaun: Mobile App for Android
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• GSoC 2013 Application Shravas Rao: Coding Theory
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• GSoC 2013 Application Tarang Patel: Group Theory
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• GSoC 2013 Application Template
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• GSoC 2013 Application Thilina Rathnayake: Diophantine Equations Module
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• GSoC 2013 Application Tom Bachmann: Extensions to the AGCA module
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• GSoC 2013 Application Tom Bachmann: Removing the old assumptions module
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• GSoC 2013 Current Applications
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• GSoC 2013 Ideas
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• GSoC 2013 Organization Application
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• GSoC 2013 Report
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• GSoC 2013 Report Manoj Kumar: Improved ODE Solver
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• GSoC 2014 Application Akshay Geometry Module
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• GSoC 2014 Application Aditya Shah SymPy Parsing Framework
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• GSoC 2014 Application Anurag Hota Quantum Mechanics Module
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• GSoC 2014 Application Anurag Sharma: Risch algorithm for symbolic integration.
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• GSoC 2014 Application Avichal Dayal Series Expansion
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• GSoC 2014 Application Deepak Goel: Asymptotic Expansion
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• GSoC 2014 Application Harsh Gupta: Solvers
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• GSoC 2014 Application Maciej Barański: Control Toolbox
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• GSoC 2014 Application Manish Shukla : Solutions to Quantum Systems
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• GSoC 2014 Application Peter Petrov High Energy Physics Ideas
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• GSoC 2014 Application Rrubaa Panchendrarajan: Implementing Linear Transformation
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• GSoC 2014 Application Sahil Shekhawat: Web based backend for SymPy's plotting module and 3D plotting
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• GSoC 2014 Application Shashank Aggarwal:Improving the plotting module
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• GSoC 2014 Application Shipra Banga Building the New Assumptions Module
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• GSoC 2014 Application Soumya Dipta Biswas: Propositional and First Order Logic
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• GSoC 2014 Application Sudhanshu Mishra : Optics Module
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• GSoC 2014 Application Sushant Hiray: Extending Elementary Functions CSymPy
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• GSoC 2014 Application Template
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• GSoC 2014 Application Thilina Rathnayake Linear Algebra Module for CSymPy
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• GSoC 2014 Application Thilina Rathnayake: Linear Algebra Module for CSymPy
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• GSoC 2014 Application Zamrath Nizam: Efficient Groebner bases and their applications
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• GSoC 2014 Current Applications
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• GSoC 2014 Ideas
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• GSoC 2014 Organization Application
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• GSoC 2014 Proposal: Implementation of system of ODEs and Improvement of ODEs solving Engine
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• GSoC 2014 Report
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• GSoC 2015 : Finitely presented groups in Sympy
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• GSoC 2015 Application Shivam Vats : Series expansions
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• GSoC 2015 Application : Darshan Chaudhary Improved PDE Solver
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• GSoC 2015 Application Aaditya M Nair : Improve the assumptions system.
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• GSoC 2015 Application AMiT Kumar Solvers : Extending Solveset
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• GSoc 2015 Application Chitrank Dixit Sympy Web Hybrid Application like KAlgebra
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• GSoC 2015 Application Isuru Fernando : Make Sage use CSymPy as a symbolic engine
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• GSoC 2015 Application Laura Domine : Developing symbolic quantum computation
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• GSoC 2015 Application Lokesh Sharma : Adding PDF's and PMF's
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• GSoC 2015 Application Luv Agarwal: Cylindrical Algebraic Decomposition
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• GSOC 2015 Application Param Singh : Improving Sympy's plotting module by adding Mayavi and d3.js backends
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• GSoC 2015 Application Sartaj Singh: Improving the series package and limits in SymPy
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• GSoC 2015 Application Sudhanshu Mishra: Assumptions
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• GSoC 2015 Application Sumith : Implementing polynomial module in CSymPy
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• GSoC 2015 Application Template
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• GSoC 2015 Application Vincent Russo
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• GSoC 2015 Application Wanlin Xie: Multiple Types of Coordinate Systems
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• GSoC 2015 Application Xiang Gao : Adjust the structure of sympy.physics.quantum and implement all exact solutions
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• GSoC 2015 Application: Representing Groups in Terms of Finite Applications
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• GSoC 2015 Current Applications
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• GSoC 2015 Ideas
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• GSoC 2015 Mentor Instructions
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• GSoC 2015 Organization Application
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• GSoC 2015 Report
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• GSoC 2015 Report Amit Kumar : Solvers
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• GSoC 2015 Report Shivam Vats: Fast Series Expansion
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• GSoC 2015 Report Sumith : Implementing Polynomial module in SymEngine
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• GSoC 2015 Student Instructions
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• GSoC 2016 Application Akash Trehan: Implementing Solvers Module(and Sets Module en route) in SymEngine
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• GSoC 2016 Application Aman Deep: Implementing a Formula input widget for Sympy in Jupyter Ipython Notebook
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• GSoC 2016 Application Anish Shah: Assumptions
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• GSoC 2016 Application Aravind Reddy: Classical Mechanics
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• GSoC 2016 Application Ashutosh Saboo : SymPy Live and SymPy Gamma (on Google App Engine)
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• GSoC 2016 Application Bhautik Mavani: SymPy Live and SymPy Gamma (on Google App Engine)
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• GSoC 2016 Application Bill N. Acha: Port Sympy's new assumptions module to Cpp
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• GSoC 2016 Application Gaurav Dhingra: Group Theory
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• GSoC 2016 Application James Brandon Milam: Base Class and Increased Efficiency for Equation of Motion Generators
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• GSoC 2016 Application Kshitij Saraogi: Solvers: Extending Solveset
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• GSoC 2016 Application Olu David Gbadebo: Resolving issues and fixing bugs
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• GSoC 2016 Application Sampad Kumar Saha: Singularity Functions
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• GSoC 2016 Application Sanya Khurana : Implementation of vector integration
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• GSoC 2016 Application Sanya Khurana:Implementation of multiple types of coordinate systems for vectors
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• GSoC 2016 Application Shravan Patel: ODE
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• GSoC 2016 Application Siddharth Bhat: Haskell Bindings to SymPy Engine
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• GSoC 2016 Application Srajan Garg: Polynomial manipulation & Multivariate Polys in Cpp
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• GSoc 2016 Application Subham Tibra: Implement Holonomic Functions
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• GSoC 2016 Application Template
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• GSoC 2016 Application Vic Luo: Port SymPy's new Assumtions to SymEngine and improve its performance
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• GSoC 2016 Current Applications
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• GSoC 2016 Ideas
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• GSoC 2016 Organization Application
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• GSoC 2016 Shekhar Prasad Rajak Application: Solvers: Completing Solveset
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• GSoC 2016 Student Instructions
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• GSoC Previous Applications
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• GSoC Report 2013 Mary Clark: Lie Algebras
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• Hg Workflow
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• How It Works
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• Ideas
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• Ideas For Development
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• Idioms and Antipatterns
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• Infinities and Singularities
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• Installing Jenkins
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• Installing the IPython qtconsole in Mac OS X
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• Introduction to contributing
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• License choice
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• Linear Algebra Module
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• Linear Algebra Vision
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• Mathtest
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• Mathtex Report
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• Matrices eigenvalues
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• Matrix Expressions
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• MediaWiki test
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• Mercurial
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• Million digits of pi
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• New Release
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• Number Theory in SymPy
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• Numerics Module
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• ODEnotes
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• Old Plotting Module [Pyglet based]
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• old wiki Basti Thoughts On Plotting
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• old wiki Curvilinear Coordinates
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• old wiki Discussion
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• old wiki Distributed Testing
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• old wiki Documentation
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• old wiki Example Test Run
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• old wiki Examples
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• old wiki Front Page
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• old wiki Git Tutorials
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• old wiki How It Works
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• old wiki Ideas For Development
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• old wiki Motivation
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• old wiki Older News
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• old wiki Plotting Future
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• old wiki Pretty Printing
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• old wiki Source Code
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• old wiki SymPy Core
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• old wiki Sympy Development
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• old wiki SymPy Presentations
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• old wiki Sympy Research
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• old wiki Sympy Spkg
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• old wiki Sympy Svn
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• old wiki Sympy Versus Symbolic
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• old wiki Technical Tasks
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• old wiki TeXmac Interface
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• old wiki Video Test
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• old wiki Why To Join
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• Package Maintainers
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• Parsing
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• Pearu Peterson
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• Philosophy of Numerics and Code Generation in SymPy
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• Plan for SymPy 1.0
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• Plotting capabilities
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• Polynomials Module
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• Presentations
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• Pretty Printing
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• Preview equation system in LaTeX
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• Profiler output
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• Proposal for a new pattern matching
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• Pushing patches
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• Pushing patches expert
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• PyCon India 2015 Proposal
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• Python Version
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• Quick examples
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• Random Variables
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• Ray transfer matrix calculations
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• Related software
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• Release Notes
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• Release Notes for 0.7.0
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• Release Notes for 0.7.1
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• Release Notes for 0.7.2
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• Release Notes for 0.7.3
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• Release Notes for 0.7.4
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• Release notes for 0.7.4.1
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• Release Notes for 0.7.5
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• Release Notes for 0.7.6
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• Release Notes for 0.7.6.1
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• Release Notes for 1.0
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• Rest test
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• Revive continuous representations and analytical solutions to QM systems
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• Rewrite Rules Roadmap
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• Roadmap
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• Rsttest
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• Running tests
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• Sage Symbench
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• SciPy 2015 Tutorial Proposal
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• SciPy 2016 Tutorial Proposal
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• Scipy2008 examples
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• SCSP Branches
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• SCSP Issues
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• solvers
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• Solveset and Solver Discussion
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• Some notes regarding Permutation Groups
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• Statistics Module
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• Strategy to set up the structure of the new Matrix module
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• SUM of two Holonomic Functions using Euclidean Algorithm
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• Symbolic integration
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• SymPy in the news
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• SymPy Papers
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• sympy series
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• SymPy vs. Axiom
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• SymPy vs. Magma
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• SymPy vs. Magma v2
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• SymPy vs. Maple
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• SymPy vs. Mathematica
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• SymPy vs. Matlab
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• SymPy vs. Maxima
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• SymPy vs. Sage
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• SymPy vs. Yacas
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• sympy.vector
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• table test
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• Technical References
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• Test automation
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• testpage
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• testpage
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• The Zen of SymPy
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• Tips
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• Tutorial
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• UCD ECS 193A B (CS Senior Design) Proposal
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• UD Core Docs
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• UD Sequences and formal power series prototype
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• UD series
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• UD series definitions
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• UD series roadmap
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• UD series situation
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• UD series user interface
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• UD Under Development
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• UD wikipage roadmap
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• Unit systems
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• Update mpmath
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• Using Tox
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• Vectors EM framework
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• Videos
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• What happens when you mess with hashing
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• Windows development using git
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• Writing documentation
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• Writing test cases in SymPy
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