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• • Re: [sympy] sort expression for power series Chris Smith
  • Re: [sympy] sort expression for power series Chris Smith
  • Re: [sympy] sort expression for power series Thomas Ligon
• [sympy] Regarding Project Idea for GSoC'23 ABHISHEK PATIDAR
• [sympy] Introduction for GSOC 23 Ameya Kore
• [sympy] Introduction for GSOC '23 'Chehak Malhotra' via sympy
• [sympy] Self Introductory and Gröebner Bases Atahan Haznedar
  • Re: [sympy] Self Introductory and Gröebner Bases Oscar Benjamin
  • Re: [sympy] Self Introductory and Gröebner Bases Atahan Haznedar
  • Re: [sympy] Self Introductory and Gröebner Bases Aaron Meurer
  • Re: [sympy] Self Introductory and Gröebner Bases Oscar Benjamin
  • Re: [sympy] Self Introductory and Gröebner Bases Chris Smith
  • Re: [sympy] Self Introductory and Gröebner Bases Chris Smith
  • Re: [sympy] Self Introductory and Gröebner Bases Chris Smith
  • RE: [sympy] Self Introductory and Gröebner Bases thomassligon
  • Re: [sympy] Self Introductory and Gröebner Bases Atahan Haznedar
  • Re: [sympy] Self Introductory and Gröebner Bases Atahan Haznedar
  • Re: [sympy] Self Introductory and Gröebner Bases Oscar Benjamin
  • Re: [sympy] Self Introductory and Gröebner Bases Aaron Meurer
  • Re: [sympy] Self Introductory and Gröebner Bases Alan Bromborsky
• [sympy] Timeline and Notetaking for Control Systems Victor A. Momodu
• [sympy] Guidance for GSOC 2023 SHIVAM SUNDRAM
• [sympy] Interest in GSOC'2023 and basic project outlines Pola Qulta
• [sympy] Self introduction - Levav Ferber Tas levav ferber tas
• [sympy] Statement of Intent Victor A. Momodu
• [sympy] problem trying to solve an equation nicolas playe
  • [sympy] Re: problem trying to solve an equation Md Affan
  • [sympy] Re: problem trying to solve an equation Chris Smith
  • [sympy] Re: problem trying to solve an equation [email protected]
  • [sympy] Re: problem trying to solve an equation [email protected]
  • Re: [sympy] Re: problem trying to solve an equation Alan Bromborsky
  • Re: [sympy] Re: problem trying to solve an equation [email protected]
• [sympy] REMINDER - Call for Proposals for SciPy 2023! Arliss Collins
• [sympy] will come the edit of integration constant ( + C) ? berk berk
• [sympy] Regarding discussion of project ideas for GSOC'23 Ishan Pandhare
  • [sympy] Re: Regarding discussion of project ideas for GSOC'23 Ishan Pandhare
• [sympy] Self introduction and contact Jingze Dai
• [sympy] Google Summer of Code Aaron Meurer
  • Re: [sympy] Google Summer of Code Davide Sandona'
  • Re: [sympy] Google Summer of Code Davide Sandona'
• [sympy] Regarding visiblity of Check for broken links in the documentation Aman Kumar Shukla
• [sympy] Interested in Contribution to Gsoc'23 sonali halder
• [sympy] Integration of asymptotic function using Poly.integrate() Suchit K
  • Re: [sympy] Integration of asymptotic function using Poly.integrate() Oscar Benjamin
  • Re: [sympy] Integration of asymptotic function using Poly.integrate() Suchit K
• [sympy] Expression of interest for Project umeshika sulakshani
• [sympy] GSOC'23 Omar Ayoub
• [sympy] GSoC-2023 Bhoomi Choudhary
• [sympy] factoring square roots Atharv Sampath
  • [sympy] Re: factoring square roots Chris Smith
  • [sympy] Re: factoring square roots Chris Smith
  • [sympy] Re: factoring square roots Atharv Sampath
  • [sympy] Re: factoring square roots [email protected]
• [sympy] Contributing to a Gsoc project John Mccance
• [sympy] Inviting smpy to conference sprints Chethana Gopinath
• [sympy] Status of Gitter Aaron Meurer
• [sympy] How to get started with contribution Swayam Patil
• [sympy] Listing "Devito" under Projects using SymPy Gerard Gorman
  • Re: [sympy] Listing "Devito" under Projects using SymPy Aaron Meurer
• [sympy] Article about Photomath and its own functional programming language S.Y. Lee
  • [sympy] Re: Article about Photomath and its own functional programming language Francesco Bonazzi
• [sympy] gsoc 23 Sakshi Raorane
  • [sympy] GSOC 23 Samith Kavishke
  • [sympy] GSOC 23 Samith Kavishke
  • [sympy] GSOC 23 Samith Kavishke
  • [sympy] GSOC 23 Samith Kavishke
• [sympy] Evaluating integral in manual inverse fourier transform 'Tom van Woudenberg' via sympy
  • Re: [sympy] Evaluating integral in manual inverse fourier transform Alan Bromborsky
  • Re: [sympy] Evaluating integral in manual inverse fourier transform Alan Bromborsky
  • Re: [sympy] Evaluating integral in manual inverse fourier transform 'Tom van Woudenberg' via sympy
  • Re: [sympy] Evaluating integral in manual inverse fourier transform Alan Bromborsky
  • Re: [sympy] Evaluating integral in manual inverse fourier transform Alan Bromborsky
  • Re: [sympy] Evaluating integral in manual inverse fourier transform 'Tom van Woudenberg' via sympy
  • Re: [sympy] Evaluating integral in manual inverse fourier transform 'Tom van Woudenberg' via sympy
  • Re: [sympy] Evaluating integral in manual inverse fourier transform Alan Bromborsky
  • Re: [sympy] Evaluating integral in manual inverse fourier transform Alan Bromborsky
  • Re: [sympy] Evaluating integral in manual inverse fourier transform 'Tom van Woudenberg' via sympy
  • Re: [sympy] Evaluating integral in manual inverse fourier transform Alan Bromborsky
• [sympy] Can someone clarify? Jay Patankar
• [sympy] NumFOCUS small development grants 2023 round 1 CFP Aaron Meurer
• [sympy] Writing new backend for pyglet module. Michele Ceccacci
  • Re: [sympy] Writing new backend for pyglet module. Aaron Meurer
  • Re: [sympy] Writing new backend for pyglet module. Alan Bromborsky
  • Re: [sympy] Writing new backend for pyglet module. Michele Ceccacci
  • Re: [sympy] Writing new backend for pyglet module. Michele Ceccacci
  • Re: [sympy] Writing new backend for pyglet module. Michele Ceccacci
• [sympy] Identified an issue to solve need help! Jay Patankar
• [sympy] Beginner Tejaswini Sanapathi
• [sympy] good first issue Aymen Noor
• [sympy] pickle for Function and Derivative Thomas Ligon
  • Re: [sympy] pickle for Function and Derivative Carl K
  • Re: [sympy] pickle for Function and Derivative Oscar Benjamin
  • Re: [sympy] pickle for Function and Derivative Thomas Ligon
• [sympy] Releasing SymPy 1.12 Oscar Benjamin
  • [sympy] Re: Releasing SymPy 1.12 Oscar Benjamin
  • Re: [sympy] Re: Releasing SymPy 1.12 David Bailey
  • Re: [sympy] Re: Releasing SymPy 1.12 Oscar Benjamin
  • Re: [sympy] Re: Releasing SymPy 1.12 Aaron Meurer
  • Re: [sympy] Re: Releasing SymPy 1.12 David Bailey
  • Re: [sympy] Re: Releasing SymPy 1.12 Oscar Benjamin
  • Re: [sympy] Re: Releasing SymPy 1.12 Oscar Benjamin
  • Re: [sympy] Re: Releasing SymPy 1.12 S.Y. Lee
  • Re: [sympy] Re: Releasing SymPy 1.12 David Bailey
• [sympy] Google Summer of Code Ideas page needs updating Aaron Meurer
• [sympy] User applications project for GSOC 2023 Maya S Rao
  • Re: [sympy] User applications project for GSOC 2023 Aaron Meurer
• [sympy] Beginner contributor to Sympy Mohit Kumar
  • Re: [sympy] Beginner contributor to Sympy Oscar Benjamin
• [sympy] negative-weight single source shortest paths in near-linear time Chris Smith
  • Re: [sympy] negative-weight single source shortest paths in near-linear time Oscar Benjamin
  • Re: [sympy] negative-weight single source shortest paths in near-linear time S.Y. Lee
• [sympy] Google Season of Docs 2023 announced Aaron Meurer
  • Re: [sympy] Google Season of Docs 2023 announced Somasree Majumder
  • Re: [sympy] Google Season of Docs 2023 announced Somasree Majumder
  • Re: [sympy] Google Season of Docs 2023 announced 'Anurag Surendra Bhat (B20CS097)' via sympy
  • Re: [sympy] Google Season of Docs 2023 announced Aaron Meurer
  • [sympy] Re: Google Season of Docs 2023 announced Aman Kumar Shukla
  • [sympy] Re: Google Season of Docs 2023 announced Aman Kumar Shukla
  • [sympy] Re: Google Season of Docs 2023 announced Aaron Meurer
• [sympy] How to get started?? Dhanush R
  • [sympy] Re: How to get started?? ABHISHEK PATIDAR
• [sympy] Regarding Contribution and help in GSoc 2023 ABHISHEK KUMAR
• [sympy] Add meijerg = False in dsolve 'Tom van Woudenberg' via sympy
  • Re: [sympy] Add meijerg = False in dsolve Oscar Benjamin
  • Re: [sympy] Add meijerg = False in dsolve Jeremy Monat
  • Re: [sympy] Add meijerg = False in dsolve Aaron Meurer
  • Re: [sympy] Add meijerg = False in dsolve Jeremy Monat
  • Re: [sympy] Add meijerg = False in dsolve 'Tom van Woudenberg' via sympy
  • Re: [sympy] Add meijerg = False in dsolve Oscar Benjamin
  • Re: [sympy] Add meijerg = False in dsolve 'Tom van Woudenberg' via sympy
• [sympy] Solve integratals 'Tom van Woudenberg' via sympy
  • Re: [sympy] Solve integratals Oscar Benjamin
  • Re: [sympy] Solve integratals Oscar Benjamin
  • Re: [sympy] Solve integratals 'Tom van Woudenberg' via sympy
• [sympy] Many-Typed Term System S.Y. Lee
  • Re: [sympy] Many-Typed Term System Aaron Meurer
• [sympy] Grouping Terms brombo
  • Re: [sympy] Grouping Terms Oscar Benjamin
• Re: [sympy] Feedback requested on new deprecations policy Jason Moore
  • Re: [sympy] Feedback requested on new deprecations policy Jason Moore
  • Re: [sympy] Feedback requested on new deprecations policy Oscar Benjamin
  • Re: [sympy] Feedback requested on new deprecations policy Peter Stahlecker
  • Re: [sympy] Feedback requested on new deprecations policy Oscar Benjamin
  • Re: [sympy] Feedback requested on new deprecations policy Peter Stahlecker
  • Re: [sympy] Feedback requested on new deprecations policy Aaron Meurer
• [sympy] Area of Surface of Revolution Integral too Hard to be Computed By JULIA’ SymPy and Python’ SymPy Freya the Goddess
  • Re: [sympy] Area of Surface of Revolution Integral too Hard to be Computed By JULIA’ SymPy and Python’ SymPy Aaron Meurer
  • [sympy] Re: Area of Surface of Revolution Integral too Hard to be Computed By JULIA’ SymPy and Python’ SymPy [email protected]
  • [sympy] Re: Area of Surface of Revolution Integral too Hard to be Computed By JULIA’ SymPy and Python’ SymPy Oscar
  • [sympy] Re: Area of Surface of Revolution Integral too Hard to be Computed By JULIA’ SymPy and Python’ SymPy Kalevi Suominen
  • [sympy] Re: Area of Surface of Revolution Integral too Hard to be Computed By JULIA’ SymPy and Python’ SymPy Kalevi Suominen
  • [sympy] Re: Area of Surface of Revolution Integral too Hard to be Computed By JULIA’ SymPy and Python’ SymPy [email protected]
  • Re: [sympy] Re: Area of Surface of Revolution Integral too Hard to be Computed By JULIA’ SymPy and Python’ SymPy Oscar Benjamin
  • Re: [sympy] Re: Area of Surface of Revolution Integral too Hard to be Computed By JULIA’ SymPy and Python’ SymPy Aaron Meurer
• [sympy] Good First issue ??? Siddharth k
  • Re: [sympy] Good First issue ??? Oscar Benjamin
• [sympy] Contributing to SymPy Jatin Saini
  • [sympy] Contributing to sympy Jay Patankar
  • [sympy] Contributing to Sympy Arsh Khan
• [sympy] Order Add args when printing latex Paul Royik
  • Re: [sympy] Order Add args when printing latex Oscar Benjamin
  • Re: [sympy] Order Add args when printing latex Paul Royik
  • Re: [sympy] Order Add args when printing latex Oscar Benjamin
  • Re: [sympy] Order Add args when printing latex Paul Royik
• [sympy] Integral does only solve on second run Tom van Woudenberg
  • Re: [sympy] Integral does only solve on second run Aaron Meurer
  • Re: [sympy] Integral does only solve on second run Tom van Woudenberg
• [sympy] Just Starting out with the contribution , Wish me Luck ! Siddharth k
• [sympy] Convert string of a named expression in sympy to the expression itself Santiago S
  • [sympy] Re: Convert string of a named expression in sympy to the expression itself [email protected]
  • [sympy] Re: Convert string of a named expression in sympy to the expression itself Santiago S
  • [sympy] Re: Convert string of a named expression in sympy to the expression itself [email protected]
  • Re: [sympy] Re: Convert string of a named expression in sympy to the expression itself Oscar Benjamin
  • Re: [sympy] Re: Convert string of a named expression in sympy to the expression itself Aaron Meurer
• [sympy] Want to begin contributing towards SymPy Mehul Aggarwal
  • [sympy] Re: Want to begin contributing towards SymPy Mohit Kumar
• [sympy] Regarding contributing to sympy Sanikommu Devi
  • [sympy] Re: Regarding contributing to sympy Chris Smith
  • [sympy] Regarding contributing to sympy 'Sandeep Chaubey 4-Year B.Tech. Chemical Engineering' via sympy
  • Re: [sympy] Regarding contributing to sympy Alan Bromborsky
  • Re: [sympy] Regarding contributing to sympy 'Sandeep Chaubey 4-Year B.Tech. Chemical Engineering' via sympy
  • Re: [sympy] Regarding contributing to sympy Mohit Kumar
  • Re: [sympy] Regarding contributing to sympy 'Sandeep Chaubey 4-Year B.Tech. Chemical Engineering' via sympy
  • Re: [sympy] Regarding contributing to sympy Mohit Kumar
• [sympy] SciPy 2023 CFP Aaron Meurer
  • [sympy] Re: SciPy 2023 CFP S.Y. Lee
  • Re: [sympy] Re: SciPy 2023 CFP Aaron Meurer
  • [sympy] Re: SciPy 2023 CFP Aaron Meurer
  • [sympy] Re: SciPy 2023 CFP S.Y. Lee
  • Re: [sympy] Re: SciPy 2023 CFP Aaron Meurer
  • Re: [sympy] Re: SciPy 2023 CFP S.Y. Lee
  • Re: [sympy] Re: SciPy 2023 CFP S.Y. Lee
  • Re: [sympy] Re: SciPy 2023 CFP Aaron Meurer
  • [sympy] Re: SciPy 2023 CFP Aaron Meurer
• [sympy] composite assumption Staffan Lundberg
• [sympy] Simplification of Non-Linear Systems jesse grabowski
  • Re: [sympy] Simplification of Non-Linear Systems Oscar Benjamin
• [sympy] Step-by-Step mathematics in SymPy S.Y. Lee
  • [sympy] Re: Step-by-Step mathematics in SymPy [email protected]
  • [sympy] Re: Step-by-Step mathematics in SymPy S.Y. Lee

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