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A package to study motion on force dipoles in spherical fluid membranes.

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sarthakbagaria/curved-membrane-fluid-dynamics

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Initial Setup

  1. Install Julia Lang.
  2. Install Visual Studio Code.
  3. Install 'Julia' extension for Visual Studio Code.
  4. (For new package) Run Julia Lang application and then enter ] generate <pkg name> to generate a new project folder with julia environment.

Running Project

  1. Open project folder in VS Code.
  2. Start Julia REPL using Julia: Start REPL in VS Code command pallete.
  3. Set the Julia enviroment to project name in VS Code using Julia: Activate This Environment in VS Code command pallete.
  4. (First time) For a newly downloaded package, run using Package; Pkg.instantiate() in Julia REPL to install the packages needed for this project.
  5. Can use VS Code command pallete to run selected code via Julia: Execute Code in REPL or entire .jl file via Julia: Execute Active File in REPL.

Using Package Manager

  • To add package: ] add <package>.

Reference

This code was written to study the dynamics of force dipoles in spherical fluid membranes and was used for research in writing the paper:

  • Bagaria, S., & Samanta, R. (2021). Dynamics of Force Dipoles in Curved Biological Membranes. arXiv preprint arXiv:2110.05460.

Please refer to the paper for details.

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A package to study motion on force dipoles in spherical fluid membranes.

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