PySoftK

Contents:

  • About
  • Usage
  • Tutorials: Modelling Polymers
    • Preparing monomers for PySoftK
    • From single molecules to polymers using PySoftK
    • Creating a Polymer
    • Creating chains of Polymers
    • Creating diblock Polymers
    • Creating random Polymers
    • Creating cyclic Polymers
    • Creating branched Polymers
    • Creating patterned Polymers
    • Recursive linear polymer generation with Lpr
    • Modelling soft-matter long chain polymers
    • Creating new polymers from different modules
    • Automatic Folder Creation
    • Computing using ab-initio calculators
    • Automatic torsional angle detection for planar polymers
  • Tutorials: Analysis Tools
  • Frequently Asked Questions
  • pysoftk
PySoftK
  • Tutorials: Modelling Polymers
  • View page source

Tutorials: Modelling Polymers

In this section, we will introduce the basic workflows that can be developed with PySoftK. Similarly, the creation of a new function that enables the creation of a ring polymer using pre-existing functions of PySoftK introduces the user into the process of developing new tools using PySoftK.

  • Preparing monomers for PySoftK
  • From single molecules to polymers using PySoftK
  • Creating a Polymer
  • Creating chains of Polymers
  • Creating diblock Polymers
  • Creating random Polymers
  • Creating cyclic Polymers
  • Creating branched Polymers
  • Creating patterned Polymers
  • Recursive linear polymer generation with Lpr
  • Modelling soft-matter long chain polymers
  • Creating new polymers from different modules
  • Automatic Folder Creation
  • Computing using ab-initio calculators
  • Automatic torsional angle detection for planar polymers
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© Copyright 2024, Alejandro Santana-Bonilla, Raquel Lopez-Rios de Castro, Rob Ziolek, and Chris Lorenz.

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