The Delocalized Physicist

The Delocalized Physicist

Where code does matter and matter is coded.

  • Home
    • Contact
    • CV
  • Blog
  • Research Interests
    • Metal-Organic Frameworks The role of 1D metal-oxide chains in Metal-Organic Frameworks
    • Doped CeO2 Investigation of tunable buffer layers for coated superconductors
    • Pt-Nanowires Pt induced Ge Nanowires on Ge(001)
  • Software and HPC
    • HIVE STM-program
      • Register your HIVE-STM Use this form to register your copy of the HIVE-STM program and get access to user-support.
      • List of HIVE-STM publications A listing of publications using and citing the HIVE-STM program.
      • HIVE-STM: FAQ
    • HIVE 4.x Toolbox
    • VASP info
      • VASP tutorials
      • VASP errors List of VASP errors and possible solutions.
    • Fortran Tutorials
    • Machine Learning & AI
  • Students
  • publications
    • Publication list Single page giving a reference list style overview of my publications.

Fortran Tutorials

On this page you can find a full listing of the Fortran tutorials I have written.

1. General Fortran-in-Windows tutorials

  • Fortran: Tales of the Living Dead
  • Installing a Fortran compiler and IDE
  • Installing a new 64-bit compiler & Compiling Lapack 64-bit on Windows
  • Starting a new Fortran-project in Code::Blocks

 

2. Fortran-projects

  1. A progress bar: How to create a Fortran library

 

3. Agent based Opinion dynamics Tutorial (Object Oriented Fortran 2003)

  1. Tutorial OOP(I): Objects in Fortran 2003
  2. Tutorial OOP(II): One problem, different possible classes
  3. Tutorial OOP(III): Constructors and Destructors
  4. Tutorial OOP(IV): Operator and Assignment Overloading
  5. Tutorial OOP(V): Documenting Fortran Classes with Doxygen

 

4. HPC/Scientific Fortran

  1. OpenMP parallelization I: basic for-loop parallelization

Recent Posts

  • Review of 2022
  • Elucidating the optimized P2 type Na0.67Mn1−xCuxO2 cathode active material via operando XAS
  • Python Tutorial: Child Classes
  • Cover image Polymer International: A machine learning approach for the design of hyperbranched polymeric dispersing agents based on aliphatic polyesters for radiation curable inks
  • A machine learning approach for the design of hyperbranched polymeric dispersing agents based on aliphatic polyesters for radiation curable inks

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