Fidimag
Installation
User Guide
Magnetism and Numerical Methods
Run fidimag inside a Docker Container
Fidimag: A Basic Simulation
1D domain wall
Simulating an Anisotropic Grain Structure
Spin-polarised-current-driven domain wall
FMR standard problem
Isolated skyrmion in confined helimagnetic nanostructure
Simulating an Anisotropic Grain Structure
Spin-polarised current driven skyrmion
Spin wave propagation in periodic system
Micromagnetic standard problem 4
Steepest Descent minimiser
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User Guide
ΒΆ
Tutorials
Run fidimag inside a Docker Container
Setup Docker
Setup fidimag docker container with Jupyter Notebook
Start Notebook on container
Detach the docker image (to run in the background)
Show active Docker containers
Stop a docker container
Explore the docker container / run Fidimag from (I)Python
Mount the local file system to exchange files and data with container
Explore Jupyter notebook examples with the Docker container
Use smaller docker containers
Fidimag: A Basic Simulation
Meshes
Creating the Simulation Object
Adding Interactions (and specifying material parameters)
Relaxing the Simulation
Inspecting the data
Structure of (spatial) m array
Plotting m (spatial)
Plotting m (average)
1D domain wall
Problem specification
Simulation
Simulating an Anisotropic Grain Structure
Spin-polarised-current-driven domain wall
Problem specification
Simulation functions
Simulation
FMR standard problem
Problem specification
Dynamic stage
Postprocessing
Isolated skyrmion in confined helimagnetic nanostructure
Problem specification
Simulation using the LLG equation
Simulation using Steepest Descent
References
Simulating an Anisotropic Grain Structure
Spin-polarised current driven skyrmion
Spin wave propagation in periodic system
Micromagnetic standard problem 4
Problem specification
Simulation
Steepest Descent minimiser
1D example
2D skyrmion
Installation
Run fidimag inside a Docker Container