A modular shared-memory high-performance framework for multiscale cardiac multiphysics.
Warning
This package is under heavy development. Expect regular breaking changes for now. If you are interested in joining development, then either comment an issue you are interested or directly reach out to me via julialang.zulipchat.com, mail or julialang.slack.com. Alternatively open a GitHub discussion if you have something specific in mind.
If you have questions about Thunderbolt it is suggested to use the #Thunderbolt.jl stream on Zulip.
If you encounter what you think is a bug please report it. A CONTRIBUTING.md will be provided soon with more information.
To use Thunderbolt you first need to install Julia, see https://julialang.org/ for details.
Installing Thunderbolt can then be done from the Pkg REPL; press ] at the julia> promp to
enter pkg> mode:
pkg> add Ferrite#b6976d3, https://github.com/termi-official/Thunderbolt.jl#main
Note
The package is under codevelopment with Ferrite.jl, which is why you will need the currently (unreleased) 1.0 version of Ferrite.jl and the (unregistered) Thunderbolt.jl package. Please use these Ferrite.jl docs for Ferrite specific questions.
This will install Thunderbolt and all necessary dependencies. Press backspace to get back to the
julia> prompt. (See the documentation for Pkg, Julia's
package manager, for more help regarding package installation and project management.)
Finally, to load Thunderbolt, use
using ThunderboltYou are now all set to start using Thunderbolt!
To build the docs you first need to install Julia, see https://julialang.org/ for details.
Then you need to install the packages. To accomplish this you first start a julia shell in the
docs fonder and open the Pkg REPL; i.e. press ] at the julia> promp to
enter pkg> mode. Then you activate and instantiate via
(@v1.9) pkg> activate .
(docs) pkg> instantiate
This has to be done only once. Now you can use the provided liveserver to build and open the docs via
$ julia --project=. liveserver.jl
Now you can view the documentation at https://localhost:8000 . All further information will be provided there.
Please keep in mind that we are part of the Julia community and adhere to the Julia Community Standards.
This framework is primarily developed at the chair of continuum mechanics at Ruhr-University Bochum under Prof. Dr.-Ing. Daniel Balzani.