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ochubar / Radia

3D Magnetostatics Computer Code
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Radia selfextractable file #11

Open nietubyc opened 4 years ago

nietubyc commented 4 years ago

In the ReadMe.txt I found the instruction of Igor Radia installation, which refered to http://www.esrf.fr/machine/support/ids/Public/index.html in order to download self-extracting installation package. Unfortunately, calling for this website brings the http://www.esrf.eu/home/UsersAndScience/Accelerators.html page, where I could not find any further path to Radia. Could you please help me with downloading and installing Radia for Igor.

bruhwiler commented 4 years ago

Hello @nietubyc,

Another option you may consider for running Radia is to use the RadiaSoft Jupyter server, which is freely available at https://jupyter.radiasoft.org

Radia is already installed, so you can use it via the Python interface.

RadiaSoft personnel have been translating the Python examples into Jupyter notebooks, which give many of the same interactive capabilities that Mathematica provides. We are also developing 3-D interactive graphics capabilities which are accessible via Jupyter notebooks.

The Jupyter notebooks are available in GitHub: https://github.com/radiasoft/Radia-Examples

To access a GitHub repository on Jupyter, open a terminal session and type

git clone https://github.com/radiasoft/Radia-Examples.git

Have a look at the Radia_Ex05-widget.ipynb notebook which allows solving and visualization of the Example 5 dipole.

Sincerely, David