IMAS Tutorial - Poznan (10.19)

• 00. Initial setup
• 01. Kepler - basic topics
• 02. Kepler - advanced topics
• 03. Kepler - ETS workflow
• 04. FC2K - basic topics
  • 04.1. FC2K basics
• 05. IMAS - basic topics(POZ'19Oct)
  • 05.1. IMAS - basic topics - Data Model(POZ'19Oct)
  • 05.2. IMAS - basic topics - Access Layer(POZ'19Oct)
  • 05.3. IMAS - basic topics - environment set-up(POZ'19Oct)
• 06. IMAS - accessing IDS data(POZ'19Oct)
  • 06.1. IMAS - accessing IDS data from commandline(POZ'19Oct)
  • 06.2. IMAS - accessing IDS data from user's code(POZ'19Oct)
    • 06.2.1 Python examples(POZ'19Oct)
    • 06.2.2 Fortran examples(POZ'19Oct)
    • 06.2.3 CPP examples(POZ'19Oct)
• 07. IMAS - accessing code parameters from user's code(POZ'19Oct)
  • 07.1. Accessing code parameters from pure IMAS code (POZ'19Oct)
  • 07.2. Accessing code parameters from FC2K actor (POZ'19Oct)
• 08. IMAS - building IMAS compatible code
• 09. FC2K - building IMAS based actors
• 10. FC2K - sample codes
  • 10.1. FC2K - accessing IDS - sample codes
  • 10.2. FC2K - mpi - sample codes
  • 10.3. FC2K - switchLib - sample codes
  • 10.4. FC2K - sandbox - sample codes
  • 10.5. FC2K - dynamic arrays - sample codes
• 11. Docker - running IMAS based containers
• 12. IMASViz v2

The scientific work is published for the realization of the international project co-financed by Polish Ministry of Science and Higher Education in 2019 from financial resources of the program entitled "PMW"; Agreement No. 5040/H2020/Euratom/2019/2

This work has been carried out within the framework of the EUROfusion Consortium and has received funding from the Euratom research and training programme 2014–2020 under grant agreement No 633053. The views and opinions expressed herein do not necessarily reflect those of the European Commission or ITER