Starterkit 2018 (ALICE + LHCb + SHiP)

Contribution List

22. Reception and payment

26/11/2018, 09:00

1. Welcome (ALICE, LHCb and SHiP combined)

Marco Van Leeuwen (Nikhef National institute for subatomic physics (NL))

26/11/2018, 10:00

25. Bash A (with LHCb and SHiP)

26/11/2018, 10:55

26. Bash B (with LHCb and SHiP)

26/11/2018, 10:55

27. Bash C (with LHCb and SHiP)

26/11/2018, 10:55

4. Python A (with LHCb and SHiP)

26/11/2018, 13:40

28. Python B (with LHCb and SHiP)

26/11/2018, 13:40

29. Python C (with LHCb and SHiP)

26/11/2018, 13:40

30. Python A (with LHCb and SHiP)

26/11/2018, 15:25

31. Python B (with LHCb and SHiP)

26/11/2018, 15:25

32. Python C (with LHCb and SHiP)

26/11/2018, 15:25

38. Python A (with LHCb and ALICE)

27/11/2018, 09:00

39. Python B (with LHCb and ALICE)

27/11/2018, 09:00

40. Python C (with LHCb and ALICE)

27/11/2018, 09:00

41. Python A (with LHCb and ALICE)

27/11/2018, 10:45

42. Python B (with LHCb and ALICE)

27/11/2018, 10:45

43. Python C (with LHCb and ALICE)

27/11/2018, 10:45

10. Git A (with LHCb and SHiP)

27/11/2018, 13:30

33. Git B (with LHCb and SHiP)

27/11/2018, 13:30

34. Git C (with LHCb and SHiP)

27/11/2018, 13:30

35. Git A (with LHCb and SHiP)

27/11/2018, 15:15

36. Git B (with LHCb and SHiP)

27/11/2018, 15:15

37. Git C (with LHCb and SHiP)

27/11/2018, 15:15

20. What you need to know before we start

Dario Berzano (CERN), Redmer Alexander Bertens (Nikhef National institute for subatomic physics (NL))

28/11/2018, 09:00

• Check if prerequisites are satisfied
• Information about the ALICE support channels

6. Install and develop ALICE software on your laptop

Dario Berzano (CERN)

28/11/2018, 09:30

Using aliBuild and Docker containers

12. Contribute to ALICE software: GitHub pull requests

Dario Berzano (CERN)

28/11/2018, 11:00

24. ROOT Primer

28/11/2018, 13:30

18. Understand the ALICE data flow from raw data to analysis objects

Cristina Terrevoli (University of Houston (US))

29/11/2018, 09:00

7. Write and run your analysis from the grounds up pt.1

Alexander Philipp Kalweit (CERN)

29/11/2018, 10:30

44. Prerequisites 2: Certificates

Dario Berzano (CERN)

29/11/2018, 14:00

13. Write and run your analysis from the grounds up pt.2

Redmer Alexander Bertens (Nikhef National institute for subatomic physics (NL))

29/11/2018, 14:30

8. Debug and profile C++ code

Dr Dario Berzano (CERN)

30/11/2018, 10:00

14. Advanced C++: memory management and modern standards

Markus Fasel (Oak Ridge National Laboratory - (US))

30/11/2018, 13:30

23. Closing: time for last questions and help

30/11/2018, 15:30

5. Bash and the command line interface

21. Before we start: prerequisites part 2

Dario Berzano (CERN), Redmer Alexander Bertens (Nikhef National institute for subatomic physics (NL))

9. Improve your control over analysis runs with nittygriddy

Christian Bourjau (University of Copenhagen (DK))

3. Lunch break

11. Lunch break

2. Python

15. Social Event (ALICE + LHCb)

16. Understand the ALICE data flow from raw data to analysis objects

17. Understand the ALICE data flow from raw data to analysis objects

Francesco Prino (Universita e INFN Torino (IT))

19. Writing and running a task from the ground up - wrapping up

Redmer Alexander Bertens (Nikhef National institute for subatomic physics (NL))