Organisation

[JPBGoe]

• repository creation
• design the project
  • check xdsp (Mo)
    • data input format
    • data output format
  • check SimEx (Mo)
    • data input format
    • data output format
  • check xcsit especially with the charge propagation simulation (Tue)
    • data input format
    • data output format
  • check if inheritance from SimEx.XFELPhotonDetector is possible (Mo)
  • get familiar with python h5py (Tue)
  • design a translator if necessary between input-input and output-output maybe (Tue)
  • check which functions are need to be called to run a proper simulation with xdsp and xscit (Tue)
  • make a graphical representation which includes data flow (Tue)
  • if required, create an Diagram showing the heredity of designed classes and their methods (Tue)
  • find a way to the src and include directory of xcsit (Tue)
    -> which functions are given, what do they do and what is additionally needed
• for each function/ class design unittests (Tue -> We - Fr)
• implementation of the design
  • c++ interfaces defined and implemented (We - Mo2)
  • c++ interfaces exposed to python (We - Mo2)
  • module tests for c++ classes written (Mo2-So2)
  • settle the issue of missing path variable of geant4 classes (Mo3)
  • python class written (Tue2-x)
  • python class tested (Tue2-x)
• cmake (Mo3-Di3)
  • integrate into SimEx
  • make it nice: try to get rid of source file compilation by using .so and .o objects
• Correct the last problems (We2 ...)
• Documentation (We2 ...)
• Run and Test by using an example (We2 + x)

[CFGrote]

Breakdown looks good. Can you add time estimates?