Tutorials

• Getting Started with ctapipe
  • Part 1: load and loop over data
  • Part 2: Explore the instrument description
  • Part 3: Apply some calibration and trace integration
  • Part 4: Let’s put it all together:
    • We can now load in the file we created and plot it
• Analyzing Events Using ctapipe
  • General Information
    • Design
    • Developement
    • What’s there?
    • What’s still missing?
    • What can you do?
  • A simple hillas analysis
    • Reading in simtel files
    • Data calibration
    • Event displays
    • Image Cleaning
    • Image Parameters
    • Putting it all together / Stereo reconstruction
  • ArrayDisplay
    • Reading the LST dl1 data
  • Isn’t python slow?
    • Why use python then?
    • Example: Number of Islands
• Coordinates usage in ctapipe
  • Open test dataset
    • Choose event with LST
  • AltAz
  • CameraFrame
  • TelescopeFrame
  • NominalFrame
  • GroundFrame
  • TiltedGroundFrame
• Exploring Raw Data
  • Explore the contents of an event
  • Look for signal pixels in a camera
  • Look at the time trace from a Camera Pixel
  • Do a very simplisitic trace analysis
  • Camera Displays
  • some signal processing…
• Explore Calibrated Data
  • Perform basic calibration:
  • Some image processing:
  • More complex image processing:
    • first, look at a summed image from multiple telescopes
• Make a theta-square plot
  • Plot the results