1. Welcome
3. Using
4. 1. Getting Started
5. 2. Analyzing ldmx-sw Event Files
6. 1. 2.1. Using Python (Efficiently)
   2. 2.2. Using ldmx-sw Directly
7. 3. Running and Configuring fire
8. 1. 3.1. Config File Basics
   2. 3.2. Structure of Event Processors
   3. 3.3. Drop Keep Rules
   4. 3.4. Event Skimming
   5. 3.5. Tips and Tricks
9. 4. Generating Simulation Samples
10. 1. 4.1. Which SimParticles are saved?
    2. 4.2. Configuring the Simulation
    3. 4.3. Re-Simulation
    4. 4.4. Alternative photo-nuclear models
11. 5. Dark Brem Signal Samples
12. 1. 5.1. How to Run
    2. 5.2. Legacy Instructions
13. 6. Batch Computing
15. Physics Guides
16. 7. Background
17. 8. Statistics and Calculations
18. 1. 8.1. Averages
    2. 8.2. Resolution
    3. 8.3. Multi-Bin Exclusion with Combine
    4. 8.4. Electrons on Target (EoT)
19. 9. ECal
20. 1. 9.1. Layer Weights
22. Developing
23. 10. Getting Started
24. 1. 10.1. Quick Switch to denv and just
25. 11. Building and Installing ldmx-sw
26. 1. 11.1. Shared Computing Clusting
    2. 11.2. Updating ldmx-sw
27. 12. Framework Structure
28. 13. Transition to ldmx-sw v4
29. 14. Tracking Performance of ldmx-sw
30. 15. Container-Software Compatibility
31. 16. Contributing
32. 1. 16.1. PRs in ldmx-sw
    2. 16.2. Coding rules
    3. 16.3. Unit Testing
33. 17. Logging
34. 18. Creating a new Event Bus Object
35. 19. Debugging
36. 20. Creating your own production image
37. 21. What the F.A.Q.?
38. 22. Why this workflow?
40. Reference
41. 23. C++ Doxygen Manual
42. 24. Python Config Manual
43. 25. Development Image Manual