Welcome
Getting Started
1.
Analyzing ldmx-sw Event Files
1.1.
Using Python (Efficiently)
1.2.
Using ldmx-sw Directly
2.
Building and Installing ldmx-sw
2.1.
Shared Computing Clusters
2.2.
Updating ldmx-sw
3.
What the F.A.Q.?
4.
Generating Simulation Samples
4.1.
Which SimParticles are saved?
5.
Getting Started at SLAC
6.
Running and Configuring fire
6.1.
Config File Basics
6.2.
Structure of Event Processors
6.3.
Drop Keep Rules
6.4.
Event Skimming
6.5.
Tips and Tricks
7.
Exercises
User Guides
8.
Transition to ldmx-sw v4
9.
Creating your own production image
10.
Creating a new Event Bus Object
11.
Configuring the Simulation
11.1.
Re-Simulation
12.
Dark Brem Signal Samples
12.1.
How to Run
12.2.
Legacy Instructions
13.
Alternative photo-nuclear models
Physics Guides
14.
Statistics and Calculations
14.1.
Averages
14.2.
Resolution
15.
ECal
15.1.
Layer Weights
For Developers
16.
Tracking Performance of ldmx-sw
17.
Container-Software Compatibility
18.
Contributing
18.1.
PRs in ldmx-sw
18.2.
Unit Testing
19.
Logging
20.
Container-less Building (not recommended)
Reference
21.
C++ Doxygen Manual
22.
Python Config Manual
23.
Development Image Manual
Light
Rust
Coal
Navy
Ayu
LDMX Software
ECal
Software-related physics topics for the LDMX Electromagnetic Calorimeter (ECal).