PyMicroglia Wiki
This wiki is the long-form PyMicroglia reference. It explains how to inspect,
run, review, and reproduce microglial bioluminescence time-lapse analyses.
Start Here
| Page |
Purpose |
| Installation |
Install the core package or the optional analysis features. |
| First analysis |
Check the environment, inspect a pipeline, and start a recorded run. |
| Check a run |
Find outputs, read the run record, and recover the equivalent script. |
| Action index |
Find one of the 26 runnable operations. |
| Single-cell dLuc pipeline |
Run the complete segmentation, tracing, controls, and rhythm workflow. |
| Artefact store |
Understand what is kept, rebuilt, or reused. |
| Recording and Batch |
Read results without opening the source pixels. |
| Troubleshooting |
Diagnose installation, action, store, and Fiji problems. |
Choose the Right Entry Point
| Need |
Use |
| A complete analysis of one recording |
A pipeline. |
| One processing, measurement, figure, or video step |
A named action. |
| Results that already exist on disk |
Recording or Batch from the results interface. |
| A quick health check |
pymicroglia doctor. |
Main Reference
| Page |
Purpose |
| Analysis flow |
The order from raw pixels to a reviewable result. |
| API reference |
Public Python objects and functions grouped by task. |
| Using actions |
Describe, validate, run, and record an action. |
| Pipelines |
End-to-end workflows and their scientific boundaries. |
| Results |
Stored outputs, lazy access, and provenance. |
| Workflows |
Task-based guides. |
| Glossary |
Short definitions of package terms. |
| Developer docs |
Maintainer guidance and documentation upkeep. |