How xmuiewst/3d-ingan-led-model works
This MATLAB package reproduces a model-constrained 3D cathodoluminescence reconstruction, centered on a 5 kV example. The documented workflow takes a TIFF image, simulates selected pixels, saves spectral and integrated mappings, computes validation metrics, and exports an activity-structure package; forward ablation is optional. A separate entry point provides 3D modeling. Module roles are indicated by filenames, but source excerpts were unavailable, so internal calls and data flow between those modules are not asserted.
Main entry points: run_reconstruction.m Reconstruction entry · 5KV-Example.tif 5 kV example TIFF · simulation.m Pixel simulation · run_3d_modeling.m 3D modeling entry
Components 15
Reconstruction workflow
- Reconstruction entry
run_reconstruction.m - Workflow implementation
+precies/workflow.m - Forward ablation
Model methods
- Pixel simulation
+precies/simulation.m - Pixelwise inversion
+precies/pixelwise_inversion.m - Structural inversion
+precies/structural_inversion.m - Model configuration
+precies/config.m - VPIT method
+precies/vpit.m - TIFF operations
+precies/tiffops.m
Inputs and outputs
- 5 kV example TIFF
data/5KV-Example.tif - Simulation mappings
- Reconstruction metrics
- Activity-structure package
3D modeling
- 3D modeling entry
run_3d_modeling.m
Other components
- Researcher
Connections 8
- Researcher → Reconstruction entry: runs
- 5 kV example TIFF → Reconstruction entry: provides TIFF
- Reconstruction entry → Pixel simulation: simulates pixels
- Reconstruction entry → Simulation mappings: saves mappings
- Reconstruction entry → Reconstruction metrics: writes metrics
- Reconstruction entry → Activity-structure package: exports package
- Reconstruction entry → Forward ablation: optionally prompts
- Researcher → 3D modeling entry: runs