facok f1661ed4bf Use grayscale noise for sharpness calibration ...

RGB noise has independent per-channel variation that blur affects
differently, introducing inter-channel variance captured as PC2.
Grayscale noise (same value across RGB) ensures blur affects all
channels identically, raising PC1 from 95.8% to 96.7%.

Also added per-vector zero-mean to remove VAE brightness drift
and diagnostic logging for per-blur-level latent means.

2026-03-20 16:37:34 +08:00

..

__pycache__

Add progress output to calibration

2026-03-20 03:02:04 +08:00

__init__.py

Add docstrings to all public functions, classes, and methods

2026-03-17 02:26:21 +08:00

calibration.py

Add progress output to calibration

2026-03-20 03:02:04 +08:00

color_space.py

Refactor: extract shared _hue_lerp and _wrap_hue_diff helpers

2026-03-19 18:14:13 +08:00

defaults.py

Add docstrings to all public functions, classes, and methods

2026-03-17 02:26:21 +08:00

diagnostics.py

Refactor: extract shared _hue_lerp and _wrap_hue_diff helpers

2026-03-19 18:14:13 +08:00

lcs_data.py

Add docstrings to all public functions, classes, and methods

2026-03-17 02:26:21 +08:00

patchify.py

Implement LCS plugin for training-free color control in FLUX

2026-03-17 01:43:26 +08:00

sampling.py

Fix sharpness calibration and simplify intervention hook

2026-03-20 13:12:46 +08:00

sharpness.py

Use grayscale noise for sharpness calibration

2026-03-20 16:37:34 +08:00

timestep.py

Implement LCS plugin for training-free color control in FLUX

2026-03-17 01:43:26 +08:00