API reference#
The API is split across four modules under amfora.core. Every public function is documented here with the same NumPy-style docstrings that appear in the source. If you spot stale or unclear documentation, please open an issue (see Contributing).
Module layout#
Module |
Purpose |
Highlights |
|---|---|---|
Image preprocessing, masking, feature detection |
|
|
Per-sherd and batch metric calculation |
|
|
Inspection / plotting helpers |
|
|
Cross-sherd statistical summaries |
clustering, PCA, group comparison helpers |
Top-level convenience imports#
All headline functions are re-exported at the package root, so you can write amfora.contour_detection(...) instead of amfora.core.detection.contour_detection(...):
import amfora
# All of these work and refer to the same function objects:
amfora.sherd_mask
amfora.sherd_blobs
amfora.contour_detection
amfora.analyze_single_sherd
amfora.full_analysis
The full re-export list lives in src/amfora/__init__.py.
Reading the docstrings#
Each function’s docstring includes:
A one-line summary.
A longer description of what it does and why, including algorithmic notes.
A
Parameterssection with type, default, and explanation for every argument.A
Returnssection describing the return shape and meaning.Often a
NotesorLimitationssection with calibration data or known failure modes.
When in doubt about a parameter, the docstring is the source of truth — it’s regenerated into these pages on every documentation build.
Synthetic test helper#
In addition to the four core modules, the package exposes amfora.testing, a deterministic synthetic-sherd generator used by the test suite. It’s useful for validating detection parameters against known ground truth:
from amfora.testing import generate_ceramic_image
image, label_mask, metadata = generate_ceramic_image(
image_size=(700, 700),
n_inclusions=50,
size_range=(6, 14),
seed=42,
paste_noise_std=10, # realistic paste noise
)
print(metadata["kind_placed_counts"]) # exact ground-truth counts
See src/amfora/testing.py for the full signature and parameter documentation.