Side-by-side or overlay PDF diff driven by one engine that reads each file into a structured model — text, vector geometry, images, form fields, annotations — and compares the models. Moves show as moves, edits show only where they happened, and any PDF type works without picking a mode.
Open a STEP / STP part and it measures itself — volume, thinnest wall, draft and undercut checks on load, plus hole detection with a BOM. Measure, section, export STL. Rust + WASM B-rep kernel, runs in your browser.
iru-type soup seasoning sold by market women. Made in 3 steps over 8 h. The longest step, soak seeds, takes 6 h (Jeff-Agboola Y.A. et al). Bacillus amyloliquefaciens and B. subtilis do most of the fermenting.
No fixed amounts recordedWhat goes in. No source gives amounts for this ferment.
African yam bean seeds (Sphenostylis stenocarpa)
Starter: spontaneous (natural); starter trials with Bacillus amyloliquefaciens and B. subtilis
Total time across the recorded steps: 8 h
Start
Drag the bar or press Play
What changes:African yam beans soak overnight
Step 1 of 3
Soak seeds
Time
6 h
Sourced
Temperature
ambient; 30 (lab)
Unconfirmed
Salt
0
Unconfirmed
Acidity
Not documented
Which microbes the steps name, step by step
Bacillus proteolysis
Output: soaked seeds.
Flavour
Not documented
Texture
swollen
Colour
Not documented
Microbes at work in this step
Not documented for this step.
Method
Measured measured in a studySet fixed by a specification or tested recipeReported one source reports itTypical a general value, not sourced for this fermentUnconfirmed not yet checked against a source
Variants
Owoh from African yam bean (Niger Delta)a 2026 review says owoh (Urhobo, Itsekiri) is made from cottonseed or African yam bean [PMC13564609]; see `owoh`
[PMC13025381] Elegbeleye J., Sivakumar D. Unravelling the impact of diverse fermentation techniques on key nutrient absorption in Bambara groundnut and African yam bean: a review. Foods 2026;15(6):1109paper
[PMC13564609] Ethnogeographic Distribution of Nigerian Fermented Foods and the Prospects for Bioeconomy Improvements. Foods 2026;15(17):3087paper