Stone & Chisel

Here Ogham is reproduced as material technology: functional axis, direction, stroke groups, support, and execution technique. The lab lets you work through the process while remaining explicitly a procedural reconstruction rather than a fake facsimile of a specific archaeological object.

Material inscription workbench · E4 reconstruction

Surface first. Letter second.

This is a procedural teaching model of Ogham material logic, not a facsimile of a specific archaeological stone. Choose feda, support, technique, and route, then carve stroke groups in sequence. Unicode is only a label.

Supportattested experimental supportTechniqueTwo-sided cutting creates a narrow V-section groove, typically using a flat-edged tool at an angle.

Reading routeA common teaching route for monumental inscriptions, not a universal rule for every object.

Feda sequence

Up to 10 feda in the lab scene. This is not an automatic translation of a modern name into Primitive Irish.

Schematic workshop

0 / 4 groups carved

Raking light72%The slider changes lighting only on this procedural model. It is not RTI of a specific archaeological object.

Material recordOGHAM_MATERIAL_REALITY_V1

Observed archaeological strokes and reconstructed strokes must never collapse into one data type. Every groove created in this scene is marked as reconstruction.

Fingerprint appears after the sequence is complete.

Pocking

Repeated blows form a broader pocked groove; point impressions may remain.

V-section

Cutting from two sides produces a narrow V-profile. It is a different groove geometry, not a different line colour.

Scoring

Fine scored strokes matter especially for some fine inscriptions and portable objects.