Taormina acoustics

Classic edition

Comparison · The architecture

Two whole configurations

The same research question, carried through different architectural assumptions.

Roman reconstruction hypothesis (A)

Roman reconstruction hypothesis (A). Overview presentation of the theatre and layered terrain.

Ruin configuration as simulated (B)

Ruin configuration as simulated (B). Overview presentation of the theatre and layered terrain.
The two model configurations share a camera and presentation treatment. Surface colours, layered terrain and lighting are display choices, not historical-material or acoustic evidence.Full image AFull image B

Roman reconstruction hypothesis (A)

A reconstruction hypothesis for the Roman theatre. A full-height stage wall rises behind the raised stage; the seating descends towards a round orchestra. It combines published reconstruction work with the project’s stated modelling assumptions.

Ruin configuration as simulated (B)

A simplified composite of later alteration, loss and restoration. The stage-wall centre is open, the orchestra has become an arena, and the lowest seating rows are absent. It has no single date and is not a survey of the site today.

Reading the model

What differs

The stage wall
A continuous enclosure in A; a central opening in B. Its dimensions are modelling assumptions.

A

Roman reconstruction hypothesis (A). Matched detail of the stage wall and towers.

B

Ruin configuration as simulated (B). Matched detail of the stage wall and towers.
Matched crop: stage wall.Full image AFull image B
Orchestra and arena
The enlarged arena in B is a Roman remodelling, rather than damage. It replaces the lowest rows.
The seating
B’s seating is built upward from its arena podium. The resulting height difference is a consequence of the parametric model, not evidence that surviving seats were raised.
The surfaces
A and B are assigned partly different assumed material classes, which set each surface’s acoustic behaviour. Rendered surface appearance supplies no acoustic information.

A receiver is a rank, not a shared place.

Receivers are named seating ranks where the model collects sound energy. Each receiver identifier names a wedge, tier and row within each configuration, so the same rank can occupy different positions in A and B. Each result retains its own coordinates.

The maps on Results use a separate grid of map samples, paired by identifier: a matched pair shares its horizontal position, and each configuration retains its own height. Receiver pairs use receiver identifiers. Neither pairing uses proximity.