Temple Finghin and Round Tower SMR No.: OF005-006----
Monument Type: Church
A Romanesque nave and chancel church with dividing chancel arch and contemporary round tower at the intersection of the nave and chancel in the S wall. Only the wall foundations of the nave survive with a reconstructed Romanesque window in the W gable and partial evidence of a Romanesque door with three orders, the bases of which are all that survive at the W end of the S wall. The well preserved chancel is built with coursed ashlar blocks in a similar fashion to the adjoining round tower. Small round headed window in the E gable and a decorated piscina in grey marble in the S wall which is very similar to the piscina in the cathedral (OF005-0040001-). It dates from the 1160s and may have been associated with a community of Augustinian canonesses. The round tower is six storeys high and is completely intact with conical cap. The tower which is accessed from the chancel had wooden floors with each level lighted by a window on the SE side. The windows consist of small flat headed and recessed round headed windows similar to the reconstructed window at the E wall of the Nuns' Church (OF005-029001-). The chancel arch has three orders and is finely decorated with Romanesque motifs and has a later medieval limestone inner arch. An interesting architectural feature is the squinch in the SE angle of the nave which is carried on an engaged column built to carry the weight of the round tower inside the nave.
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High Resolution Data
3D Capture Method: Terrestrial laser scanning (TLS)
3D Capture Description: Phase based terrestrial laser scanning using a Faro Focus 120 laser scanner. The instrument quotes the following specification:
- Distance accuracy up to ±2mm.
- Range from 0.6m up to 120m.
- Measurement rate up to 976,000 points/sec.
- Intensity & RGB. Integrated colour camera.
- Photorealistic 3D colour scans with up to 70 megapixels.
- Parallax-free colour overlay.
Laser scans geo-referenced using RTK GPS with VRSnow corrections
Data Processing Software
Processing of point cloud data: Faro Scene & Pointools
Meshing of data: Geomagic Studio 2012
3D Modelling & Texturing: Autodesk Mudbox, Mari, 3D Studio Max