The design calls for long pieces of stone along the top of the pool walls that follow the curves; so to measure those curves, the guys at Funcpro placed reflective dots along the sides and top of the walls:
then used a laser scanner to pick up each point along the wall.
Their computer software turns these points into a 3-D CAD line drawing of what was just scanned, and this data can then be used by CNC machines in millwork shops, metal shops, and, in this case, stoneyards. Because the slabs will be somewhat thin, the folks over at J.C. Stone in
This is a close up of where the top of the pool's south entry area meets a taller sidewall.
This is the whole top step of the south entry area. All the holes and jagged edges were places lacking reflectors; if necessary, they would have been able to go back and fill them in.
A screen shot.
One other place on-site where we found this to be essential was in the templating for the edge stones in an octagon shaped room:
The uses for this technology are pretty diverse, and we hope to be able to continue using it in different ways on future projects.
For more information, feel free to contact us at 207-633-3818 or info@knickerbockergroup.com; Kevan Cole with Funcpro at 207-557-2056 or Kevan@funcpro.com; J.C. Stone at 207-549-4729. Pool layout design by Gates, Leighton & Associates, agalle@glala.com.
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