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In lugnet.announce, Erik Amzallag wrote:
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Hello,
After the unofficial presentation in a false scientific document [1], I’m
proud to announce you my latest application with SNIR technique [2].
This window is a combinaison of SNIR and SNOT.
When two 1x1 parts are placed in diagonal and turned with a 45° angle, (so
the two parts are parallel) the gap between the 1x1 parts is exactly the
thickness of a tile.
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Well, to be picky, it’s not *exactly* the same thickness. A tile is 0.4
“stud-widths” thick, but the distance between 2 such windows is about 0.414
(square-root of 2 minus 1) stud-widths. Over a larger area you would start to
notice the difference, but luckily LEGO is quite forgiving of such tolerances :)
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The width of a tile added with a stud height is 3 plates (or a brick or 2
plates + 1 tile) high.
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Again not exact but definitely close enough :)
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So, using this technique, I built the window where 1x1 parts are the glasses
and the tiles the borders. At last, this structure is placed vertically.
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The window looks wonderful!
ROSCO
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Message is in Reply To:
 | | A window using SNOT and SNIR techniques
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| Hello, After the unofficial presentation in a false scientific document [1], I'm proud to announce you my latest application with SNIR technique [2]. (URL) This window is a combinaison of SNIR and SNOT. When two 1x1 parts are placed in diagonal and (...) (20 years ago, 16-Sep-04, to lugnet.announce, FTX) !!
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