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    <channel>        <title>Birk Binnard&#039;s Photos</title>
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        <pubDate>Mon, 05 Feb 2024 22:42:39 +0000</pubDate>
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            <title>Birk Binnard&#039;s Photos</title>
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                        <title>IMG_20170830_084428</title>
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            by Birk Binnard </description>
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                        <title>IMG_20170816_092512</title>
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            by Birk Binnard </description>
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                        <title>IMG_20170816_092422</title>
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            by Birk Binnard </description>
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                        <title>IMG_20170814_220949</title>
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            by Birk Binnard </description>
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                        <title>IMG_20170409_104750</title>
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            by Birk Binnard </description>
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                        <title>IMG_20170409_104511</title>
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            by Birk Binnard </description>
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                        <title>Photo2: Vase comprised of 2 opposite direction twists</title>
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                            <description>
                
            by Birk Binnard Based on a posting by neobobkrause I added a second outside surface but with reversed rotation values: x*(-1). A simple Brep Join resulted in this interesting result.
Before trying to 3D Print this part I want see if there is a way to eliminate the sharp corners in the final pattern.</description>
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                        <title>Photo1: Vase with 1-way twist</title>
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            by Birk Binnard This part is a Loft surface defined by 10 horizontal edge curves, each rotated by a specified amount. The part has smooth inside surface, a solid bottom, and a rounded top edge .</description>
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                        <title>VoronoiBowl2</title>
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            by Birk Binnard Thanks to Fabrizio De Paolis for providing the basics on how to make solid Voronoi cutouts.</description>
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                        <title>Improved LED Lamp design for 3D printing</title>
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            by Birk Binnard Thanks to Daniel González Abalde for providing guidance on how to create evenly spaced points on a curved 3D surface. This design is much better than my original one that had cutouts based on random points.

Print time for this part is about 10 hours; I&#039;ll post a link to for the STL file sometime tomorrow.</description>
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