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Category Archives: Conceptual Mass

Kepler-Poinsot Polyhedron #1: Small Stellated Dodecahedron

December 3, 2012by captainswat 2 Comments

It was great to meet Alfredo Medina at AU2012.  What a great feeling to make a friend who shares the same passion and also to know he was doing exactly the same […]

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Adaptive Components, Conceptual Mass, Geometry, Math

Archimedean Solid Study: Truncated Icosahedron

November 24, 2012by captainswat Leave a comment

Understanding the geometry of truncated icosahedron.  A truncated icosahedron is formed by 12 identical faces of regular pentagons and 20 identical faces of hexagons. To be able to construct this […]

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Conceptual Mass, Geometry, Math

Platonic Solid Study #4: Dodecahedron

November 24, 2012by captainswat Leave a comment

Understanding the geometry of dodecahedron.  A dodecahedron is formed by 12 identical faces of regular pentagons. The geometry is created with 3 parts:  the top and the bottom are two identical […]

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Conceptual Mass, Geometry, Math

Platonic Solid Study #3: Icosahedron

November 24, 2012by captainswat Leave a comment

Understanding the geometry of icosaahedron.  An icosahedron is formed by 20 identical faces of equilateral triangle. The geometry is composed of 3 parts.  The middle part is a blend of two […]

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Conceptual Mass, Geometry, Math

Platonic Solid Study #2: Octahedron

November 24, 2012by captainswat Leave a comment

Understanding the geometry of octahedron.  An octahedron is formed by 8 identical faces of equilateral triangle. Basically it is composed of 2 pyramids.  To create it in Revit, I made two extrusion […]

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Conceptual Mass, Geometry, Math

Platonic Solid Study #1: Tetrahedron

November 24, 2012by captainswat Leave a comment

Understanding the geometry of tetrahedron.  A tetrahedron is formed by 4 identical faces of equilateral triangle. To create it in Revit, I made an extrusion from the base equilateral triangle.  The extrusion […]

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Conceptual Mass, Geometry, Math

Ball Collection #1: Soccer Ball

November 18, 2012by captainswat Leave a comment

My project on ball collection: 1st attempt This is an attempt to study the geometry of the soccer ball as well as a challenge to make the ball parametric.  The configuration of how […]

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Balls, Conceptual Mass, Math

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Phil-osophy in BIM

a team equipped with specialized parametric tools

Paul F. Aubin

a team equipped with specialized parametric tools

RevitCat

a team equipped with specialized parametric tools

Shades of Grey

a team equipped with specialized parametric tools

Revit OpEd

a team equipped with specialized parametric tools

The Simply Complex Blog

a team equipped with specialized parametric tools

Planta1

a team equipped with specialized parametric tools

Paradigm Shift

buildz

a team equipped with specialized parametric tools

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