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Planes to Solid Geometry

Date post: 23-Mar-2016
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An exploration of geometric shapes using planes as a base for unit logic
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The midpoints of the edges of a solid square were used to set the rules for component design exploration. When the components edg- es are combined they cre- ate a faceted solid object. The aggregate of this object results in several forms when combined at different points The pattern was flipped and in a cube if forms a polarized pattern where planes were discovered. For construction, the planes can be broken down individ- ually and assembled adge to edge creating a tubular cen- ter where a tie rod can hold the indivual planes together. When aggregate along the corner the tie rod can extend from one component to the next. The aggregate of the compo- nents can be structurally ap- plied to staircases or trusses. Square Decomposition Planar Logic to Solid Not to Scale Sheet 1 of 1 Component Geometry Assignment 1 Juan A. Ayala
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Page 1: Planes to Solid Geometry

The midpoints of the edges of a solid square were used to set the rules for component design exploration.

When the components edg-es are combined they cre-ate a faceted solid object. The aggregate of this object results in several forms when combined at different points

The pattern was flipped and in a cube if forms a polarized pattern where planes were discovered.

For construction, the planes can be broken down individ-ually and assembled adge to edge creating a tubular cen-ter where a tie rod can hold the indivual planes together.

When aggregate along the corner the tie rod can extend from one component to the next.

The aggregate of the compo-nents can be structurally ap-plied to staircases or trusses.

Square DecompositionPlanar Logic to Solid

Not to Scale

Sheet 1 of 1

Component GeometryAssignment 1

Juan A. Ayala

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