Visualizing with CAD: An Auto CAD Exploration of Geometric and Architectural FormsSpringer New York, 26.08.1994 - 359 Seiten I spent the first twenty six years of my life in Rome. I used to go for ice cream to a popular place near the Pantheon and I remem ber the excitement I felt, beyond the chocolate and whipped cream, when I entered this ancient Roman temple. After staring at the "shower" of light coming from the circular opening at the center of the dome, as strong as a spotlight, I remember being attracted almost hypnotically to the place below the opening. I remember counting the coffers carving the concave dome, com posed in five rows of circular arrays, and could feel the power and protection created by the concave space. I also recall going every Sunday to Piazza San Pietro. This Baroque square is well known for its colonnades, which have an oval shape defined by two interlocking circles. For each of these circles there is a mark, located approximately at its center, from which the four aligned rows of columns appear as one. Before entering the church, almost as a part of a ritual, I had to find the mark in the pavement of the oval square. I was amazed by how the rows of columns could appear and disappear according to my position in relation to the mark:. |
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Visualizing with CAD: An Auto CAD Exploration of Geometric and Architectural ... Daniela Bertol Eingeschränkte Leseprobe - 2013 |
Visualizing with CAD: An Auto CAD Exploration of Geometric and Architectural ... Daniela Bertol Keine Leseprobe verfügbar - 1994 |
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according angle arch architectural composition architectural elements AutoCAD AutoLISP AutoLISP routine axis axonometric axonometric projection Barcelona Pavilion basic Boolean operations boundaries CAD model Chapter characteristics columns Command complex computer-aided design configuration connected grids construction coordinates create cube curved defined desired entities dimensional dimensions dodecahedron dome dynamic model elevation enclosed equilateral Euler's formula evolution evolve example faces floor plan geometric model geometric primitives geometric transformations graphics groin vault hierarchical icosahedron initial layers line/symbols Menger Sponge ments metric module Norberg-Schulz octahedron orthogonal Palazzo Strozzi parallelepipeds parameters perception Perspective view physical pick the desired picture plane point/symbols polygon polyhedra polyhedron projection regular relations replaced replicated and rotated represent representation revolution surface ruled surface scaling Select objects shown in figure Sierpinski Gasket solid solid-void stairs symbol tetrahedron three-dimensional space tion torus translated two-dimensional vault vertices Villa Savoye VISUALIZING WITH CAD void wall x-y plane y-axis York