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Computerized model – Stereotomy Semantic Classification

Stereotomy Semantic Classification

Computerized model

A computerized model is developed in a similar way a design is produced in paper. The designer has a clear idea of the end result, and creates the necessary elements to achieve this result by inputing them individually (at least by type) in the computer. For example, a hemispheric dome might be started with a 1) sphere which is 2) cut in half, 3) a profile is divided in equal parts, 4) the dome surface is intersected with horizontal planes passing through the division points in 3), 5) each of the curves resulting 6) are divided once again, etc. All these action are possible to be carried out in paper using projections, and the computer eases the process by automating and speeding certain actions, e.g., dividing a curve in equal parts, as well as providing for a 3D model to be worked on and from where to retrieve information, e.g., quantities, sizes, angles, projections. Advantages of this system rely in the added speed of design and accuracy, while still being able to generate a large number of different elements with simple operations.

Works featuring this facet:

Facets:

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  • E Equilibrium

    • EA Macro-shape

      • EAA Generation method

        • EAAA Top down

          • EAAAA Constant generatrix

          • EAAAB Varying generatrix

        • EAAB Bottom up

          • EAABA Hanging models

          • EAABB Graphic statics

      • EAB Continuity

        • EABA Segmented

        • EABB Continuous

    • EB Structural functioning

      • EBA Compression only

      • EBB Compression and tension

        • EBBA Tension resistant voussoirs

        • EBBB External reinforcement

      • EBC Tension only

    • EC Surface subdivision

      • ECA One level subdivision

        • ECAA Pattern

          • ECAAA Periodic

            • ECAAAA Developable

            • ECAAAB Constant principal curvature

          • ECAAB Non-periodic

            • ECAABA Topological approach

              • ECAABAA Regular

              • ECAABAB Semi regular

            • ECAABB Space filling polygons

        • ECAB Performative subdivision

          • ECABA Curvature

          • ECABB Aesthetics

          • ECABC Voussoir dimensions

      • ECB Multiple level subdivision

        • ECBA Courses and voussoirs

        • ECBB Micro voussoirs within macro voussoirs

    • ED Foundation

      • EDA Site fixation

        • EDAA Pre-existing static base

        • EDAB Purposed static base

        • EDAC Tensioned springers

        • EDAD Wall or lintel supports

      • EDB Springer

        • EDBA Materiality

          • EDBAA Same as voussoir

          • EDBAB Different material

        • EDBB Geometry

          • EDBBA Subdivision continuity

          • EDBBB Specific design

  • T Tomotechny

    • TA Materialisation Processes

      • TAA Subtractive

        • TAAA 2D cut

          • TAAAA Milling (2D cut)

          • TAAAB Laser

        • TAAB 3D cut

          • TAABA Milling (3D cut)

          • TAABB Saw (3D cut)

          • TAABC Wire cutter

          • TAABD Water jet

        • TAAC 3D carve

          • TAACA Chisel and Mallet

          • TAACB Milling (3D carve)

          • TAACC Saw (3D carve)

      • TAB Additive

        • TABA Material extrusion

        • TABB Binder jetting

      • TAC Formative

        • TACA One-off Mould

        • TACB Reconfigurable Mould

    • TB Centering

      • TBA Temporary

        • TBAA Support structure below

          • TBAAA Extruded grid

          • TBAAB Per-Voussoir

          • TBAAC Along lines

        • TBAB Tensioned voussoirs above

      • TBB Permanent

      • TBC Inexistent (Centering)

        • TBCA Self supported

        • TBCB Additionally supported

    • TC Technical drawing method

      • TCA Two dimensional drafting

        • TCAA Trait

        • TCAB Descriptive geometry

      • TCB Three dimensional modelling

        • TCBA Computerized model

        • TCBB Computational model

  • V Voussoirs

    • VA Material

      • VAA Sustainability

        • VAAA Extraction

        • VAAB Transportation

        • VAAC Processing

        • VAAD Fabrication

      • VAB Structural performance

        • VABA Compression

        • VABB Tension

        • VABC Density

      • VAC Material Typology

        • VACA Subtractable materials

        • VACB Formable materials

        • VACC Additive materials

    • VB Intrados and Extrados

      • VBA Surface

        • VBAA Double Curvature

        • VBAB Single Curvature

        • VBAC Planar (Intrados and Extrados Surface)

        • VBAD Textured

      • VBB Perimeter

        • VBBA Concavity

          • VBBAA Convex

          • VBBAB Concave

        • VBBB Correspondence

          • VBBBA Analogous

          • VBBBB Differentiated

    • VC Contact surface

      • VCA Geometry

        • VCAA Ruled

        • VCAB Planar (Contact Surface)

        • VCAC Composite

      • VCB Friction

        • VCBA Smooth

        • VCBB Rough

      • VCC Mortar

        • VCCA Inexistent (Mortar)

        • VCCB Gap filling

        • VCCC Binding

      • VCD Interlock

        • VCDA Alignment

        • VCDB Sliding prevention

        • VCDC Cantilevering

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