| Description |
1 online resource (219 p.) |
| Contents |
Cover -- Half Title -- Title Page -- Copyright Page -- Contents -- Acknowledgments -- Foreword: Parametric potentials -- Preface -- Chapter 01 Transformations, translations, and vectors: Leveraging geometric data -- 01.01_ Create custom vectors and translate/move 3D object to multiple points -- 01.02_ Deconstruct an input surface to a point grid and place randomly rotated 2D geometry on points -- 01.03_ Random distribution of lines with height variation on a geometry -- 01.04_ Move, scale, and rotate 3D geometry to randomly populated points on base geometry -- 01.05_ Context |
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Chapter 02 Landform creation: Base modeling, site design, field conditions -- 02.01_ Base topographic model from DEM point data (ArcMap) to mesh (Rhino/GH) -- 02.02_ Base topographic model from contour data to surface -- 02.03_ Using point and line attractors to iterate landform scenarios -- 02.04_ Translating mesh vertices based on point, curve, and surface attractors -- 02.05_ Morphing geometry on a surface to create a field condition -- Chapter 03 Landform analytics and calculations: Automation of site dynamics -- 03.01_ Shade 3D mesh landform model based on elevation values |
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03.02_ Shade 3D mesh landform model based on slope values and cull slope ranges -- 03.03_ Calculating the runoff volume of 3D geometry using the rational method -- 03.04_ Highlight areas of a landscape mesh geometry that receive sunlight -- 03.05_ Context -- Chapter 04 Construction documentation: Mechanization of standards -- 04.01_ Label contour and spot elevations -- 04.02_ Annotation of slope percentage and direction -- 04.03_ Planting plan notation -- 04.04_ Paver section detail and quantity dynamics -- 04.05_ Context -- Chapter 05 Digital fabrication: Facilitation and file preparation |
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05.01_ Construct base on mesh terrain model for 3D printing -- 05.02_ Geometry creation for laser cut waffle landform model -- 05.03_ Preparation of geometry for laser cut contour landform model -- 05.04_ Context -- Chapter 06 Urban morphology and analysis -- 06.01_ Evolutionary solving for FAR calculation -- 06.02_ Generating an urban scenario -- 06.03_ Creation of a 3D viewshed/isovist analysis -- 06.04_ Context -- Chapter 07 Cartographic representation and data-driven visualization -- 07.01_ Index geometry based on area metric |
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07.02_ Visualize point data values as an extension of the landscape -- 07.03_ Circular graph depicting metric data -- 07.04_ Context -- Chapter 08 Cellular models, agent-based behaviors, and simulation: Speculation -- 08.01_ Cellular modeling the disturbance of a forest fire -- 08.02_ Agent-based model using attractor points to provide seeking behavior -- 08.03_ Context -- Chapter 09 Case studies: Deconstructing the use of computational tools in professional landscape architecture projects -- 09.01_ Pocket Park Rocheareal Kaiseraugst: BRYUM landscape architects |
| Notes |
Description based upon print version of record |
|
09.02_ MAX IV Laboratory: Snøhetta |
| Form |
Electronic book
|
| ISBN |
9780429511547 |
|
042951154X |
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