Shoe Design and Visualization

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SHOE DESIGN AND VISUALIZATION WITH RHINOCEROS Copyright © 2005 The Institute of Biomechanics of Valencia and Robert McNeel & Associates. All rights reserved. Rhinoceros is a registered trademark and Rhino is a trademark of Robert McNeel & Associates. Acknowledgements Links The Industrial Design Section and the Footwear Section of the Institute of Biomechanics of Valencia (IBV) (www.ibv.org) developed this CD. IBV is a technology center that promotes and carries out scientific research, technological development, technical consultancy, and training in biomechanics. The IBV Footwear Section provides technical consultancy services to improve the functionality and comfort of footwear. The IBV Industrial Design Section provides industrial design and product development services including design consultancy, product specifications, design evaluation and verification, and prototyping. The Footwear Section and the Industrial Design Section work together to incorporate tools that will improve product development workflow. This CD brings these tools to traditional footwear professionals. We would like to thank The Art Company (www.the-art-company.com) for their collaboration and for allowing us to use their Traveler shoe to develop tutorials for the shoes in this CD. We would like to thank the staff of the Pepe Herrero Group (www.pepeherrero.com) for their collaboration in reviewing the chapters related to the last. Hardware MicroScribe Immersion Digitizing arm (www.immersion.com) CNC ISEL milling machines (www.isel.com) Authors and collaborators Institute of Biomechanics of Valencia (www.ibv.org) The Art Company (www.the-art-company.com) Pepe Herrero Group (www.pepeherrero.com) Plug-ins ARL Expander (www.albacoreresearch.com) Solecreator (www.rhino3d-design.com) 3DSole (www.3dsole.net) Case study Montrail: Hot New Boot Fit System Wows Hikers (www.rhino3d.com/users/montrail.htm) Further study Studio-Quality Rendering by Gijs de Zwart (www.flamingo3d.com/at.htm) Copyright © 2005, Institute of Biomechanics of Valencia and Robert McNeel & Associates. ii
Table of Contents SHOE DESIGN AND VISUALIZATION WITH RHINOCEROS 1 Introduction to Shoe Design with Rhinoceros .................................................. 1 About the Tutorials ............................................................................................ 1 Developing a Design Concept .............................................................................. 1 Rendering for Presentation.................................................................................. 2 Prototyping and Manufacturing ............................................................................ 2 Following the Design Process............................................................................... 3 Pattern Making.................................................................................................. 5 Footwear terminology ........................................................................................ 5 Parts of a shoe ............................................................................................ 5 Shoe components ........................................................................................ 5 Parts of a last.............................................................................................. 6 2 Creating a Last Model....................................................................................... 8 Creating a Last from Images of a Shoe ................................................................. 8 Placing and calibrating the sketch images........................................................ 8 Creating the three-dimensional sole curve ..................................................... 11 Creating the sole surface ............................................................................ 13 Refining the sole curves.............................................................................. 14 Creating the upper surface of the last ........................................................... 15 Improving the surface input ........................................................................ 17 Creating a Last from Digitized Points .................................................................. 19 Creating curves from the digitized points....................................................... 19 Creating a preliminary upper surface ............................................................ 25 Creating a preliminary sole surface............................................................... 25 Improving the upper surface ....................................................................... 27 Improving the sole surface.......................................................................... 30 Creating a Last from a Scanned Mesh Model ........................................................ 33 Creating section curves .............................................................................. 33 Improving the sole edge curve..................................................................... 35 Creating the upper surface .......................................................................... 36 Creating the sole surface ............................................................................ 38 3 Modifying a Last Model................................................................................... 39 Raising the Heel .............................................................................................. 39 Trimming the transition area from the last..................................................... 39 Rotating the backpart................................................................................. 42 Trimming the surfaces................................................................................ 43 Creating a transition surface between the parts.............................................. 43 Setting the Toe Flare........................................................................................ 48 Trimming the transition area from the last..................................................... 49 Rotating the toe inward .............................................................................. 50 Trimming the surfaces................................................................................ 52 Creating a transition surface between the parts.............................................. 52 Modifying Lasts Using Control Point Transformations............................................. 57 Flaring the toe........................................................................................... 57 Setting the toe spring height with the Flow command ..................................... 59 Narrowing the toe...................................................................................... 61 Copyright © 2005, Institute of Biomechanics of Valencia and Robert McNeel & Associates. iii
Page 1: Rhinoceros Advanced Training Series
Page 5 and 6: SHOE DESIGN AND VISUALIZATION WITH
Page 7 and 8: Rendering for Presentation SHOE DES
Page 13 and 14: 2 Creating a Last Model SHOE DESIGN
Page 19 and 20: Refining the sole curves SHOE DESIG
Page 37 and 38: To close the last SHOE DESIGN AND V
Page 41 and 42: Creating the upper surface SHOE DES
Page 43 and 44: Creating the sole surface SHOE DESI
Page 45 and 46: To set up the model 1 Open the file
Page 47 and 48: Rotating the backpart SHOE DESIGN A
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To join the last SHOE DESIGN AND VI
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SHOE DESIGN AND VISUALIZATION WITH
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Trimming the surfaces SHOE DESIGN A
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To edit the curve control points SH
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To join the last SHOE DESIGN AND VI
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To create the reference curves SHOE
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To create the reference curves SHOE
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SHOE DESIGN AND VISUALIZATION WITH
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S H O E D E S I G N A N D V I S U A
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Creating a Boot Sole S H O E D E S
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To create defining curves 1 Hide th
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Creating the basic sole volume S H
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Creating the slipsole S H O E D E S
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3 Select the side surface and sole.
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To create the insole edge surface S
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To finish the insole S H O E D E S
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5 Modeling the Finish Details S H O
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To remodel the edge surface S H O E
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Creating the padded cuff S H O E D
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Gradient view. Simple rendering wit
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Penguin render with background. S H
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Set up the view S H O E D E S I G N
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Render the scene with the three lig
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Ground Plane S H O E D E S I G N A
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