Shoe Design and Visualization

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Creating the sole surface SHOE DESIGN AND VISUALIZATION WITH RHINOCEROS In the next step you will draw the last’s central curve. This curve defines the curvature of the bottom of the last and the shank. You will then create a surface from the sole outline curve and the central curve. To create the central curve 1 Hide all of the curves except the 3-D sole curve you just created. (Edit menu: Visibility > Hide) 2 In the Right viewport, using the image as a guide, use the InterpCrv command to draw a curve representing the center of the last. (Curve menu: Free-form > Interpolate Points) Start drawing at the heel of the sole curve. Use the End object snap to place the starting point at the end of the 3-D sole curve at the heel. Be sure to place one point in the lowest part of the last. Use the End object snap to place a point on the 3-D sole curve at the toe. Copyright © 2005, Institute of Biomechanics of Valencia and Robert McNeel & Associates. 13
Refining the sole curves SHOE DESIGN AND VISUALIZATION WITH RHINOCEROS To make surfaces that are simple, elegant, and compatible with each other, it is a good idea to refine the input curves so that their internal structure is compatible. For this model, we will refine the curves we have created using Rhino’s Rebuild command. The goal is to create curves with just enough control points to define the shape. For this model, 25 control points seems to work well. To rebuild the sole curves 1 Select all three of the three sole curves, the split sole profile, and the central 3-D curve. 2 Start the Rebuild command. (Edit menu: Rebuild) 3 In the Rebuild Curve dialog box, set the Point count to 25 and the Degree to 3. You may want to retain the old curves and to place the new curves on a new layer. Now all three curves have a similar point structure. To create the sole surface 1 Create a Sole surface layer, and make it the current layer. (Edit menu: Layers > Edit Layers) 2 Select the three sole curves. 3 Use the Loft command to generate the sole surface. (Surface menu: Loft) Use the Normal loft style. There is no need to use the Simplify or Refit options because you have already done this work by rebuilding your input curves. 4 Once you have created the sole surface, use the Join command to re-join the two halves of the sole profile curve. (Edit menu: Join) Copyright © 2005, Institute of Biomechanics of Valencia and Robert McNeel & Associates. 14
Page 1 and 2: Rhinoceros Advanced Training Series
Page 3 and 4: Table of Contents SHOE DESIGN AND V
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 17: SHOE DESIGN AND VISUALIZATION WITH
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
Page 53 and 54: To join the last SHOE DESIGN AND VI
Page 57 and 58: Trimming the surfaces SHOE DESIGN A
Page 59 and 60: To edit the curve control points SH
Page 61 and 62: To join the last SHOE DESIGN AND VI
Page 63 and 64: To create the reference curves SHOE
Page 65 and 66: To create the reference curves SHOE
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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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