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Week 8 Rhinoceros 3D

Photo by Mitchell Luo on Unsplash 2

Outline

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Introduction of Links to tutorial Suggestions Rhino 3D

Photo by Muhd Asyraaf on Unsplash 33 Aims and objectives 4 Learning outcomes Students will be able to.. 01

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Theory, history and current debate Software skills Understand historical background of this Rhino, Grasshopper, etc notion and relevant debates.

(module) Important concepts Research skills Overarching Digital fabrication and construction Designing through Digital design cognition extensive research skills Human-computer interaction Digital craftmanship etc Personal interest Exploring a preferred scope of Design precedents design to be developed further Learning through analysis of completed project 6 Upload

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There is no forum discussion post this week, but it is expected that you upload one screenshot of your Rhino exploration. Alternative 1: Try to utilise free trial. https://www.rhino3d.com/download/rhino/6.0/evaluation Alternative 2: For those who do not have access to the software, I have created a virtual learning system for you to have a go. Alternative 3: If you can’t access the virtual machine, leave a 150 words of comment on the software based on tutorials, or your friends’ uploaded try-outs. https://miatedjosaputro.com/2020/04/14/week-8-upload/ 7 Rhinoceros 3D Developed by: Robert McNeel & Associates

1998 RHINO 1.0 RELEASED 2018 RHINO 6.0 FOR WINDOWS 88

Rhinoceros 3D

https://en.wikipedia.org/wiki/File:Spline01.gif 99 NURBS surface

Rogers, D. F. (2000). An introduction to NURBS: with historical perspective, Elsevier. https://app-help.vectorworks.net/2020/eng/VW2020_Guide/Shapes2/Concept_NURBS_curves_and_surfaces.htm https://www.rhino3d.com/nurbs 1010 Freeform surface modelling

Two ways of creating of surfaces: 1. Constructing curves or splines 2. Manipulation of surface poles or control points

https://en.wikipedia.org/wiki/Freeform_surface_modelling 1111 Which disciplines use Rhino 3D?

Jewellery design Marine design Automobile and many more..

http://blog.rhino3d.com/2016/04/rhino-for-jewelers-online-class.html 1212 Which disciplines use Rhino 3D?

Jewellery design Industrial design Marine design Automobile Architecture and many more..

https://www.rhino3d.com/gallery/1/54707 1313 Which disciplines use Rhino 3D?

Jewellery design Industrial design Marine design Automobile Architecture and many more..

https://www.boatdesign.net/threads/automated-initial-ship-design-pipeline-excel--rhinoceros-maxsurf.44709/ 1414 Which disciplines use Rhino 3D?

Jewellery design Industrial design Marine design Automobile Architecture and many more.. https://www.rhino3d.com/gallery/6/36726 1515 Which disciplines use Rhino 3D?

Jewellery design Industrial design Marine design Automobile Architecture and many more..

https://www.rhino3d.com/gallery/5/55268 1616 Advantages and disadvantages

. Ability to model organic forms . MAC version does not work as good as . Accurately represents both standard Windows version. geometric objects like lines, circles; and . Lack of backwards file compatibility free-from geometry like car bodies. . Line weights and layouts are difficult to . Provides design freedom with accuracy use and quality . sIt i not natively 3D parametric software, . Accuracy with adaptive mesh without a plug-in . Compatible with 30 other CAD file formats, makes it a great translator . Many plugins . 90 days trial for educators and students

https://www.sculpteo.com/blog/2019/07/10/battle-of-software-rhino-vs-/ https://wiki.mcneel.com/rhino/nurbs https://www.trustradius.com/products/rhinoceros-3d/reviews 17 17

Direct Parametric modelling: modelling: On-the-fly VS Associative design relationship modification

RHINOCEROS 3D PLUG-IN FOR RHINOCEROS 3D SUCH AS GRASSHOPPER Previously in Week 5.. 1818 Visual scripting

Tedeschi, A. (2014). AAD, Algorithms-aided design: parametric strategies using Grasshopper, Le penseur publisher.

There are two working environments: Visual Editor (A) 3D Modelling Environment (B)

Producing two outputs: Node diagram, called parametric diagram Output of parametric diagram constituted by parametric 3D or 2D geometry. Previously in Week 5.. 1919 Visual scripting Tedeschi, A. (2014). AAD, Algorithms-aided IS B IS design: parametric strategies using A Grasshopper, Le penseur publisher. GRASSHOPPER RHINOCEROS 3D PLUG-IN There are two working environments: Visual Editor (A) 3D Modelling Environment (B)

Producing two outputs: Node diagram, called parametric diagram Output of parametric diagram constituted by parametric 3D or 2D geometry. Previously in Week 5.. 2020

Visual scripting A IS GRASSHOPPER PLUG-IN B IS RHINOCEROS 3D Tedeschi, A. (2014). AAD, Algorithms-aided MAIN FUNCTIONS design: parametric strategies using Grasshopper, Le penseur publisher.

0. Draw four circle 1. Subdivide the four circles into N parts, we get N points for each circle 2. Connect the corresponding points

PARAMETERS

PARAMETRIC MODEL OUTPUT

VISUAL TRANSPOSITION OF THE ALGORITHM

The advantage of the parametric diagram is in the intuitive logic, which allows designers to manipulate parameters. 2121 Example of Rhino and Grasshopper relation TOP: GRASSHOPPER PLUG-IN Tedeschi, A. (2014). AAD, Algorithms-aided design: parametric strategies using Grasshopper, Le penseur publisher.

BOTTOM: RHINOCEROS 3D 22 Rhinoceros 3D online resources

https://www.rhino https://flyingarc 3d.com/tutorials hitecture.com/ RHINO Including manual TUTORIALS 3D models, books, master tutorials and classes, live HOW TO RHINO materials for V- classes, etc. ray for Rhino RHINO4ARCH 23 How do you get started?

. Try to download the 90 days trial. Or if you already have the software, please go ahead. . Alternative option: if for some reasons you can’t install the trial, I have established a virtual machine. Details to follow. Have a go and don’t forget to upload one screenshot to the forum.

. If you absolutely cannot gain access to software, take notes and submit the reflections on the 24 Rhino 3D tutorials by Nate McKewon

Go through this tutorial video RHINO FOR ARCHITECTURE INTRODUCTION & BASICS https://youtu.be/vkDxA5aSfhE Duration: 28 minutes

NATE McKEWON

YOUTUBE CLICK HERE 25 Rhino 3D tutorials by Nate McKewon

Do at least one of these four MODULE 1: CURVE DRAWING & ARRAY https://youtu.be/yC-MzGtV6w0 Duration: 15 minutes MODULE 2: SURFACE CREATION &EDITING https://youtu.be/2BnrvyQ_VXM Duration: 10 minutes MODULE 3: LOFTING CURVES TO CREATE SURFACES https://youtu.be/lmrf_VqTn0Y NATE McKEWON Duration: 9 minutes MODULE 4: SOLIDS & BOOLEAN TOOL https://youtu.be/TmQI_jEIUnc YOUTUBE Duration: 11 minutes CLICK HERE 2626 Design fixation due to software skill 2727 Re-iterating aims and objectives