EVOLVING LEGO : PROTOTYPING REQUIREMENTS FOR A CUSTOMIZABLE CONSTRUCTION KIT

EVOLVING LEGO : PROTOTYPING REQUIREMENTS FOR A CUSTOMIZABLE CONSTRUCTION KIT
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不断发展的乐高​​:可定制搭建套件的原型设计要求

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2017
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通讯作者:
Boa
Boa
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Boa

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PhysiCAD项目是一项技术可行性研究,旨在使用构造工具包为计算机辅助设计(CAD)创建有形界面。建造套件,如乐高,是一组预定义的物理元素,可以使用标准化的接口进行组合,以生产更复杂的艺术品。像乐高这样的建筑工具包开始使用的技能门槛很低,并且具有高度的可重构性。PhysiCAD项目的目的是将建筑工具包的优点与CAD结合起来。本文集中在PhysiCAD项目的一个方面,即如何改变构造工具包以支持物理概念的表示。为此,我们提出了一个不断发展的构造工具包的概念,该工具包能够在系统中定义和生成新的元素类型。在本文中,确定了对不断发展的构建工具包的五个需求以及实现这些需求的技术解决方案。文中还提供了一些技术解决方案的示例,并讨论了如何使用它们来生成新的演进构建套件元素。
The PhysiCAD project is a technical feasibility study into the creation of tangible interfaces for Computer Aided Design (CAD) using construction kits. Construction kits, such as LEGO, are a collection of pre-defined physical elements that can be combined using standardised interfaces to produce more complex artefacts. Construction kits like LEGO have a low skill threshold to start using and are highly reconfigurable. The aim of the PhysiCAD project is to merge the benefits of construction kits with CAD. This paper concentrates on one aspect of the PhysiCAD project, how construction kits can be changed to support the representation of physical concepts. To this end we propose the concept of an evolving construction kit with the capability to define and generate new element types within the system. In this paper five requirements for an evolving construction kit are identified along with technical solutions for implementing them. Examples of some of the technical solutions are included along with a discussion about how they could be used to generate new evolved construction kit elements.
通过乐高积木中嵌入的丰富规则实现设计变化
DOI: --
发表时间: 2017
期刊: --
影响因子: --
作者:
Mathias D
通讯作者: Mathias D
InstructiBlocks:使用模糊的物理数字模型进行设计
DOI: --
发表时间: 2017
期刊: --
影响因子: --
作者:
Bennett, P
通讯作者: Bennett, P