AI Icons: Difference between revisions
(Created page with "=Intro= Sample AI SVGs- 50px We can get uniformity, then we could work on improving the SVGss over time. First we can use placeholders - in an incremental design process. The idea here is swarm collaboration, where people can get involved in large-scale, incremental collaboration based on seeded part libraries. Thus, we need to define the basic protocol - with focus on ease of updating all the assets. ==Icon-Based Design== The above icon implies a...") |
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=Intro= | =Intro= | ||
Source - [https://chatgpt.com/share/69a5f213-1264-8010-8339-18b93591c580] | |||
Sample AI SVGs- [[File:Sample.svg|50px]] | Sample AI SVGs- [[File:Sample.svg|50px]] | ||
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We can get uniformity, then we could work on improving the SVGss over time. First we can use placeholders - in an incremental design process. The idea here is swarm collaboration, where people can get involved in large-scale, incremental collaboration based on seeded part libraries. Thus, we need to define the basic protocol - with focus on ease of updating all the assets. | We can get uniformity, then we could work on improving the SVGss over time. First we can use placeholders - in an incremental design process. The idea here is swarm collaboration, where people can get involved in large-scale, incremental collaboration based on seeded part libraries. Thus, we need to define the basic protocol - with focus on ease of updating all the assets. | ||
=Icon-Based Design= | |||
The above icon implies a visual design language where individual wall modules are connected to one another - the tabs imply this. One proposed workflow would be to use the [[Wall Module Generator]] part library, and feed an SVG icon into AI as an assembly-level schema - and AI converts this iconic representation into real CAD. Thus, we have converted schema generation into a visual method. This embodies the full power of [[AT]] AI - using simple visual tools to do engineered, technical design. | The above icon implies a visual design language where individual wall modules are connected to one another - the tabs imply this. One proposed workflow would be to use the [[Wall Module Generator]] part library, and feed an SVG icon into AI as an assembly-level schema - and AI converts this iconic representation into real CAD. Thus, we have converted schema generation into a visual method. This embodies the full power of [[AT]] AI - using simple visual tools to do engineered, technical design. | ||
=Links= | |||
*[[Seed Eco-Home Design Guide]] | |||
*[[Seed Eco-Home 4 Module Breakdown]] | |||
Latest revision as of 20:38, 2 March 2026
Intro
Source - [1]
Sample AI SVGs- 
We can get uniformity, then we could work on improving the SVGss over time. First we can use placeholders - in an incremental design process. The idea here is swarm collaboration, where people can get involved in large-scale, incremental collaboration based on seeded part libraries. Thus, we need to define the basic protocol - with focus on ease of updating all the assets.
Icon-Based Design
The above icon implies a visual design language where individual wall modules are connected to one another - the tabs imply this. One proposed workflow would be to use the Wall Module Generator part library, and feed an SVG icon into AI as an assembly-level schema - and AI converts this iconic representation into real CAD. Thus, we have converted schema generation into a visual method. This embodies the full power of AT AI - using simple visual tools to do engineered, technical design.