AI-generated user interface (UI) design
TEXT_INPUT:Ask the user for the design requirements and preferences;;CHATGPT:Prompt ChatGPT to suggest UI design ideas based on the user's input;;HTTP_REQUEST:Fetch popular UI design templates from an online database;;DALL_E:Generate custom UI design variations using DALL-E based on the user's preferences;;DISPLAY_OUTPUT:Present the AI-generated UI design suggestions and templates to the user
Generative AI models, like Language Learning Models (LLMs) and image generators, can deliver innovative solutions in UI design. They can help to create personalized yet consistent user interfaces, saving time and effort. For instance, designers can train an AI model on the company's design system, enabling it to generate UI layouts following specific style guidelines. This ensures brand consistency across different platforms.
Generative AI can also interpret text input and translate it into design. For example, a designer could input the sentence 'Create a login screen with username and password fields,' and the model, similar to OpenAI's ChatGPT, generates a suitable UI layout.
Image synthesis models can be used to generate high-fidelity UI mockups. These AI-augmented design tools can provide designers with varied design directions, accelerating the ideation and creation phases of the design process.
How to build with Clevis
This is an example demo of an application that you can build using Clevis. The application is titled 'AI-Generated UI Design Assistant' and it's main function is to assist designers in creating user interface designs using AI technology. You can build similar applications within the same area using Clevis as well.
The application follows a series of steps. It first starts with a Text Input step where it asks users for their specific design requirements and preferences. This interaction with the user lets the application know just what the user is looking for.
Next, the application uses ChatGPT in the ChatGPT step to suggest UI design ideas that matches the preferences inputted by the user. This is done algorithmically and is powered by OpenAI's powerful language model.
The Http Request step is used to fetch popular UI design templates from an online database. This gives the application a base layer to start the design process.
DALL·E, another powerful AI from OpenAI, is then used in the DALL·E step to generate custom UI design variations according to the user's specifications.
Finally, in the Display Output step, the application presents the AI-generated UI design suggestions and templates to the user. This encourages interaction between the user and the AI, and the user's feedback can be used for further designing processes.