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antvis/GPT-Vis: 🤖 GPT Vision, Open Source Vision components for GPTs, generative AI, and LLM projects. Not only UI Components.

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• 🤖 LLM Protocol: A visual protocol for LLM Agent cards, designed for LLM conversational interaction and service serialized output, to facilitate rapid integration into AI applications.
• 🍡 LLM Component: Developed components for LLM applications, with 20+ commonly used VIS components built-in, providing convenient expansion mechanism and architecture design for customized UI requirements.
• 📈 LLM access: Chart knowledge base and chart recommendation model for seamless access to LLM, directly output visual cards for LLM, and provide knowledge base and recommended model solutions for Agent.

$ npm i @antv/gpt-vis --save

import { GPTVis } from '@antv/gpt-vis';

const markdownContent = `
# GPT-VIS \n\nComponents for GPTs, generative AI, and LLM projects. Not only UI Components.

Here’s a visualization of Haidilao's food delivery revenue from 2013 to 2022. You can see a steady increase over the years, with notable *growth* particularly in recent years.

\`\`\`vis-chart
{
  "type": "line",
  "data": [
    { "time":2013,"value":59.3 },
    { "time":2014,"value":64.4 },
    { "time":2015,"value":68.9 },
    { "time":2016,"value":74.4 },
    { "time":2017,"value":82.7 },
    { "time":2018,"value":91.9 },
    { "time":2019,"value":99.1 },
    { "time":2020,"value":101.6 },
    { "time":2021,"value":114.4 },
    { "time":2022,"value":121 }
  ]
}
\`\`\`
`;

export default () => {
  return <GPTVis>{markdownContent}</GPTVis>;
};

import { GPTVisLite, withChartCode, ChartType, Pie } from '@antv/gpt-vis';

const markdownContent = `
\`\`\`my-ui
my data
\`\`\`

\`\`\`vis-chart
{
  "type": "pie",
  "data": [
    { "category": "category 1", "value": 27 },
    { "category": "category 2", "value": 25 },
    { "category": "category 3", "value": 18 },
    { "category": "other", "value": 5 }
  ]
}
\`\`\`
`;

const customRenderers = { 'my-ui': ({ children }) => <div>{children}</div> };
const components = {
  code: withChartCode({
    languageRenderers: customRenderers, // register custom block renderer
    components: { [ChartType.Pie]: Pie }, // register a pie chart
  }),
};

export default () => {
  return <GPTVisLite components={components}>{markdownContent}</GPTVisLite>;
};

import streamlit as st
from streamlit_gpt_vis import set_gpt_vis

content = '''
Here’s a visualization of Haidilao's food delivery revenue from 2013 to 2022. You can see a steady increase over the years, with notable *growth* particularly in recent years.

\`\`\`vis-chart
{"type": "line","data": [{"time":2013,"value":59.3},{"time":2014,"value":64.4},{"time":2015,"value":68.9},{"time":2016,"value":74.4},{"time":2017,"value":82.7},{"time":2018,"value":91.9},{"time":2019,"value":99.1},{"time":2020,"value":101.6},{"time":2021,"value":114.4},{"time":2022,"value":121}]}
\`\`\`
'''

set_gpt_vis(content)

Learn more 👉 streamlit-gpt-vis

The purpose of the Visual Knowledge Base is to provide a comprehensive and systematic resource to help Agents understand, select, create various data visualization charts. Below are the metrics for generating accurate chart protocols based on the evaluation dataset through the RAG.

Note: The numbers in the format of X/Y represent the metrics of the respective chart types when evaluated against the dataset.

The chart recommendation dataset is designed to evaluate or fine-tune large language models on their ability to recommend chart types based on given data. The dataset currently encompasses 16 types of charts, with 1-3 different data scenarios per chart type, and more than 15 chart data instances for each scenario. The dataset is continuously updated, and we welcome contributions of chart data collected from your own use cases. For more detailed information about the dataset, please visit evaluations/recommend.

# install dependencies
$ pnpm install

# develop library by docs demo
$ pnpm dev

# build library source code
$ pnpm build

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