VMind
Not only automatic, but also intelligent. An Intelligent data Visualization System, based on LLM.
Stars: 142
VMind is an open-source solution for intelligent visualization, providing an intelligent chart component based on LLM by VisActor. It allows users to create chart narrative works with natural language interaction, edit charts through dialogue, and export narratives as videos or GIFs. The tool is easy to use, scalable, supports various chart types, and offers one-click export functionality. Users can customize chart styles, specify themes, and aggregate data using LLM models. VMind aims to enhance efficiency in creating data visualization works through dialogue-based editing and natural language interaction.
README:
Not just automatic, but also fantastic.Open-source solution for intelligent visualization.
Introduction • Demo • Tutorial • API• OpenApi
@visactor/vmind is an intelligent chart component based on LLM provided by VisActor, including dialog-based chart generation and editing capabilities. It provides a natural language interaction interface, allowing you to easily create chart narrative works with @visactor/VMind with just one sentence, and edit them through continuous dialogue, greatly improving your efficiency in creating data visualization works.
The main features of @visactor/vmind include:
-
Easy to use: Just provide the data you want to display and a sentence describing the information you want to display, and
@visactor/vmindwill automatically generate the chart for you. Based on the existing chart, describe the modifications you want to make to the chart in one sentence, and@visactor/VMindwill help you achieve the desired effect. -
Strong scalability: The components of
@visactor/VMindcan be easily extended and customized, and new functions and features can be added as needed. By default, the OpenAI GPT model is used, and you can easily replace it with any LLM service. -
Easy narrative: Based on the powerful chart narrative ability of
@visactor/vchart,@visactor/VMindsupports the generation of various types of charts, including line charts, bar charts, pie charts, etc., and can also generate dynamic bar charts and other dynamic charts, making it easy for you to narrate data. More chart types are being added. You can also use the dialog-based editing function to easily modify chart styles and animation effects, making it easy for you to create narratives. -
One-click export:
@visactor/VMindcomes with a chart export module, and you can export the created chart narrative as a video or GIF for display.
Enter the VMind repository and execute:
# Install dependencies
$ rush update
# Start the demo page
$ rush docsEnter the VMind repository and execute:
# Install dependencies
$ rush update
# Start the VMind development page
$ rush vmindYou can start the vmind development page. You need to set your LLM service URL and API key to use it normally. You can modify the headers when calling the LLM in packages/vmind/__tests__/browser/src/pages/DataInput.tsx. You can create a new .env.local file in the packages/vmind folder and write in it:
VITE_SKYLARK_URL="Your service url of skylark model"
VITE_GPT_URL="Your service url of gpt model"
VITE_SKYLARK_KEY="Your api-key of skylark model"
VITE_GPT_KEY="Your api-key of gpt model"
VITE_PROXY_CONFIG="Your Vite proxy config for forwarding requests. Must be in JSON string format and is optional. Example: {"proxy": {"/v1": {"target": "https://api.openai.com/","changeOrigin": true},"/openapi": {"target": "https://api.openai.com/","changeOrigin": true}}}"These configurations will be automatically loaded when starting the development environment.
- __tests__: Playground for development
- src/common: Common data processing, chart recommendation methods, chart generation pipelines
- src/gpt: Code related to gpt intelligent chart generation
- src/skylark: Code related to skylark intelligent chart generation
- src/chart-to-video: Code related to exporting videos, GIFs
# npm
$ npm install @visactor/vmind
# yarn
$ yarn add @visactor/vmindFirst, we need to install VMind in the project:
# Install with npm
npm install @visactor/vmind
# Install with yarn
yarn add @visactor/vmindNext, import VMind at the top of the JavaScript file
import VMind from '@visactor/vmind';VMind currently supports OpenAI GPT-3.5, GPT-4 models and skylark-pro series models. Users can specify the model type to be called when initializing the VMind object, and pass in the URL of the LLM service. Next, we initialize a VMind instance and pass in the model type and model url:
import { Model } from '@visactor/vmind';
const vmind = new VMind({
url: LLM_SERVICE_URL, //URL of the LLM service
model: Model.SKYLARK, //Currently supports gpt-3.5, gpt-4, skylark pro models. The specified model will be called in subsequent chart generation
headers: {
'api-key': LLM_API_KEY
} //headers will be used directly as the request header in the LLM request. You can put the model api key in the header
});Here is a list of supported models:
//models that VMind support
//more models are under development
export enum Model {
GPT3_5 = 'gpt-3.5-turbo',
GPT4 = 'gpt-4',
SKYLARK = 'skylark-pro',
SKYLARK2 = 'skylark2-pro-4k'
}VMind supports datasets in both CSV and JSON formats.
To use CSV data in subsequent processes, you need to call the data processing method to extract field information and convert it into a structured dataset. VMind provides a rule-based method parseCSVData to obtain field information:
// Pass in the CSV string to obtain the fieldInfo and the JSON-structured dataset
const { fieldInfo, dataset } = vmind.parseCSVData(csv);We can also call the getFieldInfo method to obtain the fieldInfo by passing in a JSON-formatted dataset:
// Pass in a JSON-formatted dataset to obtain the fieldInfo
const dataset=[
{
"Product name": "Coke",
"region": "south",
"Sales": 2350
},
{
"Product name": "Coke",
"region": "east",
"Sales": 1027
},
{
"Product name": "Coke",
"region": "west",
"Sales": 1027
},
{
"Product name": "Coke",
"region": "north",
"Sales": 1027
}
]
const fieldInfo = vmind.getFieldInfo(dataset);We want to show "the changes in sales rankings of various car brands". Call the generateChart method and pass the data and display content description directly to VMind:
const userPrompt = 'show me the changes in sales rankings of various car brand';
//Call the chart generation interface to get spec and chart animation duration
const { spec, time } = await vmind.generateChart(userPrompt, fieldInfo, dataset);In this way, we get the VChart spec of the corresponding dynamic chart. We can render the chart based on this spec:
import VChart from '@visactor/vchart';
<body>
<!-- Prepare a DOM with size (width and height) for vchart, of course you can also specify it in the spec configuration -->
<div id="chart" style="width: 600px;height:400px;"></div>
</body>
// Create a vchart instance
const vchart = new VChart(spec, { dom: 'chart' });
// Draw
vchart.renderAsync();Thanks to the capabilities of the large language model, users can describe more requirements in natural language and "customize" dishes. Users can specify different theme styles (currently only gpt chart generation supports this feature). For example, users can specify to generate a tech-style chart:
//userPrompt can be in both Chinese and English
//Specify to generate a tech-style chart
const userPrompt = 'show me the changes in sales rankings of various car brand,tech style';
const { spec, time } = await vmind.generateChart(userPrompt, fieldInfo, dataset);You can also specify the chart type, field mapping, etc. supported by VMind. For example:
//Specify to generate a line chart, with car manufacturers as the x-axis
const userPrompt =
'show me the changes in sales rankings of various car brands,tech style.Using a line chart, Manufacturer makes the x-axis';
const { spec, time } = await vmind.generateChart(userPrompt, fieldInfo, dataset);Pass parameters when initializing the VMind object:
import VMind from '@visactor/vmind';
const vmind = new VMind(openAIKey:string, params:{
url?: string;//URL of the LLM service
/** gpt request header, which has higher priority */
headers?: Record<string, string> ;//request headers
method?: string;//request method POST GET
model?: string;//model name
max_tokens?: number;
temperature?: number;//recommended to set to 0
})Specify your LLM service url in url (default is https://api.openai.com/v1/chat/completions) In subsequent calls, VMind will use the parameters in params to request the LLM service url.
📢 Note: The data aggregation function only supports GPT series models, more models will come soon.
When using the chart library to draw bar charts, line charts, etc., if the data is not aggregated, it will affect the visualization effect. At the same time, because no filtering and sorting of fields has been done, some visualization intentions cannot be met, for example: show me the top 10 departments with the most cost, show me the sales of various products in the north, etc.
VMind supports intelligent data aggregation since version 1.2.2. This function uses the data input by the user as a data table, uses a LLM to generate SQL queries according to the user's command, queries data from the data table, and uses GROUP BY and SQL aggregation methods to group, aggregate, sort, and filter data. Supported SQL statements include: SELECT, GROUP BY, WHERE, HAVING, ORDER BY, LIMIT. Supported aggregation methods are: MAX(), MIN(), SUM(), COUNT(), AVG(). Complex SQL operations such as subqueries, JOIN, and conditional statements are not supported.
Use the dataQuery function of the VMind object to aggregate data. This method has three parameters:
- userInput: user input. You can use the same input as generateChart
- fieldInfo: Dataset field information. The same as generateChart, it can be obtained by parseCSVData, or built by the user.
- dataset: Dataset. The same as generateChart, it can be obtained by parseCSVData, or built by the user.
const { fieldInfo, dataset } = await vmind?.dataQuery(userInput, fieldInfo, dataset);The fieldInfo and dataset returned by this method are the field information and dataset after data aggregation, which can be used for chart generation.
By default, the generateChart function will perform a data aggregation using the same user input before generating the chart. You can disable data aggregation by passing in the fourth parameter:
const userInput = 'show me the changes in sales rankings of various car brand';
const { spec, time } = await vmind.generateChart(userInput, fieldInfo, dataset, false); //pass false as the forth parameter to disable data aggregation before generating a chart.Under development, stay tuned
If you would like to contribute, please read the Code of Conduct and Guide first。
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