SurveyJS is a set of four open-source JavaScript libraries that offer the benefits of a tailor-made in-house survey application, while considerably reducing the time and resources needed to deploy the system. These libraries are independent of specific server code or database requirements and seamlessly integrate with popular JavaScript frameworks, including React, Angular, Vue.js, jQuery, Knockout, and more. They are designed to communicate with any server that can handle JSON requests, ensuring compatibility with various server architectures and databases.
The product family is composed of:
- An open-source MIT-licensed rendering library that renders dynamic JSON-based forms in your web application, and collects responses.
- A self-hosted drag & drop form builder that features an integrated CSS-based theme editor and a GUI for conditional rules. It automatically generates JSON definitions (schemas) of your forms in real time.
- PDF Generator, a library that renders SurveyJS surveys and forms as PDF files in a browser;
- The Dashboard library that allows you to simplify survey data analysis with interactive and customizable charts and tables.
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Highcharts, a Javascript-based charting library, makes it easy to add interactive charts and graphs to web or mobile projects of any size.
Highcharts is used by more than 80% of the 100 biggest companies in the world, as well as thousands of developers from a variety of industries, including finance, publishing, application development, and data science.
Highcharts is in active development since 2009. It remains a favorite among developers due to its robust feature set and ease-of-use documentation, accessibility features and vibrant community.
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Polymer
Polymer stands out as the sole solution designed to transform your spreadsheets into instantly searchable, intelligent, and interactive platforms without any technical setup. By leveraging cutting-edge AI data algorithms, Polymer adeptly maps your data, revealing hidden connections and insights within your datasets. The excitement lies in the immediate discovery of valuable insights, along with the ability to generate various charts and graphs, create comprehensive reports, and so much more. Seamlessly integrate data from sources like Google and Facebook, enabling you to pinpoint high-performing creatives and effectively optimize your advertising budgets while impressing your stakeholders. Engage with your data in a visually intuitive manner right away, transitioning from registration to a fully functional web interface in under a minute. Polymer's automatic and interactive method simplifies data analysis, eliminating the need for complex pivot tables, queries, and programming languages, making it accessible for anyone to master in mere minutes. With Polymer's advanced AI algorithms, you can effortlessly construct and deploy a sophisticated, ready-to-use web application for your data, enhancing your overall data management experience. This innovation not only streamlines your workflow but also empowers you to make data-driven decisions more efficiently than ever before.
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Anime.js
Anime.js is a nimble JavaScript animation library that features an intuitive yet robust API. It seamlessly integrates with CSS properties, SVG, DOM attributes, and JavaScript Objects, enabling effortless animation creation. The library simplifies the process of intricate follow-through animations with its built-in staggering system. Users can animate multiple CSS transform properties at varying timings on a single HTML element, allowing for dynamic visual effects. The library offers comprehensive controls, enabling users to play, pause, reverse, and trigger events in a synchronized manner through its extensive callback and control functionalities. Anime.js can be utilized across all web platforms, supporting CSS, SVG, DOM attributes, and JavaScript Objects through a unified API. The staggering feature empowers users to create animations involving multiple elements with overlapping and follow-through actions, enhancing the complexity and richness of animations. Keyframes for animations are defined using an array within the keyframes property, where the duration of each keyframe is calculated by dividing the total animation duration by the number of keyframes specified. This approach ensures that each segment of the animation is precisely timed, providing a polished final product.
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