This HTML code appears to be a snippet from a larger web page, and it contains the main content of an infographic or a visual representation of data. The code is quite lengthy, so I'll highlight some key points:
1. **Container elements**: The HTML code consists of several container elements, including `<figure>`, `<div class="gv-fig-container">`, and `<div id="gv-viewport">`. These containers wrap the main content and provide structure to the page.
2. **Image and text content**: Within these containers, you'll find images, text, and other visual elements. The code uses CSS classes like `gv-fig-title`, `gv-icon`, and `gv-text` to style and layout the content.
3. **JavaScript and CSS dependencies**: The code includes references to JavaScript libraries (e.g., jQuery) and CSS files (e.g., `styles.css`) using `<script>` tags.
4. **Data visualization**: This code is likely used for data visualization, as it contains a grid of cells with varying background colors and text content. Each cell represents a data point or category.
If you're looking to improve the accessibility or semantic markup of this HTML, here are some suggestions:
* Use `<header>`, `<nav>`, `<main>`, `<section>`, `<article>`, and `<aside>` elements to organize the content and provide a clear structure.
* Add `alt` attributes to images and provide alternative text for visually impaired users.
* Use ARIA attributes (e.g., `aria-label`) to make interactive elements more accessible.
* Consider using HTML5 semantic markup for table cells (e.g., `<th>`, `<td>`) instead of nested `<div>` elements.
To refactor the code, I would recommend breaking it down into smaller, more manageable chunks. This could involve:
1. Extracting separate files for stylesheets and scripts to improve organization.
2. Renaming container elements to make them more descriptive and accessible (e.g., `gv-fig-container` becomes `data-infographic-content`).
3. Using a CSS framework or preprocessor like Sass or Less to simplify the styling process.
4. Adding alt text and descriptions for images using HTML attributes.
Remember to review and test your refactored code thoroughly to ensure that it meets accessibility standards and performs as expected.
1. **Container elements**: The HTML code consists of several container elements, including `<figure>`, `<div class="gv-fig-container">`, and `<div id="gv-viewport">`. These containers wrap the main content and provide structure to the page.
2. **Image and text content**: Within these containers, you'll find images, text, and other visual elements. The code uses CSS classes like `gv-fig-title`, `gv-icon`, and `gv-text` to style and layout the content.
3. **JavaScript and CSS dependencies**: The code includes references to JavaScript libraries (e.g., jQuery) and CSS files (e.g., `styles.css`) using `<script>` tags.
4. **Data visualization**: This code is likely used for data visualization, as it contains a grid of cells with varying background colors and text content. Each cell represents a data point or category.
If you're looking to improve the accessibility or semantic markup of this HTML, here are some suggestions:
* Use `<header>`, `<nav>`, `<main>`, `<section>`, `<article>`, and `<aside>` elements to organize the content and provide a clear structure.
* Add `alt` attributes to images and provide alternative text for visually impaired users.
* Use ARIA attributes (e.g., `aria-label`) to make interactive elements more accessible.
* Consider using HTML5 semantic markup for table cells (e.g., `<th>`, `<td>`) instead of nested `<div>` elements.
To refactor the code, I would recommend breaking it down into smaller, more manageable chunks. This could involve:
1. Extracting separate files for stylesheets and scripts to improve organization.
2. Renaming container elements to make them more descriptive and accessible (e.g., `gv-fig-container` becomes `data-infographic-content`).
3. Using a CSS framework or preprocessor like Sass or Less to simplify the styling process.
4. Adding alt text and descriptions for images using HTML attributes.
Remember to review and test your refactored code thoroughly to ensure that it meets accessibility standards and performs as expected.