![]() For example, see Equation (2.1) and Figure 2.4. The Pandoc documentation provides more details on automatic section IDs and implicit header references.Ĭross-references still work even when we refer to an item that is not on the current page of the PDF or HTML output. With both styles, you use square brackets to delimit the text you want to turn into a. (#ID), e.g., â Table stuffâ via (#tables) Markdown supports two styles for creating links: inline and reference.There are two ways to specify custom link text:.If you are happy with the section header as the link text, use it inside a single set of square brackets:. ![]() When a referenced label cannot be found, you will see two question marks like ?, as well as a warning message in the R console when rendering the book. You can define relative links and image paths in your rendered files to help readers navigate to other files in your repository. You can link directly to a section in a rendered file by hovering over the section heading to expose the link: Relative links and image paths in README files. Further attributes of section headers can be set using standard Pandoc syntax. Section links in README files and blob pages. To assign an ID to a section header, simply add to the end of the section header. Reference-style links are a special kind of link that make URLs easier to display and read in Markdown. You can nest Markdown within your HTML, but you must include a blank line between the HTML element and the markdown. We recommend you to manually assign an ID to a section header to make sure you do not forget to update the reference label after you change the section header. You can also use the markdown syntax link text(link url) to create a link to any URL. By default, Pandoc will generate an ID for all section headers, e.g., a section # Hello World will have an ID hello-world. The embeded links will be automatically converted to clickable links. In fact, you can also reference sections using the same syntax where label is the section ID. We have explained how cross-references work for equations (Section 2.2.1), theorems (Section 2.2.2), figures (Section 2.4), and tables (Section 2.5).
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