The Axure PR WEB interactive prototype universal component template material library includes icon library, step progress bar, step bar, input box, dialog box, prompt box, pop-up box, interaction specification, form, data list and other prototype templates. In the process of creating the new version, we fully adopted the feedback from peer users and strive to make it more in line with their usage needs. At the same time, in order to comply with the trend of transitioning to the new version of Axure9 and promote the popularity of the new version in the industry, this set of works is completely produced and released using Axure9, so many new features and design methods of AxureRP9 are applied in the works.


Components are still the core content of this work, which consists of over 70 types and thousands of independent components in five major categories: general components, data input, data display, information feedback, and other series. The component types of the new version are still basically the same as the old version, but we have sorted and adjusted more than 80% of the independent components using the features of Axure RP9, making them more standardized and unified in style and usage. In addition, we have adopted some suggestions from users who have higher fidelity requirements, and in the new version, we have also focused on improving the dynamic interaction effects of some business components, providing richer dynamic components. In the rplib format component list file provided in the new version, we have also focused on optimizing the classification and granularity of components, making them more convenient for application in the design process. At the same time, some global components are encapsulated using a master as much as possible, and can be quickly applied to your prototype solution by simply copying and pasting.


Module combination is an upgraded form of commonly used components on the web end and a collection of typical functional modules, such as registration and login panels, various commonly used dialog boxes, common form layouts, etc. These functional module combinations can be used universally in various projects. In addition, the work also provides several sets of platform framework templates and various commonly used interface templates on the WEB side. These templates are applications of WEB prototype related design methods and standards, and can serve as excellent reference cases for learning prototype design. The structure of the relevant template pages is clear and reasonable, fully utilizing the master board for modular layout, which is convenient for quick reuse and easy to expand and modify. Based on these templates, you can quickly create prototype solutions, while combining them with the rich component types and business components provided in the work to design aesthetically pleasing, standardized, and easy to read web interaction prototypes, allowing you to focus more on functional processes and business logic. Module combinations and interface templates will also provide file versions in rplib format, and the drag and drop usage method can greatly improve design efficiency.


The newly added interaction manual in the work is mainly used to explain the interaction methods and corresponding states of commonly used components, and also provides some normative usage suggestions, as well as rule annotation and writing references in prototype design. This manual can be applied to any web project prototype, and the relevant content in the manual can be improved according to business needs during practical application. In addition, each component type in the work has detailed introductions and usage instructions. At the same time, articles sharing relevant design process methods and interaction specifications have been specially organized, hoping to help everyone enrich and improve their knowledge system.


An excellent component library should not only provide beautiful and diverse component types, but also pay attention to the usability and ease of use of related content. In addition, we hope to share some standardized and standard prototype design methods with everyone through this work. AxureUX has been exploring how to pursue the best prototype performance method while ensuring output efficiency and standardization. If you have more suggestions in this regard, please feel free to provide feedback to us through the relevant channels on the website.