3 مستودعات
Rendering engines that traverse hierarchical node trees to generate final page layouts and component instances.
Distinct from Tree Node Templates: Focuses on the recursive traversal of the page node-tree for rendering rather than static visual templating of nodes.
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Gods-pen is a Vue.js visual page builder and no-code landing page platform for creating responsive mobile marketing pages. It functions as a dockerized content management system and an extensible component framework, enabling the design and publishing of pages with integrated form collection and analytics tracking. The platform features a component marketplace manager for uploading, downloading, and monetizing reusable UI elements across different projects. It provides a comprehensive system for custom component development, utilizing a scaffolding system and schema-driven property mapping to
Renders pages by traversing a hierarchical tree of nodes containing layout settings, component parameters, and scripts.
jsmind is a JavaScript library and web-based engine used to render interactive hierarchical mind maps. It functions as a hierarchical data visualizer and concept map renderer that converts structured data into visual diagrams for organizing information and ideas. The library provides a visual interface for editing nodes and manipulating map structures in real time. It supports customizing the appearance of nodes through styling and themes, managing node visibility via expanding and collapsing hierarchy levels, and exporting visual maps as high-resolution images. The system handles the transf
Computes node positions and connecting line paths by recursively traversing the hierarchical data tree.
Simple Virtual DOM is a lightweight library designed for modeling user interface hierarchies as declarative, nested object structures. It functions as a rendering engine and reconciliation framework, allowing developers to define interface states as virtual trees that exist independently of the live browser document. The library provides core logic for synchronizing these virtual structures with the actual document object model. By comparing two tree states, it calculates the minimal set of additions, removals, or attribute modifications required to update the interface. This approach minimiz
Traverses virtual tree structures to generate and mount corresponding browser elements.