mikke89/RmlUi

Features

• Cross-Platform Component Renderers - Functions as a cross-platform rendering engine that translates a unified definition into textured geometry.
• Box-Based Layouts - Positions elements using a box-model layout system with tables and alignment controls to organize screen space.
• Game UI Layouts - Provides a system for organizing and layering interactive user interface elements within game environments.
• Rendering Pipelines - Passes geometry to a rendering engine through a customizable interface to display the user interface.
• Indexed Triangle Rendering - Draws indexed triangle geometry using 2D translation and textures to display layouts and text.
• Layered Compositing Stacks - Organizes rendering into a stack of layers blended using alpha composition or replacement modes.
• Text Geometry Generation - Produces textured meshes and pixel widths for strings based on font faces and effects.
• AngelScript and Lua Game Scripting - Integrates the Lua scripting language to extend interface behavior and dynamic logic.
• Embedded Lua Scripting - Generates bindings that allow the user interface to be programmatically controlled via Lua scripts.
• Scriptable UI Frameworks - Exposes comprehensive bindings to the Lua scripting language for dynamic UI logic and control.
• UI Data Binding - Synchronizes interface elements with underlying data models using observer-style patterns.
• Character Encoding Support - Provides native support for international character sets and Unicode codepoints for multilingual text display.
• Interface Text Translators - Converts interface labels and messages into different languages via external translation table mapping.
• Cross-Platform UI Frameworks - Enables the development of consistent graphical user interfaces that run across multiple operating systems.
• CSS-Driven Styling Engines - Resolves visual properties using a cascading rule set and selector matching similar to CSS.
• CSS Styling - Implements a cascading stylesheet system for defining the visual appearance and layout of user interface elements.
• State-Synchronized Bindings - Automatically synchronizes UI elements with application state changes through reactive bindings.
• Font Engine Integration - Provides a built-in font engine with the ability to replace it with a custom implementation.
• Input Event Dispatchers - Implements systems for capturing and propagating peripheral input signals like mouse, keyboard, and touch to UI components.
• Game Engine UI Integrations - Provides abstracted interfaces to integrate the UI framework with external game engine rendering and input loops.
• High-DPI Scaling - Provides automatic resolution adjustment to maintain visual sharpness on high-density displays.
• HTML and CSS Rendering Engines - Translates HTML markup and CSS styles into visual layouts for native and embedded applications.
• UI Component Structuring - Uses a subset of HTML elements to structure the hierarchy of interface components.
• HTML Document Renderers - Implements a system to load and render HTML documents to generate the visual interface.
• Unified Input Abstraction Layers - Processes mouse, keyboard, and touch events through a unified context for cross-platform interaction.
• Text Dimension Calculators - Calculates precise pixel widths of text strings for accurate element positioning and layout.
• Parsing-Level Text Translation - Intercepts raw text during parsing to replace it with translated strings based on locale.
• View-to-Data Mappings - Links visual UI components to their corresponding data models to automate view updates.
• Visual Styling Rules - Uses a rule-based system with selectors and declarations to apply visual formatting to UI components.
• CSS Box Model Renderers - Implements a CSS box-model engine to calculate element dimensions, padding, and borders.
• Content Translation - Swaps user-facing text into multiple languages based on the user's regional settings.
• Stylesheet Integration - Provides mechanisms for linking and applying external CSS resources to documents.
• UI Rendering Contexts - Establishes named environments with specific dimensions to load and render interface elements.
• Geometric Transformations - Modifies the location and size of shapes using transformation matrices for rotation, scaling, and projection.
• SVG-Based Vector Rendering - Implements a rendering system that uses scalable vector graphics for elements and background images.
• Rendering Backends - Offers a pluggable rendering backend that decouples geometry generation from the final display pipeline.
• Render-to-Texture Buffers - Saves layer contents into textures to reuse them in subsequent rendering operations.
• Rendering Clipping Regions - Restricts rendering to specific rectangular regions or custom geometry masks to hide overflowing elements.
• Texture Management Systems - Provides a system for loading and binding graphical textures to display objects.
• Vector Caching - Converts SVG and Lottie vector data into bitmap textures to optimize real-time rendering performance.
• Lottie Players - Includes specialized components for playing animations exported in the Lottie JSON format.
• Alpha Compositing - Uses the alpha channel of stored layers to fade out other rendered contents.
• Composite Visual Effects - Includes a decorator engine to implement composite graphical effects such as blur and drop-shadows.
• Text Typography Controls - Controls text presentation including font families, sizes, weights, and kerning for improved readability.
• UI Shader Effects - Draws geometry using specialized shader effects like linear, radial, or conic gradients.
• UI Spatial Navigation - Determines how focus moves between elements using arrow keys via automatic or ID-based targeting.
• Decorative Effects - Adds images, gradients, and custom shaders to elements through stylesheet declarations.
• Box Model Dimension Logic - Determines whether widths and heights include only content or encompass padding and borders.
• Color Spaces - Assigns colors using named values, hexadecimal codes, and various color spaces.
• Layer-Based Filter Composition - Produces visual effects like blur and color adjustments by processing layers during composition.
• Data Binding - Synchronizes interface elements with an underlying data model to automate view updates.
• Drop-Down Menus - Provides selection box components with a list of options for user input.
• Embedded UI Toolkits - Offers a lightweight interface library designed for resource-constrained applications and custom rendering pipelines.
• Sequential Navigation Orders - Allows defining the sequential order in which elements receive focus during tab key presses.
• Runtime Font Loading - Supports importing external font faces for use within the user interface.
• Animation-Driven Layout Calculations - Calculates element positions and sizes automatically to support animations and transforms.
• Layout Templates - Offers predefined visual arrangements to standardize the injection of structural elements and assets.
• Overflow Scroll Management - Generates scrollbars on elements when content exceeds available dimensions to navigate overflow.
• Range Sliders - Implements interactive range sliders with tracks and progress indicators for value selection.
• Visual Attribute Definitions - Provides declarative definitions for visual constants like colors and fonts using CSS-like syntax.
• CSS Variable Styling Systems - Supports reusable custom properties and variables within stylesheets to manage themes and property fallbacks.
• Template Injection Hooks - Provides mechanisms for dynamically inserting predefined layout templates into specific document elements.
• Touch and Drag Interactions - Implements input handlers for manipulating UI elements via swiping on touch screens or dragging.
• Vector-Based UI Toolkits - Provides a toolkit that renders layouts using SVG images and Lottie animations within a CSS-styled environment.
• Vector Graphics Rendering - Implements an engine that renders SVG and Lottie design elements for high-fidelity visual output.
• UI Window Templates - Provides pre-defined visual structures used to instantiate interactive application windows.
• Mixed Layout Units - Sets sizes using absolute pixels, relative units, percentages, or high-DPI scaling factors.
• WebAssembly Compilation - Provides toolchains to compile the interface into WebAssembly binaries for browser execution.
• GUI Frameworks - HTML/CSS-based user interface library.
• User Interface - Converts HTML/CSS into vertices and draw commands.

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