12 个仓库
Creating specialized visual effects and rendering techniques using GPU shaders and low-level graphics primitives.
Distinct from Composite Graphics Rendering: Unlike composite rendering, this focuses on the creation of custom visual effects through low-level GPU control.
Explore 12 awesome GitHub repositories matching graphics & multimedia · Custom Graphics Rendering. Refine with filters or upvote what's useful.
Panda3D 是一个为 Python 和 C++ 开发的跨平台游戏引擎和 3D 图形渲染系统。它作为一个构建交互式 3D 应用的综合框架,提供实时物理模拟器和专门的 3D 资源流水线工具。 该引擎的特色在于将高性能 C++ 核心与可互操作的 Python 语言绑定相结合。它利用场景图架构来组织 3D 对象,并提供基于流水线的资源转换系统,以优化模型和纹理的运行时加载。 其功能范围包括用于自定义 GPU 着色器执行的底层图形原语、3D 音频渲染以及用于外设和追踪器连接的虚拟现实集成。该框架还具有用于多平台应用二进制打包和基于网络的帧性能分析工具。 该项目提供了一个统一的硬件抽象层,以确保在不同操作系统和硬件环境之间的一致行为。
Enables the creation of specialized visual effects and rendering techniques using GPU shaders and low-level graphics primitives.
本项目是一个参考实现和实验性用户界面组件集合。它作为一个示例库,展示了高级动画、自定义图形渲染和非标准交互技术。 该仓库提供了高保真运动效果的展示,包括 3D 变换、图像序列动画和流畅的页面过渡。它包含一个图形实验库,使用 Canvas 绘图和矢量路径来渲染粒子系统和数据可视化。 实现范围涵盖了一系列高级 UI 功能,例如沉浸式 3D 对象渲染和交互式导航组件。它还包括用于管理具有动态验证的复杂多部分表单的模式,以及用于渲染图表和图形的交互式数据可视化工具。
Renders fluid transitions and particle systems using canvas drawing and physics simulations.
该项目是关于 iOS 上 Core Animation 框架的高级视觉效果和硬件加速动画的技术指南和实现库。它为创建高性能动态图形、自定义图形渲染以及使用透视变换和 Z 轴操作构建 3D 引擎提供了全面的参考。 该集合通过对 GPU 渲染优化和图形性能的深度关注而脱颖而出。它涵盖了保持高帧率的高级策略,例如通过阴影路径优化减少离屏渲染、实现异步图像加载和解压,以及利用基于光栅化的内容缓存。 该项目涵盖了广泛的功能领域,包括 3D 对象构建、粒子系统生成以及集成设备传感器数据以实现基于物理的动画。它还详细介绍了复杂的动画控制,从关键帧插值和自定义计时曲线到手动动画擦除和播放速度调整。 其他内容包括空间布局管理、矢量形状绘制以及用于测量 GPU 利用率和分析渲染性能的诊断工具。
Drawing vector shapes, gradients, and particle systems directly on layers to create bespoke interface elements.
DWMBlurGlass 是一个 Windows UI 主题扩展和标题栏自定义工具,旨在为 Windows 10 和 11 上的系统窗口应用模糊效果和半透明样式。它作为操作系统的视觉修改器,允许通过自定义模糊半径和混合颜色来调整窗口装饰。 该工具具有动态主题自动化功能,可将标题栏配色方案与激活的浅色或深色模式设置同步。它还包括旧版样式恢复功能,允许用户重置标题栏按钮高度和发光效果,以模拟以前操作系统版本的视觉外观。 该项目为标题栏提供了一系列美学配置选项,包括文本颜色和模糊强度的管理。它还处理自动化主题切换,以使窗口元素与全局系统外观设置保持一致。
Implements custom visual effects by using low-level graphics primitives to render blend colors over window backdrops.
该项目是 Android 应用程序参考实现和示例项目的集合。它提供了演示构建功能性移动应用程序的标准开发模式的教育性源代码。 该存储库包括 Android UI 设计、数据持久化和硬件集成的具体示例。它提供了处理长时间运行的后台进程和系统广播的参考实现,以及构建布局和自定义图形的演示。 该代码库涵盖了广泛的功能,包括用于远程数据获取的网络编程、使用共享首选项和数据库的本地数据管理,以及设备传感器、蓝牙、摄像头和麦克风的使用。它还演示了模块化 Fragment 布局、系统通知和应用程序权限管理的使用。
Demonstrates creating unique visual effects and shapes using the Android canvas and property animators.
该项目是一个综合性的 iOS 应用开发框架,专注于构建具有自定义用户界面组件、异步任务管理和本地数据持久化的移动应用。它作为软件工程的技术知识库,提供用于以 Markdown 格式组织和发布架构分析与笔记的工具。 该框架通过一个强大的基于文档的存储层脱颖而出,该层利用 BSON 格式的记录在 NoSQL 文档存储中执行 CRUD 操作。它提供广泛的系统集成功能,包括专门的应用扩展通信、跨沙盒消息传递和原生共享表单呈现,从而允许宿主应用与系统级服务之间的无缝交互。 该项目涵盖了广泛的功能面,包括具有线程安全同步的高级并发管理、卸载到后台的 UI 渲染以保持响应性,以及全面的国际化支持。它还包括面向开发者的工具,用于静态类型生成、自动化资源映射和交互式原型构建,以及用于地理信标监控和自适应图表生成的专门工具。
Draws complex interface elements like gradients, shapes, and text fields using low-level drawing contexts.
tapkulibrary is a collection of reusable user interface elements and layout utilities for building native iOS applications. It provides a modular set of building blocks, including a custom graphics framework, networking toolkits, and specialized interface components. The library includes a dedicated media gallery component for creating 3D perspective coverflow galleries and swipeable lists, as well as a grid-based calendar interface for monthly event layouts and date selection. The toolkit covers asynchronous network communication, allowing for data request scheduling on background threads.
Implements a system for creating specialized visual effects using low-level graphics primitives.
Orbtk is a cross-platform GUI framework and UI toolkit for building desktop applications using the Rust programming language. It functions as a widget-based library that provides a collection of reusable interface components and a template system for defining custom visual elements. The framework includes a localization and theming engine used to manage multi-language text translation and dynamic visual styles. It enables the creation of consistent layouts and custom widgets across different operating systems and hardware. The toolkit covers a broad range of capabilities, including window ma
Enables the rendering of custom graphics by integrating external rendering libraries within a canvas.
This project provides Rust bindings for the Dear ImGui library, enabling the creation of high-performance graphical user interfaces using an immediate-mode paradigm. By defining interface elements directly within the application render loop, it eliminates the need for persistent object hierarchies, allowing for rapid prototyping and dynamic visual updates. The library distinguishes itself by wrapping complex native function signatures in type-safe builders, which improves developer ergonomics while maintaining the performance characteristics of the underlying C++ implementation. It utilizes a
Renders complex geometry, textures, and custom vector paths directly onto the interface surface to create unique visual elements.
Graphics is a high-performance graphics engine and rendering infrastructure designed to configure and optimize high-fidelity graphics across diverse hardware and target platforms. At its core, the project provides a scriptable graphics framework that allows developers to write custom render loops and visual passes in C#. The platform enables the development of custom render pipelines and tailored rendering loops using scriptable architectures. It supports graphics pipeline optimization to achieve specialized visual outputs across different gaming platforms. Additionally, the system includes
Enables developers to programmatically define custom rendering steps and visual passes using scriptable architectures.
Node-qt is a native desktop application framework that provides C++ bindings for Qt, allowing developers to build desktop graphical user interfaces and manage application event loops from scripts. It functions as a native extension bridging underlying object models into JavaScript constructors for script-driven application runtimes, exposing system-level widget hierarchies and windowing primitives straight to high-level scripting environments without intermediary web layers. The library resolves runtime member calls against compiled classes by inspecting native object signatures on demand, w
Builds native desktop application windows and draws custom graphics directly onto them using underlying toolkit bindings.
Leif is an OpenGL-backed immediate mode graphical user interface library and graphics rendering framework. It provides a lightweight control flow where layouts and components are rebuilt every frame without retaining an internal scene graph, backed by hardware-accelerated graphics. The framework utilizes GPU-accelerated batch rendering to draw high volumes of primitives efficiently by grouping geometry into single vertex buffers. Developers can bypass standard rendering wrappers to access the underlying renderer directly, drawing raw graphics and custom geometry alongside standard interface c
Utilizes an exposed batch rendering system to draw non-interface custom graphics alongside standard graphical elements.