awesome-repositories.com
المدونة
MCP
awesome-repositories.com

اكتشف أفضل مستودعات المصادر المفتوحة باستخدام بحث مدعوم بالذكاء الاصطناعي.

استكشفعمليات بحث منسقةبدائل مفتوحة المصدربرمجيات ذاتية الاستضافةالمدونةخريطة الموقع
المشروعخادم MCPحولكيفية ترتيب النتائجالصحافة
قانونيالخصوصيةالشروط
© 2026 Bringes Technology SRL·VAT RO45896025·hello@awesome-repositories.com
·

16 مستودعات

Awesome GitHub RepositoriesMotion Vector Calculation

Computing the per-pixel movement between frames to support temporal rendering effects.

Distinct from Motion Blur Simulations: Different from general motion blur; it is the underlying calculation of vectors for TAA and blur.

Explore 16 awesome GitHub repositories matching graphics & multimedia · Motion Vector Calculation. Refine with filters or upvote what's useful.

Awesome Motion Vector Calculation GitHub Repositories

اعثر على أفضل المستودعات باستخدام الذكاء الاصطناعي.سنبحث عن أفضل المستودعات المطابقة باستخدام الذكاء الاصطناعي.
  • leandromoreira/digital_video_introductionالصورة الرمزية لـ leandromoreira

    leandromoreira/digital_video_introduction

    16,232عرض على GitHub↗

    This project is an educational suite and technical guide designed for mastering video codecs and signal processing. It provides a structured curriculum through an engineering course, interactive labs, and tutorials focused on the fundamental principles of video compression and digital signal processing. The resource includes a technical guide for analyzing specific codecs like AV1, VP9, and H.265. It distinguishes itself by providing a containerized media lab, which ensures a consistent development environment for experimenting with video technology tools and notebooks. The project covers a

    Identifies and encodes changes between sequential video frames using block motion compensation and motion vectors.

    Jupyter Notebookadaptive-streamingarithmetic-codingaudio
    عرض على GitHub↗16,232
  • o3de/o3deالصورة الرمزية لـ o3de

    o3de/o3de

    8,954عرض على GitHub↗

    This project is an open-source 3D game engine designed for building high-fidelity games, simulations, and cinematic environments. It functions as a robotics simulation platform with native integration for ROS 2 to model robot controllers and sensors. The engine features a multi-threaded Forward+ physically based renderer that supports hardware-accelerated ray tracing and global illumination. The system is built on a modular extension architecture using Gems to add or replace features without modifying core binaries. It includes a native SDK for AWS cloud integration, enabling IAM authenticati

    Computes frame position differences in shaders to enable motion blur and temporal anti-aliasing.

    C++3d-graphics3d-graphics-engineanimation
    عرض على GitHub↗8,954
  • yemount/pose-animatorالصورة الرمزية لـ yemount

    yemount/pose-animator

    8,843عرض على GitHub↗

    Pose-animator is a system that maps real-time body and face tracking data to 2D vector illustrations. It functions as a skeletal animation engine and motion controller that translates human keypoint recognition into instantaneous SVG path updates. The project enables real-time motion capture from webcam feeds and pose extraction from static images. It utilizes a skeletal rig to link virtual bones to vector character surfaces, allowing for the animation of custom characters and interactive avatars. The tool incorporates client-side machine learning inference for processing camera frames, coor

    Smooths the transitions between disparate ML detection results to prevent jittering in character motion.

    JavaScript
    عرض على GitHub↗8,843
  • dusty-nv/jetson-inferenceالصورة الرمزية لـ dusty-nv

    dusty-nv/jetson-inference

    8,734عرض على GitHub↗

    jetson-inference is a set of libraries and tools for executing optimized deep learning models on embedded GPU hardware. Its primary purpose is to enable real-time computer vision and AI inference at the edge with low latency and high throughput. The project distinguishes itself through high-performance streaming analytics and the ability to execute concurrent AI pipelines on auto-grade silicon. It provides specialized support for multi-sensor stream processing, utilizing zero-copy data transport to load camera frames directly into GPU memory. The codebase covers a broad surface of capabiliti

    Calculates relative pixel motion between frames using dedicated GPU hardware to track object movement.

    C++caffecomputer-visiondeep-learning
    عرض على GitHub↗8,734
  • yangchris11/samuraiالصورة الرمزية لـ yangchris11

    yangchris11/samurai

    7,083عرض على GitHub↗

    SAMURAI is a zero-shot visual tracking model that adapts the Segment Anything architecture for video object segmentation. It uses a first-frame prompt, such as a bounding box or mask, to initialize tracking, then employs a motion-aware memory mechanism that stores and updates temporal motion features across frames to guide mask refinement. An online memory update strategy continuously refreshes this memory with new frame predictions, while temporal motion encoding computes optical flow between consecutive frames to inform object boundary and occlusion handling. The system is designed for real

    Computes optical flow between consecutive frames to inform object boundary and occlusion handling.

    Python
    عرض على GitHub↗7,083
  • hvision-nku/storydiffusionالصورة الرمزية لـ HVision-NKU

    HVision-NKU/StoryDiffusion

    6,430عرض على GitHub↗

    StoryDiffusion is a generative AI system designed for consistent character image and video generation. It utilizes a pluggable cross-attention module to inject shared character representations into pretrained diffusion models, allowing for visual identity stability across multiple images and scenes without retraining the base model. The project features a video generation pipeline that produces temporally coherent sequences from text prompts or condition images. It employs a latent space motion interpolator to predict intermediate frames and semantic motion, enabling long-range video generati

    Generates intermediate video frames by interpolating semantic data within a variational autoencoder.

    Jupyter Notebook
    عرض على GitHub↗6,430
  • hooke007/mpv_playkitالصورة الرمزية لـ hooke007

    hooke007/mpv_PlayKit

    6,473عرض على GitHub↗

    Uses motion estimation to generate intermediate frames for smooth video playback.

    GLSLmpvmpv-configmpv-player
    عرض على GitHub↗6,473
  • shimat/opencvsharpالصورة الرمزية لـ shimat

    shimat/opencvsharp

    6,011عرض على GitHub↗

    OpenCVSharp is a .NET library that wraps native OpenCV functions, providing C# developers with access to OpenCV's computer vision capabilities through an API that mirrors the native C/C++ style. It serves as a managed wrapper for image processing, feature detection, object detection, and image manipulation tasks, while also handling automatic disposal of unmanaged OpenCV resources like Mat objects to prevent memory leaks in .NET applications. The library enables keypoint detection and descriptor extraction using algorithms such as AKAZE, BRISK, or FAST, with brute-force or FLANN-based matchin

    Implements dense optical flow estimation using the Brox variational method for motion analysis.

    C#computer-visiondotnetdotnetstandard
    عرض على GitHub↗6,011
  • doubiiu/tooncrafterالصورة الرمزية لـ Doubiiu

    Doubiiu/ToonCrafter

    5,972عرض على GitHub↗

    ToonCrafter is a model that combines latent diffusion, reference-based colorization, and sketch-guided control for cartoon animation and interpolation. It functions as a cartoon video interpolation model, a reference-based colorization model, and a sketch-guided animation tool, all built on a latent diffusion animation framework. The project distinguishes itself by integrating three core capabilities into a single pipeline: generating smooth intermediate frames between two cartoon images using diffusion-based priors, transferring color and style from a reference image onto black-and-white ske

    Generates intermediate cartoon frames by interpolating data within a compressed latent space.

    Python
    عرض على GitHub↗5,972
  • zejun-yang/aniportraitالصورة الرمزية لـ Zejun-Yang

    Zejun-Yang/AniPortrait

    5,020عرض على GitHub↗

    AniPortrait هو خط أنابيب لتوليف الفيديو بالذكاء الاصطناعي مصمم لإنشاء صور شخصية ناطقة واقعية ورسوم متحركة للوجه. يعمل كمولد للرؤوس المتحدثة ورسوم متحركة مدفوعة بالصوت تقوم بمزامنة حركات الشفاه، والتعبيرات، ووضعيات الرأس مع الكلام أو مصادر الفيديو المرجعية. يتضمن النظام أداة لنقل تعبيرات الوجه لإعادة تمثيل الحركات من فيديو مصدر على صورة مرجعية ثابتة. يستخدم نموذج انتشار كامن مع تكييف الصورة القائم على المرجع للحفاظ على الهوية البصرية والاتساق عبر الإطارات المولدة. يغطي خط الأنابيب تعيين الصوت إلى التعبير، والتحكم في الحركة الموجه بالوضعية، وتوليف الفيديو الواقعي. يدمج النظام زيادة دقة الإطارات (Upsampling) لتسريع عملية التوليد وتقليل وقت العرض الإجمالي.

    Uses latent space interpolation to generate intermediate frames for smoother video and faster rendering.

    Python
    عرض على GitHub↗5,020
  • zalo/mathutilitiesالصورة الرمزية لـ zalo

    zalo/MathUtilities

    4,742عرض على GitHub↗

    MathUtilities هي مجموعة من مجموعات الأدوات المتخصصة التي توفر محركات للهندسة، والرؤية الحاسوبية، والرياضيات، ومحاكاة الفيزياء، ومعالجة الإشارات. تعمل كمكتبة شاملة للرياضيات والفيزياء تركز على الجبر الخطي، والتحسين العددي، والحسابات الهندسية للتطبيقات التقنية. يتميز المشروع بمجموعة أدوات لمحاكاة الفيزياء ومحرك هندسي ثلاثي الأبعاد. توفر هذه الأدوات قدرات لتكامل Verlet، وحلالات الحركية العكسية التكرارية، وعرض حقل المسافة عبر تتبع الأشعة الحجمي، وتشوه هندسة الشبكة. كما يتضمن أداة للرؤية الحاسوبية لتقدير حركة الكاميرا النسبية وإنشاء إسقاطات عين السمكة. تغطي المكتبة مجالات قدرات واسعة بما في ذلك أنظمة اكتشاف التصادم باستخدام فروق Minkowski والتجزئة المكانية، وتخطيط حركة الروبوتات، ومعالجة الإشارات لتقليل الضوضاء باستخدام مرشحات Kalman. تشمل الوظائف الإضافية تحسين البيانات العددية، وعمليات الجبر الخطي لملاءمة مجموعة النقاط، وتسلسل JSON القائم على الانعكاس لتسلسلات الكائنات.

    Solves for the relative motion between two images by tracking the movement of feature points.

    C#camerakalman-filtermath
    عرض على GitHub↗4,742
  • wyattblue/auto-editorالصورة الرمزية لـ WyattBlue

    WyattBlue/auto-editor

    4,460عرض على GitHub↗

    Auto-editor is a command-line automated video editor that uses FFmpeg to remove silence and inactive footage from video files. It functions as a processing suite with specialized cut generators that identify segments to trim based on loudness thresholds, motion analysis, and speech-to-text transcription. The tool distinguishes itself by offering a flexible post-production workflow, allowing users to export automated cut timelines as XML or JSON files for use in professional non-linear editing software. Beyond simple deletion, it can perform dynamic playback adjustments, such as increasing the

    Detects still footage by measuring pixel-level changes between frames to identify sections with minimal movement.

    Nimaudioaudio-editingaudio-processing
    عرض على GitHub↗4,460
  • pancaketas/lsfg-vkالصورة الرمزية لـ PancakeTAS

    PancakeTAS/lsfg-vk

    4,097عرض على GitHub↗

    lsfg-vk is a Vulkan-based frame generation tool and graphics middleware designed to increase perceived frame rates in graphics applications. It implements a lossless scaling algorithm to insert generated frames between rendered ones, increasing motion smoothness without reducing image quality. The project features a dedicated programming interface for integrating frame generation logic into external applications and includes an application profile manager. This manager allows specific generation settings to be assigned to individual executables, automating configuration upon application start

    Uses Vulkan-based motion vector analysis and pixel data to generate intermediate frames for smoother motion.

    C++frame-generationlinuxlosslessscaling
    عرض على GitHub↗4,097
  • djdefrag/qualityscalerالصورة الرمزية لـ Djdefrag

    Djdefrag/QualityScaler

    2,970عرض على GitHub↗

    QualityScaler is an AI video upscaler and local media processing tool designed to increase the resolution and visual quality of videos and images. It uses deep learning models to enhance detail and remove noise, operating as an offline application that executes all computations on local hardware. The project functions as a GPU-accelerated media processor that distributes workloads across multiple graphics cards to increase rendering speed. To prevent memory overflow during high-resolution tasks, it employs a tiled image processing method that splits large assets into smaller sections. The sy

    Implements motion-based frame interpolation to blend original and upscaled frames for smoother transitions.

    Pythonamdanimecompression-artifact-reduction
    عرض على GitHub↗2,970
  • tntwise/real-video-enhancerالصورة الرمزية لـ TNTwise

    TNTwise/REAL-Video-Enhancer

    2,137عرض على GitHub↗

    Real-Video-Enhancer is a cross-platform desktop application that utilizes neural networks to upscale resolution, generate intermediate frames, and denoise video files. It functions as a deep learning video processor that runs restoration models through hardware acceleration, dispatching heavy prediction workloads directly to underlying graphics hardware. The software executes optical-flow-based frame interpolation to increase framerates and motion smoothness, alongside dedicated filtering models that remove digital noise and blocky compression artifacts from compressed video streams. Additio

    Generates intermediate video frames using motion estimation and neural interpolation models to increase framerate and smoothness.

    Pythonguiinterpolationlinux
    عرض على GitHub↗2,137
  • dexplo/bar_chart_raceالصورة الرمزية لـ dexplo

    dexplo/bar_chart_race

    1,452عرض على GitHub↗

    Bar chart race is a Python data visualization library that transforms ordered tabular time-series data into animated bar and line chart races. It operates as an extension for rendering dynamic charts that illustrate how rankings and values change over time. The library interpolates wide-format chronological tables into densely sampled frame sequences, calculating intermediate numeric values to produce fluid motion animations. It orchestrates iterative canvas redraws through a plotting backend while supporting external multimedia encoders to export compressed standard video files. Generated a

    Calculates intermediate numeric bar lengths between discrete time periods using linear interpolation to produce fluid motion.

    Python
    عرض على GitHub↗1,452
  1. Home
  2. Graphics & Multimedia
  3. Motion Vector Calculation

استكشف الوسوم الفرعية

  • Motion Estimation2 وسوم فرعيةThe process of analyzing sequential frames to identify block-based motion vectors for compression. **Distinct from Motion-Based Frame Interpolation:** Distinct from frame interpolation as it focuses on analyzing and encoding motion rather than generating new intermediate frames.
  • Motion-Based Frame Interpolation1 وسم فرعيUses motion estimation to generate intermediate frames for smooth motion at the cost of high computation. **Distinct from Motion Vector Calculation:** Distinct from Motion Vector Calculation: focuses on generating new frames from motion vectors rather than just calculating them.