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computer graphics

32 articles · Page 1 of 1
Amap Tech
Amap Tech
Aug 5, 2026 · Artificial Intelligence

How the Evaluation‑Verification Reward Boosts Consistency in Multi‑Reference Image Editing

The Evaluation‑Verification Reward (EVR) framework introduces a multi‑dimensional assessment and a verification step to provide reliable reinforcement‑learning rewards for multi‑reference image editing, addressing detail loss, scene pollution, instruction errors, and hallucinations while improving reference, scene, visual harmony, and instruction consistency.

computer graphicsevaluation-verification rewardmulti-reference image editing
0 likes · 8 min read
How the Evaluation‑Verification Reward Boosts Consistency in Multi‑Reference Image Editing
Machine Heart
Machine Heart
Jul 30, 2026 · Industry Insights

How VAST Became the Centerpiece of SIGGRAPH 2026: A Chinese AI 3D Pioneer

VAST, the Chinese AI 3D company, dominated SIGGRAPH 2026 with a keynote on the new "Teapot Test," five technical papers covering the full 3D asset pipeline, a Best‑in‑Show Real‑Time Live! demo, collaborations with World Labs, and a TR35 honor for its chief scientist.

AI 3D GenerationReal-Time LiveSIGGRAPH 2026
0 likes · 15 min read
How VAST Became the Centerpiece of SIGGRAPH 2026: A Chinese AI 3D Pioneer
DeepHub IMBA
DeepHub IMBA
Jul 8, 2026 · Artificial Intelligence

How 4D Gaussian Splatting Works: From Canonical Gaussians to Deformation Fields

The article explains how 4D Gaussian Splatting avoids memory explosion in dynamic scene rendering by keeping a single set of canonical Gaussians, using a factor‑decomposed deformation field built from six 2D HexPlane grids, and training with carefully staged loss functions and learning‑rate schedules.

4D Gaussian SplattingHexPlaneNeural Deformation
0 likes · 10 min read
How 4D Gaussian Splatting Works: From Canonical Gaussians to Deformation Fields
Machine Heart
Machine Heart
Apr 20, 2026 · Artificial Intelligence

Single-Image to Animatable 3D Assets: AniGen Extends AIGC for Animation and Games

AniGen introduces a unified S³ Fields representation that generates geometry, skeleton, and skinning weights directly from one image, eliminating the traditional generate‑then‑rig pipeline, and demonstrates superior bone structure and skinning accuracy on the ArticulationXL benchmark compared with existing rigging baselines.

3D asset generationAIGCAniGen
0 likes · 9 min read
Single-Image to Animatable 3D Assets: AniGen Extends AIGC for Animation and Games
Mashang Consumer UXC
Mashang Consumer UXC
Sep 29, 2025 · Artificial Intelligence

Open-Source AI 3D, Video & Audio Models: Tencent, Vidu, Audio2Face and More

This article reviews the latest open‑source AI models released by major tech firms—including Tencent's 3D‑Omni and 3D‑Part, Shengshu Tech's Vidu Q2 for facial video, Nvidia's Audio2Face for real‑time facial animation, plus updates from Figma, Google, Alibaba and Kuaishou—highlighting their capabilities and potential applications in gaming, AR/VR, design and content creation.

3D modelingAIOpen Source
0 likes · 8 min read
Open-Source AI 3D, Video & Audio Models: Tencent, Vidu, Audio2Face and More
Amap Tech
Amap Tech
Aug 18, 2025 · Artificial Intelligence

How Omni-Effects Enables Spatially Controllable Multi‑VFX Generation with LoRA‑MoE

Omni-Effects introduces a unified framework that combines LoRA‑based expert mixture models and spatially aware prompts to generate multiple, precisely placed visual effects in video, supported by the new Omni‑VFX dataset and evaluation suite, demonstrating superior spatial control and diversity over prior single‑effect methods.

AILoRAVideo Generation
0 likes · 8 min read
How Omni-Effects Enables Spatially Controllable Multi‑VFX Generation with LoRA‑MoE
AI Frontier Lectures
AI Frontier Lectures
Jun 19, 2025 · Industry Insights

What Made SIGGRAPH 2025’s Top Papers Stand Out? A Deep Dive into Award‑Winning Research

SIGGRAPH 2025 announced record‑breaking submissions and awarded five best papers, several honorable mentions, and a Test‑of‑Time prize, highlighting breakthroughs in 3D reconstruction, neural fields, Monte‑Carlo rendering, cloth simulation, and IMU calibration, with detailed author, institution, and technical insights provided.

3D ReconstructionAIMonte Carlo rendering
0 likes · 13 min read
What Made SIGGRAPH 2025’s Top Papers Stand Out? A Deep Dive into Award‑Winning Research
IT Services Circle
IT Services Circle
Jun 13, 2025 · Game Development

From Hobby Sketch to Digital Earth: The Rise of Microsoft Flight Simulator

The article chronicles how two college friends turned a simple flight hobby into SubLogic, created the pioneering Flight Simulator on Apple II, and how Microsoft’s acquisition and decades of technological advances transformed it into a massive, real‑time, globally‑scaled digital world experience.

Game DevelopmentMicrosoftcomputer graphics
0 likes · 10 min read
From Hobby Sketch to Digital Earth: The Rise of Microsoft Flight Simulator
21CTO
21CTO
Jun 9, 2025 · Fundamentals

Remembering Bill Atkinson: The Visionary Behind QuickDraw, MacPaint, and HyperCard

Bill Atkinson, a pioneering Apple programmer who created QuickDraw, authored MacPaint, and invented HyperCard, passed away in June 2025, leaving a legacy that shaped modern graphical interfaces, desktop publishing, and early hypermedia concepts, celebrated by colleagues, industry leaders, and the tech community.

Apple historyBill AtkinsonHyperCard
0 likes · 6 min read
Remembering Bill Atkinson: The Visionary Behind QuickDraw, MacPaint, and HyperCard
Amap Tech
Amap Tech
Jun 5, 2025 · Artificial Intelligence

How MVPainter Achieves Accurate, High‑Detail 3D Texture Generation with Multi‑View Diffusion

MVPainter introduces a fully open‑source pipeline that generates high‑quality, PBR‑compatible 3D textures from a single reference image and a white model by leveraging multi‑view diffusion, geometric control, and a human‑aligned evaluation framework, dramatically improving texture fidelity, alignment, and detail.

3D texture generationAIPBR
0 likes · 10 min read
How MVPainter Achieves Accurate, High‑Detail 3D Texture Generation with Multi‑View Diffusion
Model Perspective
Model Perspective
Jan 23, 2025 · Fundamentals

Why Linear Algebra Powers AI, Graphics, Economics, Physics and More

This article explores how linear algebra—through matrices, vectors, and linear transformations—underpins diverse fields such as artificial intelligence, data science, computer graphics, economics, physics, engineering, and social network analysis, illustrating its practical impact on everyday technologies and scientific models.

ApplicationsPhysicscomputer graphics
0 likes · 8 min read
Why Linear Algebra Powers AI, Graphics, Economics, Physics and More
58UXD
58UXD
Aug 26, 2024 · Game Development

How Physics is Revolutionizing Realistic Animation: From PBR to AI‑Driven Motion

This article explores how the growing demand for visual realism drives the adoption of physically based rendering, rigid‑body dynamics, cloth and fluid simulations, and emerging AI techniques to create more believable character animation in modern computer graphics and games.

AI motioncomputer graphicsphysically based rendering
0 likes · 11 min read
How Physics is Revolutionizing Realistic Animation: From PBR to AI‑Driven Motion
58UXD
58UXD
Aug 4, 2023 · Game Development

Unlock Endless Visuals: Master Procedural Materials in Unreal Engine

This article explores the rise of procedural materials in computer graphics, explaining how algorithm-driven textures in Unreal Engine can generate infinite variations, save time, enhance performance, and integrate with AI, while also discussing workflow, node systems, challenges, and future trends for game developers.

AI integrationGame DevelopmentUnreal Engine
0 likes · 13 min read
Unlock Endless Visuals: Master Procedural Materials in Unreal Engine
ByteDance SYS Tech
ByteDance SYS Tech
Apr 13, 2023 · Game Development

Understanding Rasterization: From 3D Models to Screen Pixels

This article explains the rasterization pipeline of GPU‑based 3D rendering, covering model setup, orthographic and perspective projection, viewport transformation, triangle rasterization, bounding‑box optimization, depth buffering, and final pixel shading, using a simple two‑triangle example to illustrate each step.

GPU renderingRasterizationcomputer graphics
0 likes · 12 min read
Understanding Rasterization: From 3D Models to Screen Pixels
Architects' Tech Alliance
Architects' Tech Alliance
Mar 5, 2023 · Fundamentals

CPU vs GPU Rendering: Differences, Advantages, and Use Cases

This article explains the fundamental differences between CPU and GPU rendering, comparing their speed, quality, memory usage, stability, hardware costs, and suitable scenarios to help readers choose the most appropriate rendering method for their workflows.

CPU renderingGPU renderingHardware Comparison
0 likes · 14 min read
CPU vs GPU Rendering: Differences, Advantages, and Use Cases
Kuaishou Large Model
Kuaishou Large Model
Jul 29, 2022 · Fundamentals

How Automatic Quantization Slashes Memory Use in High‑Resolution Physical Simulations

This article explains how researchers applied quantization techniques to high‑resolution physical simulations, enabling over 50% memory reduction without noticeable visual loss, by modeling error propagation, using constrained optimization, and introducing dithering, with results demonstrated on GPU‑based smoke, fluid, and elastic body simulations.

GPU memory optimizationSIGGRAPHcomputer graphics
0 likes · 6 min read
How Automatic Quantization Slashes Memory Use in High‑Resolution Physical Simulations
ByteFE
ByteFE
Jun 22, 2022 · Frontend Development

Understanding WebGL from Scratch: Color Manipulation and Shader Techniques

This tutorial explores color manipulation in WebGL fragment shaders, demonstrating how to apply RGBA values, create gradient effects using coordinate mapping and cubic Bezier curves, and implement HSB color space conversions to achieve dynamic and visually complex rendering results.

Fragment ShadersGLSLShader Programming
0 likes · 7 min read
Understanding WebGL from Scratch: Color Manipulation and Shader Techniques
Kuaishou Tech
Kuaishou Tech
Mar 14, 2022 · Game Development

Enhancing Physically Based Rendering with Noise Algorithms: Theory, Implementation, and Visual Examples

This article explains how noise algorithms such as Perlin, FBM, and Worley can complement Physically Based Rendering (PBR) to overcome its limitations, presenting theoretical background, shader implementations, and visual results that demonstrate more realistic and dynamic textures for graphics applications.

Game DevelopmentGraphics RenderingNoise Algorithms
0 likes · 11 min read
Enhancing Physically Based Rendering with Noise Algorithms: Theory, Implementation, and Visual Examples
Kuaishou Large Model
Kuaishou Large Model
Feb 11, 2022 · Artificial Intelligence

How Motion Retargeting Powers Real‑Time Virtual Humans: Techniques & Insights

Motion retargeting, also known as motion adaptation, transfers source motion to arbitrary virtual characters while preserving semantic features and natural flow, and this article reviews traditional geometry‑based methods, recent deep‑learning approaches, and Kuaishou Y‑Tech’s optimized pipeline that balances quality, contact preservation, and real‑time performance.

animationcomputer graphicsdeep learning
0 likes · 13 min read
How Motion Retargeting Powers Real‑Time Virtual Humans: Techniques & Insights
Kuaishou Large Model
Kuaishou Large Model
Nov 1, 2021 · Game Development

How to Achieve Consistent, Controllable Highlights in 3D Makeup Rendering

This article presents a method for fine‑grained control of highlight effects in 3D material makeup, analyzing the impact of material properties, lighting, and geometry, and proposes using model‑space normal maps to ensure stable, adjustable highlights across different facial models and poses.

3D renderingPBRcomputer graphics
0 likes · 18 min read
How to Achieve Consistent, Controllable Highlights in 3D Makeup Rendering
ELab Team
ELab Team
Jun 24, 2021 · Game Development

Build a Simple Path Tracer in TypeScript: From Geometry to Ray Tracing

This article walks through the fundamentals of computer graphics, explaining rasterization, geometry, and ray tracing, then shows how to implement a basic path‑tracing renderer in TypeScript using vectors, rays, spheres, a camera, and Web Workers to render on a canvas.

CanvasPath Tracingcomputer graphics
0 likes · 35 min read
Build a Simple Path Tracer in TypeScript: From Geometry to Ray Tracing
ByteFE
ByteFE
Jun 15, 2021 · Frontend Development

Generating Chinese Character Stroke Order Animations from Font Files

This article details a technical approach to automatically generating stroke order animation data for Chinese characters from standard font files, covering SVG rendering, coordinate transformations, deep learning-based stroke decomposition, and CSS animation techniques.

AlgorithmFont ParsingSVG animation
0 likes · 20 min read
Generating Chinese Character Stroke Order Animations from Font Files
58UXD
58UXD
Mar 9, 2021 · Game Development

From the Brown Box to Modern 3D: A Journey Through Game Graphics History

This article traces the evolution of computer graphics in video games—from the 1972 Brown Box and Atari sprites through the ZX Spectrum era, early 3D engines like Freescape and Zarch, to the rise of GPUs, rasterization pipelines, and modern rendering challenges exemplified by titles such as Crysis.

3D renderingGame HistoryRasterization
0 likes · 8 min read
From the Brown Box to Modern 3D: A Journey Through Game Graphics History
ByteFE
ByteFE
Jan 14, 2021 · Game Development

Interview with Inigo Quilez: The Story Behind Shadertoy and Shader Programming

Renowned shader programmer Inigo Quilez discusses his background, the evolution of Shadertoy from the demoscene, his self‑taught journey in mathematics and graphics, and shares insights on learning paths, community building, and future plans for the platform.

Shader ProgrammingShadertoyartistic coding
0 likes · 13 min read
Interview with Inigo Quilez: The Story Behind Shadertoy and Shader Programming
58UXD
58UXD
Dec 14, 2020 · Fundamentals

Model a Precise Hollow Dodecahedron Sphere with Parametric Geometry

This tutorial walks you through creating a refined hollow dodecahedron ball ornament by generating a parametric topology, scaling for nested layers, editing polygons to bridge layers, and applying subdivision to achieve a smooth, interlocking structure, illustrating how complex forms follow predictable rules.

3D modelingTutorialcomputer graphics
0 likes · 2 min read
Model a Precise Hollow Dodecahedron Sphere with Parametric Geometry
Liangxu Linux
Liangxu Linux
Jan 27, 2020 · Fundamentals

How 99 Lines of Taichi Code Enable High‑Performance CG Simulations

Taichi, a Python‑embedded DSL created by an MIT PhD, dramatically speeds up material point method simulations—achieving up to 188× faster than TensorFlow—while keeping code concise, enabling differentiable physics for graphics and AI research.

Differentiable ProgrammingMaterial Point MethodTaichi
0 likes · 9 min read
How 99 Lines of Taichi Code Enable High‑Performance CG Simulations
Programmer DD
Programmer DD
Jan 18, 2020 · Artificial Intelligence

How 99 Lines of Code Let You Create Frozen Magic with Taichi’s Differentiable Physics

Taichi, a Python‑embedded domain‑specific language created by MIT PhD Hu Yuanming, enables high‑performance, differentiable computer‑graphics simulations—ranging from ice‑snow effects to 3D fluids—using just a few dozen lines of code, dramatically outperforming TensorFlow and PyTorch while simplifying research pipelines.

AIDifferentiable ProgrammingMLSM-PM
0 likes · 9 min read
How 99 Lines of Code Let You Create Frozen Magic with Taichi’s Differentiable Physics
21CTO
21CTO
Jan 13, 2020 · Fundamentals

How 99 Lines of Code Let You Create Frozen‑Style Magic with Taichi

Taichi, a new CG programming language created by MIT PhD student Hu Yuanming, enables high‑performance physical simulation and differentiable programming with just a few dozen lines of code, dramatically outperforming TensorFlow and PyTorch, and has been showcased in SIGGRAPH, ICRA, ICLR papers and real‑time demos.

Differentiable ProgrammingMLSM‑MPMTaichi
0 likes · 10 min read
How 99 Lines of Code Let You Create Frozen‑Style Magic with Taichi
Qunar Tech Salon
Qunar Tech Salon
Mar 27, 2015 · Fundamentals

Classic Algorithms that Shaped Modern Computing

This article surveys a collection of seminal algorithms—including Huffman coding, public‑key encryption, Dijkstra's shortest‑path, binary search, quicksort, Karatsuba multiplication, Euclid's GCD, Bresenham's line drawing, and the fast inverse square‑root—explaining their origins, principles, and lasting impact on computer science.

Algorithmscomputer graphicscryptography
0 likes · 7 min read
Classic Algorithms that Shaped Modern Computing