mrdoob/three.js
Oct 2024 – Apr 2026
19 Months active
Languages Used
JavaScriptShellWGSLHTMLGLSLCSSMarkdown
Technical Skills
3D GraphicsBuffer ManagementFront-end DevelopmentGraphics ProgrammingJavaScriptMaterial Systems
sunag
PROFILE
Sunag
Over 19 months, Sunag contributed core engineering to mrdoob/three.js, advancing its WebGPU rendering pipeline, shader language (TSL), and developer tooling. Sunag architected features such as inspector integration, dynamic uniform buffer management, and per-attachment MRT blending, while modernizing the build system and API surface. Using JavaScript, TypeScript, and GLSL, Sunag refactored rendering workflows for stability, performance, and maintainability, introducing memory tracking, GPU readback buffers, and improved debugging utilities. The work addressed complex problems in resource management and shader flexibility, enabling scalable, high-fidelity graphics. Sunag’s contributions demonstrated deep technical understanding and improved the reliability of three.js for production use.
Overall Statistics
Feature vs Bugs
64%Features
Repository Contributions
430Total
Bugs
103
Commits
430
Features
187
Lines of code
124,497
Activity Months19
Your Network
149 peopleWork History
April 2026
12 Commits • 5 Features
Apr 1, 2026April 2026 monthly summary for mrdoob/three.js focused on delivering GPU rendering enhancements, shader flexibility, and memory/resource management to enable scalable, data-driven visuals across platforms.
12 Commits • 5 Features
Apr 1, 2026April 2026 monthly summary for mrdoob/three.js focused on delivering GPU rendering enhancements, shader flexibility, and memory/resource management to enable scalable, data-driven visuals across platforms.
April 2026
March 2026
20 Commits • 4 Features
Mar 1, 2026March 2026: Focused on delivering developer-facing enhancements for Three.js with a strong emphasis on debugging, stability, and performance. Completed inspector enhancements for memory monitoring and parameter handling; stabilized WebGPU rendering through targeted fixes; introduced rendering improvements for WebXR and storage textures; expanded the inspector with graph addons and extension architecture; and pursued core refactors that improve TS compilation performance and UI responsiveness. These changes collectively improve debugging efficiency, reduce runtime leaks, enhance XR experiences, and increase developer productivity with faster builds and modular extensions.
March 2026
20 Commits • 4 Features
Mar 1, 2026March 2026: Focused on delivering developer-facing enhancements for Three.js with a strong emphasis on debugging, stability, and performance. Completed inspector enhancements for memory monitoring and parameter handling; stabilized WebGPU rendering through targeted fixes; introduced rendering improvements for WebXR and storage textures; expanded the inspector with graph addons and extension architecture; and pursued core refactors that improve TS compilation performance and UI responsiveness. These changes collectively improve debugging efficiency, reduce runtime leaks, enhance XR experiences, and increase developer productivity with faster builds and modular extensions.
February 2026
31 Commits • 13 Features
Feb 1, 2026February 2026 — Delivered a focused set of TSL platform enhancements, WebGPU stabilization, API simplifications, and developer tooling improvements for three.js. The work emphasizes business value (robust rendering capabilities, improved performance, and easier debugging/maintenance) and technical excellence (GPU/Shader pipelines, API hygiene, and build reliability).
31 Commits • 13 Features
Feb 1, 2026February 2026 — Delivered a focused set of TSL platform enhancements, WebGPU stabilization, API simplifications, and developer tooling improvements for three.js. The work emphasizes business value (robust rendering capabilities, improved performance, and easier debugging/maintenance) and technical excellence (GPU/Shader pipelines, API hygiene, and build reliability).
February 2026
January 2026
12 Commits • 3 Features
Jan 1, 2026January 2026: Major rendering system refactor with scene property modularization; added dynamic StorageBufferAttribute support; visual rendering improvements (flat shading and enhanced materials/light handling); and pipeline robustness enhancements via shader codegen fixes. These changes improve maintainability, API consistency, resource efficiency, and rendering reliability across the WebGPU backend.
January 2026
12 Commits • 3 Features
Jan 1, 2026January 2026: Major rendering system refactor with scene property modularization; added dynamic StorageBufferAttribute support; visual rendering improvements (flat shading and enhanced materials/light handling); and pipeline robustness enhancements via shader codegen fixes. These changes improve maintainability, API consistency, resource efficiency, and rendering reliability across the WebGPU backend.
December 2025
24 Commits • 19 Features
Dec 1, 2025December 2025 (mrdoob/three.js) development summary focusing on delivering business-value features, improving rendering robustness, and strengthening debugging and maintainability across the WebGPU/shader path. Highlights include inspector UX improvements, shader-stage unification, partial UniformGroups updates, and GPU rendering enhancements with per-attachment MRT blending and clearer shadow map APIs. Several API clarifications and tooling refinements contributed to reduced maintenance burden and improved runtime stability.
24 Commits • 19 Features
Dec 1, 2025December 2025 (mrdoob/three.js) development summary focusing on delivering business-value features, improving rendering robustness, and strengthening debugging and maintainability across the WebGPU/shader path. Highlights include inspector UX improvements, shader-stage unification, partial UniformGroups updates, and GPU rendering enhancements with per-attachment MRT blending and clearer shadow map APIs. Several API clarifications and tooling refinements contributed to reduced maintenance burden and improved runtime stability.
December 2025
November 2025
22 Commits • 16 Features
Nov 1, 2025November 2025 — mrdoob/three.js: Delivered a comprehensive set of UI, rendering, and shader-pipeline enhancements that strengthen developer productivity, stability, and performance across the Inspector, TSL, and WebGPU rendering paths. The month focused on tightening workflow, expanding matrix support, and hardening the WebGPU renderer with more robust bindings and MRT handling, while fixing critical edge-case bugs that impacted examples and UI consistency. Key features delivered and business value: - Inspector UX and UI improvements: detach tab support, no-tabs UX, z-index adjustments, and a new mini-panel for parameters to accelerate debugging and parameter tuning. - TSL enhancements: mat3/mat4 support via bufferAttribute; global/renderer context node and pre-pass support; UI and build-system improvements that enable more scalable shader wiring and context management. - WebGPURenderer improvements: cached bindings for node uniforms, updated binding ranges, MRT RenderContext handling, and opaque blend mode for secondary MRT targets — enabling richer visuals with fewer CPU/GPU synchronization points. - Inspector UI robustness: boundary constraints to keep UI within window/panel limits and refined style details for clarity and consistency. - Build and example updates: updated builds for batch processing and refreshed webgpu_postprocessing_sss examples using pre-pass for more predictable rendering results. - Additional improvements: TLS/Three.TSL features (builtinShadowContext, global context integration) and removal of legacy cubeToUV, reflecting ongoing API cleanup. Major bug fixes: - Chromatic aberration type usage fix in caustics example (internal usage alignment) — commit for example correctness. - Viewer aspect ratio fix in Inspector to preserve correct aspect across layouts. - Inspector: Fix cube depth texture error to restore rendering reliability. - TSL: Fix non-stack function call with loops to improve shader generation reliability. Overall impact: - Reduced iteration time for scene setup and debugging, more predictable rendering results, and stronger stability for shader pipelines in WebGPU contexts. These changes position three.js for continued growth in professional workflows and large-scale demos. Technologies/skills demonstrated: - WebGPU and GL shader integration, TSL language features, matrix math handling (mat3/mat4), build-system optimization, and advanced UI/UX design for developer tools.
November 2025
22 Commits • 16 Features
Nov 1, 2025November 2025 — mrdoob/three.js: Delivered a comprehensive set of UI, rendering, and shader-pipeline enhancements that strengthen developer productivity, stability, and performance across the Inspector, TSL, and WebGPU rendering paths. The month focused on tightening workflow, expanding matrix support, and hardening the WebGPU renderer with more robust bindings and MRT handling, while fixing critical edge-case bugs that impacted examples and UI consistency. Key features delivered and business value: - Inspector UX and UI improvements: detach tab support, no-tabs UX, z-index adjustments, and a new mini-panel for parameters to accelerate debugging and parameter tuning. - TSL enhancements: mat3/mat4 support via bufferAttribute; global/renderer context node and pre-pass support; UI and build-system improvements that enable more scalable shader wiring and context management. - WebGPURenderer improvements: cached bindings for node uniforms, updated binding ranges, MRT RenderContext handling, and opaque blend mode for secondary MRT targets — enabling richer visuals with fewer CPU/GPU synchronization points. - Inspector UI robustness: boundary constraints to keep UI within window/panel limits and refined style details for clarity and consistency. - Build and example updates: updated builds for batch processing and refreshed webgpu_postprocessing_sss examples using pre-pass for more predictable rendering results. - Additional improvements: TLS/Three.TSL features (builtinShadowContext, global context integration) and removal of legacy cubeToUV, reflecting ongoing API cleanup. Major bug fixes: - Chromatic aberration type usage fix in caustics example (internal usage alignment) — commit for example correctness. - Viewer aspect ratio fix in Inspector to preserve correct aspect across layouts. - Inspector: Fix cube depth texture error to restore rendering reliability. - TSL: Fix non-stack function call with loops to improve shader generation reliability. Overall impact: - Reduced iteration time for scene setup and debugging, more predictable rendering results, and stronger stability for shader pipelines in WebGPU contexts. These changes position three.js for continued growth in professional workflows and large-scale demos. Technologies/skills demonstrated: - WebGPU and GL shader integration, TSL language features, matrix math handling (mat3/mat4), build-system optimization, and advanced UI/UX design for developer tools.
October 2025
18 Commits • 3 Features
Oct 1, 2025Month 2025-10 Summary for mrdoob/three.js: Delivered a polished inspector experience, modernized WebGPU rendering, and a robust build/tooling refresh to improve stability and future-proof the API, along with a critical transpiler fix. Key features delivered: - Inspector UI/UX enhancements: glass background, button parameter support, inspector refactor with improved mobile styling, and integrated performance metrics. Commits: 5be8714796f4e17d73d75e3df6a3c11d5c38ea64; 72cd0f81ea76c0d0558b397fa331c75742bd79ca; 3410b486aba8c64361b22af604244d9fb05743d2; c7f57a83c123a507c90a673492a8233a59bbce56. - WebGPU rendering enhancements and example modernization: improved lighting accuracy with DFG LUT, line rendering visibility tweaks in fat-raycasting example, and modernization of examples to use the updated initialization flow. Commits: 34f3fa6493a3bd2fd40a1d3568d943779b33eb2c; a31517aa5f49df933906e0c32aadac51cbe48241; 00d1804cfdfe5dc0e41e7cda030e97b368cd0735; 59055eda0a90a7000dd354e90852d58adf8a9f89. - Three.js library build tooling and API modernization: build tooling updates, API deprecations, and internal refactors to improve build stability and future-proof API. Commits: 9e7a65c17bc3832798103190df8f674b9acca073; 758b6543902fe5dfbb85729ce2dae3ddad44e646; 260d0c47aedb80dcda0242b38cd1ee01dd7ae0e7; 2ab339085fd21cd720ba3da0adf9ac4501865be4; d5ffcf9c89402257d8451cbcda725c70e7e20219; 7527f40bf500b42e50293109fdfb2b052d86b7a2; 11751a04315ec1d57f00be6809fbfb0e4ef356b9; e2454633063b8eabaf22b2a63d968bb67f763459; c2a5593b6b5b144b8f9873673ef50d7c1e387422. - Transpiler parameter conversion fix (bug): Immutable parameters were incorrectly converted to dynamic via .toVar(), now correctly handled (commit: b73a55ab4050a8d61af3d02f57776d3c98f9a295).
18 Commits • 3 Features
Oct 1, 2025Month 2025-10 Summary for mrdoob/three.js: Delivered a polished inspector experience, modernized WebGPU rendering, and a robust build/tooling refresh to improve stability and future-proof the API, along with a critical transpiler fix. Key features delivered: - Inspector UI/UX enhancements: glass background, button parameter support, inspector refactor with improved mobile styling, and integrated performance metrics. Commits: 5be8714796f4e17d73d75e3df6a3c11d5c38ea64; 72cd0f81ea76c0d0558b397fa331c75742bd79ca; 3410b486aba8c64361b22af604244d9fb05743d2; c7f57a83c123a507c90a673492a8233a59bbce56. - WebGPU rendering enhancements and example modernization: improved lighting accuracy with DFG LUT, line rendering visibility tweaks in fat-raycasting example, and modernization of examples to use the updated initialization flow. Commits: 34f3fa6493a3bd2fd40a1d3568d943779b33eb2c; a31517aa5f49df933906e0c32aadac51cbe48241; 00d1804cfdfe5dc0e41e7cda030e97b368cd0735; 59055eda0a90a7000dd354e90852d58adf8a9f89. - Three.js library build tooling and API modernization: build tooling updates, API deprecations, and internal refactors to improve build stability and future-proof API. Commits: 9e7a65c17bc3832798103190df8f674b9acca073; 758b6543902fe5dfbb85729ce2dae3ddad44e646; 260d0c47aedb80dcda0242b38cd1ee01dd7ae0e7; 2ab339085fd21cd720ba3da0adf9ac4501865be4; d5ffcf9c89402257d8451cbcda725c70e7e20219; 7527f40bf500b42e50293109fdfb2b052d86b7a2; 11751a04315ec1d57f00be6809fbfb0e4ef356b9; e2454633063b8eabaf22b2a63d968bb67f763459; c2a5593b6b5b144b8f9873673ef50d7c1e387422. - Transpiler parameter conversion fix (bug): Immutable parameters were incorrectly converted to dynamic via .toVar(), now correctly handled (commit: b73a55ab4050a8d61af3d02f57776d3c98f9a295).
October 2025
September 2025
29 Commits • 13 Features
Sep 1, 2025September 2025 monthly work summary for mrdoob/three.js focused on WebGPURenderer enhancements, inspector integration, TS Language Service improvements, and build/stability fixes. Delivered major features, stabilized rendering paths, and improved developer experience with a clear business impact in performance, debugging efficiency, and reliability.
September 2025
29 Commits • 13 Features
Sep 1, 2025September 2025 monthly work summary for mrdoob/three.js focused on WebGPURenderer enhancements, inspector integration, TS Language Service improvements, and build/stability fixes. Delivered major features, stabilized rendering paths, and improved developer experience with a clear business impact in performance, debugging efficiency, and reliability.
August 2025
24 Commits • 7 Features
Aug 1, 2025August 2025 monthly summary for mrdoob/three.js (2025-08). This period focused on stabilizing and expanding the TypeScript-like TSL workflow, improving performance for GPU rendering paths, and strengthening diagnostics and type safety. The team delivered a cohesive set of API alignments, transpiler enhancements, and GPU/rendering improvements that reduce boilerplate, enable more robust WebGPU experiments, and improve developer feedback. The work lays a stronger foundation for future feature work and reduces long-term maintenance cost by tightening type/layout rules and replacing the Proxy-based language layer with a prototype-based approach.
24 Commits • 7 Features
Aug 1, 2025August 2025 monthly summary for mrdoob/three.js (2025-08). This period focused on stabilizing and expanding the TypeScript-like TSL workflow, improving performance for GPU rendering paths, and strengthening diagnostics and type safety. The team delivered a cohesive set of API alignments, transpiler enhancements, and GPU/rendering improvements that reduce boilerplate, enable more robust WebGPU experiments, and improve developer feedback. The work lays a stronger foundation for future feature work and reduces long-term maintenance cost by tightening type/layout rules and replacing the Proxy-based language layer with a prototype-based approach.
August 2025
July 2025
22 Commits • 13 Features
Jul 1, 2025July 2025 performance summary for mrdoob/three.js focusing on delivering renderer and shader pipeline improvements, major feature work, and stability fixes across WebGL and WebGPU backends. Key outcomes include enhanced rendering fidelity, reduced frame-time variability, and expanded developer ergonomics through TSL enhancements, texture management, and events. The team advanced cross-renderer capabilities and maintained build stability through ongoing maintenance and example updates, enabling production-ready improvements for high-fidelity real-time graphics.
July 2025
22 Commits • 13 Features
Jul 1, 2025July 2025 performance summary for mrdoob/three.js focusing on delivering renderer and shader pipeline improvements, major feature work, and stability fixes across WebGL and WebGPU backends. Key outcomes include enhanced rendering fidelity, reduced frame-time variability, and expanded developer ergonomics through TSL enhancements, texture management, and events. The team advanced cross-renderer capabilities and maintained build stability through ongoing maintenance and example updates, enabling production-ready improvements for high-fidelity real-time graphics.
June 2025
29 Commits • 14 Features
Jun 1, 2025June 2025 (2025-06) monthly summary for mrdoob/three.js. Focused on stabilizing and extending the TSL shader language workflow, strengthening the rendering pipeline, and improving developer productivity through targeted refactors and new APIs. Highlights include major TSL core API refinements and cleanup, new shader APIs, build/CI improvements, and stability fixes across RenderObject, SSAAPassNode behavior, and WebGPU bindings. These changes deliver tangible business value by enabling faster shader authoring, more robust rendering across WebGPU targets, and more reliable builds and examples for the community. Key deliverables spanned shader language internals, surface area of the TSL core, and practical UX improvements for content teams and engine integrators.
29 Commits • 14 Features
Jun 1, 2025June 2025 (2025-06) monthly summary for mrdoob/three.js. Focused on stabilizing and extending the TSL shader language workflow, strengthening the rendering pipeline, and improving developer productivity through targeted refactors and new APIs. Highlights include major TSL core API refinements and cleanup, new shader APIs, build/CI improvements, and stability fixes across RenderObject, SSAAPassNode behavior, and WebGPU bindings. These changes deliver tangible business value by enabling faster shader authoring, more robust rendering across WebGPU targets, and more reliable builds and examples for the community. Key deliverables spanned shader language internals, surface area of the TSL core, and practical UX improvements for content teams and engine integrators.
June 2025
May 2025
26 Commits • 7 Features
May 1, 2025In May 2025, the three.js repo delivered a focused set of shader/material, WebGPU workflow, and build-system enhancements that improve rendering performance, correctness, and developer productivity. The work strengthens vertex/varying handling, stabilizes caching/blur processing, adds helpful rendering primitives, and improves build and example visibility for WebGPU adoption.
May 2025
26 Commits • 7 Features
May 1, 2025In May 2025, the three.js repo delivered a focused set of shader/material, WebGPU workflow, and build-system enhancements that improve rendering performance, correctness, and developer productivity. The work strengthens vertex/varying handling, stabilizes caching/blur processing, adds helpful rendering primitives, and improves build and example visibility for WebGPU adoption.
April 2025
33 Commits • 15 Features
Apr 1, 2025April 2025 delivered a substantial upgrade to three.js' WebGPU pipeline and shader tooling, driving reliability, performance, and feature coverage across rendering paths. Key features delivered include compatibilityMode with stability fixes for DepthTexture, integer attributes, and early-z rejection in WebGPURenderer, plus a high-precision rendering flag. We expanded rendering capabilities with texture metadata (width/height/depth), ProjectorLight support, SpotLightShadow aspect, and new webgpu examples to illustrate higher fidelity workflows. Shader tooling and TSL saw improvements for debugging and API ergonomics, including showing shader stage in debug() and stabilizing code during debugging and parameter handling. Performance gains were achieved via caching the shadow render object function and auto-caching atomic* nodes. Quality improvements touched Water2Mesh, NodeMaterial, denoise(), and lightShadowMatrix when shadowMap is disabled, contributing to more stable visuals. Overall, these efforts expand platform coverage, reduce maintenance pain for developers, and enable richer visuals with more predictable behavior.
33 Commits • 15 Features
Apr 1, 2025April 2025 delivered a substantial upgrade to three.js' WebGPU pipeline and shader tooling, driving reliability, performance, and feature coverage across rendering paths. Key features delivered include compatibilityMode with stability fixes for DepthTexture, integer attributes, and early-z rejection in WebGPURenderer, plus a high-precision rendering flag. We expanded rendering capabilities with texture metadata (width/height/depth), ProjectorLight support, SpotLightShadow aspect, and new webgpu examples to illustrate higher fidelity workflows. Shader tooling and TSL saw improvements for debugging and API ergonomics, including showing shader stage in debug() and stabilizing code during debugging and parameter handling. Performance gains were achieved via caching the shadow render object function and auto-caching atomic* nodes. Quality improvements touched Water2Mesh, NodeMaterial, denoise(), and lightShadowMatrix when shadowMap is disabled, contributing to more stable visuals. Overall, these efforts expand platform coverage, reduce maintenance pain for developers, and enable richer visuals with more predictable behavior.
April 2025
March 2025
27 Commits • 14 Features
Mar 1, 2025March 2025: Focused on WebGPU stability, shader language enhancements, and NodeMaterial compute path. Key deliverables include WebGPU MRT compatibility with material.outputNode, compute() integration in NodeMaterial, improved texture node validation, and WebGPU attribute support for int8/uint8, along with TSL enhancements (samplerComparison, variadic max/min) and targeted warnings. These changes unlock more robust WebGPU rendering, cleaner DSL, and improved developer ergonomics, delivering business value through more reliable rendering, better performance, and easier authoring of materials.
March 2025
27 Commits • 14 Features
Mar 1, 2025March 2025: Focused on WebGPU stability, shader language enhancements, and NodeMaterial compute path. Key deliverables include WebGPU MRT compatibility with material.outputNode, compute() integration in NodeMaterial, improved texture node validation, and WebGPU attribute support for int8/uint8, along with TSL enhancements (samplerComparison, variadic max/min) and targeted warnings. These changes unlock more robust WebGPU rendering, cleaner DSL, and improved developer ergonomics, delivering business value through more reliable rendering, better performance, and easier authoring of materials.
February 2025
8 Commits • 3 Features
Feb 1, 2025Concise monthly summary for February 2025 focused on delivering core rendering improvements, volumetric visuals, and shader pipeline robustness for mrdoob/three.js. Highlights include WebXR-aware output targeting, enhanced tone mapping, volumetric ray marching, and shader/build process stabilization, with a notable bug fix to sprite scaling behavior.
8 Commits • 3 Features
Feb 1, 2025Concise monthly summary for February 2025 focused on delivering core rendering improvements, volumetric visuals, and shader pipeline robustness for mrdoob/three.js. Highlights include WebXR-aware output targeting, enhanced tone mapping, volumetric ray marching, and shader/build process stabilization, with a notable bug fix to sprite scaling behavior.
February 2025
January 2025
16 Commits • 6 Features
Jan 1, 2025January 2025 monthly summary for mrdoob/three.js: delivered core feature work, stability improvements, and modernizations across WebGPU/TSL pipelines, driving higher visual fidelity, better multi-camera support, and stronger maintainability. Focused on water rendering realism, modernized point rendering, array-based camera handling, shader language enhancements, and code quality improvements that reduce future maintenance costs and enable faster feature delivery.
January 2025
16 Commits • 6 Features
Jan 1, 2025January 2025 monthly summary for mrdoob/three.js: delivered core feature work, stability improvements, and modernizations across WebGPU/TSL pipelines, driving higher visual fidelity, better multi-camera support, and stronger maintainability. Focused on water rendering realism, modernized point rendering, array-based camera handling, shader language enhancements, and code quality improvements that reduce future maintenance costs and enable faster feature delivery.
December 2024
40 Commits • 15 Features
Dec 1, 2024December 2024 (mrdoob/three.js): Delivered API enhancements, WebGPU renderer improvements, shader/TSL enhancements, and build/docs maintenance. Business value focused on rendering fidelity, stability, and developer productivity: fewer artifacts, clearer errors, faster onboarding, and a more maintainable codebase across the renderer, shader language, and tooling.
40 Commits • 15 Features
Dec 1, 2024December 2024 (mrdoob/three.js): Delivered API enhancements, WebGPU renderer improvements, shader/TSL enhancements, and build/docs maintenance. Business value focused on rendering fidelity, stability, and developer productivity: fewer artifacts, clearer errors, faster onboarding, and a more maintainable codebase across the renderer, shader language, and tooling.
December 2024
November 2024
34 Commits • 16 Features
Nov 1, 20242024-11 monthly summary for mrdoob/three.js: Focused on stabilizing runtime geometry updates, strengthening shadow rendering in WebGPU, and enabling more flexible PMREM workflows. Delivered API improvements, bug fixes, and performance/robustness enhancements that drive better rendering reliability, dynamic-scene capabilities, and production-ready asset pipelines. Overall, the month delivered concrete, business-value features (runtime geometry updates, improved shading fidelity, and.async PMREM workflows) while tightening stability across rendering backends and tooling.
November 2024
34 Commits • 16 Features
Nov 1, 20242024-11 monthly summary for mrdoob/three.js: Focused on stabilizing runtime geometry updates, strengthening shadow rendering in WebGPU, and enabling more flexible PMREM workflows. Delivered API improvements, bug fixes, and performance/robustness enhancements that drive better rendering reliability, dynamic-scene capabilities, and production-ready asset pipelines. Overall, the month delivered concrete, business-value features (runtime geometry updates, improved shading fidelity, and.async PMREM workflows) while tightening stability across rendering backends and tooling.
October 2024
3 Commits • 1 Features
Oct 1, 2024October 2024 monthly summary for mrdoob/three.js focusing on delivering stability and flexibility in the WebGPU rendering path and NodeMaterial workflow, with direct business value in rendering reliability and post-processing capabilities.
3 Commits • 1 Features
Oct 1, 2024October 2024 monthly summary for mrdoob/three.js focusing on delivering stability and flexibility in the WebGPU rendering path and NodeMaterial workflow, with direct business value in rendering reliability and post-processing capabilities.
October 2024
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Quality Metrics
Correctness90.4%
Maintainability87.0%
Architecture87.0%
Performance83.8%
AI Usage22.4%
Skills & Technologies
Programming Languages
CSSGLSLHTMLJavaScriptMarkdownShellWGSL
Technical Skills
3D Graphics3D Graphics Development3D Rendering3D graphics3D graphics programming3D renderingAPI DesignAPI RefactoringAST ManipulationAbstract Syntax Tree (AST) ManipulationAnimationAsynchronous ProgrammingAudio ProcessingBuffer ManagementBug Fixing
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