Emily2040/webgl2-systems-architect-skill

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Última actividad de origen registrada: 12 de octubre de 2026 a las 06:45

Catálogo de SkillsMP actualizado: 26 de octubre de 2026 a las 11:37

skills recopiladas: 4

Estrellas en GitHub: 4
Forks en GitHub: 0

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# WebGL 2.0 Systems Architect Skill **English** · [简体中文](./README.zh-CN.md) · [日本語](./README.ja.md) · [한국어](./README.ko.md) [![Validate Skill Repository](https://github.com/Emily2040/webgl2-systems-architect-skill/actions/workflows/validate.yml/badge.svg)](https://github.com/Emily2040/webgl2-systems-architect-skill/actions/workflows/validate.yml) [![License: MIT](https://img.shields.io/badge/License-MIT-38bdf8.svg)](./LICENSE) [![Version](https://img.shields.io/badge/version-2.0.0-2dd4bf.svg)](./CHANGELOG.md) [![Locales](https://img.shields.io/badge/locales-EN%20%7C%20zh--CN%20%7C%20ja%20%7C%20ko-f59e0b.svg)](./locales) ![WebGL 2.0 Systems Architect Swiss-industrial GPU telemetry hero](./docs/assets/webgl2-systems-hero.png) `webgl2-systems-architect-skill` is a routed, multi-agent-ready engineering skill for **WebGL 2.0 renderer architecture, GLSL ES 3.00 (`#version 300 es`) shader discipline, GPU frame-budget derivation, non-blocking `PIXEL_PACK_BUFFER` + `gl.fenceSync` pipelines, context-loss recovery, and WebGL 2.0 to WebGPU migration**. The package ships with four bespoke visual design systems, native workflow architectures, localized skill modules, and anti-slop rules across **English (`en`)**, **Simplified Chinese (`zh-CN`)**, **Japanese (`ja`)**, and **Korean (`ko`)**. - **Repository**: <https://github.com/Emily2040/webgl2-systems-architect-skill> - **Interactive Workbench (`docs/index.html`)**: [Open local workbench](./docs/index.html) - **Live WebGL 2.0 Smoke Fixture**: [`fixtures/webgl2-smoke/index.html`](./fixtures/webgl2-smoke/index.html) - **Author**: Created by **Iamemily2050** (`Emily2040`) · [Website](https://Iamemily2050.com) · [X](https://x.com/iamemily2050) · [Instagram](https://instagram.com/iamemily2050) --- ## Swiss-Industrial 5-Lane Fork-Join Workflow (`en` Workflow Design) ![WebGL 2.0 Systems Architect Swiss-industrial 5-lane hardware workflow infographic](./docs/assets/webgl2-systems-infographic.png) Monolithic graphics prompts waste context tokens by dumping an entire textbook into the context window, mixing incompatible rules (such as forcing SDF raymarching rules onto an instanced raster mesh pipeline) and encouraging vague advice. This repository treats WebGL 2.0 systems engineering as a routed 5-stage fork-join workflow: 1. **Tiny router entrypoint**: [`SKILL.md`](./SKILL.md) stays under 800 characters and routes straight to [`references/00-orchestrator.md`](./references/00-orchestrator.md). 2. **Triage-first module selection**: [`skills/core/01-triage.md`](./skills/core/01-triage.md) classifies the task across 6 intents (`architecture`, `implementation`, `debug`, `optimize`, `review`, `migration`) and 6 project classes (`raster-mesh`, `sdf-raymarch`, `hybrid`, `postprocess`, `data-vis`, `ui`), loading only the modules mapped in [`registry/module-map.json`](./registry/module-map.json). 3. **Invariants separated from heuristics**: Invariants (no free shader variables, explicit assumptions, derived numeric constants, bound VAOs, verified FBO completeness) always hold. Heuristics (`alpha: false`, reversed-Z, deferred vs forward, DPR caps, raymarch tap counts) depend on measured device budgets. 4. **Honest WebGL 2.0 concurrency**: Web Workers parallelize asset fetch, glTF/Draco decoding, KTX2 transcoding, and culling; `KHR_parallel_shader_compile` and `gl.PIXEL_PACK_BUFFER` + `gl.fenceSync` pipeline GPU status across frames; single-context WebGL 2.0 draw submission remains strictly serial. 5. **Executable verification gates**: [`scripts/validate_repo.py`](./scripts/validate_repo.py) checks JSON schemas, exact module-set equality, strict XML/SVG text-fit margins, four-language parity, forbidden-slop enforcement, and negative self-tests. --- ## Architecture Blueprint & Decision Infographic (`en` Vector Blueprints) ![WebGL 2.0 Systems Architect routed lane and concurrency blueprint](./docs/assets/architecture.svg) ![WebGL 2.0 Systems Architect six-pillar engineering overview](./docs/assets/skill-infographic.svg) --- ## Four-Language Native Visual Systems & Workflow Architectures (`en`, `zh-CN`, `ja`, `ko`) Each supported language ships with its own visual art direction, AI-generated hardware plates, native vector SVG blueprints, localized skill tree, and culturally tailored GPU engineering workflow: | Locale | Visual Design System & Palette | Native Workflow Model | Hero & Workflow Visuals | Vector Blueprints | Skill Tree | |---|---|---|---|---|---| | **English (`en`)** | **Swiss-Industrial Slate & Cyan** (`#080C14` / `#38BDF8` / `#34D399`) | **5-Lane Fork-Join DAG -> Serial GL Ring** | [`hero.png`](./docs/assets/webgl2-systems-hero.png) · [`infographic.png`](./docs/assets/webgl2-systems-infographic.png) | [`architecture.svg`](./docs/assets/architecture.svg) · [`skill-infographic.svg`](./docs/assets/skill-infographic.svg) | [`SKILL.md`](./SKILL.md) · [`skills/core/`](./skills/core) | | **Simplified Chinese (`zh-CN`)** | **Obsidian-Jade & Tungsten-Gold CAD (`玄玉金枢`)** (`#050B09` / `#10B981` / `#F59E0B`) | **Dual-Ring 5-Stage Progressive Workflow (`双环五阶·渐进式图形架构`)** | [`zh-CN/hero.png`](./docs/assets/zh-CN/webgl2-systems-hero.png) · [`zh-CN/infographic.png`](./docs/assets/zh-CN/webgl2-systems-infographic.png) | [`zh-CN/architecture.svg`](./docs/assets/zh-CN/architecture.svg) · [`zh-CN/skill-infographic.svg`](./docs/assets/zh-CN/skill-infographic.svg) | [`README.zh-CN.md`](./README.zh-CN.md) · [`locales/zh-CN/`](./locales/zh-CN) | | **Japanese (`ja`)** | **Sumi-Ink & Vermilion Monograph (`墨朱精密`)** (`#08090D` / `#FF4D2E` / `#38BDF8`) | **Jidoka Quality-Gate Two-Tier Serial Model (`品質ゲート駆動・二層直列設計`)** | [`ja/hero.png`](./docs/assets/ja/webgl2-systems-hero.png) · [`ja/infographic.png`](./docs/assets/ja/webgl2-systems-infographic.png) | [`ja/architecture.svg`](./docs/assets/ja/architecture.svg) · [`ja/skill-infographic.svg`](./docs/assets/ja/skill-infographic.svg) | [`README.ja.md`](./README.ja.md) · [`locales/ja/`](./locales/ja) | | **Korean (`ko`)** | **Cobalt-Carbon & Celadon-Mint Foundry (`코발트-민트`)** (`#060913` / `#2DD4BF` / `#818CF8`) | **High-Refresh Foundry Telemetry Matrix (`고주사율 텔레메트리 & 5-레인 병렬 검증`)** | [`ko/hero.png`](./docs/assets/ko/webgl2-systems-hero.png) · [`ko/infographic.png`](./docs/assets/ko/webgl2-systems-infographic.png) | [`ko/architecture.svg`](./docs/assets/ko/architecture.svg) · [`ko/skill-infographic.svg`](./docs/assets/ko/skill-infographic.svg) | [`README.ko.md`](./README.ko.md) · [`locales/ko/`](./locales/ko) | [`registry/forbidden-slop.json`](./registry/forbidden-slop.json) enforces locale-specific anti-slop rules across all four languages, replacing generic hype phrases with concrete bottleneck names, pass identifiers, and frame-time numbers. --- ## Core Modules & Intent Routing [`registry/module-map.json`](./registry/module-map.json) defines the exact module set loaded for each task intent: | Intent | Loaded Modules | Primary Deliverable | |---|---|---| | `architecture` | `01-triage`, `02-hardware-budget`, `03-pipeline-and-concurrency`, `04-subject-audit`, `05-shader-rules`, `06-runtime-ops`, `07-validation-and-ci` | Tiered system architecture, pass graph, frame-budget math, and P0/P1/P2 visual hierarchy | | `implementation` | `01-triage`, `03-pipeline-and-concurrency`, `05-shader-rules`, `06-runtime-ops` | Self-contained `#version 300 es` shaders, VAO/std140 UBO bindings, and pass code | | `debug` | `01-triage`, `05-shader-rules`, `06-runtime-ops`, `07-validation-and-ci` | Root-cause isolation for FBO completeness, `mediump` overflow, quad derivative seams, or context loss | | `optimize` | `01-triage`, `02-hardware-budget`, `03-pipeline-and-concurrency`, `05-shader-rules`, `06-runtime-ops`, `07-validation-and-ci` | Differential pass timing plan, dynamic `targetDPR` clamp formula, `invalidateFramebuffer`, and bandwidth reduction | | `review` | `01-triage`, `04-subject-audit`, `05-shader-rules`, `06-runtime-ops`, `07-validation-and-ci` | Code, state-isolation, visual hierarchy, and ship-readiness audit | | `migration` | `01-triage`, `03-pipeline-and-concurrency`, `05-shader-rules`, `06-runtime-ops`, `07-validation-and-ci` | WebGL 1 to WebGL 2.0 upgrade or WebGL 2.0 to WebGPU (`GPUBindGroup`, WGSL, clip-space `Z in [0, 1]`) blueprint | --- ## Structured Output Contracts & Examples Downstream tools and CI pipelines can request validated JSON output matching either schema: - [`schemas/authoring-base.json`](./schemas/authoring-base.json) defines the full architectural, review, and migration contract (`skill`, `task`, `inputs`, `modules`, `assumptions`, `decisions`, `derivations`, `parallel_plan`, `deliverables`, `risks`, `validation_gates`). - Example (`architecture` / `sdf-raymarch` / `en`): [`examples/face-raymarch.output.json`](./examples/face-raymarch.output.json) - Example (`migration` / `hybrid` / `en`): [`examples/webgpu-migration-hybrid.output.json`](./examples/webgpu-migration-hybrid.output.json) - Example (`review` / `ui` / `zh-CN`): [`examples/pbr-shader-audit-review-zh.output.json`](./examples/pbr-shader-audit-review-zh.output.json) - [`schemas/runtime-compact.json`](./schemas/runtime-compact.json) defines the compact engineering response (`intent`, `project_class`, `subject`, `locale`, `modules`, `assumptions`, `derivations`, `key_decisions`, `parallel_tasks`, `risks`, `next_steps`, `validation_gates`). - Example (`optimize` / `raster-mesh` / `en`): [`examples/terrain-midrange.output.json`](./examples/terrain-midrange.output.json) - Example (`debug` / `postprocess` / `en`): [`examples/postprocess-context-loss.output.json`](./examples/postprocess-context-loss.output.json) - Example (`implementation` / `raster-mesh` / `en`): [`examples/instanced-mesh-ubo-implementation.output.json`](./examples/instanced-mesh-ubo-implementation.output.json) - Example (`implementation` / `sdf-raymarch` / `ja`): [`examples/sdf-derivative-guard-implementation-ja.output.json`](./examples/sdf-derivative-guard-implementation-ja.output.json) - Example (`optimize` / `data-vis` / `ko`): [`examples/high-fps-data-vis-optimize-ko.output.json`](./examples/high-fps-data-vis-optimize-ko.output.json) --- ## Repository Structure ```text webgl2-systems-architect-skill/ ├── SKILL.md # Compact router entrypoint (< 800 chars) ├── AGENTS.md / CLAUDE.md / GEMINI.md # Cross-agent startup instructions ├── README.md / README.zh-CN.md / README.ja.md / README.ko.md ├── agents/openai.yaml # OpenAI / Codex agent interface metadata ├── references/ │ ├── 00-orchestrator.md # Lane orchestration, merge order & output rules │ ├── 01-redesign-rationale.md # Architectural decisions & invariants │ └── 02-webgl2-source-table.md # Khronos/MDN/WebGPU anchors & 7 compatibility gates ├── skills/core/ │ ├── 01-triage.md # 6 intents × 6 project classes classification │ ├── 02-hardware-budget.md # gl.getParameter limits, disjoint timers & DPR math │ ├── 03-pipeline-and-concurrency.md # Worker prep, KHR_parallel_shader_compile & PBOs │ ├── 04-subject-audit.md # 5 observable layers & P0/P1/P2 cut order │ ├── 05-shader-rules.md # GLSL ES 3.00, std140 UBOs, derivatives & precision │ ├── 06-runtime-ops.md # VAOs, texStorage2D, context loss & WebGPU map │ └── 07-validation-and-ci.md # 5-stage verification ladder & CI gates ├── locales/{zh-CN,ja,ko}/ # Native CJK routers, references (00..02) & core modules (01..07) ├── registry/ │ ├── module-map.json # Canonical intent -> module list │ └── forbidden-slop.json # 4-locale banned phrases & evidence replacements ├── schemas/ │ ├── authoring-base.json # Full structured output JSON Schema │ └── runtime-compact.json # Compact runtime JSON Schema ├── examples/ # 8 schema-validated golden examples across all 6 intents & 4 locales ├── fixtures/webgl2-smoke/index.html # Live WebGL2 offscreen FBO + VAO + std140 UBO + multi-frame PBO/fenceSync fixture ├── docs/ │ ├── index.html # Interactive 4-language WebGL2 Workbench, Contract Generator & Slop Linter │ └── assets/ # Validated SVG & PNG technical blueprints └── scripts/validate_repo.py # Zero-dependency validator with 6 negative self-tests ``` --- ## Installation & Usage ### 1. Codex / Claude Code / Gemini / Antigravity Skill Clone the repository into your skills directory: ```bash git clone https://github.com/Emily2040/webgl2-systems-architect-skill.git ``` Invoke `$webgl2-systems-architect-skill` or point your agent to [`SKILL.md`](./SKILL.md) (or `locales/{zh-CN,ja,ko}/SKILL.md` for Simplified Chinese, Japanese, or Korean sessions). ### 2. Run the Validator & Negative Self-Tests The validator uses only the Python 3 standard library: ```bash python scripts/validate_repo.py ``` ### 3. Open the Interactive Workbench or Smoke Fixture Serve the repository root with any static HTTP server and open `/docs/index.html` or `/fixtures/webgl2-smoke/index.html`: ```bash python -m http.server 8080 ``` --- ## Release & Identity Metadata - **Package Name**: `webgl2-systems-architect-skill` - **Version**: `2.0.0` - **License**: [MIT](./LICENSE) - **Author**: **Iamemily2050** (`Emily2040`) - **Git Commit Identity**: `191656017+Emily2040@users.noreply.github.com` - **Links**: [GitHub Repository](https://github.com/Emily2040/webgl2-systems-architect-skill) · [Website](https://Iamemily2050.com) · [X (@iamemily2050)](https://x.com/iamemily2050) · [Instagram (@iamemily2050)](https://instagram.com/iamemily2050)

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webgl2-systems-architect-skill

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Use for WebGL2 renderer architecture, GLSL ES 3.00 shader review, GPU profiling, FBO/postprocess pipeline design, context-loss debugging, DPR/fill-rate budgeting, visual regression, and WebGL-to-WebGPU migration (支持中文 WebGL2 渲染架构与着色器优化 / 日本語 WebGL2 設計・最適化 /…

Idioma del texto original: inglés

2026-10-12

webgl2-systems-architect-skill

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WebGL 2.0 レンダラー設計、GLSL ES 3.00 シェーダーレビュー、GPU プロファイリング、FBO/ポストプロセスパイプライン設計、コンテキストロスト対策、DPR/フィルレート最適化、視覚回帰テスト、WebGL から WebGPU への移行計画のためのモジュラー型スキル。

Idioma del texto original: japonés

2026-10-12

webgl2-systems-architect-skill

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WebGL 2.0 렌더러 아키텍처 설계, GLSL ES 3.00 셰이더 리뷰, GPU 프로파일링, FBO/포스트프로세스 파이프라인 설계, 컨텍스트 손실 디버깅, DPR/필레이트 예산 산정, 시각적 회귀 테스트 및 WebGL-to-WebGPU 마이그레이션 계획을 위한 모듈형 스킬.

Idioma del texto original: coreano

2026-10-12

webgl2-systems-architect-skill

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用于 WebGL 2.0 渲染器架构设计、GLSL ES 3.00 着色器审查、GPU 性能分析、FBO/后处理管线设计、上下文丢失调试、DPR/填充率预算、视觉回归测试及 WebGL 到 WebGPU 迁移规划。

Idioma del texto original: chino

2026-10-12

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