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FS.GG

Official

@fs-gg

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8Public Repos
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32Published Skills

Offers a deterministic framework for spec-driven development lifecycles and high-fidelity two-dimensional game engine physics and simulation.

Skills Distribution
DomainDeveloper To...Spec-Driven Develo.. (40%)Game Engine Simula.. (40%)Project Coordination (20%)

Agent Skills by FS.GG

Showing 32 vetted skills indexed across 1 GitHub repositories.

FS-GGFS-GG

fs-gg-sdd-authoring-contracts

Validate FS.GG SDD authoring grammars for FR→AC checklist coverage and evidence.yml satisfaction.

Official
Advanced
FS-GGFS-GG

pnext-item

Automate claiming, working on, and completing GitHub repository items.

Official
Advanced
FS-GGFS-GG

fs-gg-sdd-plan

Structure technical implementation plans for FS.GG software development life cycle phases.

Official
Intermediate
FS-GGFS-GG

fs-gg-sdd-clarify

Automate ambiguity resolution and documentation in the FS.GG SDD lifecycle.

Official
Intermediate
FS-GGFS-GG

fs-gg-sdd-troubleshooting

Diagnose blocking issues in the FS.GG SDD lifecycle using summary counters.

Official
Advanced
FS-GGFS-GG

fs-gg-sdd-checklist

Validate FR→AC coverage and enforce coverage line grammar.

Official
Advanced
FS-GGFS-GG

intra-repo-parallel-work

Coordinate parallel repository work using git worktrees and touch-set management.

Official
Advanced
FS-GGFS-GG

fs-gg-sdd-refresh-agents

Regenerate work models and agent guidance from updated FS.GG SDD sources.

Official
Advanced
FS-GGFS-GG

fs-gg-sdd-tasks

Generate dependency-ordered task graphs from FS.GG SDD lifecycle plans.

Official
Advanced
FS-GGFS-GG

fs-gg-sdd-verify

Evaluates FS.GG SDD lifecycle verification readiness and generates a verify.json report.

Official
Advanced
FS-GGFS-GG

fs-gg-sdd-ship

Aggregate lifecycle, verification, and evidence state into a readiness view.

Official
Advanced
FS-GGFS-GG

fs-gg-sdd-lifecycle

Manage the spec-driven development lifecycle in FS.GG using the fsgg-sdd CLI.

Official
Intermediate
FS-GGFS-GG

fs-gg-sdd-specify

Generate YAML specification drafts with stable IDs for the FS.GG SDD lifecycle.

Official
Intermediate
FS-GGFS-GG

cross-repo-coordination

Coordinate cross-repository GitHub issues and versioned contracts across FS-GG repositories.

Official
Advanced
FS-GGFS-GG

fs-gg-sdd-validate

Validate FS.GG command, output-projection, and state matrices for determinism and baseline conformance.

Official
Advanced
FS-GGFS-GG

fs-gg-sdd-analyze

Validate FS.GG SDD lifecycle artifacts and generate JSON readiness reports.

Official
Intermediate
FS-GGFS-GG

check-board

Reconcile the FS-GG Coordination Projects board with GitHub issue states.

Official
Advanced
FS-GGFS-GG

fs-gg-sdd-getting-started

Initialize and scaffold FS.GG SDD projects using external templates.

Official
Intermediate
FS-GGFS-GG

fs-gg-sdd-charter

Create work item identity and scope definitions with YAML frontmatter.

Official
Advanced
FS-GGFS-GG

fs-gg-sdd-evidence

Automate obligation declaration and verification within the FS.GG SDD lifecycle.

Official
Advanced
FS-GGFS-GG

fs-gg-audio

Generate deterministic audio requests for FS.GG products.

Official
Advanced
FS-GGFS-GG

fs-gg-collision

Detect and resolve box, circle, and polygon collisions in two-dimensional space.

Official
Advanced
FS-GGFS-GG

fs-gg-model-swap

Replace the default model in a FS.GG product with a custom model.

Official
Intermediate
FS-GGFS-GG

fs-gg-game-core

Simulate deterministic game logic with collision detection and seeded random numbers.

Official
Intermediate

Frequently Asked Questions About FS.GG

FAQPage Schema
What specific tasks are enabled by the FS.GG lifecycle framework?

The framework enables rigorous spec-driven development by generating YAML specification drafts, validating FR-to-AC checklist coverage, and producing readiness reports. It ensures determinism in project state matrices and provides structured dependency-ordered task graphs for complex software development lifecycles.

Which technical personas benefit from these capabilities?

Software architects, game engine developers, and technical project leads benefit from these capabilities. The system is designed for engineers requiring strict adherence to specification-driven development and those building deterministic 2D simulations involving collision detection, visibility polygons, and projectile ballistics.

What are the core prerequisites for implementing FS.GG game simulations?

Implementation requires a project environment capable of handling deterministic logic, such as seeded random number generation and grid-based coordinate systems. Users must define game state slots for persistence and integrate the provided collision and visibility predicates to manage 2D spatial interactions.