Claude Skills by majiayu000

Use when designing animations for medical apps, patient portals, telehealth, or health tracking interfaces

Healthcare UX design standards for MYCURE products combining WCAG 2.2 Level AA accessibility compliance with patient safety language guidelines. Auto-activates for healthcare UI design, form validation, error messaging, clinical workflows, patient-facing interfaces, and government health system integration. Includes Philippine healthcare context (LGU, RHU, BHS, FHSIS systems).

General healthcare UX standards for Hospital Information Systems (HIS), EMR/EHR, clinic management, and patient portals. WCAG 2.2 Level AA compliant with US/International regulatory alignment (HHS Section 504, ADA, Section 508, EN 301 549, NHS Digital). Covers accessibility, patient safety language, and healthcare-specific design patterns. Auto-activates for healthcare UI design, form validation, error messaging, clinical workflows, and patient-facing interfaces.

Expert-level healthcare systems, medical informatics, HIPAA compliance, and health data standards

Host security hardening and risk-tolerance configuration for OpenClaw deployments. Use when a user asks for security audits, firewall/SSH/update hardening, risk posture, exposure review, OpenClaw cron scheduling for periodic checks, or version status checks on a machine running OpenClaw (laptop, workstation, Pi, VPS).

Seed and verify HealthKit data in running Expo apps using the apple-health CLI

HealthKit setup: entitlements, Info.plist strings, authorization, queries, workouts, background delivery.

HealthSim generates realistic synthetic healthcare data for testing EMR systems, claims processing, pharmacy benefits, and analytics. Use for ANY request involving: (1) synthetic patients, clinical data, or medical records, (2) healthcare claims, billing, or adjudication, (3) pharmacy prescriptions, formularies, or drug utilization, (4) HL7v2, FHIR, X12, or NCPDP formatted output, (5) healthcare testing scenarios or sample data generation.

Track user behavior automatically with Heap's auto-capture analytics platform.

Analyze heap dump analyzer operations. Auto-activating skill for Performance Testing. Triggers on: heap dump analyzer, heap dump analyzer Part of the Performance Testing skill category. Use when analyzing or auditing heap dump analyzer. Trigger with phrases like "heap dump analyzer", "heap analyzer", "analyze heap dump r".

Analyze user behavior via Heap API. Query events, users, and funnels.

**Guardian**: Maylinn | **Awakened**: Amiri (Kardia) **Element**: Light | **Tier**: Free ---

Integrate Heartwood (GroveAuth) authentication into Grove applications. Use when adding sign-in, protecting routes, or validating sessions in any Grove property.

Executes HEC-RAS plans using RasCmdr.compute_plan(), handles parallel execution across multiple plans, manages destination folders, and monitors real-time progress with callbacks. Use when running HEC-RAS simulations, computing plans, executing models, parallel workflows, setting up distributed computation, batch processing, scenario analysis, or monitoring execution progress in real-time. Triggers: execute, run, compute, HEC-RAS, plan, simulation, parallel, callback, batch, scenario, destina...

Executes HEC-RAS plans using RasControl class via HECRASController COM interface for legacy HEC-RAS versions (3.x-5.x). Handles COM lifecycle management, session tracking, orphan cleanup, steady/unsteady result extraction, and watchdog protection for Jupyter notebooks. Use when automating legacy HEC-RAS, extracting results from older versions, comparing across HEC-RAS versions, or needing COM-based automation that RasCmdr cannot provide. Triggers: RasControl, HECRASController, COM, legacy, HE...

Executes HEC-RAS plans using RasControl class via HECRASController COM interface for legacy HEC-RAS versions (3.x-5.x). Handles COM lifecycle management, session tracking, orphan cleanup, steady/unsteady result extraction, and watchdog protection for Jupyter notebooks. Use when automating legacy HEC-RAS, extracting results from older versions, comparing across HEC-RAS versions, or needing COM-based automation that RasCmdr cannot provide. Triggers: RasControl, HECRASController, COM, legacy, HE...

Distributed HEC-RAS execution across remote workers (PsExec, Docker, SSH, cloud). Handles worker initialization, queue scheduling, and result aggregation. Use when setting up remote execution, distributed computation, cloud workflows, scaling HEC-RAS across machines, parallel processing on multiple computers, Windows remote execution, container-based execution, session-based remote execution, PsExec configuration, Docker worker setup, or multi-machine HEC-RAS workflows. Triggers: remote execu...

Distributed HEC-RAS execution across remote workers (PsExec, Docker, SSH, cloud). Handles worker initialization, queue scheduling, and result aggregation. Use when setting up remote execution, distributed computation, cloud workflows, scaling HEC-RAS across machines, parallel processing on multiple computers, Windows remote execution, container-based execution, session-based remote execution, PsExec configuration, Docker worker setup, or multi-machine HEC-RAS workflows. Triggers: remote execu...

Explores the HEC-RAS GUI to document menus, dialogs, controls, and workflows using win32com automation with screenshot capture. Use when needing to discover menu structure, document dialog controls, capture screenshots for documentation, or explore unfamiliar GUI elements in HEC-RAS. Triggers: explore GUI, screenshot, capture dialog, document menu, HEC-RAS interface, discover controls, GUI automation, menu exploration, dialog documentation, visual documentation.

Extract HEC-RAS hydraulic results from HDF files including water surface elevations (WSE), depths, velocities, and flows for both steady and unsteady simulations. Handles cross section time series, 2D mesh results, maximum envelopes, and dam breach results. Use when you need to extract, analyze, or post-process HEC-RAS simulation outputs, retrieve water levels, query velocity fields, get depth grids, extract flow data, analyze breach hydrographs, or pull hydraulic variables from .hdf result f...

Parse HEC-RAS compute output from HDF files to extract execution status, diagnostic messages, and performance metrics. Converts raw computation messages into structured diagnostics for workflow orchestration. Use when checking plan completion status, extracting compute messages, diagnosing execution failures, analyzing runtime performance, or interpreting HEC-RAS error codes. Keywords: compute messages, execution status, plan complete, runtime, performance, error diagnostics, HEC-RAS output, ...

Parse HEC-RAS compute output from HDF files to extract execution status, diagnostic messages, and performance metrics. Converts raw computation messages into structured diagnostics for workflow orchestration. Use when checking plan completion status, extracting compute messages, diagnosing execution failures, analyzing runtime performance, or interpreting HEC-RAS error codes. Keywords: compute messages, execution status, plan complete, runtime, performance, error diagnostics, HEC-RAS output, ...

Parses and modifies HEC-RAS plain text geometry files (.g##) using fixed-width FORTRAN format. Handles cross sections, storage areas, bridges, culverts, lateral structures, and Manning's n tables. Use when reading geometry files, modifying cross sections, updating roughness, extracting structure data, parsing .g## files, working with XS station-elevation data, or analyzing bridge/culvert geometry. Keywords: parse, geometry, .g##, cross section, XS, Manning's n, bridge, culvert, storage, fixed...

Decision support for HEC-RAS execution strategy. Analyzes project inspector output to recommend which plans to run, execution mode, and optimal parameters. Provides structured execution plans with dependency ordering, prerequisite validation, and resource-aware parameter recommendations. Use when planning execution strategy, selecting execution mode, determining plan order, validating prerequisites, or optimizing parallel execution parameters. Triggers: plan execution, execution strategy, whi...

Join the Hegemon testnet using the shared chainspec, verify genesis, sync to the tip, and enable mining safely.

Helius Solana RPC and API expert. High-performance infrastructure for Solana including RPC nodes, DAS API for NFTs/tokens, LaserStream real-time streaming, webhooks, Priority Fee API, Enhanced Transactions, and ZK Compression. Triggers on Helius, Solana RPC, DAS API, Digital Asset Standard, NFT metadata, Solana webhooks, priority fees, LaserStream, ZK compression.

Long-term memory system for Claude Code using HelixDB graph-vector database. Store and retrieve facts, preferences, context, and relationships across sessions using semantic search, reasoning chains, and time-window filtering.

Design scalable data systems in the style of Pat Helland, distributed systems veteran from Tandem, Microsoft, and Amazon. Emphasizes life beyond distributed transactions, idempotency, and practical patterns for data at scale. Use when building systems that must scale beyond single-node ACID transactions.

A simple "Hello World" skill to test your OMA installation

Use this skill to audit, review, validate, or check the quality of AI assistant configurations including prompt text, prompt files, skills (SKILL.md), plugins, MCP servers, agents, hooks, memory files (AGENTS.md, CLAUDE.md, GEMINI.md), and composite configurations. Evaluates against GPT Prompting Guide best practices.

Multi-language greetings in 6 languages. Use for non-English greetings or multiple people.

Prints a greeting message

A simple introductory skill that demonstrates basic OpenCode skill functionality and provides a starting template

用于处理软件开发/维护类请求（常见说法包括但不限于：修改、修复 bug、新增功能、开发模块、重构/优化、补充/编写/运行测试、生成并执行计划）。会自动判定是问答/改动/命令（~auto/~plan/~exec/~init），并选择咨询问答/微调/轻量迭代/标准开发/完整研发路径；需要写入时生成方案包（why/how/task）、执行与验证、同步知识库（helloagents/wiki、CHANGELOG、history/index），最终按统一输出格式汇总结果。

Enables Claude to browse HelloFresh meal kits and manage subscriptions

Manage electronic signatures with HelloSign's simple e-signature solution.

Configure ArgoCD Applications and ApplicationSets for GitOps-based Helm deployments with sync policies and multi-environment support. Use when setting up ArgoCD Applications for Helm charts, configuring multi-environment deployments with ApplicationSets, implementing GitOps workflows, configuring sync policies and strategies, or setting up progressive delivery with Argo Rollouts.

Design production-grade Helm charts through architectural reasoning rather than pattern retrieval. Activate when designing new Helm charts for Kubernetes deployments, evaluating chart architecture, making decisions about component packaging, or reviewing charts for extensibility and maintainability. Guides decision-making about dependencies, lifecycle hooks, configuration surface, and multi-environment deployment through context-specific reasoning rather than generic best practices.

Ensures that all necessary tasks have been performed for a Helm Chart bump.

Complete patterns for creating and managing Helm charts: chart structure, templates, values, dependencies, and deployment workflows for packaging Kubernetes applications.

Production-ready Helm chart creation and review guide. Covers chart structure, ArgoCD/GitOps integration, secrets management, testing strategies, deployment patterns (blue-green, canary), monitoring, and troubleshooting. Use when creating charts, reviewing for security/quality, integrating with ArgoCD, or debugging chart issues.

Generate complete Helm charts using the bjw-s-labs common library (app-template). Use when: (1) Creating a new Helm chart for Kubernetes applications, (2) Converting Docker Compose to Helm charts, (3) Setting up controllers with sidecars/init containers, (4) Configuring services, ingress, persistence, or networking, (5) Creating charts with multiple controllers or complex setups. Generates Chart.yaml, values.yaml, templates/common.yaml, and templates/NOTES.txt following bjw-s patterns.

Helm chart development and management for Vigil Guard v2.0.0. Use when creating Vigil Guard Helm charts, managing chart dependencies for 11 services including heuristics and semantic subcharts, configuring values for different environments, or publishing charts to repositories.

Helm chart development patterns for packaging and deploying Kubernetes applications. Use when creating reusable Helm charts, managing multi-environment deployments, or building application catalogs for Kubernetes.

Conduct comprehensive Helm chart security and quality audits with automated checks for security contexts, resource limits, and production readiness. Use when reviewing pull requests with Helm chart changes, conducting pre-release chart audits, security scanning Helm manifests, validating chart structure and best practices, or preparing charts for production deployment.

Create and validate production-ready Helm charts with proper Chart.yaml structure, values organization, and template patterns. Use when creating new Helm charts from scratch, scaffolding chart directory structure, configuring Chart.yaml and values.yaml, writing template helpers and deployment manifests, or validating chart structure and syntax.

Audits Helm charts for anti-patterns, security issues, and best practice violations. Use when asked to audit, review, or check Helm chart quality. Generates a comprehensive report under reports/YYYY-MM-DD/helm-charts-audit.md. (project)

Create and manage Helm charts for Todo application deployment

Creates and manages Helm charts for Kubernetes deployments. This skill should be used when packaging applications for Kubernetes using Helm, creating Chart.yaml, values.yaml, and templates. It covers chart structure, templating, dependencies, and deployment patterns. Use this skill for Phase IV+ Kubernetes deployments.

Helm chart development workflow including chart structure, values management, testing, linting, and publishing for EKS deployments with Keycloak integration