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Transform a solid geometry problem into a self-contained interactive teaching web page: step-by-step explanations using MathJax on the left, and an interactive 3D model powered by Three.js on the right (step-by-step highlighting + camera switching). Supports three entry modes—given text problems, random problem generation, and solving problems after uploading and recognizing problem images. Covers problem types such as line-plane angles, dihedral angles, angles between skew lines, distance from a point to a plane, and volume involving cubes/cuboids, pyramids/prisms, cylinders/cones. Uniformly adopts the "Coordinate System + Vector Method", driven by precise sympy calculations (answers, 3D coordinates, and step values are consistent from the same source). Other agents can also call this skill to generate such web pages. Trigger words: solid geometry, line-plane angle, dihedral angle, angle between skew lines, distance from point to plane, regular square pyramid, cube angle calculation, solve this geometry problem, generate a random solid geometry problem, solve the solid geometry problem in this image; solid geometry, line-plane angle, dihedral angle, angle between skew lines, distance to plane, interactive geometry solution page.
Extract and analyze Windows Registry hives with tools like RegRipper and Registry Explorer to uncover user activity, installed software, autostart/persistence entries, and evidence of system compromise. Use when investigating registry-based persistence, reconstructing user or system activity, or performing DFIR triage on a Windows image.
Richtet die Werkzeugkette für Marken- und Designarbeit ein (brand kit setup, install skills, higgsfield cli). Prüft Voraussetzungen wie Node, Python und Chrome, installiert die Skills unslop, grill-with-docs, web-design-guidelines und seo-audit an der jeweils richtigen Stelle und verbindet die Higgsfield CLI für Bildgenerierung. Nutze diesen Skill, sobald jemand ein Brand Kit aufbauen, eine Markenidentität erarbeiten, KI-Bilder für die eigene Marke erzeugen oder diese Werkzeugkette nachbauen will, auch wenn nicht ausdrücklich von Installation die Rede ist.
Manage Yandex KIT store-level resources over its REST API: store profile, warehouses, users, geo regions, file uploads, redirects, blog/news posts and system alerts. Use when reading store metadata, managing warehouses or redirects, uploading files, publishing news or triaging store alerts in a Yandex KIT store.
Monitors, troubleshoots, and manages GKE TPU Dynamic Slices custom resources. Use when checking TPU slice lifecycle states, troubleshooting slice provisioning failures, validating single-slice or multi-slice (JobSet) workload manifests, or safely patching stuck finalizers and disabling the slice controller. Don't use for generic GKE cluster node pool creation or standard non-TPU workload management (use gke-basics or gke-cluster-creation instead).
Manage orders in a Yandex KIT store over its REST API: orders and their statuses, customers, gift cards and additional services (addons). Use when listing, confirming or cancelling KIT orders, or when looking up customers, their orders or gift cards.
Use when building a PlayCanvas game's on-screen interface such as ready, pause, and victory overlays, menus, and live indicators like gauges, timers, or reload meters, so the interface is driven by game state, readable over the scene, and separate from the 3D hierarchy.
Use when creating or restructuring a PlayCanvas application with the direct Engine API, @playcanvas/react, or @playcanvas/web-components to choose the active authoring surface and apply its bootstrap, lifecycle, ownership, asset-loading, and Engine interop patterns.
Use before playing, blending, or retargeting GLB animation clips in PlayCanvas Engine, React, or Web Components to inspect clip and joint names, attach animation to the rendered hierarchy, keep blend inputs valid, and diagnose T-pose, frozen playback, or binding failures.
Use when structuring a PlayCanvas game's control flow — a small state machine such as ready, playing, paused, and over, pointer-lock capture, pausing on focus or pointer-lock loss, a full reset, and a stable clock and timestep — so the loop stays deterministic and recoverable.
Use before loading, placing, scaling, or animating GLB assets in PlayCanvas to measure bounds, grounding offset, clips, joints, and hierarchy offline with the bundled zero-dependency inspector.
USE FOR: development, dev, write code, read code, write technical proposal documents, API test, E2E test, implementation, implement product logic, debug, fix issues, troubleshooting, development workflow, technical documentation, technical solutions, write tests, update tests, development specifications