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Found 931 Skills
Generate Apple minimalist-style competitive analysis HTML reports with Chart.js data visualization. Use analysis frameworks including Porter's Five Forces, Blue Ocean Strategy, and Competitive Positioning Map. Suitable for competitive analysis, market positioning, and competitive advantage assessment.
Quick professional single-slide PowerPoint creator for concept visualization, comparisons, feature showcases, and decision frameworks. Use when users need to create "one-page PPT", "single slide presentation", "快速做个PPT", "做一页PPT", or want to visualize concepts like "before/after", "problem/solution", "feature grid", "process flow" in presentation format. Ideal for creating visual summaries, product pitches, architecture diagrams, or comparison slides.
Build 3D scenes and visualizations using SceneKit. Use when creating 3D views with SCNView and SCNScene, building node hierarchies with SCNNode, applying materials and lighting, animating with SCNAction, simulating physics with SCNPhysicsBody, loading 3D models (.usdz, .scn), adding particle effects, or embedding SceneKit in SwiftUI with SceneView. Note: SceneKit was deprecated at WWDC 2025 and is in maintenance mode; RealityKit is recommended for new projects.
Create custom layer types with WebGL rendering, custom tile layers, and blend layers. Use for advanced visualizations and custom data sources.
Transform reading notes and insights into polished, authentic content (blogs, social media, visualizations) that preserves your unique voice and avoids AI-style writing. Creates content that sounds unmistakably human.
Command-line interface for CloudAnalyzer — Agent-friendly harness for CloudAnalyzer, a QA platform for mapping, localization, and perception outputs. Supports 27 commands across 8 groups: point cloud evaluation, trajectory evaluation, ground segmentation QA, config-driven quality gates, baseline evolution, processing, visualization, and interactive REPL.
Flutter DuskMoon UI design system — theme, adaptive widgets, settings, feedback, forms, data visualization, code editor engine, and BLoC theme persistence. Use when building Flutter apps with duskmoon_ui, duskmoon_theme, duskmoon_widgets, duskmoon_settings, duskmoon_feedback, duskmoon_form, duskmoon_visualization, duskmoon_code_engine, or duskmoon_theme_bloc packages.
Kanban methodology including boards, WIP limits, flow metrics, and continuous delivery. Activate for Kanban boards, workflow visualization, and lean project management.
Observability visualization with Grafana and LGTM stack. Dashboard design, panel configuration, alerting, variables/templating, and data sources. USE WHEN: Creating Grafana dashboards, configuring panels and visualizations, writing LogQL/TraceQL queries, setting up Grafana data sources, configuring dashboard variables and templates, building Grafana alerts. DO NOT USE: For writing PromQL queries (use /prometheus), for alerting rule strategy (use /prometheus), for general observability architecture (use senior-software-engineer with infrastructure focus). TRIGGERS: grafana, dashboard, panel, visualization, logql, traceql, loki, tempo, mimir, data source, annotation, variable, template, row, stat, graph, table, heatmap, gauge, bar chart, pie chart, time series, logs panel, traces panel, LGTM stack.
Work with Dynatrace notebooks - create, modify, query, and analyze notebook JSON including sections, DQL queries, visualizations, markdown documentation, and analytics workflows. Supports notebook creation from scratch, section-based updates, data extraction from Document Store, structure analysis, investigation workflows, and collaborative documentation.
Turn a chemical reaction into a self-contained microscopic 3D interactive demonstration webpage: The left/top section features a Three.js interactive molecular animation (drag the slider to view bond breaking, bond forming, and atomic recombination with step-by-step highlighting), while the right section includes KaTeX reaction equations + step-by-step explanations + atom conservation counting + optional energy-reaction progress curves. Three entry methods are supported—given text reactions/equations, random question generation, and demonstration after image upload and recognition. It covers combustion, combination/decomposition/single displacement/double displacement reactions, redox reactions (electron transfer visualization), and organic reaction mechanisms (esterification and other reactions involving catalysts and transition states). It is precisely driven by sympy: automatically balance equations, verify atom conservation and atomic mapping, deduce bond breaking/forming, ensuring consistency between answers and geometric models. Two built-in engines are available with automatic selection: morph (atomic deformation, demonstrating atom conservation) and mechanism (mechanism keyframes, demonstrating catalysis/transition states). Hybrid geometry: uses a self-built VSEPR molecular library by default; if RDKit is installed in the environment, it can generate conformations from SMILES (never installed automatically). Other agents can also call this skill to generate such webpages. Its form is parallel to edu-solid-geometry / edu-analytic-geometry, but uses Three.js + KaTeX to demonstrate molecular reactions. Trigger words: chemical reaction, microscopic demonstration, molecular animation, combustion, methane combustion, hydrogen combustion, water electrolysis, redox reaction, electron transfer, esterification reaction, reaction mechanism, bond breaking and forming, atom conservation, mass conservation, chemical equation balancing, solve this chemical reaction, generate a random chemical reaction, the chemical reaction in this image; chemistry reaction, microscopic/molecular animation, combustion, electrolysis, redox electron transfer, esterification mechanism, bond breaking and forming, atom conservation, balance equation, interactive chemistry reaction page.
A skill that uses GLM-V native grounding capabilities for coordinate conversion, bounding-box visualization, and more. GLM-V native grounding can locate any target specified by the prompt in an image and output relative coordinates normalized to 0-1000 based on image size. Coordinate formats include 2D bounding box (default), 2D points, and 3D bounding box. GLM-V also supports spatiotemporal localization and tracking of multiple prompt-specified targets in videos, outputting 2D bounding boxes per second.