Skill UI

This skill acts as an expert design system guideline author for the Roku brand. It provides structured, implementation-ready guidance covering style foundations, component anatomy, accessibility (WCAG 2.2 AA), and advanced authoring workflows. It ensures consistent, developer-first UX/UI design principles for modern dashboards.

Provides a comprehensive guide for modern Vue.js 3 development. It covers the Composition API, optimal component architecture (props, emits), reactive state management using Pinia, advanced routing (Vue Router), and Nuxt/SSR patterns. Use this skill when building, reviewing, or architecting large-scale, maintainable Vue applications.

This comprehensive tool analyzes the entire customer conversion funnel to pinpoint drop-off points, identify bottlenecks, and determine the root causes of underperformance (e.g., messaging, UX, targeting). It benchmarks current rates against industry averages, models improvement scenarios with projected revenue impact, and provides statistically validated, prioritized action plans to maximize overall conversion rate.

A comprehensive, scored audit tool for evaluating landing pages across critical conversion dimensions. It analyzes above-fold clarity, trust signals, form friction, message match, mobile UX, and page speed. The output provides actionable, prioritized fixes and detailed recommendations to systematically boost your conversion rate.

This skill guides authors in assessing the suitability of their research concerning agricultural or forest ecosystems for journals focused on land–atmosphere interactions. It emphasizes that the core contribution must be a biophysical process—such as the exchange of energy, water, or carbon—rather than purely agronomic or ecological observations. Use it to re-frame your work to highlight micrometeorological processes and robust flux measurement methodologies.

This skill helps authors determine if their research, which focuses on the complex interface between agricultural management and environmental outcomes, is appropriate for the journal 'Agriculture, Ecosystems & Environment.' It details the required scope, from greenhouse gas fluxes and biodiversity to soil and water quality at the field-to-landscape scale, emphasizing the necessity of environmental outcome quantification and sound ecological methodology.

A comprehensive guide for mathematicians writing complex, pure-mathematics manuscripts for high-level journals. It focuses on laying out the architecture of the argument, ensuring that the novel contribution (the 'crux') and the difficulty are clear to a non-specialist referee. Learn how to decompose proofs into named lemmas, outline the strategy upfront, and properly attribute external results.

A comprehensive guide to the rigorous standards for structuring pure mathematics manuscripts, specifically detailing the proper use of appendices and auxiliary material. It teaches authors how to distinguish between the essential core argument (which must remain in the main text) and supplementary technical results, long computations, or background lemmas (which belong in the appendix). This ensures the main text remains focused while maintaining academic rigor and verifiability for peer review.

This guide provides best practices for structuring complex academic manuscripts, particularly for conferences requiring a single-PDF submission model. It details how to optimally split content between the limited body (e.g., 12 pages) and the extensive appendix, ensuring that the crucial theorems, proofs, and auxiliary lemmas are presented in a verifiable and highly readable manner for peer reviewers. Key techniques include implementing restatement discipline and writing roadmap paragraphs for clear verification paths.

This guide outlines best practices for submitting theoretical econometrics manuscripts to ET. It addresses how to handle extensive proofs, auxiliary lemmas, and simulation results that exceed page limits. The core focus is utilizing the voluntary Supplementary Material policy to ensure full reproducibility and transparency without requiring mandatory data or code archives.

This comprehensive guide helps researchers determine if their work on biogeochemical cycles (e.g., carbon, nitrogen, phosphorus, sulfur) meets the stringent standards for Global Biogeochemical Cycles (GBC). It emphasizes re-framing site-level measurements into quantitative, system-scale fluxes, budgets, and feedbacks, ensuring alignment with AGU's expectations for rigorous modeling and FAIR data practices.

This guide provides structural best practices for writing highly technical academic papers, particularly for top-tier conferences. It teaches authors how to critically distinguish between the core material that must be visible in the main body (for the referee to follow and judge) and the auxiliary details, complete proofs, or routine calculations that can be safely deferred to an appendix. Following this structure prevents common writing pitfalls, such as 'hollow bodies,' ensuring the paper is both highly readable and technically rigorous.