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Found 862 Skills
Guides implementation of the Syncfusion WinForms AutoLabel control for automatic label positioning with form controls. Use when users want to add labels that automatically reposition when controls move, create form layouts with paired label-control units, implement complex form designs with FlowLayout, or ensure labels stay synchronized with their associated controls. Covers labeling controls, positioning, spacing, size settings, theming, and events.
Implement Syncfusion Windows Forms BorderLayout to arrange child controls along borders (North, South, East, West) and center. Use this when working with BorderLayout, positioning controls in border regions, using docking alternatives, or configuring container layout and control spacing in Windows Forms applications.
Implement Syncfusion Windows Forms TreeMap control for hierarchical data visualization with nested rectangles. Use this when working with TreeMap controls, hierarchical data display, space-efficient charts, or color-coded visualizations. Covers TreeMap configuration, layout algorithms, color mapping, and customization for stock market visualizations and data categorization with rectangular layouts.
How to use Syncfusion Windows Forms GridBagLayout control to arrange child controls in a flexible virtual grid with customizable rows, columns, spacing, and alignment. Use this skill whenever the user needs to create complex layouts with GridBagLayout, arrange controls dynamically, configure grid positioning, set up control spanning, or manage control alignment and sizing within a Windows Forms application.
Implementing FlowLayout in Windows Forms to automatically arrange child components horizontally or vertically. Use this when working with automatic control layouts, responsive form designs, or dynamic control arrangement. Covers spacing configuration, alignment modes, control constraints, and layout positioning.
Implement grid-based layout management in Windows Forms using GridLayout component. Arrange child controls in rows and columns with configurable spacing and control participation.
Directory convention, numbering system, and workflow for multi-session implementation plans. Follow when creating phased feature plans that span multiple sessions.
Use when need systematic innovation through comprehensive solution space exploration, resolving technical contradictions (speed vs precision, strength vs weight, cost vs quality), generating novel product configurations, exploring all feasible design alternatives before prototyping, finding inventive solutions to engineering problems, identifying patent opportunities through parameter combinations, or when user mentions morphological analysis, Zwicky box, TRIZ, inventive principles, technical contradictions, systematic innovation, or design space exploration.
Transform empty rooms into beautifully furnished spaces using each::sense AI. Create photorealistic virtual staging for real estate listings, commercial properties, and interior design visualization.
Use when you need multi-agent orchestration for OpenAI Codex CLI. Triggers on: omx, $plan, $ralph, $team, $autopilot, $deep-interview. v0.11.10 — 30+ agents, 35+ workflow skills, tmux team runtime, sparkshell, explore, ralplan.
Multi-agent swarm orchestration where AI agents spawn, coordinate, and self-organize into collaborative teams. Use when running parallel AI agent tasks, orchestrating multi-agent workflows across Claude Code / Codex / Cursor / custom agents, isolating agent workspaces via git worktrees, tracking task dependencies across agents, or running autonomous experiments. Triggers on: clawteam, agent swarm, spawn agents, multi-agent team, agent orchestration, parallel agents, agent coordination, swarm intelligence, agent spawn, clawteam spawn, agent worktree, agentic team, ml agent experiments, autonomous agents, agent team.
Matterport integration. Manage Spaces. Use when the user wants to interact with Matterport data.