Implements WPF 2D graphics using Shape, Geometry, Brush, and Pen classes. Use when building vector graphic UIs, icons, charts, or diagrams in WPF applications.
npx playbooks add skill christian289/dotnet-with-claudecode --skill implementing-2d-graphics
Use Implementing 2d Graphics to configure Claude Code, Cursor, or Copilot for developer workflow: it implements wpf 2d graphics using shape, geometry, brush, and pen classes. use when building vector graphic uis, icons, charts, or diagrams in wpf applications.
This compact 24-word instruction set is purpose-built for developer workflow work in AI coding agents. Install with a single command.
Implements WPF 2D graphics using Shape, Geometry, Brush, and Pen classes. Use when building vector graphic UIs, icons, charts, or diagrams in WPF applications.
Implementing 2d Graphics is a free developer workflow skill for AI coding agents. Implements WPF 2D graphics using Shape, Geometry, Brush, and Pen classes. Use when building vector graphic UIs, icons, charts, or diagrams in WPF applications.. It provides a specialized system prompt that configures your agent with developer workflow expertise.
Run npx playbooks add skill christian289/dotnet-with-claudecode --skill implementing-2d-graphics in your terminal to install Implementing 2d Graphics into your Claude Code session. It works immediately after installation.
Implementing 2d Graphics is compatible with Claude Code, Cursor, GitHub Copilot, Windsurf, OpenClaw, Cline, and any AI agent that supports custom system prompts or .cursorrules files.
Yes, Implementing 2d Graphics is completely free and open source. The full source is available on GitHub at https://github.com/christian289/dotnet-with-claudecode/tree/main/wpf-dev-pack/skills/implementing-2d-graphics. You only need a subscription to the AI agent you use it with.
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