Explore a comprehensive guide and resource collection designed to enhance your skills and knowledge with the Windsurf editor. Perfect for users looking to master windsurfing techniques and improve their editing capabilities.
claude install kamusis/windsurf_best_practiceExplore a comprehensive guide and resource collection designed to enhance your skills and knowledge with the Windsurf editor. Perfect for users looking to master windsurfing techniques and improve their editing capabilities.
1. **Define Your Goal**: Clearly state the windsurfing technique or editing task you want to master (e.g., 'improve my jibe technique in Windsurf editor' or 'optimize my board design for speed'). Use specific terms like 'carve gybe,' 'footstraps placement,' or 'sail rigging' to narrow the focus. 2. **Gather Resources**: Before prompting, collect any relevant files, screenshots, or references (e.g., 'Here’s a screenshot of my current board design: [image link]'). If you’re learning a technique, mention your current skill level (e.g., 'I’m a beginner trying to understand the basics of planing'). 3. **Use the Prompt Template**: Copy the provided prompt template and replace the placeholders with your specific details. For example: - `[DETAILED_STEP_BY_STEP_GUIDE]` → 'a beginner-friendly guide to setting up footstraps in Windsurf editor' - `[SPECIFIC_WINDSURFING_TECHNIQUE]` → 'footstrap positioning for planing' - `[COMMON_MISTAKES_TO_AVOID]` → 'misaligning footstraps with the centerline' 4. **Iterate and Refine**: After receiving the AI’s response, review the output and ask follow-up questions to dive deeper. For example: - 'Can you show me a side-by-side comparison of correct vs. incorrect footstrap placement?' - 'What are the key Windsurf editor shortcuts for this technique?' 5. **Apply and Test**: Use the AI’s guidance to edit your project in Windsurf. Save incremental versions (e.g., 'board_v1_base,' 'board_v2_footstraps') and compare them to track improvements. If the AI suggests a tool or feature you’re unfamiliar with, ask for a quick tutorial on how to use it.
Improving editing skills in Windsurf
Accessing best practices for windsurfing
Learning new techniques for effective editing
claude install kamusis/windsurf_best_practicegit clone https://github.com/kamusis/windsurf_best_practiceCopy the install command above and run it in your terminal.
Launch Claude Code, Cursor, or your preferred AI coding agent.
Use the prompt template or examples below to test the skill.
Adapt the skill to your specific use case and workflow.
Act as a windsurfing expert and Windsurf editor specialist. Provide a [DETAILED_STEP_BY_STEP_GUIDE] for [SPECIFIC_WINDSURFING_TECHNIQUE] using the Windsurf editor. Include [COMMON_MISTAKES_TO_AVOID], [TOOLS_OR_FEATURES_TO_USE], and [ADVANCED_TIPS] for optimization. Format the response as a structured guide with clear headings and bullet points for easy reference.
### **Mastering the Carve Gybe in Windsurf Editor: A Step-by-Step Guide** **1. Setup and Positioning** Before initiating the gybe, ensure your stance is balanced with your front foot near the mast base and your back foot centered on the tail. In the Windsurf editor, use the **Grid Tool** (View > Grid) to visualize your board’s position relative to the wind direction. Mark your starting point with a **Waypoint** (Layer > Add Waypoint) to track your progress. A common mistake is leaning too far back, which destabilizes the board. Instead, keep your weight slightly forward to maintain control. **2. Initiating the Turn** As you approach the wind, use the **Rotation Tool** (Edit > Rotate) to pivot the board 15-20 degrees into the wind. In the editor, enable **Snap to Grid** (View > Snap to Grid) to ensure precise angles. A frequent error is over-rotating, which can lead to loss of speed. Instead, aim for a smooth, gradual turn by adjusting the **Rotation Pivot Point** (right-click the rotation tool) to the mast foot. This mimics real-world windsurfing physics, where the board’s rail digs into the water to initiate the turn. **3. Weight Transfer and Control** During the gybe, shift your weight to the new front foot (now the back foot) as the board completes the turn. In the editor, use the **Measurement Tool** (Tools > Measure) to ensure your foot placement aligns with the board’s centerline. A mistake here is keeping too much weight on the tail, which causes the board to slip sideways. Instead, distribute your weight evenly and use the **Handles** (Edit > Handles) to adjust the board’s shape dynamically, mimicking the flex of a real windsurf board. **4. Finishing the Gybe** As the board completes the turn, straighten your legs and prepare for the next maneuver. In the editor, use the **Animation Timeline** (View > Timeline) to simulate the gybe’s fluidity. A common pitfall is rushing the final phase, which disrupts balance. Instead, focus on maintaining a low center of gravity and using the **Symmetry Tool** (Edit > Symmetry) to mirror your edits, ensuring the board’s design remains balanced. **Advanced Tips:** - Use **Layer Masks** (Layer > Add Layer Mask) to isolate and refine specific parts of the board’s shape without affecting the entire design. - Enable **Dynamic Guides** (View > Dynamic Guides) to snap to angles and distances, improving precision. - For a realistic touch, apply a **Wood Grain Texture** (Layer > New Fill Layer > Pattern) to the board’s deck to simulate real materials. By following these steps in the Windsurf editor, you’ll create a dynamic and accurate representation of a carve gybe, bridging the gap between digital design and real-world windsurfing techniques.
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