Backlinks

• 20. Closing Notes — The Quiet Skills That Make Collaboration Work
• 15. How to Ask for Multiple Options
• 16. How to Ask AI to Compare Its Own Options
• 09. How to Ask AI to Explain Its Choices
• 17. How to Ask AI to Explain Trade‑Offs
• 19. How to Ask AI to Identify Missing Information
• 18. How to Ask AI to Reveal Its Assumptions
• 08. How to Ask for Safe Changes
• 13. How to Communicate Style, Tone, and Restraint
• 14. How to Communicate Uncertainty
• 10. How to Decline and Redirect
• 04. How to Describe Layout Intentions Clearly
• 07. How to Describe Relationships Between Elements
• 05. How to Describe Visual Intentions Clearly
• 12. How to Describe What Must Not Change
• 06. How to Express Constraints and Limits
• 01. How to Describe What You Want (The Core Skill)
• 03. How to Name the Boundaries of a Change
• 02. How to Point to the Right Parts of the Code
• 11. How to Shrink the Window
• 2- The Cascade — How CSS Decides
• 6- Context — Why CSS Is Never Absolute
• 0- HTML Semantics — The Structure CSS Depends On
• 4- Inheritance — How Styles Pass Down the Tree
• 5- Normal Flow — How Elements Arrange Themselves
• 3- Specificity — The Weight of a Selector
• 1- How CSS Thinks
• 01.Layout — Extending the Baseline of Normal Flow
• 02. Flexbox — Alignment and Distribution
• 03. Grid — Structure and Composition
• 04. Positioning — Exceptions and Overlays
• 1. About This Wiki
• 04. Attribute Selectors — Targeting Elements by Their Properties
• 02. Basic Selectors — Elements, Classes, and IDs
• 03. Combinators — Describing Relationships Between Elements
• 08. Combining Pseudo‑classes and Pseudo‑elements
• 06. Pseudo‑elements — Styling Parts of an Element
• 07. Pseudo‑elements in Practice (Simple Examples)
• 09. Accessibility Notes for content:
• 01. Selectors — How We Point to What We Mean
• 11. Selectors — A Summary of What They Can and Cannot Do
• 05. State Selectors — Targeting Elements by Their Conditions
• 10. When Pseudo‑elements Should Not Be Used
• 01. What Components Are and Why They Matter
• 02. HTML + CSS + Behavior — The Three Layers of an Interface
• 03. Blocks, Elements, and Modifiers — A Mental Model for Components
• 04. Naming and Shape — How Structure Supports Style
• 05. Nested Components — When Structure Helps and When It Hurts
• 06. Structural Patterns — Cards, Lists, Media Objects, Forms
• 07. Structure Summary — What It Can and Cannot Do
• 05. Borders and Radius — Edges and Softness
• 02. Color — Contrast, Palettes, and Meaning
• 01. Visual Style — Color, Typography, and Rhythm
• 08. Density — Breathing Room and Compression
• 07. Motion — Subtle Transitions and Intent
• 04. Rhythm — Margin, Padding, and the Flow of Space
• 06. Shadows — Depth and Atmosphere
• 03. Typography — Size, Line‑Height, and Readability
• 09. Visual Style Summary — What It Can and Cannot Do
• Communication Phrases
• 01- CSS Essential Concepts
• CSS Alignment
• CSS Containment
• CSS Density
• Flow
• CSS Visual Hierarchy
• CSS Parent / Child
• CSS Rhythm
• CSS Siblings
• CSS Spacing
• Styling Tone
• CSS Layout Patterns
• Units of Measure
• CSS Visual Vocabulary
• Typographic Case Contrast
• Color Contrast
• Styling Contrast
• Visual Expression
• Editorial Expression
• Minimal Expression
• Playful Expression
• Technical Expression
• Font Pairing Contrast
• Hue Contrast
• Lightness Contrast
• Loudness
• Restraint
• Saturation Contrast
• Scale Contrast
• Typographic Size Contrast
• Visual Softness
• Color Softness
• Edge Softness
• Motion Softness
• Shadow Softness
• Typographic Spacing Contrast
• Spatial Contrast
• Typographic Style Contrast
• Typographic Contrast
• Visual Tone
• Calm vs. Energetic Tone
• Formal vs. Informal Tone
• Neutral Tone
• Warm vs. Cool Tone
• Visual Weight
• Typographic Weight Contrast
• Visual Density
• Shadow Weight
• Stroke Weight
• Surface Weight
• The age of writing code is ending
• Vocabulary — the shared language of CSS collaboration
• Welcome to your new DokuWiki
• 05. When AI Suggests a Refactor (How to Decide What to Accept)
• 02. How AI Sees Code (and What It Cannot See)
• 19. When AI Overgeneralizes (How to Bring the Work Back to the Specific)
• 16. When AI Over‑Explains (How to Bring the Work Back to Clarity)
• 11. When AI Misunderstands a Pattern (How to Correct the Shape and Preserve the Intent)
• 06. Safe Refactoring — How to Guide AI Toward Minimal, Predictable Changes
• 35. When AI Misreads the Context of the Change (How to Keep the Work Aligned With the Situation Around It)
• 32. When AI Misreads the Intent of the Code (How to Keep the Work Aligned With What the Code Is For)
• 26. When AI Misreads the Level of Risk (How to Keep Changes Safe and Proportionate)
• 34. When AI Misreads the History of the Code (How to Keep the Work Aligned With Why the Code Became What It Is)
• 31. When AI Misreads the Boundaries (How to Keep Components Separate and Responsibilities Clear)
• 25. When AI Over‑Documents (How to Keep Comments Useful, Minimal, and Honest)
• 24. When AI Over‑Explains the Obvious (How to Keep the Work Focused and Respectful of the Reader)
• 20. When AI Over‑Corrects (How to Keep the Work Stable and Minimal)
• 23. When AI Invents a Convention (How to Keep the System Grounded in Reality)
• 18. When AI Misjudges Priority (How to Keep the Work Aligned With What Matters)
• 30. When AI Misreads the Dependencies (How to Keep the Work Coherent Across the System)
• 27. When AI Misreads the Cost of Change (How to Keep the Work Efficient and Sustainable)
• 28. When AI Misreads the Impact of a Change (How to Keep the Work Focused on What Actually Improves the System)
• 29. When AI Misreads the Stability of a Change (How to Keep the Work Future‑Proof and Maintainable)
• 33. When AI Misreads the Constraints (How to Keep the Work Within the Real Limits of the System)
• 21. When AI Misreads the Audience (How to Match the Explanation to the Reader)
• 14. When AI Invents Features (How to Prevent Hallucinated Behavior)
• 13. When AI Breaks the Architecture (How to Re‑Assert the System’s Rules)
• 15. When AI Misreads Intent (How to Re‑Center the Goal)
• 09. When AI Gets Lost (How to Reset, Re‑Anchor, and Regain Control)
• 12. When AI Over‑Refactors (How to Restore Simplicity)
• 22. When AI Misses the Hidden Dependency (How to Reveal What the System Relies On)
• 17. When AI Misses the Edge Case (How to Reveal the Hidden Risk)
• 04. Temporary Hacks (Like !important) — How to Use Them Without Creating Noise
• 36. Closing — Working With Existing Code Is an Act of Stewardship
• 01. Preface: This is a long topic, but easy to read
• 03. Showing AI the Right Parts of the Code (and Only the Right Parts)
• 10. When AI Misunderstands the System (How to Reveal the Missing Context)
• 07. Working With Legacy Code (How to Guide AI Through Older Patterns)
• 08. Working With Themes and Plugins (How to Keep AI Inside the Boundaries)