Scroll areas

01What is it?
Scroll containers inside a layout, panels, drawers, tables, modals with inner overflow, create friction. It stands out by giving conversion optimization a defined shape, so the agent asks for better context and returns a more usable result.
02Inputs
Context for conversion optimization: your goals, audience, constraints, and any source material the skill asks for.
03Output
A ready-to-use result for conversion optimization: the analysis, copy, or recommendations the agent produces.
Paste-ready

Install as a package

Installs this one skill package for your coding agent, including any supporting files that skill ships with — not every skill in the repository. Read the tutorial.

Terminal
$ npx skills add dembrandt/dembrandt-skills --skill scroll-areas

Use in Profound

Copy this file into a new Profound Skill. That's it, nothing else to install.

Copy and create in Profound
SKILL.md

Scroll Areas

Avoid Scroll Areas by Default

Scroll containers inside a layout — panels, drawers, tables, modals with inner overflow — create friction. Users must discover that a region scrolls, manage multiple independent scroll positions simultaneously, and context-switch between scroll areas on the same screen.

Default: let the page scroll. A single page-level scroll is universally understood and requires no discovery. Before introducing an inner scroll area, ask whether the layout can be restructured so the page itself handles the overflow.

Alternatives to inner scroll:

  • Pagination or load-more for long lists
  • Collapsible sections (accordion) for long detail panels
  • A separate page or route for content that would otherwise fill a scroll area
  • Progressive disclosure — show less by default, expand on demand

When a Scroll Area Is Justified

Some layouts genuinely require inner scroll:

  • Fixed-height sidebars with navigation trees longer than the viewport
  • Data tables where the header must remain visible while rows scroll
  • Chat or log panels where the stream is continuous and the surrounding layout is fixed
  • Code editors or terminal panes embedded in a larger application shell

In these cases, proceed — but apply the constraints below.

One Axis Only

Never create a scroll container that scrolls on both axes simultaneously. Two-axis scroll is disorienting, hard to control precisely, and nearly unusable on touch devices.

/* One axis: vertical */
overflow-y: auto;
overflow-x: hidden;

/* One axis: horizontal (e.g. wide table) */
overflow-x: auto;
overflow-y: hidden;

/* Never */
overflow: auto; /* allows both axes */

If content requires both axes — e.g. a wide table inside a constrained panel — restructure the layout so the table's horizontal scroll is the only scroll in the view, with the page itself not scrolling at that point.

Always User-Controlled

Scroll must never happen automatically without user intent. Specifically:

  • No auto-scrolling that moves the viewport without the user initiating it
  • No scroll hijacking — do not intercept the native scroll event to animate or pace it artificially
  • Scroll-to on load is acceptable only when restoring a previous scroll position (e.g. returning to a list after navigating away)
  • Scroll-to for errors or anchors is acceptable as a response to a user action (submitting a form with errors, clicking a table-of-contents link)

Exception: chat and log panels may auto-scroll to the bottom on new content, but only if the user is already at the bottom. If the user has scrolled up to read, do not force them back down — show a "new messages" indicator instead.

Scroll Affordance

Users must be able to tell a region is scrollable before they attempt to scroll it.

  • Clip content visually at the edge — a partially visible item signals "there is more"
  • Use a subtle scrollbar (not scrollbar-width: none) so the track is visible
  • On touch, a partial item at the edge is the primary affordance — ensure the container does not have overflow: hidden on the trailing edge

Review Checklist

  • Is every inner scroll area genuinely necessary, or can the layout be restructured to use page scroll?
  • Does every scroll container scroll on one axis only?
  • Is overflow: auto (two-axis) avoided on all scroll containers?
  • Is scroll always user-initiated — no hijacking, no forced auto-scroll?
  • Is the scrollable region visually apparent (partial content, visible scrollbar)?
  • On touch devices, is scroll smooth and native (-webkit-overflow-scrolling: touch or equivalent)?

How do I install Scroll areas in Cursor, Claude Code, or Codex?

Run npx skills add dembrandt/dembrandt-skills --skill scroll-areas in the project where you want it, then ask your agent for the skill by name. The --skill flag installs only Scroll areas, not every skill in the repository.

Where does Scroll areas come from and what license is it under?

Scroll areas comes from the dembrandt/dembrandt-skills repository on GitHub. That repository has 22 GitHub stars. The skill is published under the MIT license.

Prefer plain text? Read the Scroll areas guide as markdown.