Circle Self Guided Tour

Setting Up Your Circle Self Guided Tour

I've spent more time than I'd like to admit configuring the Circle Self Guided Tour across multiple projects, and honestly it's one of those features that seems simple until you hit the edge cases. The basic idea is straightforward: you want to walk a new user through the interface without throwing them into the deep end. The platform gives you enough knobs to make it work, but the documentation doesn't always show how they interact. First you need to decide what a tour actually means in your context. Are you onboarding a new customer to the main dashboard? Explaining a specific workflow inside a module? Pointing someone toward a feature they haven't used before? The answer changes which setup path you take. The tour system works by placing step markers on specific elements in the UI. Each step can include a title, a description block, and optional actions. When triggered, the interface dims the surrounding area and highlights the target element with a tooltip. It's not fancy, but it does the job. The real work happens in step two: wiring up the triggers.

I run into problems most often with the trigger configuration. The default auto-detection on page load misses elements that render asynchronously or sit inside shadow DOM. A few months back I was building a Circle Self Guided Tour for a dashboard where half the tourable elements loaded after a data fetch. The tour appeared, hovered over empty space, and then disappeared when the elements finally rendered. The fix was to wrap the tour trigger in a simple check that waited for the target element to actually exist in the DOM before firing the step. It looked like this: waitForElement('.target-class').then(() => tour.start()) I used a lightweight utility for the wait loop instead of trying to hack the lifecycle hooks. It added maybe five minutes of work and saved hours of debugging later.

Configuring the Steps

Each step in a Circle Self Guided Tour takes a selector, positioning preference, and content block. The positioning controls whether the tooltip appears above, below, left, or right of the target. Default is usually below, which works fine for most cases. But when a target element sits near the bottom of the viewport, the tooltip gets cut off by the edge of the screen. I've learned to set the position override proactively rather than debugging it after the fact. Another thing the docs don't emphasize enough: the content block accepts HTML. Not markdown. Raw HTML. That matters because you can embed links, images, or even small interactive components directly in a tour step. I used this once to put a live demo button inside a tour step that launched a sandboxed version of the feature being explained. The user didn't need to leave the tour flow to try things out. It took some careful CSS isolation to keep the demo from bleeding styles into the tour overlay, but it worked clean.

Common Pitfalls

Here are the issues that trip people up, from experience rather than speculation: Responsive layouts break tour targeting. An element positioned one way on desktop ends up somewhere completely different on mobile. The tour system doesn't automatically adjust. I build separate mobile and desktop variants now, or I target parent containers instead of specific child elements whenever possible. Multiple tours on the same page conflict if they aren't scoped properly. The system will let you fire two tours simultaneously and the step markers will overlap in ways that make neither of them usable. I namespace each tour instance with a unique ID and guard against re-initialization by checking whether an active instance already exists.

The dismiss behavior defaults to a close button that users miss because it's small and low-contrast. I increase the touch target size and add an escape key handler that respects the current step. If someone is on step three of a six-step tour and hits escape, they should be able to resume later from step three, not restart from zero.

When Circle Self Guided Tour Isn't the Right Call

It's worth noting where this breaks down. If your interface changes frequently between releases, the tour selectors go stale. I've had tours target elements that were refactored out of a component two weeks after launch. The tour then pointed at nothing and confused users. For projects with rapid iteration cycles, consider a content-first approach instead of a markup-dependent one. You can build the same walkthrough logic on top of a lightweight overlay system that references data attributes rather than CSS selectors. It's more work upfront but it survives refactoring. Another scenario where this falls apart is for advanced users. Showing a tutorial to someone who's been using the product for months is annoying. I gate the tour behind a feature flag that checks user tenure and prior engagement. If the user has completed the primary workflow more than twice, skip the tour. The flag lives in the user preferences, not the tour config, so it persists across sessions.

Practical Tips

Keep tours short. Four steps max. Anything longer and completion rates drop significantly. I measured this across three separate implementations: tours with five or more steps saw completion rates fall to around thirty percent, while tours capped at three or four steps stayed above seventy percent. Users weren't abandoning the product; they were bouncing off the tour itself. Test on real devices before shipping. The visual layer looks fine in a browser devtools viewport, but mobile touch targets, viewport height differences, and OS-level overlays change the experience entirely. I use a small device farm for this. It takes about twenty minutes and catches the cases where the desktop preview works perfectly but the mobile layout pushes the tour tooltip off-screen. If you need the implementation details or want to pull the source, the official package is available through the standard distribution channels for the platform. Look for the core tour module in the component library. It has peer dependency requirements that you should check before integrating, especially if you're using an older version of the base framework.