Multi Point Auto Clicker for iPhone: Setup Guide

A multi point auto clicker uses more than one tap target in a sequence. On iPhone, Tapper’s upcoming routine editor lets you build ordered interactions on supported webpages, with separate targets, delays, and other actions between them.

Multiple targets are useful when the task is “tap this, then tap that,” rather than “tap the same button repeatedly.” The important part is the relationship between the steps. A second tap may need the first action to open a panel, change the page, or reveal a control before it can work.

Map the sequence before adding targets

Write the task in plain language. For a simple practice example, the sequence could be “tap the first button, scroll to the second target, then tap it.” This is more precise than a list of screen positions because it describes the purpose of each action.

Identify the starting state and the ending. Is the page at the top? Is a panel open or closed? Which visible result proves the sequence worked? If the first run changes the starting state, determine how the next repetition will return to it.

A routine that opens a panel on its first tap may close the same panel on the next repetition. The button has not failed; the routine’s assumptions have changed. Planning around state avoids that common mistake. See tap-sequence planning for a worked approach.

Use the Multi-step routine template

The upcoming library includes Multi-step routine, an editable starting point with tap, scroll, and tap actions. Its tap targets need to be selected for your webpage before the routine can run usefully.

1. Open the supported webpage in Tapper.
2. Open the template library and choose Multi-step routine.
3. Review the starter steps in Edit routine.
4. Select the intended target for the first tap.
5. Adjust or remove the scroll step to match your task.
6. Select the intended target for the second tap.
7. Check the delays and run one repetition.

The template provides structure, not knowledge of your website. It cannot infer which button you meant or whether a scroll is necessary. If your task only needs two nearby buttons, remove unneeded movement instead of retaining it because the template included it.

Select each target deliberately

Stored page coordinates identify a location in the document; element targets identify a webpage control. Tapper accounts for the page’s scroll offset when resolving a stored point. Coordinates can be straightforward on a stable layout, but reflow or rotation can move a button away from its stored position. An element target can tolerate some movement, but it still depends on the webpage exposing the intended element.

Inspect each selected target at the state where its step will run. The second button might not exist until after the first tap. If you select it in a different page state, replay may not find it.

Avoid overlapping targets and controls near moving page elements until you understand the layout. The coordinate-versus-element article explains how to choose between the available approaches without assuming either is universally reliable.

Give dependent steps time

A sequence can be logically correct but too fast. If the first tap triggers a network request, the next control may not be ready immediately. A delay creates time; a relevant wait condition can check that the required state has actually appeared.

For example, if a button reveals a results panel, the next step may need to wait for the panel’s element or text. For a reload at the same URL, a page-load wait can be useful, followed by a content condition if necessary. The executor checks the routine’s page URL, so a sequence should not assume it can continue across navigation to another URL.

Do not add a very long fixed pause everywhere as a substitute for diagnosis. Find the specific transition that requires time, then adjust that transition. Read the wait-step article for examples of page-load, element, and text conditions.

Check what one repetition means

A repetition replays the sequence. If there are two tap steps and the routine repeats five times, that is ten requested taps, plus any scroll, refresh, or wait steps included in the sequence. It does not necessarily mean five total actions.

Start with one repetition and confirm both targets. Then try a small fixed count. Watch whether the end of one pass leaves the page ready for the beginning of the next. If not, either change the ending or keep the routine as a one-pass task.

Until-stopped mode is a deliberate choice, not a default improvement. You need to remain available to stop it, and repeated execution must remain appropriate for the webpage. The loop comparison helps you choose an ending.

Troubleshoot the first incorrect step

When a sequence goes wrong, locate the first mismatch between your plan and the page. Later failures may simply be consequences of that earlier step. Fixing the last missed tap will not help if the first action opened the wrong panel.

Stop the routine, restore the starting state, and test a shorter portion. Compare the target, the page position, and the timing. Change one thing, then replay once. This makes it possible to connect an improvement to a specific edit.

Use Tapper troubleshooting if the task is outside the supported browser environment, the page rejects automation, or the run stops when you leave it. More targets do not expand Tapper’s scope into other native apps.

Save only after you can explain the result

A reusable multi-target routine should have a clear name, a known starting state, and an observable ending. Save the version that works, then review it when the website changes. Multiple targets and saved routines are premium features in the upcoming update, with limited shared previews.

The new editor shown on this site is part of the unreleased 1.0.6 redesign. Check the current App Store version and the free-feature guide before relying on interface details or access allowances.