Global ObjectParameter ObjectsSingleton Global

ClickParam

Tap settings for click(): repeat count, hold time, pauses after each tap and a random offset.

Documented for app version 1.0.51Updated:

Detailed Explanation

This section explains when to use the API, how to call it, and which structures it works best with in production flow.

How To Call It

ClickParam is a singleton global table: call its functions with a dot (ClickParam.<method>(...)).

When To Use It

Parameter objects work best when prepared in a dedicated variable and reused across search or action calls.

Parameters and Return

ClickParam offers 7 methods; each method page lists its parameters and return value.

Best Combined With

This object is mostly used to prepare input for action APIs such as Region searches, click(), swipe() and Replay playback.

Example Usage

The snippet below is a starter pattern that can be applied directly in runtime flow.

click(Point(540, 960), ClickParam.hold(120))

Copyable Progressive Examples

From foundation to combined usage, each level is provided as a separate code block so you can copy the level you need and adapt it directly.

Foundation

Shows the shortest direct way to call the API.

Foundation
click(Point(540, 960), ClickParam.hold(120))

Simple

Wraps the base call with minimal flow control.

Simple
click(Point(540, 960), ClickParam.hold(120))

-- Continue with one focused method on the object.

Practical Flow

A practical pattern for real macros with pcall, logging, and guards.

Practical Flow
click(Point(540, 960), ClickParam.hold(120))
local note = "ClickParam overview loaded"
print(note)

Detailed

This level packages the API into a reusable helper with error reporting.

Detailed
-- Parameter objects work best when prepared in a dedicated variable and reused across search or action calls.
local function run_clickparam_step()
  click(Point(540, 960), ClickParam.hold(120))
end

local ok, err = pcall(run_clickparam_step)
if not ok then
  toast("Step failed")
  print(err)
end

Combined

Combines the API with related structures to form a more realistic workflow.

Combined
click(Point(540, 960), ClickParam.hold(120))
wait(200)
print("Combined with logging and flow control")