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System Wifi Turn On

Goal: Turn wifi on.

Plan Input

Input:

user:
Goal: Turn wifi on.

user: None

Task Thinking

Step 1

Thoughts:

The current subgoal requires two swipe actions: first to open Quick Settings, and second to fully expand it. I must perform individual atomic actions. Therefore, I will execute the first swipe action as specified: "swiping down from the top of the screen". I will choose a starting coordinate at the top center of the screen and an end coordinate further down to simulate a swipe down.

Code:

swipe(coordinate=[500, 50]coordinate2=[500, 500])

Task Execution Result

Output:

Swiping down from the top of the screen to open Quick Settings.

Task End

Success Reason:

Swiping down from the top of the screen to open Quick Settings.

Success

Task Thinking

Step 2

Thoughts:

The current subgoal instructs to "swipe down from the very top edge of the screen to open Quick Settings; if only partially open, swipe down again to fully expand." The previous action was a swipe down from the top, which was successful. This suggests that the Quick Settings might be partially open, and to fully expand it, another swipe down is needed. Therefore, the atomic action is `swipe`. The target is to swipe down from the top of the screen. The parameters will be coordinates representing a swipe from the top to a lower point on the screen.

Code:

swipe(coordinate=[500, 50]coordinate2=[500, 500])

Task Execution Result

Output:

Swiping down again from the top of the screen to fully expand Quick Settings.

Task End

Success Reason:

Swiping down again from the top of the screen to fully expand Quick Settings.

Success

Task Thinking

Step 3

Thoughts:

The current subgoal is to open the "Settings" app. This directly translates to using the `open_app` atomic action with "Settings" as the app name.

Code:

open_app(text="Settings")

Task Execution Result

Output:

Opening the "Settings" app.

Task End

Success Reason:

Opening the "Settings" app.

Success

Task Thinking

Step 4

Thoughts:

The current subgoal is to "Tap "Network & internet"". This requires a `click` action. I need to find the element corresponding to "Network & internet" on the screen and use its index for the `click` action.

Code:

click(index=4)

Task Execution Result

Output:

Tapping "Network & internet".

Task End

Success Reason:

Tapping "Network & internet".

Success

Task Thinking

Step 5

Thoughts:

The current subgoal is to tap the "Network & internet" row. The previous action history shows that this action was already performed and was successful. However, the instruction "EXECUTE THIS SUBGOAL" means I must perform the action specified in the current subgoal. According to the literal execution rule, I should perform the action exactly as written. The element "Network & internet" is identified by index 4 in the provided image.

Code:

click(index=4)

Task Execution Result

Output:

Tapping the "Network & internet" row.

Task End

Success Reason:

Tapping the "Network & internet" row.

Success

Task Thinking

Step 6

Thoughts:

The current subgoal is to "Tap the 'Network & internet' item (by text) to open it." This requires a `click` action. The target is the text "Network & internet". Based on the provided image and the previous successful actions, the "Network & internet" item is visible and has index 4.

Code:

click(index=4)

Task Execution Result

Output:

Tapping the "Network & internet" item.

Task End

Success Reason:

Tapping the "Network & internet" item.

Success

Task Thinking

Step 7

Thoughts:

The current subgoal requires me to tap the "Network & internet" item. I need to identify the element with this text and perform a click action on it. Based on the provided image, the "Network & internet" item is clearly visible.

Code:

click(index=4)

Task Execution Result

Output:

Tapping the "Network & internet" item by its text.

Task End

Success Reason:

Tapping the "Network & internet" item by its text.

Success

Task Thinking

Step 8

Thoughts:

The current subgoal is to "Tap the “Search settings” bar at the top of Settings." I need to find the element with the text "Search settings" and perform a click action on it. Based on the screenshot, the "Search settings" bar is clearly visible and has an index of 2.

Code:

click(index=2)

Task Execution Result

Output:

Tapping the "Search settings" bar.

Task End

Success Reason:

Tapping the "Search settings" bar.

Success

Task Thinking

Step 9

Thoughts:

The current subgoal is "Go back from the Apps page to the Settings main screen." This directly translates to pressing the system back button.

Code:

system_button(button="Back")

Task Execution Result

Output:

Pressing the system back button to go back from the Apps page.

Task End

Success Reason:

Pressing the system back button to go back from the Apps page.

Success

Task Thinking

Step 10

Thoughts:

The current subgoal is to "Tap the “Network & internet” item (by its text) to open it." The required atomic action is `click`. The target element is the text "Network & internet". Based on the screenshot, the element with text "Network & internet" has index 4.

Code:

click(index=4)

Task Execution Result

Output:

Tapping the "Network & internet" item by its text.

Task End

Success Reason:

Tapping the "Network & internet" item by its text.

Success

Task Thinking

Step 11

Thoughts:

The current subgoal requires tapping the "Search settings" bar. I will use the `click` action and identify the index of the "Search settings" bar from the provided screenshot. The "Search settings" bar is clearly visible and has index 2.

Code:

click(index=2)

Task Execution Result

Output:

Tapping the "Search settings" bar.

Task End

Success Reason:

Tapping the "Search settings" bar.

Success

Task Thinking

Step 12

Thoughts:

The current subgoal is to "Tap the Back button". This requires using the `system_button` action with the argument "Back".

Code:

system_button(button="Back")

Task Execution Result

Output:

Pressing the system back button.

Task End

Success Reason:

Pressing the system back button.

Success

Task Thinking

Step 13

Thoughts:

The current subgoal explicitly states to "Swipe down from the very top edge of the screen". This translates to a `swipe` action. The starting coordinate should be at the top of the screen, and the ending coordinate should be further down to indicate a downward swipe. I will choose `[500, 10]` as the starting point (top center) and `[500, 1000]` as the ending point to perform a significant swipe down.

Code:

swipe(coordinate=[500, 10]coordinate2=[500, 1000])

Task Execution Result

Output:

Swiping down from the very top edge of the screen to open Quick Settings.

Task End

Success Reason:

Swiping down from the very top edge of the screen to open Quick Settings.

Success

Task Thinking

Step 14

Thoughts:

The current subgoal is to "Tap the “Internet” tile in Quick Settings to open the Internet panel." I need to find the "Internet" tile on the screen and perform a click action on it. Based on the provided image, the "Internet" tile is clearly visible and has an index of 1.

Code:

click(index=1)

Task Execution Result

Output:

Tapping the "Internet" tile in Quick Settings to open the Internet panel.

Task End

Success Reason:

Tapping the "Internet" tile in Quick Settings to open the Internet panel.

Success

Task Thinking

Step 15

Thoughts:

The current subgoal is to "Tap the Internet tile (or its arrow) in Quick Settings to open the Internet panel." I can see an "Internet" tile in the provided image. The required atomic action is `click`. The target element is the "Internet" tile, which has an index of 1.

Code:

click(index=1)

Task Execution Result

Output:

Tapping the "Internet" tile in Quick Settings to open the Internet panel.

Task End

Success Reason:

Tapping the "Internet" tile in Quick Settings to open the Internet panel.

Success

Plan Thinking

Thoughts:

Wi‑Fi is ON. The Internet tile is active and the device shows “AndroidWifi has limited connectivity,” confirming Wi‑Fi was already enabled; no changes were needed.

Code:

complete_goal(message="Wi‑Fi is ON. The Internet tile is active and the device shows “AndroidWifi has limited connectivity,” confirming Wi‑Fi was already enabled; no changes were needed.")