Automatic Doors: Difference between revisions

From The Talos Principle Wiki
m Text replacement - "PuzzleInfobox" to "Infobox TTP2 Puzzle"
puzzle elements, overview, hints and solution
Line 1: Line 1:
{{Stub}}
{{Infobox TTP2 Puzzle
{{Infobox TTP2 Puzzle
|identifier = West 1-3
|identifier = West 1-3
Line 11: Line 10:


== Puzzle Elements ==
== Puzzle Elements ==
{{Puzzle Element List}}
{{Puzzle Element List|Blue door=true|Connector=true|Inverter=true|Mover=true|Purple barrier=true|Receiver=true}}


==Overview==
==Overview==
As you enter the puzzle, you see a blue [[emitter]] on the left, a room blocked by a [[blue door]] in front of you with a blue [[receiver]] next to it, and a room to the right past a [[purple barrier]]. In the right room is an inverter, and a red [[receiver]] that deactivates a blue door to a third room with a [[mover]] and a connector in it. Behind the blue door in the first room is another empty room with a red receiver, which controls access to the progress wheel.
== Hints ==
{{ProgressiveHint|A basic hint|Since the name of the puzzle is ''Automatic doors'', you have to figure out a way to keep opening the doors automatically}}
{{ProgressiveHint|If you're having trouble getting started|After you get access to the third room, don't be hasty. Pick up the connector and connect it to things visible from that room so that you can move around while that connection is still active}}
{{ProgressiveHint|If you're thinking about the rules of which laser color wins|A connector that is connected directly to an emitter will try to push that color to all the remaining connections. Only if the connection to the emitter is interrupted, it will look for a secondary source of energy.}}


== Solution ==
== Solution ==
{{Spoiler|
<gallery mode="slideshow">
File:W1-3-automatic-doors-solution-1.jpg|Step 1: Connect the inverter to the red receiver and the mover.
File:W1-3-automatic-doors-solution-2.jpg|Step 2: Go to the third room and grab the connector. Create a connection to the red receiver next to the progress wheel, but don't drop the connector yet.
File:W1-3-automatic-doors-solution-3.jpg|Step 3: Come back to the second room and create connections to the blue emitter, blue receiver, and the inverter. Now you should have 4 active icons for your connector.
File:W1-3-automatic-doors-solution-4.jpg|Step 4: Place the connector on the mover.
File:W1-3-automatic-doors-solution-5.jpg|Step 5: Wait until the connector deactivates the blue door, then move into the inner room.
File:W1-3-automatic-doors-solution-6.jpg|Step 6: Wait until connector activates the red receiver next to the progress wheel, then activate it.
</gallery>
|solution}}
[[Category:TTP2 Main Puzzles]]
[[Category:TTP2 Main Puzzles]]
[[Category:TTP2 Puzzles]]
[[Category:TTP2 Puzzles]]
[[Category:Puzzles]]
[[Category:Puzzles]]
[[Category:TTP2]]
[[Category:TTP2]]

Revision as of 01:41, 2 December 2023

Automatic Doors
File:File:West 1-3.jpg
Identifier: West 1-3
Area: Western Lost
Puzzle Type: Main
Previous Puzzle: Supportive Apparatus
Next Puzzle: Surfing

Automatic Doors is the third main puzzle in the Western Lost area of The Talos Principle 2.

Puzzle Elements


Overview

As you enter the puzzle, you see a blue emitter on the left, a room blocked by a blue door in front of you with a blue receiver next to it, and a room to the right past a purple barrier. In the right room is an inverter, and a red receiver that deactivates a blue door to a third room with a mover and a connector in it. Behind the blue door in the first room is another empty room with a red receiver, which controls access to the progress wheel.

Hints

A basic hint:

[ hint ]
Since the name of the puzzle is Automatic doors, you have to figure out a way to keep opening the doors automatically

If you're having trouble getting started:

[ hint ]
After you get access to the third room, don't be hasty. Pick up the connector and connect it to things visible from that room so that you can move around while that connection is still active

If you're thinking about the rules of which laser color wins:

[ hint ]
A connector that is connected directly to an emitter will try to push that color to all the remaining connections. Only if the connection to the emitter is interrupted, it will look for a secondary source of energy.

Solution

[ solution ]