If you're trying to build a horror game that feels like the original, getting the doors electrical room script right is probably one of the most frustrating but rewarding parts of the process. There is just something about that tense atmosphere—the buzzing of the breakers, the dim lighting, and the frantic clicking of switches—that makes or breaks the player experience. If the script isn't snappy or if the logic is buggy, the whole tension just evaporates, and you're left with a clunky room that feels more annoying than scary.
When we talk about a doors electrical room script, we aren't just talking about one single line of code. It's a combination of proximity prompts, boolean values, and UI management that all have to play nice together. Whether you are a seasoned Roblox developer or someone just messing around in Studio for the first time, understanding how to piece these elements together is key to making a functional "breaker" style puzzle.
The Logic Behind the Breaker Puzzle
Before you even touch your script editor, you've got to think about what you actually want the player to do. In the game Doors, the electrical room usually involves a series of switches that need to be flipped in a specific order or to match a pattern. This is classic "state-based" scripting.
Basically, you're telling the game: "Hey, keep track of these ten switches. If switches 1, 4, and 7 are 'True' (on) and the rest are 'False' (off), then unlock the door." If you don't set this up clearly from the start, your script is going to turn into a mess of "if-then" statements that will give you a headache later.
A good way to handle this in your doors electrical room script is to use a folder in the Workspace to hold all your switches. This makes it way easier to loop through them in your code rather than manually typing out the name of every single switch. It's all about working smarter, not harder.
Handling the Proximity Prompts
We've all seen those "E to Interact" prompts. In a horror setting, you want these to feel responsive. If a player clicks and nothing happens for half a second, it kills the vibe. When you're writing the part of the doors electrical room script that handles interaction, you want to make sure the server registers the toggle immediately.
Most people use ProximityPrompt.Triggered. It's simple, it works, and it's built-in. But here's a tip: don't just flip the switch and call it a day. You need to add some visual and audio feedback. A quick "click" sound and a slight change in the switch's position (maybe using TweenService) makes the whole thing feel much more professional. It's those tiny details that make players think you spent months on the script.
Using Tables for Switch States
If you're feeling a bit more fancy, you can use a table to store the state of the puzzle. Instead of checking every physical part in the room every time someone clicks, your script can just update a local table.
For example, if the player flips Switch 3, the script updates SwitchTable[3] = true. Then, you have a separate function that checks if the table matches the "winning" combination. This keeps your code clean and makes it much easier to debug if things go sideways—which, let's be honest, they usually do at first.
Lighting and Visual Atmosphere
The "electrical" part of the doors electrical room script usually means the lights are either flickering or totally dead. Scripting the lighting is where you can really have some fun. You can use a simple while true do loop or a Random.new() function to make the lights dim and brighten at irregular intervals.
Nothing says "something is about to eat you" quite like a light bulb that flickers right before the player hits the final switch. You can link the light's brightness property directly to the state of the breakers. If the breakers are "Off," the Ambient lighting in the room should be near zero. Once the script recognizes the puzzle is solved, you can tween the brightness back up to give the player that "I'm safe now" feeling—even if it's only for a second.
The Dreaded RemoteEvents
If you're building this for a multiplayer game, you absolutely cannot ignore RemoteEvents. If you just handle the doors electrical room script on the client side (the player's computer), the other players won't see the progress. You'll have one person standing in the dark while the other thinks the lights are on. It's a mess.
Your script needs to tell the server: "Hey, Player A just flipped this switch, tell everyone else to update their screen." This is usually where people get stuck. If you're seeing "Script restricted" errors or things just aren't syncing up, check your RemoteEvents. It's the bridge between what the player does and what the game world actually experiences.
Syncing the Door Opening
Once the puzzle is solved, the script needs to trigger the door. This is usually the climax of the room. You don't want the door to just disappear. Using TweenService to slide the door open or rotate it on its hinges is the way to go.
In your doors electrical room script, you should have a "Victory" function. This function stops the flickering lights, plays a "power up" sound effect, and triggers the door animation. It's a great way to signal to the player that they've succeeded.
Common Pitfalls to Avoid
I can't tell you how many times I've seen a doors electrical room script break because of a simple typo or a logic loop. One of the biggest mistakes is not "debouncing" your inputs. A debounce is basically a cooling-off period. If you don't have one, a player can spam the "E" key and trigger the script ten times in one second, which usually breaks the animations or crashes the switch logic.
Another thing to watch out for is the "Z-fighting" of UI elements. If your electrical room has a screen showing the progress, make sure your script isn't trying to update the text every single frame. Only update the UI when something actually changes. Your game's performance (and the players with potato PCs) will thank you.
Adding Your Own Flair
The cool thing about making your own doors electrical room script is that you don't have to copy the original game exactly. Maybe your electrical room has a timer. Maybe if you take too long, the "Figure" or some other entity shows up to ruin your day.
You can add a "fail state" to your script where if the player flips the wrong sequence three times, the room goes pitch black and a loud alarm sounds. It's all about using the base logic—switches, variables, and triggers—and layering your own creative ideas on top of it.
Testing and Debugging
Don't expect it to work the first time. It rarely does. When you're testing your doors electrical room script, use the print() function liberally. Have the script print "Switch 1 flipped" or "Puzzle solved" in the output console. This way, if the door doesn't open, you can look at the log and see exactly where the logic stopped.
Once you get that satisfying moment where the last switch clicks, the power hums to life, and the door slides open smoothly, you'll realize why people spend so much time perfecting these scripts. It's the heart of the horror experience.
Anyway, scripting is mostly about trial and error. Just keep tweaking the values, make sure your paths are correct, and eventually, your electrical room will be just as terrifying and functional as the one that inspired it. Happy coding!