As a content creator on the game(aswell as an artist, tester, and have direct contact with the owner and devs) it's an honour to see a big UA-camr playing the game🙏
I actually kind of like that the progression isn't really linear, you can just go wherever and maybe find something cool. The only real progression is remembering where stuff is 😅.
Tysm for playing my game, this video was really fun to watch! About the VHS filter that your friend was angry about, in the next update I'm working on a system to remove it whenever you want(there won't be 80+ levels anymore, it will be 110+ lol)
Heya, you should make a system where if you reach the area to the door/cube that leads you to a new level, you should make that area a safe place, since you can still die while getting tped!
Actually, this has to be the most accurate to the lore backrooms game I’ve ever seen. You can no-clip from level to level in a non-linear fashion. You don’t run into an entity every level you pass through, and you can find other wanderers making it where you’re not just an isolated incident. Very. Well. Done.👏
I love how it doesn't give you an in-game option for private lobbies, really ties into the backrooms being infinitely large and that you could run into *anybody*
Despite how confusing the game is, the visuals are really cool to me and i like how you can explore and go almost anywhere you want. But yes the bad thing is that you can't always play with ur friends but i think thats part of the backrooms experience , random and creepy
One time i played whit a group of friends and we all got separated just to meet each others in the level fun like we were doing our last party together 😂
Hey Rogurt, you mentioned that you wanted a realistic backrooms game. Well my friends are creating a game called The Project and it will hopefully release on Roblox in a couple months or so, though there is no set release date. This game has lore, way too many levels and a lot more. I love your content and its hilarious, keep up the good work (or else)
honestly i feel like the same cptures the essence of what the backrooms are, no emphasis on scary monsters or jumpscares but just a way to explore and it gives off that unique feeling i cant describe
I dont like how much hate they give to this game, its not too buggy at all. And the visuals are good! This is the backrooms game of all time for me. Theres no story, just a walking simulator. In the best most backrooms way possible. The amount of effort put into all of this. And omg im so impressed I didnt have to learn how to code to make a backrooms game just like this. If i had any device that could run roblox in the slightest, this is the game that I will play. 10/10 game. Cant wait to play!
The boolean theory has to due with these two numbers: 1 and 0, the boonlean theory is commonly used in coding for "true or fale" statments such as true being 1 and fale being 0, its also used in binary
20:28 to rogurt, the song in this part of the game is the ominous and scary song called daisy bell. The beat says “I’m half crazy all for the love of you it won’t be a stylish marriage I can’t afford a carriage.The song is used in some games you have played and it was the first song a computer could play and it’s mostly known in the game “gorilla tag” if you want more information just pin me and ask me some questions for the comments and I will awnser. Thank you for your patience
I fukcing love this kind of experience where you exploring random places with strangers and you split up from them then at the end you found that same strangers from the last place
Rogurt should play more horror games with his friends, I would recommend the Rake, if you hadn’t played it already, my first time playing it actually got me, ngl.
If you have not already, hope you play the game again. v1.3 has released with I belive v1.4 along the way. And I think it is an pretty fun roblox game ngl
Boolean theory, often referred to as Boolean algebra, is a fundamental branch of mathematics and logic. It was developed by the British mathematician and logician George Boole in the mid-19th century. Boolean theory primarily deals with binary variables and operations, where values are restricted to being either true (1) or false (0). It has far-reaching applications in various fields, including computer science, digital circuit design, information retrieval, and mathematical logic. Boolean algebra serves as the basis for Boolean theory. It introduces three fundamental binary operations: AND, OR, and NOT. These operations manipulate binary variables, typically denoted as A and B, producing results that are either true (1) or false (0). The AND operation returns true only when both input variables are true, the OR operation returns true if at least one input is true, and the NOT operation inverts the input value. History of Boolean Theory: George Boole developed Boolean algebra in the mid-1800s as a mathematical system for dealing with logical concepts. His work laid the foundation for modern computer science and digital circuit design, and Boolean algebra was later incorporated into electronic engineering and computer architecture. Boolean Variables: Boolean variables, also known as binary variables, represent two states: true and false. In many applications, these states can be associated with other interpretations, such as on/off, open/closed, or high/low, making Boolean algebra versatile in describing various situations. Truth Tables: Truth tables are a fundamental tool in Boolean theory. These tables enumerate all possible combinations of input values and their corresponding output values for a given Boolean expression. Truth tables are used to simplify expressions, verify their correctness, and analyze the behavior of digital circuits. Boolean Expressions: Boolean expressions are combinations of binary variables and operators that represent logical relationships. These expressions can range from simple equations to complex functions and are used to describe the behavior of digital systems, control systems, and algorithms. Boolean Identities and Laws: Boolean algebra is governed by a set of fundamental identities and laws, including commutative, associative, and distributive laws. These rules help simplify Boolean expressions and make them easier to manipulate and analyze. De Morgan's laws are of particular significance, as they define how to negate complex expressions involving AND and OR operations. Logic Gates: Logic gates are physical or electronic devices that implement Boolean operations. The most common logic gates include the AND, OR, NOT, XOR (exclusive OR), and NAND (NOT AND) gates. These gates are building blocks for digital circuits and are used to process binary data in computers, calculators, and other digital systems. Applications in Digital Circuits: Boolean theory is extensively applied in the design and analysis of digital circuits. Circuits are constructed using logic gates to perform specific functions, such as addition, subtraction, and memory storage. Boolean algebra helps engineers and designers create efficient and reliable digital systems, underpinning the operation of computers and electronic devices. Boolean algebra is fundamental in binary arithmetic, which is the basis for all digital computation. It defines how binary numbers are added, subtracted, multiplied, and divided. Binary arithmetic is central to data processing and computation in computer systems. Information Retrieval and Search Engines: Boolean logic is also utilized in information retrieval and search engines. In this context, Boolean operators like AND, OR, and NOT are used to refine search queries. For example, when searching for information on the internet, using "AND" between keywords narrows down results, "OR" broadens them, and "NOT" excludes specific terms, allowing users to search more efficiently. Set Theory Connection: Boolean algebra has a deep connection with set theory. In fact, George Boole's work was influenced by set theory concepts. The relationship between Boolean algebra and set theory is particularly evident in the use of union (OR), intersection (AND), and complement (NOT) operations. Mathematical Logic: Boolean algebra is closely related to mathematical logic. It provides a formal system for representing and reasoning about logical propositions and predicates. The use of Boolean logic in mathematical proofs and formal reasoning is a testament to its foundational role in the broader field of logic. Circuit Design and Optimization: Boolean algebra is indispensable in the design and optimization of digital circuits. Engineers use it to simplify circuitry, reduce the number of components, and enhance the overall efficiency and reliability of electronic systems. Error Detection and Correction: In digital communication systems, Boolean logic is applied to error detection and correction codes. These codes help ensure that data transmitted over networks or stored on storage media remains accurate and intact. Control Systems: Boolean logic is vital in the design of control systems, such as those found in industrial automation and robotics. It is used to create control algorithms that determine the operation of machines and systems based on input conditions. Computational Complexity: In computer science and theoretical computer science, Boolean theory is closely linked to computational complexity theory. Boolean expressions and their computational properties are used to analyze the efficiency and feasibility of algorithms. Symbolic Logic and Propositional Calculus: Boolean logic forms the basis for symbolic logic and propositional calculus. It enables the representation and manipulation of logical propositions in a formal and precise manner, making it a valuable tool in philosophy and linguistics. Fuzzy Logic: While Boolean logic deals with binary values, fuzzy logic extends these concepts to handle continuous or multi-valued logic. Fuzzy logic is used in artificial intelligence, control systems, and decision-making where degrees of truth or membership are relevant. Quantum Computing: Boolean algebra has also found applications in quantum computing. Quantum gates, analogous to classical logic gates, manipulate quantum bits (qubits) using Boolean-like operations. Quantum computing leverages the principles of Boolean logic within the context of quantum mechanics to perform certain types of computation more efficiently. Ongoing Relevance: Boolean theory remains as relevant today as it was in the 19th century. It continues to underpin the functioning of modern computers, electronic devices, and information systems. Its adaptability and utility in diverse fields ensure its enduring importance in the realm of mathematics and technology. In conclusion, Boolean theory is a foundational branch of mathematics and logic with a rich history and vast applications in various domains. It provides a systematic framework for handling binary variables, enabling the design of digital circuits, facilitating information retrieval, and influencing fields such as computer science, engineering, and mathematical logic. Understanding Boolean algebra is essential for those working with digital systems, logical reasoning, and complex problem-solving.
The background music in Level Fun =) is an instrumental version of the song Daisy Bell, though its the version sung by a robot. Daisy bell was written in 1892, by Harry Dacre, about Daisy Greville. The IBM 7094 was the first computer to sing, singing this song in 1961. The vocals were programmed by John L. Kelly Jr and Carol Lockbaum, and the musical accompaniment was programmed by Max Matthews. The recording was made in Bell Labs in Murray Hill, New Jersey. Its a neat little song and I'd recognize it anywhere. I recommend you listen to it.
The Backrooms is the most liminal thing thought of/made/discovered in all of existence. It breaks all scientific laws and is a mess to go through. Unlike shown in games, the backrooms is one third dangerous, one third safe, and one third entity less. It is possible for objects to be gmod clipping into each other and it is the least weird thing. Levels are sometimes endless and sometimes not. Get lost in a maze, and change where you are by looking different directions any amount of times might happen with the liminal boundary the backrooms holds. The Backrooms has entitys that are neutral, friendly, and hostile. Something that won’t be possible in The Front Rooms (outside of the Backrooms) is possible in The Back Rooms.
Rogurt there is an hyper realistic backrooms game being made they recently launched a trailer, it's called subliminal I hope that you try it when it comes out
hey, rogurt, i suggest you play STORAGE because it’s a very funny game that i think you all would like, although you’d have to keep the video short, because it gets kinda repetitive. but still really fun!
In mathematics and mathematical logic, Boolean algebra is a branch of algebra. It differs from elementary algebra in two ways. First, the values of the variables are the truth values true and false, usually denoted 1 and 0, whereas in elementary algebra the values of the variables are numbers. Second, Boolean algebra uses logical operators such as conjunction (and) denoted as ∧, disjunction (or) denoted as ∨, and the negation (not) denoted as ¬. Elementary algebra, on the other hand, uses arithmetic operators such as addition, multiplication, subtraction, and division. Boolean algebra is therefore a formal way of describing logical operations, in the same way that elementary algebra describes numerical operations. Boolean algebra was introduced by George Boole in his first book The Mathematical Analysis of Logic[1] (1847), and set forth more fully in his An Investigation of the Laws of Thought (1854).[2] According to Huntington, the term "Boolean algebra" was first suggested by Henry M. Sheffer in 1913,[3] although Charles Sanders Peirce gave the title "A Boolian [sic] Algebra with One Constant" to the first chapter of his "The Simplest Mathematics" in 1880.[4] Boolean algebra has been fundamental in the development of digital electronics, and is provided for in all modern programming languages. It is also used in set theory and statistics.[5]
Boolean theory provides the basic fundamentals for logic operators and operations to perform Boolean algebra. Boolean algebra is a branch of mathematics that includes methods for manipulating logical variables and logical expressions.
Me who loves computers learned about the Boolean theory because of video game config files that have Boolean inputs for those who don't know, The Boolean theory is basically true or false for example binary is made of 1's and 0's, 1 means true, 0 means false.
hey rogurt can u make a behind the scenes video like ur editing process, choosing the game, making the thumbnail, getting ur friends together,. It would be really cool and also BOOLEAN THEORY
0:54 the into of the song is actually a very popular song tho here's the lyrics: "Daisy daisy.. give me ur avenue... I've had pity all for the love of u~.. if u want to find some flowers cause u can listen too.." I've forgotten the rest of the song hehe and the name too-
Hey Rogurt, it’s time to notify you about the comment about the Rogurt fan game, chap 3 was already out but you never did a video on it it was funny brooo, return to dat game pls and record funni moments
Everytime I entered this game the most devious, absurd avatar would always be in the server I'm in.
Yoo sup
I'm early?
I wonder his you get so many subs
I used to watch you
hello !!!
As a content creator on the game(aswell as an artist, tester, and have direct contact with the owner and devs) it's an honour to see a big UA-camr playing the game🙏
Also rest in piss level 4.4, got deleted cuz gore🙏
@@Mrfishthebadgehunter That's kinda a bar
I feel like it's a coincidence how I found backrooms redacted 2 months ago, and now Rogurt & other youtubers are also playing it
Also W mrfish for helping me (and others) on how to get all badges in backrooms redacted
@@Mrfishthebadgehunter accidental rhyme
I actually kind of like that the progression isn't really linear, you can just go wherever and maybe find something cool. The only real progression is remembering where stuff is 😅.
That's basically how the Backrooms work. Your buddy might end up in Level 4, while you're running and praying for your ass in Level !
This is EXACTLY what many backrooms games have been missing
yume nikki
Ye that cause a problam that de players dont follow the main game lineali like level 0 1 2 3 4 5 6 7 8 etc
@@the-place-is-wrong That isn't really a problem with a game like this where it's design specifically to not be linear
Tysm for playing my game, this video was really fun to watch! About the VHS filter that your friend was angry about, in the next update I'm working on a system to remove it whenever you want(there won't be 80+ levels anymore, it will be 110+ lol)
at least there will be a ingame map or trello/wiki like the backrooms wiki that says the entrances and exits of each level right? Right?
Will someone tell,@@LimaBr_?
@@LimaBr_ That's on his Discord server
@@LimaBr_ we are working on an official wiki on the fandom website, soon all levels will be documented in an organized way!
Heya, you should make a system where if you reach the area to the door/cube that leads you to a new level, you should make that area a safe place, since you can still die while getting tped!
Actually, this has to be the most accurate to the lore backrooms game I’ve ever seen. You can no-clip from level to level in a non-linear fashion. You don’t run into an entity every level you pass through, and you can find other wanderers making it where you’re not just an isolated incident. Very. Well. Done.👏
I love how it doesn't give you an in-game option for private lobbies, really ties into the backrooms being infinitely large and that you could run into *anybody*
whats scarier, the backrooms or super tall avatars?
tall avatars are scarier than the roblox community
Kim Dokja?
My mom
feet
Despite how confusing the game is, the visuals are really cool to me and i like how you can explore and go almost anywhere you want. But yes the bad thing is that you can't always play with ur friends but i think thats part of the backrooms experience , random and creepy
One time i played whit a group of friends and we all got separated just to meet each others in the level fun like we were doing our last party together 😂
Hey Rogurt, you mentioned that you wanted a realistic backrooms game. Well my friends are creating a game called The Project and it will hopefully release on Roblox in a couple months or so, though there is no set release date. This game has lore, way too many levels and a lot more. I love your content and its hilarious, keep up the good work (or else)
Yay, I hope your work will be completed soon, im hoping rogurt to hop on ur game and make wonderful content
YESSIR
YESSSIRRRRRRR@@deontegreen9024
Will it be supported for console players? I'd love to play it when it releases!
maybe, there is no word yet.@@ItsYaBoiMicah
This, is the best rendition of the backrooms I think, because the back rooms aren't linear. Everything has different routes.
This game is pretty much quantity over quality, and I love it
Nah its honestly quantity with a few qualities. Its pretty good
Levels get higher quality the deeper you are in, the devs were getting experience
I remember seeing this game a little while ago, but I didn’t really look into past the title screen. This is such a cool game!
Backrooms lore: The cakes on level fun are made of people. The Partygoers tear people apart and put their body together in the shape of a cake.
honestly i feel like the same cptures the essence of what the backrooms are, no emphasis on scary monsters or jumpscares but just a way to explore and it gives off that unique feeling i cant describe
No cuz the content this guy gives to us is amazing and wish it only grows
I dont like how much hate they give to this game, its not too buggy at all. And the visuals are good! This is the backrooms game of all time for me. Theres no story, just a walking simulator. In the best most backrooms way possible. The amount of effort put into all of this. And omg im so impressed I didnt have to learn how to code to make a backrooms game just like this. If i had any device that could run roblox in the slightest, this is the game that I will play. 10/10 game. Cant wait to play!
this is probably the most canon-accurate backrooms game i've seen
1:09 Rogurt just called Noah a "technical difficult" 💀💀
3:47 this is the last place I expected to see a character from Wonder Egg Priority
The boolean theory has to due with these two numbers: 1 and 0, the boonlean theory is commonly used in coding for "true or fale" statments such as true being 1 and fale being 0, its also used in binary
"The Sun is literally the brightest thing on Earth" -Rogurt
Nothing better than sitting back with snacks and watching Rogurt after a gaming session with the boys.
Ones i thought we’re quite thrilling. 8:04 LVL 11 🏙️. 14:57 Lvl 18 ❓. 20:11 LVL fun…🎉🎂🎈. 22:46 LVL 1 🐕🅿️. 23:17 LVL 1.5 👾. 28:16 Lvl24 The MOON🌑. 28:41 Safe area 🏥. 30:04 Poolrooms. 32:38 THE END🛑(Not realy). 34:17 THE TRUE END / Inf staircase .34:54 Escaped the back rooms / GOOD ENDING
20:28 to rogurt, the song in this part of the game is the ominous and scary song called daisy bell. The beat says “I’m half crazy all for the love of you it won’t be a stylish marriage I can’t afford a carriage.The song is used in some games you have played and it was the first song a computer could play and it’s mostly known in the game “gorilla tag” if you want more information just pin me and ask me some questions for the comments and I will awnser. Thank you for your patience
lol when i heard it in the intro I was like 'why this song man 😢'
I fukcing love this kind of experience where you exploring random places with strangers and you split up from them then at the end you found that same strangers from the last place
Shut thr heII up dahg, aint reading yo yappin ah ✋🏿❌⚠️
You know you're talking to yourself right? @@baqwanz
8:08 "The Sun is literally the brightest thing on Earth, who designed this game?"
I'm just gonna let you think about what you said lil bro.
What does that mean. I am confused
this is the most unique backrooms game i've ever seen! it looks awesome lol
I was *obsessed* with this game for so long, i'm glad to see you play it :)
Yyyyyyyyyy Eeeeeeeeeeee ssssssssssssssss
hi im camecart (btw good video rugus)
bye camecart
hi camecart!
d
canmecart
SO REAL!!!
Rogurt should play more horror games with his friends, I would recommend the Rake, if you hadn’t played it already, my first time playing it actually got me, ngl.
14:41 the skeleton that appeared out of nowhere saying "look like white stuff" got me 😂💀
This backrooms game is basically just backrooms unlimited's cooler cousin and I'm all here for it.
0:10 smurf cat
8:10 "The Sun is literally the brightest thing on Earth"
Yeah like no shit
If you have not already, hope you play the game again. v1.3 has released with I belive v1.4 along the way. And I think it is an pretty fun roblox game ngl
boolean theory
Boolean theory, often referred to as Boolean algebra, is a fundamental branch of mathematics and logic. It was developed by the British mathematician and logician George Boole in the mid-19th century. Boolean theory primarily deals with binary variables and operations, where values are restricted to being either true (1) or false (0). It has far-reaching applications in various fields, including computer science, digital circuit design, information retrieval, and mathematical logic. Boolean algebra serves as the basis for Boolean theory. It introduces three fundamental binary operations: AND, OR, and NOT. These operations manipulate binary variables, typically denoted as A and B, producing results that are either true (1) or false (0). The AND operation returns true only when both input variables are true, the OR operation returns true if at least one input is true, and the NOT operation inverts the input value. History of Boolean Theory: George Boole developed Boolean algebra in the mid-1800s as a mathematical system for dealing with logical concepts. His work laid the foundation for modern computer science and digital circuit design, and Boolean algebra was later incorporated into electronic engineering and computer architecture. Boolean Variables: Boolean variables, also known as binary variables, represent two states: true and false. In many applications, these states can be associated with other interpretations, such as on/off, open/closed, or high/low, making Boolean algebra versatile in describing various situations. Truth Tables: Truth tables are a fundamental tool in Boolean theory. These tables enumerate all possible combinations of input values and their corresponding output values for a given Boolean expression. Truth tables are used to simplify expressions, verify their correctness, and analyze the behavior of digital circuits. Boolean Expressions: Boolean expressions are combinations of binary variables and operators that represent logical relationships. These expressions can range from simple equations to complex functions and are used to describe the behavior of digital systems, control systems, and algorithms. Boolean Identities and Laws: Boolean algebra is governed by a set of fundamental identities and laws, including commutative, associative, and distributive laws. These rules help simplify Boolean expressions and make them easier to manipulate and analyze. De Morgan's laws are of particular significance, as they define how to negate complex expressions involving AND and OR operations. Logic Gates: Logic gates are physical or electronic devices that implement Boolean operations. The most common logic gates include the AND, OR, NOT, XOR (exclusive OR), and NAND (NOT AND) gates. These gates are building blocks for digital circuits and are used to process binary data in computers, calculators, and other digital systems. Applications in Digital Circuits: Boolean theory is extensively applied in the design and analysis of digital circuits. Circuits are constructed using logic gates to perform specific functions, such as addition, subtraction, and memory storage. Boolean algebra helps engineers and designers create efficient and reliable digital systems, underpinning the operation of computers and electronic devices. Boolean algebra is fundamental in binary arithmetic, which is the basis for all digital computation. It defines how binary numbers are added, subtracted, multiplied, and divided. Binary arithmetic is central to data processing and computation in computer systems. Information Retrieval and Search Engines: Boolean logic is also utilized in information retrieval and search engines. In this context, Boolean operators like AND, OR, and NOT are used to refine search queries. For example, when searching for information on the internet, using "AND" between keywords narrows down results, "OR" broadens them, and "NOT" excludes specific terms, allowing users to search more efficiently. Set Theory Connection: Boolean algebra has a deep connection with set theory. In fact, George Boole's work was influenced by set theory concepts. The relationship between Boolean algebra and set theory is particularly evident in the use of union (OR), intersection (AND), and complement (NOT) operations. Mathematical Logic: Boolean algebra is closely related to mathematical logic. It provides a formal system for representing and reasoning about logical propositions and predicates. The use of Boolean logic in mathematical proofs and formal reasoning is a testament to its foundational role in the broader field of logic. Circuit Design and Optimization: Boolean algebra is indispensable in the design and optimization of digital circuits. Engineers use it to simplify circuitry, reduce the number of components, and enhance the overall efficiency and reliability of electronic systems. Error Detection and Correction: In digital communication systems, Boolean logic is applied to error detection and correction codes. These codes help ensure that data transmitted over networks or stored on storage media remains accurate and intact. Control Systems: Boolean logic is vital in the design of control systems, such as those found in industrial automation and robotics. It is used to create control algorithms that determine the operation of machines and systems based on input conditions. Computational Complexity: In computer science and theoretical computer science, Boolean theory is closely linked to computational complexity theory. Boolean expressions and their computational properties are used to analyze the efficiency and feasibility of algorithms. Symbolic Logic and Propositional Calculus: Boolean logic forms the basis for symbolic logic and propositional calculus. It enables the representation and manipulation of logical propositions in a formal and precise manner, making it a valuable tool in philosophy and linguistics. Fuzzy Logic: While Boolean logic deals with binary values, fuzzy logic extends these concepts to handle continuous or multi-valued logic. Fuzzy logic is used in artificial intelligence, control systems, and decision-making where degrees of truth or membership are relevant. Quantum Computing: Boolean algebra has also found applications in quantum computing. Quantum gates, analogous to classical logic gates, manipulate quantum bits (qubits) using Boolean-like operations. Quantum computing leverages the principles of Boolean logic within the context of quantum mechanics to perform certain types of computation more efficiently. Ongoing Relevance: Boolean theory remains as relevant today as it was in the 19th century. It continues to underpin the functioning of modern computers, electronic devices, and information systems. Its adaptability and utility in diverse fields ensure its enduring importance in the realm of mathematics and technology. In conclusion, Boolean theory is a foundational branch of mathematics and logic with a rich history and vast applications in various domains. It provides a systematic framework for handling binary variables, enabling the design of digital circuits, facilitating information retrieval, and influencing fields such as computer science, engineering, and mathematical logic. Understanding Boolean algebra is essential for those working with digital systems, logical reasoning, and complex problem-solving.
I'm currently really sick, but your videos cheer me up :D
Love how almost ever roblox avatar has the most absurd and funny look
The background music in Level Fun =) is an instrumental version of the song Daisy Bell, though its the version sung by a robot. Daisy bell was written in 1892, by Harry Dacre, about Daisy Greville. The IBM 7094 was the first computer to sing, singing this song in 1961. The vocals were programmed by John L. Kelly Jr and Carol Lockbaum, and the musical accompaniment was programmed by Max Matthews. The recording was made in Bell Labs in Murray Hill, New Jersey. Its a neat little song and I'd recognize it anywhere. I recommend you listen to it.
Lol that scream at the start 😂!! Amazing content
Idk why i love Rogurt channel so much
26:10 i love how absolutely flabbergasted he was about this
at 8am dang posting early, love the vids keep up the good work 😁❤
The childhood memories is a level where it copies your childhood, in this game it’s the same one everytime.
The Backrooms is the most liminal thing thought of/made/discovered in all of existence. It breaks all scientific laws and is a mess to go through. Unlike shown in games, the backrooms is one third dangerous, one third safe, and one third entity less. It is possible for objects to be gmod clipping into each other and it is the least weird thing. Levels are sometimes endless and sometimes not. Get lost in a maze, and change where you are by looking different directions any amount of times might happen with the liminal boundary the backrooms holds. The Backrooms has entitys that are neutral, friendly, and hostile. Something that won’t be possible in The Front Rooms (outside of the Backrooms) is possible in The Back Rooms.
Rogurt there is an hyper realistic backrooms game being made they recently launched a trailer, it's called subliminal I hope that you try it when it comes out
i am looking forward to subliminal :)
What's the music playing at 15:00 in childhood memories? Sounds super familiar. Thought it was from Unreal Life at first but don't think that's right
36 minute rogurt video w/ friends we are eating good!!!!!!! 🗣🔥🔥💯
It's good that you have played the game since my dad won't let me enter some levels like the warehouse
Im Happy You Loved The Game :D
4:23 “What iS ThAT thING!!” Bro was so shocked bro got a new accent 💀💀💀
hey, rogurt, i suggest you play STORAGE because it’s a very funny game that i think you all would like, although you’d have to keep the video short, because it gets kinda repetitive. but still really fun!
Is the main menu music “Daisy Bell”? I feel like i recognize the tune
i think it is
It is
In mathematics and mathematical logic, Boolean algebra is a branch of algebra. It differs from elementary algebra in two ways. First, the values of the variables are the truth values true and false, usually denoted 1 and 0, whereas in elementary algebra the values of the variables are numbers. Second, Boolean algebra uses logical operators such as conjunction (and) denoted as ∧, disjunction (or) denoted as ∨, and the negation (not) denoted as ¬. Elementary algebra, on the other hand, uses arithmetic operators such as addition, multiplication, subtraction, and division. Boolean algebra is therefore a formal way of describing logical operations, in the same way that elementary algebra describes numerical operations.
Boolean algebra was introduced by George Boole in his first book The Mathematical Analysis of Logic[1] (1847), and set forth more fully in his An Investigation of the Laws of Thought (1854).[2] According to Huntington, the term "Boolean algebra" was first suggested by Henry M. Sheffer in 1913,[3] although Charles Sanders Peirce gave the title "A Boolian [sic] Algebra with One Constant" to the first chapter of his "The Simplest Mathematics" in 1880.[4] Boolean algebra has been fundamental in the development of digital electronics, and is provided for in all modern programming languages. It is also used in set theory and statistics.[5]
The best part about this game is that it recently got a new update, and there's a lot more to it than what it looks.
6:31
"2.2??!!"
"2.2!!"
Geometry dash
*BuMp BoM Bam BaNg BAm*
You should play faithless it’s a fun horror game to play with friends
.
“Get out your gamer juice, lets roll” is my new favorite adrian line.
another rogurt video! always makes me happy
hi rogurt, thank you for making my day by just making videos. I enjoy it a lot especially when i get bored or eat snackss:D
Yo... this video kinda reminds me of snans undertale... 🥺🥺
Also what the heck was that goblin/turkey gobble noise you made??? 21:19
29:47 the moment blobplan became a recurring character
Rogurt, thank you for making my days :)
Clearly, Noah has already gone insane before the video.
Boolean theory provides the basic fundamentals for logic operators and operations to perform Boolean algebra. Boolean algebra is a branch of mathematics that includes methods for manipulating logical variables and logical expressions.
36 minutes of rogrut 👍
there's no way i found and played this entire game one day before you upload it, but its still a W vid.
Me who loves computers learned about the Boolean theory because of video game config files that have Boolean inputs for those who don't know, The Boolean theory is basically true or false for example binary is made of 1's and 0's, 1 means true, 0 means false.
YAYYY NEW ROGURT VID AT 10 IN THE MORNING!!!
Rogurt's videos are a huge morale boost to me when I'm suffering from the GSAT grind
Thanks bro
This is honestly my favorite backrooms game on roblox (I love it so much I bought its merch)
Love your vids rogurt. Have a good day
It’s the best day when I watch Rogurt.
hey rogurt can u make a behind the scenes video like ur editing process, choosing the game, making the thumbnail, getting ur friends together,. It would be really cool and also BOOLEAN THEORY
I remember when I'm playing this game, I've been in a level that there are broken castle and a knight in middle of it while looking at the sword
Great video yogurt
rogurt the mimic jealousy 3 is coming out soon so keep an eye on it
Boolean theory. I'm actually impressed they made so many fairly decent levels
Step aside apeirophobia, there's a new backroom in town.
BEST 36 MINUTES AND 20 SECONDS OF MY LIFE XDD
better than the boolean theory by 1000000000000 times
How has someone found the bonus room when Rogurt was still in 11. Literally how.
0:54 the into of the song is actually a very popular song tho here's the lyrics:
"Daisy daisy.. give me ur avenue... I've had pity all for the love of u~.. if u want to find some flowers cause u can listen too.."
I've forgotten the rest of the song hehe and the name too-
Hey Rogurt, it’s time to notify you about the comment about the Rogurt fan game, chap 3 was already out but you never did a video on it it was funny brooo, return to dat game pls and record funni moments
17:05 That scared the heck out of me because my name is Michael and it's my birthday while watching this
we can all agree thath rogurt is the best roblox horror youtuber
Obviously right
Yay Rogurt uploaded on my birthday!
My first time quite really early to this,this guy still doesn't disappoint me even while am still sick today : D
The fact that the song "Daisy bell" is playing when you are in the menu.
the guy that is the video and watch rogurt videos: IM IN THE CHANNEL!!!!!! HOORAY!!!
Being this early to a Rogurt video feels like a crime
Same (i am his enemy)
Last time I tried to do that when I tried to go back if I didn’t want to be in a certain level, it wouldn’t let me go back
Not even done with the intro I already know that rogurts reactions finna make me bust…out laughing(maybe a lil more 😏)
15:06 *Childhood Memories* "Where's my uncle?" 💀
Dude the house in the frontrooms was the house from the promised neverland anime
You should definitely check it out again. A bunch of new levels and updated things
The levels are pretty accurate with the backrooms wiki
I suppose it's more of a recreation of the levels instead of an actual horror game
You guys make a boredom game into a funny game you guys are the best ❤
i love the boolean theory
As a Boolean I can confirm, theory.
oh yeah a new video,Thanks Rogurt :D