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Island map progressing along nicely in engine. 🏝️👀 Lots of optimizations here. Hitting 140+ frames per second on a mid-tier machine. Custom surface textures going in next. After that we'll stack on the character controller, weapons, UI, VFX, SFX and battle modes we've got built out. Getting closer each... show more

Rafsby | a KID called BEAST

31,073 subscribers

11,235 views • 2 years ago •via X (Twitter)

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10 Comments

GHOST 🎮2 years ago

Linking the style - keep cooking

Rafsby | a KID called BEAST2 years ago

Appreciate that brother!

Tokah 🏯2 years ago

My brother is out here setting the bar high.

Hartwell2 years ago

AKCB is cooking

Rafsby | a KID called BEAST2 years ago

Yes ser! 🙏👀

Plato2 years ago

brick by brick 🫡

Rafsby | a KID called BEAST2 years ago

🧱 🧱🧱 🧱🧱🧱 🧱🧱🧱🧱 🧱🧱🧱🧱🧱👀

merpppo2 years ago

Song on point 🔥🔥🔥

Rafsby | a KID called BEAST2 years ago

Haha thank you🙏

Jay🧊2 years ago

It’s looking amazing🔥🙌

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20,146 views • 4 months ago

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98,044 views • 1 month ago

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347,751 views • 3 years ago

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50,018 views • 3 months ago

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490,415 views • 3 months ago

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Eric Daugherty

137,952 views • 2 months ago

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Danny Limanseta

13,577 views • 6 months ago

Robert Donat and Madeleine Carroll had never met before the first day of filming of Alfred Hitchcock's "The 39 Steps" (1935). They were handcuffed together on the first morning immediately after being introduced for a scene. When the scene was filmed, Hitchcock had lost the keys to the handcuffs. For nearly an hour, while a hunt for the "missing" key was going on, Donat and Carroll were talking about their lives & exchanged experiences. After Hitchcock noticed that they were getting along well, he took out the "missing" key from his pocket, released them from the cuffs and said with a grin on his face, "Now that you two know each other we can go ahead." "We had never met before our making of 'The 39 Steps' together ('together-' is a particularly suitable word here.) On our first morning at the studio, immediately after being introduced, we were shackled in a pair of handcuffs, each having one hand imprisoned, and commenced to act a scene. Such a start was not exactly helpful in establishing relations, we thought, and these feelings were not lessened when, at the conclusion of the scene 'Hitch' lost the key of the handcuffs! For nearly an hour Madeleine and I shared this enforced companionship, while the hunt for the key of the handcuffs was sustained. There was nothing else to do, so we talked of our mutual friends, of our ambitions, and of film matters generally. Gradually our reserve thawed as we exchanged experiences. When Hitch saw that we were getting along famously, he extracted the 'missing' key from his waistcoat pocket, released us, and said, with a satisfied grin, 'Now that you two know each other we can go ahead.'" ("Mr. Chips: The Life of Robert Donat", Kenneth Barrow, 1985) P.S: On this day, 91 years ago, "The 39 Steps" (1935) premiered in London, UK.

Robert Donat and Madeleine Carroll had never met before the first day of filming of Alfred Hitchcock's "The 39 Steps" (1935). They were handcuffed together on the first morning immediately after being introduced for a scene. When the scene was filmed, Hitchcock had lost the keys to the handcuffs. For nearly an hour, while a hunt for the "missing" key was going on, Donat and Carroll were talking about their lives & exchanged experiences. After Hitchcock noticed that they were getting along well, he took out the "missing" key from his pocket, released them from the cuffs and said with a grin on his face, "Now that you two know each other we can go ahead." "We had never met before our making of 'The 39 Steps' together ('together-' is a particularly suitable word here.) On our first morning at the studio, immediately after being introduced, we were shackled in a pair of handcuffs, each having one hand imprisoned, and commenced to act a scene. Such a start was not exactly helpful in establishing relations, we thought, and these feelings were not lessened when, at the conclusion of the scene 'Hitch' lost the key of the handcuffs! For nearly an hour Madeleine and I shared this enforced companionship, while the hunt for the key of the handcuffs was sustained. There was nothing else to do, so we talked of our mutual friends, of our ambitions, and of film matters generally. Gradually our reserve thawed as we exchanged experiences. When Hitch saw that we were getting along famously, he extracted the 'missing' key from his waistcoat pocket, released us, and said, with a satisfied grin, 'Now that you two know each other we can go ahead.'" ("Mr. Chips: The Life of Robert Donat", Kenneth Barrow, 1985) P.S: On this day, 91 years ago, "The 39 Steps" (1935) premiered in London, UK.

DepressedBergman

57,307 views • 4 months ago

Sam Altman says the AI infrastructure race is not about bigger chatbots. It is about shifting the planet's intellectual output from human brains to AI brains. "If people knew what we could do with compute, they would want way, way more." "The thing I am personally most excited about is to use AI and lots of compute to discover new science." "A recent cool example here is we built the Sora Android app using Codex... in less than a month." "You can imagine that way much further, where entire companies can build their products using lots of compute." Then he gives the scale: "Let's say that an AI company today might be generating something on the order of 10 trillion tokens a day out of frontier models." "We're going to have these models at a company be outputting more tokens per day than all of humanity put together, and then 10 times that, and then 100 times that." The bottleneck is moving from software talent to compute supply, inference speed, product integration, and where all that machine intelligence gets pointed.

Sam Altman says the AI infrastructure race is not about bigger chatbots. It is about shifting the planet's intellectual output from human brains to AI brains. "If people knew what we could do with compute, they would want way, way more." "The thing I am personally most excited about is to use AI and lots of compute to discover new science." "A recent cool example here is we built the Sora Android app using Codex... in less than a month." "You can imagine that way much further, where entire companies can build their products using lots of compute." Then he gives the scale: "Let's say that an AI company today might be generating something on the order of 10 trillion tokens a day out of frontier models." "We're going to have these models at a company be outputting more tokens per day than all of humanity put together, and then 10 times that, and then 100 times that." The bottleneck is moving from software talent to compute supply, inference speed, product integration, and where all that machine intelligence gets pointed.

Karl Mehta

16,619 views • 3 months ago

Costume designer Michael Wilkinson describes changes being made to an earlier version of Henry Cavill's Superman suit after a camera test behind the scenes of Zack Snyder's Man of Steel. "So what we're looking at here is the Superman suit from the second camera test. And the notes we got back from that we're going to make a few adjustments for our next camera test. "We decided that we didn't like this central shape so we've cut that out. We've made a few adjustments to these lines here to act like the idea that it had a more geometric, slightly harder, stronger line through here, a little bit like the cut lines of the human anatomy. "We're making our buckle a little bit bigger. And in general we're just adjusting the thickness of a lot of these pieces so it really feels like they're more integrated with the suit that they just sort of are like almost like an embossing. "And with just some general R&D work that we're doing with the way that the cape attaches to the suit, there's a lot going on here. "You're trying to make something beautiful and sculptural disappear into an impossibly thin membrane here and make it all look as beautiful as possible because we're going to be really close up for a lot of the movies so we're spending a lot of time and resources in getting that right. "It definitely pays respect to the classical details of the Superman costume but we're rendering it in a very high-tech current kind of a process."

Costume designer Michael Wilkinson describes changes being made to an earlier version of Henry Cavill's Superman suit after a camera test behind the scenes of Zack Snyder's Man of Steel. "So what we're looking at here is the Superman suit from the second camera test. And the notes we got back from that we're going to make a few adjustments for our next camera test. "We decided that we didn't like this central shape so we've cut that out. We've made a few adjustments to these lines here to act like the idea that it had a more geometric, slightly harder, stronger line through here, a little bit like the cut lines of the human anatomy. "We're making our buckle a little bit bigger. And in general we're just adjusting the thickness of a lot of these pieces so it really feels like they're more integrated with the suit that they just sort of are like almost like an embossing. "And with just some general R&D work that we're doing with the way that the cape attaches to the suit, there's a lot going on here. "You're trying to make something beautiful and sculptural disappear into an impossibly thin membrane here and make it all look as beautiful as possible because we're going to be really close up for a lot of the movies so we're spending a lot of time and resources in getting that right. "It definitely pays respect to the classical details of the Superman costume but we're rendering it in a very high-tech current kind of a process."

Zack Snyder Film Commentary

30,599 views • 8 months ago

JENSEN HUANG TOLD STANFORD THAT CLOUD AI WILL NEED 1,000 TIMES MORE ENERGY. THE $249 BOX HE BUILT FOR YOUR DESK USES 25 WATTS AND REPLACES A $200/MONTH AI STACK someone posted a 26 year old imac in airplane mode running a modern ai model with no internet. 1.7 million views in 24 hours. the same thing runs on a $249 box from nvidia the jetson orin nano super pulls 7-25 watts and does 67 trillion ai operations per second. llama 3, mistral and deepseek run locally with no api fees and no data leaving your machine most developers pay $2,400 a year across chatgpt, openai api, claude pro and cursor. the jetson costs $314 in year one and $60 a year after. 2 year savings hit $4,431 install ollama with one command, change one line of code to point at localhost, and every tool built for openai works identically. zero rewrites, zero rate limits cloud subscriptions keep getting more expensive and rate limits keep getting tighter. the people who own the box in 2026 are going to look very far ahead in 2028 bookmark this and read the article below

JENSEN HUANG TOLD STANFORD THAT CLOUD AI WILL NEED 1,000 TIMES MORE ENERGY. THE $249 BOX HE BUILT FOR YOUR DESK USES 25 WATTS AND REPLACES A $200/MONTH AI STACK someone posted a 26 year old imac in airplane mode running a modern ai model with no internet. 1.7 million views in 24 hours. the same thing runs on a $249 box from nvidia the jetson orin nano super pulls 7-25 watts and does 67 trillion ai operations per second. llama 3, mistral and deepseek run locally with no api fees and no data leaving your machine most developers pay $2,400 a year across chatgpt, openai api, claude pro and cursor. the jetson costs $314 in year one and $60 a year after. 2 year savings hit $4,431 install ollama with one command, change one line of code to point at localhost, and every tool built for openai works identically. zero rewrites, zero rate limits cloud subscriptions keep getting more expensive and rate limits keep getting tighter. the people who own the box in 2026 are going to look very far ahead in 2028 bookmark this and read the article below

starmex

15,822 views • 4 months ago

FABLE 5 JUST REBUILT FORTNITE FROM 1 PROMPT IN 20 MINUTES. EPIC NEEDED HUNDREDS OF ENGINEERS AND 6 YEARS. The test was simple: Fable 5 vs GLM 5.2, one prompt each, a 100-player battle royale running in the browser with no engine and no team. GLM went first and checked all 8 milestones. The game loaded with a battle bus, a generated map, Tilted Towers, even health and shield bars ripped straight from 2018. Then it fell apart. 2 FPS on landing, S walking forward and W walking backward, a gun that fires upward and a camera that refuses to look up. First fight ended with the enemy standing above physically impossible to aim at. Then Fable 5 took the same prompt on max effort. Different game entirely. Real character models instead of beans, hit reactions lighting up on contact, a shadow tracking every player, movement that just works out of the box. One follow-up prompt “add more Fortnite elements” and it shipped gliders, chests, shield potions, medkits and a sniper without breaking a thing. Final circle at 3:28 AM. Storm closing, 0 bullets left, box to box with medkit spam and a last-second swap to the SMG. Victory Royale in a game an AI wrote from a single sentence. GLM checked more boxes. Fable built something you could actually play and no benchmark on earth measures that gap. Epic needed 6 years. Fable 5 needed 1 prompt.

FABLE 5 JUST REBUILT FORTNITE FROM 1 PROMPT IN 20 MINUTES. EPIC NEEDED HUNDREDS OF ENGINEERS AND 6 YEARS. The test was simple: Fable 5 vs GLM 5.2, one prompt each, a 100-player battle royale running in the browser with no engine and no team. GLM went first and checked all 8 milestones. The game loaded with a battle bus, a generated map, Tilted Towers, even health and shield bars ripped straight from 2018. Then it fell apart. 2 FPS on landing, S walking forward and W walking backward, a gun that fires upward and a camera that refuses to look up. First fight ended with the enemy standing above physically impossible to aim at. Then Fable 5 took the same prompt on max effort. Different game entirely. Real character models instead of beans, hit reactions lighting up on contact, a shadow tracking every player, movement that just works out of the box. One follow-up prompt “add more Fortnite elements” and it shipped gliders, chests, shield potions, medkits and a sniper without breaking a thing. Final circle at 3:28 AM. Storm closing, 0 bullets left, box to box with medkit spam and a last-second swap to the SMG. Victory Royale in a game an AI wrote from a single sentence. GLM checked more boxes. Fable built something you could actually play and no benchmark on earth measures that gap. Epic needed 6 years. Fable 5 needed 1 prompt.

West Lord

80,912 views • 3 months ago

During the snowstorm that is sweeping through the U.S. right now, the safest vehicle you can be in is in a Tesla with FSD bc it can react faster than any human or gas car. An electric motors respond in milliseconds. When a wheel starts to slip on snow or ice, Tesla’s sensors detect it up to 1,000 times per second, and the computer instantly cuts or redistributes power to the wheels with grip. On the other hand, gas cars have major delay and don’t have this capability… That means if your Tesla hits a tiny patch of ice, the car corrects it right away, even before you even feel it, almost like the car is thinking ahead. If you don’t believe me listen to the man that built it. Joe: “What happens if you get sideways in the snow? Like, does it correct for that?” Elon: “Yeah. Electric cars have really great traction control because the reaction time is so fast. So, with a gasoline car, you’ve got a lot of latency. It takes a while for the engine to react, but for electric motors, incredibly precise…. But to an electric motor, it’s operating at the millisecond level. So, it can turn on and off traction within, like, inches of getting on… let’s say, you’re driving on a patch of ice, it will turn traction off, and then turn it on a couple inches right after the ice, like a little patch of ice because in the frame of the electric motor, you’re moving incredibly slowly. You’re like a, you’re a snail. You’re just moving so slowly because it can see at a thousand frames a second. And so, it’s like, say ‘one Mississippi’, it just thought about things a thousand times.” Joe: “So, it has realized that your wheels are not getting traction. It understands there’s some slippery surface that you’re driving on.” Elon: “Yes.” Joe: “And it makes adjustments in real-time.” Elon: “Yes, in milliseconds.” Joe: “That would be so much safer than a regular car.” AKA, buy a Tesla if you want to be in the safest car in the world. 💯

During the snowstorm that is sweeping through the U.S. right now, the safest vehicle you can be in is in a Tesla with FSD bc it can react faster than any human or gas car. An electric motors respond in milliseconds. When a wheel starts to slip on snow or ice, Tesla’s sensors detect it up to 1,000 times per second, and the computer instantly cuts or redistributes power to the wheels with grip. On the other hand, gas cars have major delay and don’t have this capability… That means if your Tesla hits a tiny patch of ice, the car corrects it right away, even before you even feel it, almost like the car is thinking ahead. If you don’t believe me listen to the man that built it. Joe: “What happens if you get sideways in the snow? Like, does it correct for that?” Elon: “Yeah. Electric cars have really great traction control because the reaction time is so fast. So, with a gasoline car, you’ve got a lot of latency. It takes a while for the engine to react, but for electric motors, incredibly precise…. But to an electric motor, it’s operating at the millisecond level. So, it can turn on and off traction within, like, inches of getting on… let’s say, you’re driving on a patch of ice, it will turn traction off, and then turn it on a couple inches right after the ice, like a little patch of ice because in the frame of the electric motor, you’re moving incredibly slowly. You’re like a, you’re a snail. You’re just moving so slowly because it can see at a thousand frames a second. And so, it’s like, say ‘one Mississippi’, it just thought about things a thousand times.” Joe: “So, it has realized that your wheels are not getting traction. It understands there’s some slippery surface that you’re driving on.” Elon: “Yes.” Joe: “And it makes adjustments in real-time.” Elon: “Yes, in milliseconds.” Joe: “That would be so much safer than a regular car.” AKA, buy a Tesla if you want to be in the safest car in the world. 💯

Teslaconomics

38,945 views • 8 months ago