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I ported my #Gamecube game engine to PC, and even in its unoptimized state, it runs at 60 FPS with a minimum render distance of 64 chunks on my laptop -- double the maximum render distance of Minecraft: Java Edition. Powerful hardware won't be necessary for the game to...

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A Flock of Meese

8,086 subscribers

80,364 görüntüleme • 1 yıl önce •via X (Twitter)

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A Flock of Meese profil fotoğrafı
A Flock of Meese1 yıl önce

This unoptimized port doesn't use any level-of-detail tricks -- everything is rendered in full detail. Here's how the game looks in widescreen.

le funny profil fotoğrafı
le funny1 yıl önce

defending Java is getting harder by the day

jackson 🐙 profil fotoğrafı
jackson 🐙1 yıl önce

this has been my favorite development to follow on twitter, ur indirectly making what shouldve been the bedrock version we have now since u wont recreate minecraft in its entirety, (understandable) would u be open to passing the torch and letting others possibly modernize it?

Jace Cear profil fotoğrafı
Jace Cear1 yıl önce

Absolutely outstanding! 👏 Will you limit your PC port to the same or a similar RAM usage as the GameCube version? (outside debug builds, I guess ^^) That way you could basically have the full RAM contents in L3 cache all the time on relatively modern machines! 😮

A Flock of Meese profil fotoğrafı
A Flock of Meese1 yıl önce

With a render distance of 64 chunks, this already fits within a 64 MB L3 cache. To put that into perspective, that's 460 million blocks packed into just 64 MB of RAM.

BlueHarvey profil fotoğrafı
BlueHarvey1 yıl önce

Seriously, how do you do this? How are you able to squeeze everything out of this engine on the GC/Dreamcast (and Wii) and then succesfully port it to PC? How do you do this? How/Where did you learn all the knowledge needed for all of this!

NewoGame profil fotoğrafı
NewoGame1 yıl önce

Be wary of losing yourself in the PC build its like a drug

Casey profil fotoğrafı
Casey1 yıl önce

A Minecraft source port would go so crazy

Ashley profil fotoğrafı
Ashley1 yıl önce

Amazing work! Can’t wait for the optimized one.

Doctor Thok profil fotoğrafı
Doctor Thok1 yıl önce

Insanely impressive! Have you developed any mobs or items yet?

A Flock of Meese profil fotoğrafı
A Flock of Meese1 yıl önce

Yes, basic mobs and item drops exist

Benzer Videolar

I ported my game engine to the #Wii with a render distance of 17 chunks, now surpassing the render distance of Minecraft on the PS4 and Xbox One. #retrogaming #indiegamedev #gamedev #Gamecube
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I ported my game engine to the #Wii with a render distance of 17 chunks, now surpassing the render distance of Minecraft on the PS4 and Xbox One. #retrogaming #indiegamedev #gamedev #Gamecube

A Flock of Meese

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Showcase of my #Minecraft-inspired game engine on the #Gamecube and #Wii at Handmade Seattle 2024. My goal: recreate Minecraft Beta 1.7.3's mechanics and branch off into an original block game that surpasses it in both gameplay and graphical fidelity, highlighting the technical strengths of my game engine. If you enjoy modded Minecraft such as TerraFirmaCraft or Feed the Beast, there's a good chance you'll enjoy this game! The engine already boasts render distances that surpass Minecraft's legacy console and Bedrock editions on Gamecube and Wii, and it achieves double the render distance of Java Edition on PC, even in its unoptimized state. Optimization will be my main focus for the rest of this year, with gameplay and graphical upgrades planned for sometime next year. Stay tuned for updates! #indiegamedev #gamedev
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Showcase of my #Minecraft-inspired game engine on the #Gamecube and #Wii at Handmade Seattle 2024. My goal: recreate Minecraft Beta 1.7.3's mechanics and branch off into an original block game that surpasses it in both gameplay and graphical fidelity, highlighting the technical strengths of my game engine. If you enjoy modded Minecraft such as TerraFirmaCraft or Feed the Beast, there's a good chance you'll enjoy this game! The engine already boasts render distances that surpass Minecraft's legacy console and Bedrock editions on Gamecube and Wii, and it achieves double the render distance of Java Edition on PC, even in its unoptimized state. Optimization will be my main focus for the rest of this year, with gameplay and graphical upgrades planned for sometime next year. Stay tuned for updates! #indiegamedev #gamedev

A Flock of Meese

68,434 görüntüleme • 1 yıl önce

The #Gamecube game engine now boasts a render distance of 13 chunks, surpassing the render distance of Minecraft on the Switch (docked). Cloud shadows now distort as they move and soften during sunrise and sunset. #retrogaming #indiegamedev #gamedev #Dreamcast
1:22

The #Gamecube game engine now boasts a render distance of 13 chunks, surpassing the render distance of Minecraft on the Switch (docked). Cloud shadows now distort as they move and soften during sunrise and sunset. #retrogaming #indiegamedev #gamedev #Dreamcast

A Flock of Meese

584,954 görüntüleme • 1 yıl önce

Blazing at 3690 km/h (Mach 3), hitting nearly 60 FPS with a 64-chunk render distance on the PC port of my #Gamecube game engine. For perspective, that's three times the speed of sound -- faster than an F-22 Raptor at full throttle. Insane speed, jaw-dropping performance! #indiegamedev #gamedev
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Blazing at 3690 km/h (Mach 3), hitting nearly 60 FPS with a 64-chunk render distance on the PC port of my #Gamecube game engine. For perspective, that's three times the speed of sound -- faster than an F-22 Raptor at full throttle. Insane speed, jaw-dropping performance! #indiegamedev #gamedev

A Flock of Meese

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Crammed 25 million blocks into 24 MB of RAM and boosted render distance to 12 chunks on the #Gamecube, now surpassing the render distance of Minecraft on Xbox 360, PS3, Wii U, and matches the Switch (docked). Achieved through a month of extensive optimization. #retrogaming #retrocomputing #indiegamedev #gamedev #Dreamcast
1:59

Crammed 25 million blocks into 24 MB of RAM and boosted render distance to 12 chunks on the #Gamecube, now surpassing the render distance of Minecraft on Xbox 360, PS3, Wii U, and matches the Switch (docked). Achieved through a month of extensive optimization. #retrogaming #retrocomputing #indiegamedev #gamedev #Dreamcast

A Flock of Meese

551,422 görüntüleme • 1 yıl önce

This week, I overhauled concurrent heap defragmentation (akin to garbage collection) in my voxel game, achieving microsecond-level pause times and O(1) scalability across all platforms. Since existing research didn't fit my needs, I built my own defragmentation algorithm from first principles. The new system is a game-changer for the Gamecube and Dreamcast, where memory can easily become a bottleneck. These improvements eliminate stutters, even with millions of allocated objects like chunks and entities. In the first clip, the PC version runs 100,000 objects (render distance: 32) with no issues. The second clip in the reply ramps up to half a million objects (render distance: 64) and still holds steady — pause times stayed rock solid.
0:31

This week, I overhauled concurrent heap defragmentation (akin to garbage collection) in my voxel game, achieving microsecond-level pause times and O(1) scalability across all platforms. Since existing research didn't fit my needs, I built my own defragmentation algorithm from first principles. The new system is a game-changer for the Gamecube and Dreamcast, where memory can easily become a bottleneck. These improvements eliminate stutters, even with millions of allocated objects like chunks and entities. In the first clip, the PC version runs 100,000 objects (render distance: 32) with no issues. The second clip in the reply ramps up to half a million objects (render distance: 64) and still holds steady — pause times stayed rock solid.

A Flock of Meese

38,548 görüntüleme • 1 yıl önce

Blasting through an existing world file at 2800 km/h, holding a perfect 60 FPS with a 64-chunk render distance on the PC port of my Gamecube voxel engine. Feels unreal how well this thing is running. This is shaping up to be one of the most high-performance Minecraft-style voxel engines out there!
0:33

Blasting through an existing world file at 2800 km/h, holding a perfect 60 FPS with a 64-chunk render distance on the PC port of my Gamecube voxel engine. Feels unreal how well this thing is running. This is shaping up to be one of the most high-performance Minecraft-style voxel engines out there!

A Flock of Meese

94,127 görüntüleme • 1 yıl önce

I've been mostly working on the internal systems lately for my #Dreamcast engine. The PC port gave me the debugging tools I needed to improve complex systems like the memory manager. • Audio is now working on the Dreamcast version • The renderer runs 20% faster on the Dreamcast • Heap allocation is 300% faster on average and 200% faster on worst case. While this had minimal impact on performance for the #Gamecube and PC versions, it was a significant bottleneck on the Dreamcast. • Increased real-time heap defragmentation throughput by using a new multi-regional heap structure, which also sets the foundation for DRAM bank-aware memory allocation. There's still plenty of room for more optimizations in Meese Engine. In fact, some optimizations found in Minecraft have yet to be implemented in this engine! #retrogamedev #indiegamedev
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I've been mostly working on the internal systems lately for my #Dreamcast engine. The PC port gave me the debugging tools I needed to improve complex systems like the memory manager. • Audio is now working on the Dreamcast version • The renderer runs 20% faster on the Dreamcast • Heap allocation is 300% faster on average and 200% faster on worst case. While this had minimal impact on performance for the #Gamecube and PC versions, it was a significant bottleneck on the Dreamcast. • Increased real-time heap defragmentation throughput by using a new multi-regional heap structure, which also sets the foundation for DRAM bank-aware memory allocation. There's still plenty of room for more optimizations in Meese Engine. In fact, some optimizations found in Minecraft have yet to be implemented in this engine! #retrogamedev #indiegamedev

A Flock of Meese

294,839 görüntüleme • 1 yıl önce

Just doubled my voxel engine's render distance from 64 to 128, now effortlessly surpassing Minecraft: Bedrock Edition's max of 96. After nearly a year without changes, I finally overhauled the PC renderer, now leaner and faster than ever.
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Just doubled my voxel engine's render distance from 64 to 128, now effortlessly surpassing Minecraft: Bedrock Edition's max of 96. After nearly a year without changes, I finally overhauled the PC renderer, now leaner and faster than ever.

A Flock of Meese

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Working on flocking for my game. My first goal was to render a ton of meshes all at once and get them animated. I'll add deer variation next. #UnrealEngine #3d #animation #dragon #IndieGameDev #gamedev #gamedevelopment
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Working on flocking for my game. My first goal was to render a ton of meshes all at once and get them animated. I'll add deer variation next. #UnrealEngine #3d #animation #dragon #IndieGameDev #gamedev #gamedevelopment

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Yes. I recently "resurrected" my cat PS1 game and even ported it on PC too. I want to do a lot more work on it soon and make some real levels/places for it. Here it is running in 60 FPS natively on PC, but still being a PS1 game at heart... :D
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Yes. I recently "resurrected" my cat PS1 game and even ported it on PC too. I want to do a lot more work on it soon and make some real levels/places for it. Here it is running in 60 FPS natively on PC, but still being a PS1 game at heart... :D

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In my #Minecraft-like engine, mountains with this level of scale and detail were once out of reach on the #Dreamcast. But with recent optimizations, they're now a reality: • The renderer is now 19% faster, achieving near-peak efficiency at 30 cycles per vertex (up to 6.67 million vertices per second) • Aggressive occlusion culling reduces polygon counts by over 50% • Lighting and meshing is now 73% faster • Terrain generation is now 6% faster • Optimized frustum culling #indiegamedev #gamedev #Gamecube
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In my #Minecraft-like engine, mountains with this level of scale and detail were once out of reach on the #Dreamcast. But with recent optimizations, they're now a reality: • The renderer is now 19% faster, achieving near-peak efficiency at 30 cycles per vertex (up to 6.67 million vertices per second) • Aggressive occlusion culling reduces polygon counts by over 50% • Lighting and meshing is now 73% faster • Terrain generation is now 6% faster • Optimized frustum culling #indiegamedev #gamedev #Gamecube

A Flock of Meese

47,600 görüntüleme • 1 yıl önce

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When you look at games on the PC Engine and Neo Geo—arguably the most powerful 8-bit and 16-bit consoles—it can honestly feel overwhelming. Fatal Fury Special was ported to the PC Engine CD, and at that level, it’s fair to call it an almost perfect conversion. The Super Famicom version suffered from hardware limitations and was handled by Takara, a different company, so the results weren’t particularly impressive. In contrast, the PC Engine CD version of Fatal Fury Special was developed directly by SNK as a test case for CD-based game production before the release of the Neo Geo CD, which explains its exceptionally high level of quality.
0:56

When you look at games on the PC Engine and Neo Geo—arguably the most powerful 8-bit and 16-bit consoles—it can honestly feel overwhelming. Fatal Fury Special was ported to the PC Engine CD, and at that level, it’s fair to call it an almost perfect conversion. The Super Famicom version suffered from hardware limitations and was handled by Takara, a different company, so the results weren’t particularly impressive. In contrast, the PC Engine CD version of Fatal Fury Special was developed directly by SNK as a test case for CD-based game production before the release of the Neo Geo CD, which explains its exceptionally high level of quality.

Gamer_lafan

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Time for a status update and direct hardware capture of another high-profile AAA title coming to the Sega Dreamcast... jnmartin's eagerly anticipated port of Sonic R! As you can see from the footage, the game looks and runs phenomenally on the DC, with all of the fancy lighting from the Sega Saturn version, plus the dynamic weather system from the PC release, along with the banger soundtrack present and accounted for on the little white box of Dreams, which is now able to run it at twice the resolution, with crisp progressive-scan video display output! One of the most exciting and interesting aspects of this project is that jnmartin has taken the port to the next level and has implemented online connectivity and even internet cross-play, so that you can race against players running the game on Windows, MacOS, and Linux on your Dreamcast!
1:41

Time for a status update and direct hardware capture of another high-profile AAA title coming to the Sega Dreamcast... jnmartin's eagerly anticipated port of Sonic R! As you can see from the footage, the game looks and runs phenomenally on the DC, with all of the fancy lighting from the Sega Saturn version, plus the dynamic weather system from the PC release, along with the banger soundtrack present and accounted for on the little white box of Dreams, which is now able to run it at twice the resolution, with crisp progressive-scan video display output! One of the most exciting and interesting aspects of this project is that jnmartin has taken the port to the next level and has implemented online connectivity and even internet cross-play, so that you can race against players running the game on Windows, MacOS, and Linux on your Dreamcast!

Falco Girgis

17,043 görüntüleme • 18 gün önce

Fun fact: It would take the average PC roughly 138,069,000 hours or about 15,761 years to render Avatar: The Way of Water. Here’s how I worked it out: The average PC in 2024 has 6 cores. The average blade on WetaFXs renderfarm has between 16-64 cores. There is roughly 414,000 frames in the finished film, accounting for half of the film being 48fps and half being 24fps at the final runtime of 192 minutes. Each frame took an average of 20-80 hours to render on WetaFXs blades depending on shot complexity and accounting for the 4K delivery resolution. With that info, we can work out the average: We say that the average Weta blade has 40 cores (average between the 16-64 count). That gives a Weta to PC core ratio of 6.67 We also say that the average render time per frame is 50 hours (average of 20-80) Total render time for Weta: 50 hours x 414,000 frames = 20,700,000 hours To work out how long this would be on the average home PC we must multiply by the core ratio from earlier: 50 hours x 6.67 = 333.5 hours per frame Total render time on a home PC: 333.5 hours x 414,000 frames = 138,069,000 hours, which converted to years is 15,761 DISCLAIMER: This is all an educated guess done for fun based on publicly available technical information about the film and Wetas renderfarm. It does not account for any production optimizations, storage limits etc. The real number could be drastically higher. CREDITS: Video is from WetaFXs YouTube channel:
1:49

Fun fact: It would take the average PC roughly 138,069,000 hours or about 15,761 years to render Avatar: The Way of Water. Here’s how I worked it out: The average PC in 2024 has 6 cores. The average blade on WetaFXs renderfarm has between 16-64 cores. There is roughly 414,000 frames in the finished film, accounting for half of the film being 48fps and half being 24fps at the final runtime of 192 minutes. Each frame took an average of 20-80 hours to render on WetaFXs blades depending on shot complexity and accounting for the 4K delivery resolution. With that info, we can work out the average: We say that the average Weta blade has 40 cores (average between the 16-64 count). That gives a Weta to PC core ratio of 6.67 We also say that the average render time per frame is 50 hours (average of 20-80) Total render time for Weta: 50 hours x 414,000 frames = 20,700,000 hours To work out how long this would be on the average home PC we must multiply by the core ratio from earlier: 50 hours x 6.67 = 333.5 hours per frame Total render time on a home PC: 333.5 hours x 414,000 frames = 138,069,000 hours, which converted to years is 15,761 DISCLAIMER: This is all an educated guess done for fun based on publicly available technical information about the film and Wetas renderfarm. It does not account for any production optimizations, storage limits etc. The real number could be drastically higher. CREDITS: Video is from WetaFXs YouTube channel:

Rassoul Edji

37,819 görüntüleme • 1 yıl önce

"Minecraft has 100% changed my life for the better and it will forever be my favorite video game of all time" Tubbo wins Minecraft Streamer of the Year at the Streamer Awards
0:34

"Minecraft has 100% changed my life for the better and it will forever be my favorite video game of all time" Tubbo wins Minecraft Streamer of the Year at the Streamer Awards

Jake Lucky

112,069 görüntüleme • 7 ay önce

I have something very special to share today! This is a hardware capture of maximqad's port of the Xash3D engine--which is compatible with the Half-Life engine--running on the Sega Dreamcast... ONLINE! Keep in mind this is EXTREMELY early in the days of the port, with no DC-specific graphics optimizations or hardware accelerated math routines yet, so performance still has a lot of room to drastically improve. Audio was literally just barely moved to the SPU for the first time just the other day too, so this is still all very incredibly new... ...but here it is! The engine that wouldn't even run without being on an emulator that also needed to emulate the extended 32MB RAM modification... now running on a stock Sega Dreamcast with online multiplayer connectivity and mouse and keyboard support! Fantastic work from maximqad! I really believe as this engine matures, it will be an incredibly powerful tool for Dreamcast developers and will potentially bring a lot of new software to the platform in the form of Half-Life engine mods!
1:43

I have something very special to share today! This is a hardware capture of maximqad's port of the Xash3D engine--which is compatible with the Half-Life engine--running on the Sega Dreamcast... ONLINE! Keep in mind this is EXTREMELY early in the days of the port, with no DC-specific graphics optimizations or hardware accelerated math routines yet, so performance still has a lot of room to drastically improve. Audio was literally just barely moved to the SPU for the first time just the other day too, so this is still all very incredibly new... ...but here it is! The engine that wouldn't even run without being on an emulator that also needed to emulate the extended 32MB RAM modification... now running on a stock Sega Dreamcast with online multiplayer connectivity and mouse and keyboard support! Fantastic work from maximqad! I really believe as this engine matures, it will be an incredibly powerful tool for Dreamcast developers and will potentially bring a lot of new software to the platform in the form of Half-Life engine mods!

Falco Girgis

17,012 görüntüleme • 1 yıl önce

Assassins Creed: Shadows PC Port is absolute garbage. I'm playing AC: Shadows both on Console and PC, unfortunately even if you have a high-end PC, the Game stutters on PC. This is most likely because of Denuvo and bad Optimization. The Frametime is so bad I can't even begin to describe it, I'm forced to turn Frame-Gen on just to have a smooth experience. Disabling Frame-Gen and even running this Game on the lowest possible settings still results in a sub-par experience. This clip credit to zWORMz Gaming shows him trying to run AC: Shadows with Max Settings on an RTX 5070 Ti with the Ryzen 7 9800X3D and the Game still struggles to hit 60FPS! having specs anything even below these ones means that the Game will run even worse on most PC Gamers. The PC Port is terrible.
0:27

Assassins Creed: Shadows PC Port is absolute garbage. I'm playing AC: Shadows both on Console and PC, unfortunately even if you have a high-end PC, the Game stutters on PC. This is most likely because of Denuvo and bad Optimization. The Frametime is so bad I can't even begin to describe it, I'm forced to turn Frame-Gen on just to have a smooth experience. Disabling Frame-Gen and even running this Game on the lowest possible settings still results in a sub-par experience. This clip credit to zWORMz Gaming shows him trying to run AC: Shadows with Max Settings on an RTX 5070 Ti with the Ryzen 7 9800X3D and the Game still struggles to hit 60FPS! having specs anything even below these ones means that the Game will run even worse on most PC Gamers. The PC Port is terrible.

NikTek

752,150 görüntüleme • 1 yıl önce