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I recreated the caustics sequences in Blade Runner in Blender, using Shaders Plus' Real-Time Caustics, and each frame took only roughly 20s per scene to render on an RTX 3080! 🤠 You can check out Shaders Plus here! :) #blender3d #b3d

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SMOUSE 🔸

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62,427 görüntüleme • 1 yıl önce •via X (Twitter)

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Sensei.Pelas profil fotoğrafı
Sensei.Pelas1 yıl önce

Nice! Yeah, rendering caustics got exciting again. No more need for cheating. Did some awesome caustics with Octane past 2 years. Such a joy.

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Sign up & create wholesome anime art on Moescape AI now!

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Very impressive!

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Polygonski 🎸1 yıl önce

Bro this looks amazing 🤩 I’m in love with the video damn 😭

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Gorgeous! 🔥

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Too cool.

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Wow!

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😍👏

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Using the Real-Time Caustics feature from Shaders Plus on a more Mirrors Edge inspired look this time! Each 4k frame only took 20s to render on a single 3080!🤩 #blender #blender3d
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Using the Real-Time Caustics feature from Shaders Plus on a more Mirrors Edge inspired look this time! Each 4k frame only took 20s to render on a single 3080!🤩 #blender #blender3d

SMOUSE 🔸

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Using my Shaders Plus addon to do some Blade Runner inspired scenes. Here's the first scene, each frame only took 43s to get these results, on a 3080! 😍 You can actually get this scene to try for yourself too! :) #blender #b3d #blender3d
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Using my Shaders Plus addon to do some Blade Runner inspired scenes. Here's the first scene, each frame only took 43s to get these results, on a 3080! 😍 You can actually get this scene to try for yourself too! :) #blender #b3d #blender3d

SMOUSE 🔸

16,857 görüntüleme • 10 ay önce

Had fun making this visualization of the Real-Time Caustics controls in my Shaders Plus addon! You can check out Shaders Plus on Gumroad and Blendermarket right now! :) The 3D UI is also functional and has basic customization features through Geometry Nodes. I'll be expanding it further soon 😎 #b3d #blender3d #blender #shadersplus #cyclesrender #cycles #caustics #realtimerendering #blenderaddon
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Had fun making this visualization of the Real-Time Caustics controls in my Shaders Plus addon! You can check out Shaders Plus on Gumroad and Blendermarket right now! :) The 3D UI is also functional and has basic customization features through Geometry Nodes. I'll be expanding it further soon 😎 #b3d #blender3d #blender #shadersplus #cyclesrender #cycles #caustics #realtimerendering #blenderaddon

SMOUSE 🔸 🏳️‍🌈🏳️‍⚧️

102,883 görüntüleme • 2 yıl önce

Working on a tutorial for the Real Time Caustics in Shaders Plus, but I keep getting carried away, just so fun! 🤭 You can play around with it too, it's available on Gumroad and Blender Market! :) #b3d #blender #caustics #realtime
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Working on a tutorial for the Real Time Caustics in Shaders Plus, but I keep getting carried away, just so fun! 🤭 You can play around with it too, it's available on Gumroad and Blender Market! :) #b3d #blender #caustics #realtime

SMOUSE 🔸 🏳️‍🌈🏳️‍⚧️

67,964 görüntüleme • 3 yıl önce

Fun little demo of the Real-Time Caustics features in Shaders Plus! There's no physical limits to the settings, so there's a lot of art directability with it! :D #b3d #blender #blender3d #caustics #cycles #realtimevfx #realtime
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Fun little demo of the Real-Time Caustics features in Shaders Plus! There's no physical limits to the settings, so there's a lot of art directability with it! :D #b3d #blender #blender3d #caustics #cycles #realtimevfx #realtime

SMOUSE 🔸

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You can use a "Dispersion Lens" in front of your camera in Shaders Plus, to create realistic, physical, in-camera Chromatic Aberrations! :D Fun fact, before the caustics were added, "Shaders Plus" was originally just going to be a dispersion shader! 🤪 #b3d #blender3d #blender

SMOUSE 🔸

24,049 görüntüleme • 11 ay önce

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With the Dispersion Module in Shaders Plus, you can make any existing glass shader have realistic, and controllable Continuous Dispersion, just like in renderers like Redshift & Octane! :D Check it out here! 🥰 #b3d #blender3d #blender

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Did you know that Shaders Plus has "Modules", that can allow any existing shader set up to utilize Shaders Plus features non-destructively? They also work with any shader type, and in Eevee!! :D #b3d #blender3d #blender
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SMOUSE 🔸

12,276 görüntüleme • 1 yıl önce

Real-Time Surface Caustics shader! This will complement Shaders Plus by having detailed surface control, without having to rely on shadow-casting methods... oh, and this will be free! :) Follow it on gumroad to be notified when it's out!
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Real-Time Surface Caustics shader! This will complement Shaders Plus by having detailed surface control, without having to rely on shadow-casting methods... oh, and this will be free! :) Follow it on gumroad to be notified when it's out!

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69,918 görüntüleme • 3 yıl önce

#b3d real-time compositer nodes. You know just and idea but could be cool if a lot more vectormath nodes were exposed in compositer. And some day all the render passes would work. A lot of things could be done without huge render times or need for object domain shaders. Blender 🔶
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Daniel Martínez Lara 🔶

209,686 görüntüleme • 1 yıl 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

After about a year of work, V4.0 is finally out and online! 🤠 Built with #threejs , upgrading from r147 to r169😍, this update was a real challenge for me. Here are some of the biggest challenges I faced along the way; 1- Switching everything to real-world units (objects, particles, their motion etc..) 2- Integrating BatchedMesh into game engine. 3- Crafting custom shaders for fake lighting on moving objects. 4- Updating all the old shaders to work seamlessly with changed lightmap system. 5- Reworking the grass shaders to respond properly to artificial lighting and also for the changed threejs materials. 6- Setting light intensities to align with the new units. I would be glad if you can try it out. Let me know what you think and hope everything runs smoothly... #gamedev #indiegame
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After about a year of work, V4.0 is finally out and online! 🤠 Built with #threejs , upgrading from r147 to r169😍, this update was a real challenge for me. Here are some of the biggest challenges I faced along the way; 1- Switching everything to real-world units (objects, particles, their motion etc..) 2- Integrating BatchedMesh into game engine. 3- Crafting custom shaders for fake lighting on moving objects. 4- Updating all the old shaders to work seamlessly with changed lightmap system. 5- Reworking the grass shaders to respond properly to artificial lighting and also for the changed threejs materials. 6- Setting light intensities to align with the new units. I would be glad if you can try it out. Let me know what you think and hope everything runs smoothly... #gamedev #indiegame

mert

19,559 görüntüleme • 1 yıl önce