vec2

[vec2 @vec2vec2]

@jere_codes can I play this?

[vec2 @vec2vec2]

@jere_codes This is really beautiful! How did you manage to make the shadows also soft and gentle!!

[vec2 @vec2vec2]

@jere_codes So handsome! This uniform normalis the best I have ever seen in a voxel engine How did you calculate the normal line in real time?

[vec2 @vec2vec2]

@XorDev or 'r1', and after a while, it’s easy to forget what they even mean. Blueprints are different. However, they lead to defensive programming (which will eventually come back to haunt you).

[vec2 @vec2vec2]

@XorDev Blueprints are incredibly fast, especially when you need to prototype a feature quickly; once it's done, you don't need to maintain it. You can write them at breakneck speed without worrying about naming—in C++, at the very least, you have to come up with names like 'a', 'r0',

[vec2 @vec2vec2]

@IamEmily2050 @XorDev GREAT IDEA!

[vec2 @vec2vec2]

HLSL Lambda!! https://t.co/9hMppxB2vk

[vec2 @vec2vec2]

HLSL has introduced lambdas! #HLSL #Lambda #c++

[vec2 @vec2vec2]

HLSL support lambda!!!!!!!!!
ScreenTex[SV_DispatchThreadID].xyz = ({struct la{ float3 operator()(float3 x) { return x.zyx; } } ;static la l; l ; })(float3(0,1,1) );

[vec2 @vec2vec2]

@JHartley2 @Breaking911 RCS?

[Crayz @CrayzNotCrazy]

50 million micro-voxels ( .1 meters ) with path traced GI & shadows.

[Mirza Beig @TheMirzaBeig]

[🧊 Refracted volumetric light and shadows.]

Pseudo-volumetric -> real volumetric translucency.
> Works with any mesh, simply apply the material.

🥳 Coming to PRISM v2 (free update).

I've pushed the experimental v2 glass shader as an update on the store. Should be live, soon.

[GameDevMicah✈️UNREALFEST👉CHICAGO UE6 @GameDevMicah]

Unreal Engine 5.7 Nanite Voxel Rubble tests 01 :D
This is at 4k on a 9060xt 8GB GPU, 3k CPU sim comps
GPU will take this on up to 100k sim but... wanted to see what we could do at cpu. indiegamedev rendering nanite experiments!

[Jettelly Inc. @jettelly]

Greedy_Evening shared a GPU-driven quadtree terrain mesh with dynamic LOD, culling, and stitching handled directly on the GPU 🌍

See more: https://t.co/Tod1OqPi3w

[Gabriele Romagnoli @GabRoXR]

If you are still in doubt about the power of 3DGS for immersive you should check this world in @VRChat .

It is called Spatialography and is one of the best showcases of #GaussianSplatting in #VR available in my list of apps, tools and tech demos to experience Gaussian Splatting on Quest or #VisionPro.

📢 To get the list just subscribe to my newsletter (link at the top of my profile).

The list will be available for ONLY 5 more days, after that, it's GONE... why?

Because I am launching something BIGGER, much more in-depth, that is going to be much "harder" to get

[Massimo @Rainmaker1973]

Visual proof that:

6 ⋅ (1² + 2² + ... + n²) = (n) (n+1) (2n+1)

[🎞️ Beau Janzen / reason4math]

[Vivek Galatage @vivekgalatage]

An algorithm course to revisit periodically.

https://t.co/QmUpWFOEUY

[Alex Goldring @SoftEngineer]

Heatmap of raymatching steps for SDF shadows.

The limit is 64 steps.

It's a little mind-bending, because what you see is essentially a flattened shadow ray history on the surface.

I found this quite useful for debugging to help me understand where most of the performance budget goes to.

The more complex the geometry on the ray's cone's path - the more steps you need to take. Similarly - the closer the ray passes next to something without actually hitting it - the more expensive it gets.

[Alex Goldring @SoftEngineer]

SDF raytracing in a browser.

WebGPU, SDF is 256x256x256, the build is done on the GPU using 2-level BVH (TLAS+BLAS).

[noriben🌗 @noriben327]

もくもくフォグパーティクル作ってみたのでミラーボールライトで照らしてみる
VRC Light Volumes対応
VRで見たときビルボード感少なめの見た目
けっこうもくもく感あって良い
色を変えてもおもろい
ただやっぱ負荷高めかも
#Unity