Shadow map

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 [번역] Reflective Shadow Map : 네이버 블로그 (naver.com)


2D 빛(lights)과 그림자(shadows) — Godot Engine (stable) 문서 (한국어)


OpenGL-Tutorial 16 : Shadow mapping (tistory.com)


깊이 그림자 맵핑 (depth shadow mapping) : 네이버 블로그 (naver.com)

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GPU Instancing

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 https://docs.unity3d.com/Manual/GPUInstancing.html GPU instancing GPU instancing is a  draw call optimization  method that renders multiple copies of a  mesh  with the same material in a single draw call. Each copy of the mesh is called an instance. This is useful for drawing things that appear multiple times in a  scene , for example, trees or bushes. GPU instancing renders identical meshes in the same draw call. To add variation and reduce the appearance of repetition, each instance can have different properties, such as  Color  or  Scale . Draw calls that render multiple instances appear in the  Frame Debugger  as  Draw Mesh (instanced) . Requirements and compatibility This section includes information about the platform, render pipeline, and SRP Batcher compatibility of GPU instancing. Platform compatibility GPU instancing is available on every platform except  WebGL  1.0. Render pipeline compatibility Feature Bu...
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UE get player controller

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  UGameplayStatics :: GetPlayerController ( GetWorld (), 0 );   Then you don't need to iterate through all of them. For example if you are in a Singleplayer Game. 더 ▼ 답변됨  Nov 13 '14 at 4:29 PM eXi 7.2k   ●   340   ●   195   ●   482 18 Depends on what you want to do and where you want to do it. The main way you'd do this is here. for ( FConstPlayerControllerIterator Iterator = GetWorld ()-> GetPlayerControllerIterator (); Iterator ; ++ Iterator ) { }   Some things have the owner variable as a  APlayerController  (`APlayerState`, etc) Clients only have 1 controller, their own. Servers have ALL controllers. You'll want to use  IsLocalPlayerController  to differentiate on the server. 더 ▼ 답변됨  Jul 02 '14 at 2:38 AM Crzyhomer  STAFF 1.3k   ●   35   ●   26   ●   104   dbrizov  Jul 02 '14 at 2:47 AM I see, thank you very much :)   Mungyun  Nov 13 '14 ...
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Deep Marching Tetrahedra: a Hybrid Representation for High-Resolution 3D Shape Synthesis

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 https://nv-tlabs.github.io/DMTet/assets/dmtet.pdf 3.1.1 Deformable Tetrahedral Mesh as an Approximation of an Implicit Function adopt and extend the deformable tetrahedral grid (denoted as (Vt, T)) where Vt are the vertices in the tetrahedral grid T. Tk ∈ T  represented with four vertices {vak , vbk , vck , vdk }, with k ∈ {1, . . . ., K}, where K is the total number of tetrahedra and vik ∈ Vt. represent the sign distance field by interpolating SDF values, 
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