Unity VFX Graph for legacy pipeline

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https://forum.unity.com/threads/feedback-wanted-visual-effect-graph.572110/page-7#post-4131142 The important thing is to use a current version: They've had a typo in one of the shaders that caused shader compilation errors a few weeks ago. So, I used Unity 2018.3.2f1 and Visual Effect Graph 4.8.0. Then, all you need to do is Edit -> Project Settings, select last section in that panel: VFX and for Render Pipe Settings Path put in: Packages/com.unity.visualeffectgraph/Shaders/RenderPipeline/Legacy (instead of Packages/com.unity.visualeffectgraph/Shaders/RenderPipeline/HDRP). So basically replace HDRP with Legacy) And after that, make sure to recompile all VFX Graphs in your project, using: Edit -> Visual Effects -> Rebuild All Visual Effect Graphs (thanks to @Grimreaper358 for making me aware of how to do that). Just to be sure, I also restarted Unity. That never hurts ;-) There are some limitations with legacy; IIRC one was that VFX Graph does not support lighting with legacy. See posting #248 by @JulienF_Unity for the limitations with legacy support.

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About AActor!!! "UObject" has no member "BeginPlay"

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AActor An AActor is an object that is meant to be part of the gameplay experience. AActors are either placed in a level by a designer or created at runtime via gameplay systems. All objects that can be placed into a level extend from this class. Examples include AStaticMeshActor, ACameraActor, and APointLight actors. AActor derives from UObject, so enjoys all of the standard features listed in the previous section. AActors can be explicitly destroyed via gameplay code (C++ or Blueprints) or via the standard garbage collection mechanism when the owning level is unloaded from memory. AActors are responsible for the high-level behaviors of your game’s objects. AActors are also the base type that can be replicated during networking. During network replication, AActors can also distribute information for any UActorComponents owned by that AActor that require network support. AActors have their own behaviors (specialization through inheritance), but they also act as containers for a hie...
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UNREAL Android build information

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1. Unreal Android quick start information. https://docs.unrealengine.com/4.26/ko/SharingAndReleasing/Mobile/Android/GettingStarted/ 언리얼 엔진 4 (UE4)로 Android 개발을 위한 컴퓨터 구성의 기본 사항을 안내합니다. 언리얼 에디터의 실행 및 패키징 기능으로 Android 디바이스에 템플릿 게임을 넣는 방법도 배워 봅니다. 이 퀵 스타트를 마치면 UE4 안에서 다음 작업을 하는 방법을 이해하게 됩니다. Android 모바일 개발용 UE4 프로젝트를 새로 만듭니다. Android 모바일 개발용 UE4 프로젝트 및 레벨을 구성합니다. UE4 레벨을 테스트 용으로 Android 디바이스에 디플로이합니다. 2. Unreal Android SDK, NDK settings. https://docs.unrealengine.com/4.26/ko/SharingAndReleasing/Mobile/Android/Setup/AndroidStudio/ 언리얼 엔진 4.25 이상은  Android Native Development Kit(NDK)  등 모든 필수적인 Android 개발 컴포넌트에  Android 스튜디오  와 함께 배포된  Android Software Development Kit(SDK)  를 사용합니다. 본 페이지에서는 Android 스튜디오를 구성하고 언리얼 엔진이 컴포넌트를 올바르게 인식하는지 확인하는 방법을 단계별로 안내드리고, NDK 설치 및 이전 엔진 빌드의 관리 문제를 해결하는 팁을 제공합니다. 3. Unreal SDK, NDK inatallation instruction youtube.
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C++ 생성자 위임 (delegating constructor)

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단순히 생성자를 생성 해 두고 생성자를 위임 함으로서 중복 코드를 막는 기능을 테스트 해보았다. #include <string> #include <iostream> class Test { private: public:     Test ()     {         //runf     }     Test ( int A ) : Test ()     {     } }; class Employee { private:     int m_ID ;     std :: string m_Name ; public:     Employee ( int id , const std :: string & name ) : m_ID ( id ), m_Name ( name )     {         std :: cout << "Employee" << m_Name << "created. \n " << std :: endl ;     }     Employee ( const std :: string & name ) : Employee ( 0 , name )     {     } }; int main () { }
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