고닷 엔진의 모든 2D 노트 설명하기

고닷 엔진의 2D 노트에는 렌더링, 물리, 라이팅, 경로 찾기 등을 위한 다양한 노드가 포함되어 있습니다.

### 고닷 2D 노드: 종합적인 개요
* 📝 "**노트 2D는 회전, 위치, 기술을 추적하는 모든 2D 노트의 기본**입니다."
* 📷 "카메라 2D 노드는 **회전, 위치, 카메라 드래그 및 스무딩에 대한 파라미터**를 사용하여 씬을 볼 수 있는 지점을 지정합니다."
* 🎨 "스프라이트 2D와 애니메이션 스프라이트 2D는 **2D 텍스처를 화면에 렌더링**하는 데 사용되며, 후자는 **스프라이트 시트 애니메이션을 설정**하는 데 유용합니다."
* 🛡 "콜리전 오브젝트 2D는 **콜리전 레이어 및 활성화 상태에 대한 프로퍼티**와 함께 **콜리전이 있는 모든 2D 오브젝트의 베이스 클래스 역할**을 합니다."
* ⚙ "피직스 바디 2D는 **피직스의 영향을 받는 모든 2D 오브젝트의 기본 클래스**입니다."
* 🔲 "정적 바디 2D는 **움직일 수 없는 물리 바디**로 벽, 바닥 또는 천장에 주로 사용됩니다."
* 🤖 "강체 2D는 다른 물리체와 중력의 영향을 받는 물리체로, **일반적으로 이동 가능한 물리 항목**에 사용됩니다."
* 👤 "캐릭터 바디 2D는 **플레이어가 제어할 수 있는 특수한 물리 바디**입니다."
* 🔗 "조인트 2D는 모든 2D 피직스 조인트의 기본 클래스로, **댐프 및 스프링 조인트 2D, 그루브 조인트 2D, 핀 조인트 2D**와 같은 예제가 있습니다."

yes ladies and gentlemen, we're back. Part three of explaining every single note with vodo. I still haven't lost my sanity, and today we're going to cover every single 2D note. We're going to do them all in one video, so grab a snack and come with me as we explore every single 2D note with Ino. I'm going to be using this St set and this player character as our examples for today. Links to the downloads will be in the description. Please support the artists if you ever use them, and let's get into [Music]. The note 2D. The note 2D is the basis of all 2D notes. It keeps track of rotation, position, and skill. All the notes we're going to cover today inherit from the note 2D. The camera 2D. The camera 2D node specifies the points from which your scene is viewed. It's very simple. It contains some parameters for rotation and position, and making your camera movement more easy on the eyes by setting up camera drag and smoothing.

animated Sprite 2D and the Sprite 2D. The Sprite 2D and the animated Sprite 2D are used to render 2D textures to the screen. The texture displayed can be a region of a larger texture Atlas. And The Animated Sprite 2D contains a great tool for setting up Sprite sheet animations. The Collision object 2D. The Collision object 2D cannot be used to Standalone, but it serves as a base class for all 2D objects that have collisions. It has properties for its Collision layer and whether it's enabled or not. The physics body 2D. The physics body 2D can also not be used Standalone, but serves as a base glass for all 2D objects that are affected by physics. The Collision shape and the Collision polygon 2D. The following notes we're about to cover all ire a collision shape. The Collision shape will need to be a child of the physics body, and you can set your Collision shape within the Spector here. The static body Tod. The static body Tod

is a physics body that cannot be moved. However, other physics bodies can be affected by it. It can be used for things like walls, floors, or ceilings. And if you decide to move aesthetic body, it doesn't push any other physics bodies but instead teleports to the new location. The animatable body 2D. The animatable body 2D is almost the same as a static physics body, only this physics body can be moved. It's still not affected by gravity or other physics bodies, but if you move it in code or an animation, the other physics bodies in its way will be pushed appropriately. The rigid body 2D. The rigid body 2D is the physics body that is affected by other physics bodies and gravity. This is the physics body used for all your physics items that can be moved and are not directly controlled by the player. The character body 2D. The character body 2D is a specialized physics body that is meant to be controlled by the player. It contains built-in functionality for precise movement controlling with code within.

the physics simulation. The Joint 2D cannot be used Standalone, but it's a base class for all 2D physics joints. These are nodes that connect two physics bodies together, and Godot Engine contains the following 2D joints: The Damp and spring joint 2D connects two physics bodies together in a spring-like manner. It contains parameters for the Spring's length, stiffness, and dampening. The groove joint 2D is a bit of a confusing name, but it connects two physics bodies together like a piston, meaning they can only retract and extend in one movement axis. And finally, the pin joint 2D can be used to pin two physics bodies together. They're basically connected at one point and are allowed to freely rotate in any direction. The area Tod access two things: one, a detection field that checks whether Collision objects leave or enter it, and two, an area of space with its own physics.

and audio settings. You can change things like gravity, wind, audio channels. This allows you to create things like underwater areas or zero gravity areas within your game. The audio listener 2D. By default, the camera will be the point that listens to 2D audio. But if you want to hear your scene from a different location, you can use this node to set up a listening point. The audio stream player 2D. This is the 2D audio source of GDau. It can be used to play audio from a certain point in space, and it has all the audio settings that you would expect: volume, pitch, range, attenuation. The CPU particle 2D and the GPU particle 2D. These are the 2D particle systems of CA. A lot of fun and cool particle systems can be built here. There are so many parameters, way too much to explain here, but I find that particle systems are quite straightforward. I would say a good way to learn them is just to add one to your scene and start playing with the parameters. The tile map. The tile map Noe

is a huge note way too big to explain here. It is used to build 2D tile maps. It has a great built-in tool for painting your tile maps and setting up tile sets. It also contains functionality for adding physics layers, navigation layers to your tile map. Again, a lot of awesome functionality here. I'll leave a link to the Godot docs that contains a lot of great tutorials. Now let's talk about 2D Lighting in Godot. The Canvas Modulate node. The Canvas Modulate node is needed to set up 2D shadows in your scene. It first darkens your scene so that 2D lights can light it back up again. The Light2D node. The Light2D node cannot be used standalone, but it's the base class for all 2D lights. It has settings for light color, energy, and its blend mode. The PointLight2D. The PointLight is used to light up a scene from one specific point. You do, however, need to give it a texture. This is the way the

light looks it's not a point as in there's a single point in the center that emits light to all directions, but instead it's this texture that lights up your scene. So why is it called a point light and not a texture light? This is because it casts Shadows from its Center. So lighting is done with the texture, and the shadow casting is done from the point. The directional light Tod, the directional light Tod, is used to light up an entire scene at once. It is used for things like the sun and the moon, and the directional light to these shines from one angle and does not warp Shadows based on its distance like a point light. The light uder Tod, the light auder Tod, is the shape that is used to cast The Shadow in your scene. You can set up the shape of a certain object, and based on this, it will cast shadows in the rest of the scene. The line 2D, the line 2D node, does what it says on the tin. It allows you to draw 2D Lines by adding

points to this array. It is a lot of properties for styling the line like setting up his width, taper, and how the corners of the lines are rounded and rendered. The marker 2D, the marker 2D node, is a debugging node. It's just a node 2D only. It shows his position and rotation in the editor. It can be used to keep track of invisible nodes or points in space. The mesh instance 2D, the mesh instance 2D node, can be used to render a mesh, a 3D model in 2D. It has properties for what mesh it renders and its material. The multi mesh instance 2D, the multi mesh instance 2D, can be used to render a lot of meshes efficiently. It is recommended to be used with a lot of meshes in close proximity. Think, for example, of a field of grass. The navigation region 2D, the navigation link 2D, and a navigation obstacle 2D, these are nodes to set up pathfinding in 2D. They're

bit more complicated than the 3D nav finding notes as you'll need to set up your own navigation regions manually. Well, in 3D there's a tool for automatically generating your nav mesh. There's a great read in the docks on how to set up nav finding in 2D, and I'll leave a link in the description. The parallax layer and the parallax background node. The parallax layer and the parallax background node are used to set up parallax in backgrounds in a 2D scene. Any 2D graphics can be used as long as they're a child of its appropriate parallaxing layer. The path 2D and the path follow 2D. The path 2D node and the path follow Tod node are used to set up a 2D path or curve and then bind another node to this path using the path follow 2D node. The polygon 2D. The polygon 2D node allows you to set up shapes in 2D. You can add the points of the polygon.

into the array here or drag and drop them in the editor right here. The Rast 2D, the Rast 2D node, can be used to check collisions in a straight line. The node reports on whether it hits something, the point of collision, and what it collided with. The shape cast Tod, the shape cast Tod, works exactly the same as the ray cast Tod, only it checks for collision in a line using a shape. So where Ray cast would shoot out an infinitely thin line, the shape cast would shoot out in a shape, for example, a rectangle or a circle. The remote transform 2D, the remote transform Tod node, can set another node's transform to its own. It basically acts as a parent to that node without actually being the parent in the hierarchy. It contains properties for whether to affect the position, rotation, or scale, or all of them. The skeleton 2D, the bone 2D, and the physical bone 2D, these nodes are all used to set up 2D skeleton and 2D skeletal animations.

there is some third-party software to set up these skeletons, but GDAU also allows you to build your own skeletons within KDO. There's a lot that goes into building and managing your 2D skeletons. The docs have a great read on the whole process. Link in the description. The Visible OnScreen Notifier 2D and the Visible OnScreen Enabler 2D. These nodes are used to detect whether a visual is on screen or not. The Visual OnScreen Notifier sends out a signal to code when it is on screen, and the Visible OnScreen Enabler Tod enables itself when it is visible. The Canvas Group. The Canvas Group node can be used to merge all its children into a single draw call. This can be useful when you want to combine some textures into one, for example, a translucent bottle and its contents. And finally, the Back Buffer Copy. The Back Buffer Copy node is used to capture a region of your screen or your whole screen to be used in shaders. You can define what part of the screen it captures, and this texture can be

accessed within your Shader script with the hint uncore screen uncore texture variable. All right, all right, all right. There were all the 2D notes. Some of you might have noticed that I left out the touch screen button. That one is going into all the UI notes. I'm doing all the UI and window notes in the next video, and that should cover everything. And then I'll put them all together in one giant video. We'll have every note covered in one video. Uh, yeah, thanks for all the support on the series so far. It's been a lot of fun to do, a lot of fun to hear your reactions. So subscribe if you want to see the next one. And until then, [Music] bye.

Every 2D Node Explained in 9 Minutes !

Game development, prototyping, world building !

Lukky

Vodo는 노트 2D, 카메라 2D, 스프라이트 2D, 애니메이션 스프라이트 2D, 충돌 오브젝트 2D, 물리 바디 2D, 충돌 모양, 정적 바디 2D, 애니메이션 가능한 바디 2D, 리지드 바디 2D, 캐릭터 바디 2D 등 모든 필수 2D 노트를 다룹니다.

이러한 노트는 게임 개발에서 2D 오브젝트 회전, 위치, 렌더링, 충돌 및 물리학의 기초가 되며, 각 바디 유형에 대한 구체적인 기능과 용도가 설명되어 있습니다.

Vodo는 이러한 2D 노트를 사용하고 제어하는 방법에 대한 포괄적인 개요를 제공하므로 게임 개발자에게 유용한 리소스입니다.

고닷 엔진의 2D 피직스 조인트 및 노드

조인트 2D는 댐프 및 스프링 조인트 2D, 그루브 조인트 2D, 핀 조인트 2D를 포함한 모든 2D 피직스 조인트의 기본 클래스입니다.

이러한 조인트는 스프링, 피스톤, 자유 회전 허용 등 다양한 방식으로 피직스 바디를 연결합니다.

이 엔진은 또한 충돌을 감지하고 물리 속성을 변경하는 Area2D와 볼륨 및 피치 등의 설정으로 2D 오디오를 재생하는 오디오 스트림 플레이어 2D와 같은 노드를 제공합니다.

또한 고닷은 그림자를 설정하고 특정 지점에서 장면을 비추는 캔버스 모듈레이트 노드, 라이트2D 노드, 포인트 라이트2D 등 2D 조명 툴을 제공합니다.

2D 씬 렌더링에서 다양한 라이트와 노드의 역할

씬의 조명은 중앙에서 그림자를 드리우는 포인트 라이트와 거리에 따라 그림자를 왜곡하지 않고 전체 씬을 한 번에 비추는 디렉셔널 라이트를 사용하여 이루어집니다.

Line2D 노드는 다양한 스타일링 속성을 가진 2D 선을 그리는 데 사용되며, Marker2D 노드는 공간에서 보이지 않는 노드나 포인트를 추적하는 디버깅 도구로, MeshInstance2D 및 MultiMeshInstance2D 노드는 2D 공간에서 3D 모델과 여러 개의 메시를 효율적으로 렌더링하는 데 사용됩니다.

내비게이션 지역2D, 내비게이션 링크2D, 내비게이션 장애물2D 노드는 2D에서 경로 탐색을 설정하기 위해 특별히 설계되었습니다.

게임 개발의 2D 내비게이션 및 그래픽 설정

3D 툴을 사용하면 내비게이션 메시를 자동으로 생성할 수 있지만 2D 내비게이션 설정에는 수동으로 영역을 설정해야 합니다.

패럴랙스 레이어와 배경 노드는 모든 2D 그래픽을 사용하여 2D 장면에서 패럴랙스를 생성하는 데 필수적입니다.

게임 개발에서 2D 경로, 충돌, 변형 및 골격 애니메이션을 설정하려면 경로 2D, 경로 팔로우 2D, 폴리곤 2D, 레이 캐스트 2D, 셰이프 캐스트 2D, 원격 변환 2D, 스켈레톤 2D, 본 2D 및 물리적 본 2D와 같은 다양한 노드가 사용됩니다.

이 프로세스에는 효과적인 2D 그래픽 구현을 위해 모양을 정의하고, 충돌을 확인하고, 노드 간의 부모-자식 관계를 설정하는 작업이 포함됩니다.

GDAU에서 2D 스켈레톤 빌드 및 관리

GDAU는 스켈레톤 설정을 위한 타사 소프트웨어를 제공하지만 사용자가 KDO 내에서 직접 구축할 수도 있습니다.

2D 스켈레톤을 구축하고 관리하는 과정은 문서에 자세히 설명되어 있습니다.

비저블 온스크린 알림, 비저블 온스크린 인에이블러, 캔버스 그룹, 백 버퍼 복사 등의 2D 노드는 비주얼 감지, 텍스처 병합, 셰이더 사용을 위한 화면 영역 캡처에 중요한 역할을 합니다.