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Learn More【한글자막】 C# Unity 게임 개발자 2D
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【한글자막】 C# Unity 게임 개발자 2D
2D 게임을 만들기 위한 C# 유니티 학습 & 5개의 웹, Mac, PC용 2D 비디오 게임 코딩. 전체 게임을 직접 구축 해보고, 단계별로 게임을 구축하며, 응용 및 게임을 다시 구축해보는 과정을 거칩니다!
Created byGameDev.tv Team, Rick Davidson, Gary Pettie, 웅진씽크빅 글로벌
Last updated 6/2026
Korean
What you'll learn
- 기초부터 배우는 강력한 언어 C#, 프로그래밍 경험이 없어도 괜찮습니다.
- 유니티 게임 엔진 활용
- 나만의 게임을 만들 수 있는 게임 디자인 및 게임 개발 기초
- 객체 지향 프로그래밍 작동 방법
- 포트폴리오 혹은 단순 성취감을 위한 게임 프로젝트 제작
- .NET 혹은 기타 프로그래밍 언어를 쉽게 배우기 위한 관련 지식
- 코딩 문제 해결 기술
- 여러분과 비슷한 사람들이 모인 커뮤니티의 일원이 됩니다.
Explore related topics
Course content
7 sections • 140 lectures • 18h 17m total length
- 환영 인사0:53
In this video (objectives)…
Welcome to the course, lets get started.
- 새롭게 업데이트 된 내용0:45
- Unity & VS Code (비쥬얼 스튜디오 코드) 설치하기5:31
In this video (objectives)…
We're using Unity 2021.1 and Visual Studio Code in this course. Let's download and install them.
- VS Code에서 IntelliSense 문제가 있나요?2:48
- 유니티 소개11:57
In this video (objectives)…
For those new to Unity we'll take a quick tour around the interface and create a fun little pretend platformer scene.
- 비쥬얼 스튜디오 코드 설정9:09
In this video (objectives)…
We need tell Unity to use our preferred code editor and for those of us using VS Code, we'll be adding the required extensions. We'll write our first code using Debug.Log() to print to the console.
- 커뮤니티 & 지원1:32
In this video (objectives)…
Lucy invites you to join us in our various community support forums in order to ask questions, connect with other students and share your progress.
- 프로젝트에 액세스 하는 방법4:38
In this video (objectives)…
Any time we change our project during a lecture we will commit that change to a public source control repository for students to access. In this video we show you how to access that content.
- 소개 - 배달 드라이버0:54
In this video (objectives)…
We overview what we'll be covering in this section of the course.
- 게임 디자인 - 배달 드라이버3:54
In this video (objectives)…
Let's look at the specific game mechanics and design we'll be implementing for this game.
- 방법 소개11:59
In this video (objectives)…
In this lecture we introduce methods and take some time to understand the difference between the Start() and Update() callbacks.
- Transform.Translate()3:49
In this video (objectives)…
In addition to rotating our object we want to move it forwards. We'll do this by using Tranform.Translate().
- 변수 소개6:22
In this video (objectives)…
Variables are a critical aspect to any code so in this lecture we'll discuss how to use variables and specifically how to type them in C#.
- SerializeField 사용 방법4:03
In this video (objectives)…
To make our game easier to tweak and tune we can add SerializeField as an attribute to make our variables visible in the Unity Inspector.
- Input.GetAxis() 사용하기10:26
In this video (objectives)…
Its time to make our vehicle respond to player input. We'll quickly set up the inputs using the "old" input system.
- Time.deltaTime() 사용하기5:09
In this video (objectives)…
Currently our game will work differently on everyone's computer because its not framerate independent. We use Time.deltaTime to make our car drive in the same manner on all computers.
- 콜라이더 & 리지드 바디8:28
In this video (objectives)…
To change our game from basic images moving around to objects which can bump into each other we need to understand Colliders and Rigid Bodies.
- OnCollisionEnter2D() 사용하기6:30
In this video (objectives)…
When we bump into things we can make other things happen in our code using OnCollisionEnter2D().
- OnTriggerEnter2D() 사용하기5:18
In this video (objectives)…
If we want to make things happen in our game when we pass through an area or through another object we can use OnTriggerEnter2D().
- 프로젝트에 에셋 추가하기9:31
In this video (objectives)…
We bring in some simple car game images into our game and play around with the pixels per unit settings to make sure our objects are the right size.
- 기초 단계 레이아웃7:32
In this video (objectives)…
Let's make our level a bit more interesting by creating a simple level layout using our assets.
- 단순 카메라 팔로우12:11
In this video (objectives)…
In this lecture we create a simple follow camera by telling the camera to use the same position as the player's car. We also need to add an offset so that camera is not right on top of the car by creating a new Vector3 value.
- If 구문 & 태그10:11
In this video (objectives)…
We need a way of doing something only if we collide with our package trigger and only if we collide with our customer trigger. The tools we'll be using will be if statements and tags and also take a first look at the == operator.
- Bools 사용하기4:59
In this video (objectives)…
Bools are very helpful, especially when combined with if statements. We create our first bools to make sure we can only deliver a package if we've first picked on up.
- 객체 삭제하기7:04
In this video (objectives)…
After we pick up a package we want it to disappear, so we're going to use the Destroy() method to remove our package game objects after we've collided with them.
- GetComponent 사용하기10:30
In this video (objectives)…
To give the player feedback regarding whether they have the package or not we'll change the color of our vehicle by modifying the Sprite Renderer component. To do this we'll learn how to use GetComponent.
- 부스트 & 범프9:32
In this video (objectives)…
In this lecture we wrap up our functionality by adding a boost pad we can drive over and a condition where bumping into obstacles will slow the vehicle.
- 요약 - 배달 드라이버0:44
In this video (objectives)…
We're done with this section - we've created a fun little driving game and learned some of the fundamentals of C# programming.
- 소개 - 스노우 보더0:38
In this video (objectives)…
In this section we'll be using sprite shapes, effectors, particle effects and more.
- 게임 디자인 - 스노우 보더2:14
In this video (objectives)…
Its good to start with the design and technical requirements for a project and that is precisely what we'll do in this lecture.
- 스프라이트 셰이프 사용하기9:53
In this video (objectives)…
To create a free-flowing organic level in our game we can use Unity Sprite Shapes. In this lecture we create a Closed Sprite Shape and Sprite Shape profile as well as import a basic set of assets we can use in our project.
- 엣지 콜라이더 사용하기7:08
In this video (objectives)…
Edge Colliders are intended to follow a shape exactly which makes them the perfect way for us to keep objects on our track.
- 시네머신 카메라 팔로우7:08
In this video (objectives)…
Cinemachine is a powerful package that allows us to create virtual cameras. In this lecture we'll create a follow camera using Cinemachine.
- 캐릭터 설정7:07
In this video (objectives)…
Instead of a ball rolling around we want a snow boarder to be sliding around our level, so in this lecture we'll set our 'Barry' our brave snow boarder.
- 서페이스 이펙터 2D 사용하기6:19
In this video (objectives)…
Surface Effectors act like a conveyor belt and are a quick an easy way to move our character along the path.
- 회전 - Addtorque12:15
In this video (objectives)…
We can spin our character in a few different ways, but the best is going to be by using the AddTorque() method to apply rotational force to the game object.
- Triggers To Restart Level10:02
In this video (objectives)…
We need a win condition and lose condition so in this lecture we'll create a finish line and crash detection.
- 네임 스페이스 & 씬 전환10:28
In this video (objectives)…
To restart the game we'll use SceneManager.LoadScene(). To access this we need to use the SceneManagement name space, so we'll be discussing how namespaces work.
- Invoke()로 딜레이하기5:36
In this video (objectives)…
Our level loads immediately upon the collision event, however we want a short delay. To do that we'll use Invoke().
- 파티클 이펙트 소개13:39
In this video (objectives)…
Particle systems can add a lot of polish to our game, so we're going to experiment with creating a couple of cool particle effects.
- 파티클 이펙트 트리거7:27
In this video (objectives)…
We'll add code to our scripts so that we can play our particle effects at the right time.
- 모먼트 튜닝6:56
In this video (objectives)…
It's time to tweak our game to make it more playable and look a bit better.
- FindObjectOfType 사용하기10:19
In this video (objectives)…
FindObjetOfType is another approach we can use to set a reference to a component or object.
- OnCollisionExit2D 사용하기9:28
In this video (objectives)…
We add some dust particles to our snow board and turn them on and off depending on whether or not we are touching the ground.
- 사운드 이펙트 작동시키기7:47
In this video (objectives)…
We add 2 sound effects to our game and look at 2 slightly different ways of playing clips.
- 공용 액세스 한정자9:03
In this video (objectives)…
Public methods can be accessed from other classes. In this lecture we use a public method to stop the player being able to control their character.
- 멀티 플레이 막기3:21
In this video (objectives)…
We have a minor issue that the player can bounce and trigger multiple SFX and particle effects when crashing. We'll set ourselves a challenge to stop that.
- 요약 - 스노우 보더0:39
In this video (objectives)…
We wrap up this section and get ready for the next one.
- 소개 - 퀴즈 마스터1:15
In this video (objectives)…
Check out what we'll be making in this section of the course!
- 게임 디자인 - 퀴즈 마스터5:04
In this video (objectives)…
Lets begin where every game should - with the game design document - and understand the features and mechanics that we'll need for our quiz game.
- UI 캔버스12:34
In this video (objectives)…
The first step towards building our game is to add a UI canvas and background image.
- 텍스트 메쉬 프로11:26
In this video (objectives)…
UI text comes in many different styles. Let's add the game title and make a home for the question text.
- 버튼 레이아웃10:18
In this video (objectives)…
Buttons will allow the player to interact with our game. Let's add some to our canvas and organize them with using a layout group
- 스크립터블 오브젝트10:38
In this video (objectives)…
Scriptable object are a great way to store data, so let's use them to store our question data.
- 게터 메서드5:20
In this video (objectives)…
Give your private variables read-only access using a getter method.
- 배열9:53
In this video (objectives)…
A question is nothing without an answer, so let's look at how to store our quiz answers efficiently by using an array.
- 텍스트 메쉬 프로 UGUI5:35
In this video (objectives)…
It's time connect our scriptable objects to our UI. Let's start by learning how to set the text field of the TextMeshPro component in code, using TextMeshProUGUI.
- 루프9:32
In this video (objectives)…
It's time connect our scriptable objects to our UI. However, before we can connect our answers to the buttons, we're going to need to learn about for loops.
- 스와핑 스프라이트11:20
In this video (objectives)…
Once the player has selected an answer, it would be nice to tell them if they got it right. To do this, we're going to swap the sprite for the button holding the correct answer and replace the question text with a confirmation message.
- 버튼 상태10:32
In this video (objectives)…
After the player has selected an answer, they can continue to click on the other answer buttons. Let's put a stop to that by changing the interactable state of the button.
- 단순 타이머11:46
In this video (objectives)…
To move the player on to the next question, we're going to implement a turn-based style timer - giving the player a fixed amount of time to answer the question and a fixed amount of time to review the answers.
- 타이머 채우기 분수7:56
In this video (objectives)…
Let’s finish up our timer by calculating the fill amount for our timer image component and add some additional functionality that our Quiz.cs script will use later on.
- 타이머 연결하기11:05
In this video (objectives)…
With our timer logic set up, let's connect it to our game and finally see it in action!
- 리스트10:46
In this video (objectives)…
It's finally time to add some more questions to the game! We could use an array to store them, but let's use the more flexible 'List' instead.
- 점수 유지10:12
In this video (objectives)…
There are many different types of scoring system in games but they all serve a similar purpose - to show the player how well they're doing. For our game, let's look at showing the player how many questions they got right as a percentage.
- 슬라이더8:50
In this video (objectives)…
We use a UI slider to act as a progress bar, to show the player how far they are through the quiz.
- 종료 화면7:50
In this video (objectives)…
Test your knowledge by creating a new canvas that will display the player's final score once the quiz is complete.
- 게임 매니저11:18
In this video (objectives)…
Our game is almost finished! We just need a way to; transition between our quiz and end screens, and reload the game if the player wants to play again. We will also fix a few minor bugs by learning about the Awake() method.
- 섹션 마무리1:12
In this video (objectives)…
Our UI focused quiz game is now complete! Along the way, we learn how to; store data using scriptable objects, loop through lists and arrays using a for-loop, and reload our scenes so the player can try again without having to reload the game.
- 소개 - 타일바니아0:38
In this video (objectives)…
In this section we'll be using Tilemap to create a 2D sidescrolling platformer.
- 게임 디자인 - 타일바니아5:10
In this video (objectives)…
We look at the core design for this project and outline what features we need for our minimum viable product.
- 슬라이싱 스프라이트 시트10:42
In this video (objectives)…
We've brought some sprite sheets into Unity, we now need to slice them up for our use.
- 유니티 타일맵 소개11:08
In this video (objectives)…
Tilemap is a powerful tool for creating 2D games. In this lecture we understand the main aspects of Tilemap and get started using it.
- 유니티 타일맵 - 레이어7:47
In this video (objectives)…
Our level is going to have many layers to it - platforms, background, water, pickups, etc. In this lecture we look at how to create multiplayer layers using Tilemap and sorting layers.
- 유니티 룰 타일 사용하기15:11
In this video (objectives)…
Unity Rule tiles are a powerful way for us to paint a tileset and have them automatically recognise edges, corners, and other elements and display the correct art asset. This involves setting up the logic, or rules, for our rule tile.
- 플레이어 애니메이션 생성10:15
In this video (objectives)…
We use 4 of the sprites from our spritesheet to create an idle animation for our player. This involves setting up an animator controller and creating an anim file.
- 애니메이션 상태 & 전환8:10
In this video (objectives)…
We implement our running and climbing states and add the appropriate animations for each. We set up parameters that can be used as conditions to transition from one state to another.
- 프리팹 사용하기10:13
In this video (objectives)…
We play around with prefabs and learn the basics of how they work.
- 타일맵 콜라이더 구성하기5:27
In this video (objectives)…
We add collision for our player and for our platforms. To do this we'll need to use a composite collider and a tilemap collider.
- 인풋 시스템 설정8:55
In this video (objectives)…
We'll set up our input system using the Messages option and add an additional input action with key bindings.
- 플레이어 수평 이동6:21
In this video (objectives)…
Now that we have the basic input system being received we need to turn that into player movement by adding velocity to the player's Rigidbody.
- 플레이어 스프라이트 이동6:39
In this video (objectives)…
We flip our player sprite by looking at our velocity and seeing what direction we are running in. This will involve using Mathf.Abs, Mathf.Sign and Mathf.Epsilon
- 애니메이션 상태 - 코드3:59
In this video (objectives)…
We change the state of our animation with the animator control based upon whether the player is moving the player and it therefore has velocity.
- Jumpy 점프7:22
In this video (objectives)…
We'll create our OnJump() method which can be called when our Jump action button is pressed, resulting in our player jumping. We'll also play with gravity and movement speed to get the tuning as we'd like.
- IsTouchingLayers시 점프6:58
In this video (objectives)…
To remove the issue of our player being able to spam the jump button and fly way off the screen we need to check if they are touching the ground by using Collider2D.IsTouchingLayers().
- 사다리 타기9:50
In this video (objectives)…
We need to check if the player is touching a ladder and create code to allow vertical movement in that moment.
- 사다리에서 슬라이딩 멈추기3:51
In this video (objectives)…
Our player slowly drifts down to earth while on the ladder. Instead of this behaviour we want the player to stay where they are and not slide.
- 사다리 타기 애니메이션5:17
In this video (objectives)…
When our player is running up or down the ladder we want to play our climb animation.
- 시네머신 카메라 팔롱우3:41
In this video (objectives)…
Let's set up a follow camera with some dampening to soften our jump. We'll use a Cinemachine virtual camera to do this.
- 시네머신 컨파이너6:37
In this video (objectives)…
We set up a way to limit how far a camera can travel using the Cinemachine Confiner Extension.
- 상태 중심 카메라9:24
In this video (objectives)…
Cinemachine makes life super easy for us to transition between different cameras based upon our animation state. We set up a few cameras that will blend from one to another based upon our actions.
- 물리 2D 머티리얼 사용하기9:13
In this video (objectives)…
We'll change the friction and bounciness of two Physics Material 2D materials so that we can create bouncy mushrooms and so we can stop the player sticking to the wall.
- 벽 점프 막기5:27
In this video (objectives)…
We set up a feet collider and use that to check if the player is able to jump.
- 적 설정하기6:03
In this video (objectives)…
We add all of the components and base animation to get our enemy ready for movement.
- 적 이동 & 뛰어넘기10:13
In this video (objectives)…
We give our character a reverse periscope(TM) and use OnTriggerExit2D() to let it know that its time to turn around and move the other direction.
- 플레이어 사망률5:07
In this video (objectives)…
We start our player death functionality by stopping the player from being able to move after the collide with an enemy.
- 플레이어 사망 상태7:00
In this video (objectives)…
We continue with our player death functionality by changing the animation and triggering a death reaction when colliding with the enemy.
- 위험 요소 생성하기8:53
In this video (objectives)…
Creating hazards requires a new tilemap with rules for what happens to the player when colliding with anything on that layer.
- 총의 총알 인스턴스화하기7:41
In this video (objectives)…
The first part of shooting is to simply instantiate a bullet from the player's gun.
- 총알 동작 설정하기12:01
In this video (objectives)…
We make our bullet fly across the screen, kill the enemy and destroy itself after colliding with anything.
- 레벨 생성하기7:26
In this video (objectives)…
We need some levels for upcoming lectures where we'll be loading from one level to the next.
- 레벨 종료 포털14:50
In this video (objectives)…
When we reach the end of a level we want to teleport to the next level (ie. load a new scene).
- 게임 세션 컨트롤러12:24
In this video (objectives)…
We use a singleton pattern to ensure that certain things persist from one scene to the next.
- 코인 먹기6:32
In this video (objectives)…
We add a coin in our game with some animation and have the player "pick it up" by destroying the game object when the player touches it.
- 코인 사운드 이펙트5:30
In this video (objectives)…
Let's make our coin pickup play some SFX when we pick it up.
- 스코어 유지 & 라이브13:15
In this video (objectives)…
We add lives and score to our game session script so that we can have them persist when the player dies.
- 씬 유지10:12
In this video (objectives)…
The last "remembering when die" thing we need to work on is making sure that our coins remember being collected.
- 프리팹 변형6:34
In this video (objectives)…
Prefab variants are a useful way for us to create variety for the player.
- 타일바니아 요약1:00
In this video (objectives)…
There is plenty more we could add to this section, but we're done for now.
- 소개 - 레이저 디펜더1:21
In this video (objectives)…
Take a look at what we'll be making in this section of the course!
- 게임 디자인 - 레이저 디펜더7:28
In this video (objectives)…
It's time to create our game design document! Let's look at the game mechanics and features that we'll be implementing for this game.
- 프로젝트 설정13:24
In this video (objectives)…
Let's take a moment to set up our project, re-organize the editor, and import all the packages and assets that we need for our game.
- 유니티 인풋 시스템12:24
In this video (objectives)…
Let's get familiar with the new Unity input system and get our player moving around on screen.
- 경계11:14
In this video (objectives)…
We need to clamp the player movement, so that they can't fly off screen. To do this we need to understanding the viewport.
- 적10:51
In this video (objectives)…
Implementing our enemies will involve multiple scripts talking to each other. Let's look at how this is going to work and start create the wave config data to store our enemy paths.
- 길찾기7:04
In this video (objectives)…
With our WaveConfigSO scriptable object started, we can look at making our enemy follow the stored path.
- 적 인스턴스화하기11:38
In this video (objectives)…
With existing enemies now moving along our path and be destroyed at the end, let's start instantiating new enemies at runtime.
- 코루틴11:18
In this video (objectives)…
We can now spawn enemies into our world but they all arrive at the same time. However, we can delay their arrival by using a coroutine.
- while 루프5:21
In this video (objectives)…
Unlike for-loops, while loops don't always run for a fixed number of iterations. Let's create an infinite number of enemy waves!
- 데미지 처리하기10:46
In this video (objectives)…
To make our game fun we need a way for the player to get hurt. So let's add a health and damage system.
- 발사체 설정하기11:06
In this video (objectives)…
Before we start generating projectiles at run time, let's do a bit of prep work to get things ready and save ourselves some future headaches!
- 플레이어 슈팅14:23
In this video (objectives)…
We create a shooting mechanic that is adaptable enough to be used by both the player and the enemy. To start with, we'll just get our player shooting.
- 적 슈팅10:19
In this video (objectives)…
We modify our current shooter script, so that the same code can be be used by the enemies.
- 파티클 이펙트12:38
In this video (objectives)…
Our core gameplay now works but the game itself is not very exciting. To help sell the experience we're first going to add some explosions with a particle system!
- 화면 흔들기9:53
In this video (objectives)…
Screen shake can really help sell an impact but it is something we should use sparingly. We will use it as a warning, to let the player know when they have received damage.
- 배경 무한반복9:12
In this video (objectives)…
We continue to add polish to our game by making a parallax scrolling background.
- 사운드 이펙트11:15
In this video (objectives)…
It's time to add some sound effects to our game, so let's look at how we can play audio clips at runtime.
- 음악7:45
In this video (objectives)…
With our sound effects working, now let's add some background music and understand how Unity actually handles audio.
- 스코어 유지6:59
In this video (objectives)…
Before we work on our UI, let's create a scoring system for our game.
- 게임 UI - 파트 110:18
In this video (objectives)…
Our level is almost complete but it's missing one important piece - the UI. Let's add a simple UI to display the player's health and score.
- 게임 UI - 파트 25:40
In this video (objectives)…
With our UI design sorted, it's time to hook things up so that the UI updates at runtime.
- 씬 추가10:59
In this video (objectives)…
Our core gameplay is finished but the game never really ends. So let's add a main menu and end screen to our game.
- 레벨 매니저12:07
In this video (objectives)…
We look at the Unity build order, the scene management system, and start transitioning between the scenes in our game!
- 싱글톤 패턴10:45
In this video (objectives)…
It would be nice if our music could ignore the scene transitions and play continuously. We can do this by implementing a version of the singleton pattern.
- 싱글톤 스코어키퍼9:17
In this video (objectives)…
We solve the final technical issue with our game, which is to display the score on the game over screen.
- 균형 및 빌드15:08
In this video (objectives)…
With our core gameplay finished it's time to balance the final gameplay experience and build our final project so others can play it.
- 요약0:49
In this video (objectives)…
Congratulations on completing your arcade shooter game. Along the way we learnt about; scriptable objects, instantiating objects at runtime, while loops, coroutines, adding particle effects, playing audio, and how to use the singleton pattern
- 보너스 강의 : 이외 강의들0:32
Congratulations on completing the course, that's no mean feat! So what now?
If you'd like more Unity practice then check out the Complete Unity Developer 2.0 course.
Build on your knowledge with more intermediate content, then head over to our Unity RPG course (now being remastered in the latest Unity version).
Or, if you're looking to learn a new C family language then our Unreal Engine Developer course in C++ could be for you.
Look forward to seeing you there soon.
- 크레딧4:48
Thank you to all the amazing people who backed us during our Kickstarter!
- Q&A 게시판 안내0:11
Requirements
- 유니티 2019 이상을 실행할 수 있는 맥 혹은 PC
- 프로그래밍 경험이 없어도 괜찮습니다
- 코딩을 배우고자 하는 열정과 의지
Description
기초부터 배우는 C# Unity 2D 게임 개발!
프로젝트 중심의 강의 진행!
코딩과 게임 디자인 원리를 모두 배우는 강의!
C# Unity 게임 개발자 2D 강의를 선택해야 하는 이유
킥스타터의 인기 강의로 시작해, 현재 유데미에서 가장 인기 있고 가장 많이 시청한 Unity 게임 개발 강의입니다. 해당 강의는 한국어 자막으로 준비하였습니다.
세계 최고의 무료 게임 개발 도구인 Unity를 사용해 비디오 게임을 만드는 방법에 대해 알아보세요. 기초부터 다루기 때문에 Unity나 코딩에 대한 사전 지식이 없어도 됩니다. 온라인 튜토리얼로 강의를 처음 시작하는 순간부터 놀라운 성과를 얻게 될 겁니다.
3D 게임을 선호하시나요? 비슷한 강의인 C# 유니티 게임 개발자 3D를 확인해 보세요. 유니티를 어느 정도 알고 있어 심화된 강의를 원하신다면 RPG 코어 컴뱃 크리에이터를 확인해 보세요. 3D 모델을 만드는 법을 처음부터 배우고 싶으세요? 블렌더 크리에이터 강의부터 시작해 보세요. 초록색 잎 로고는 열정과 품질을 상징합니다.
강의 전체 또는 개별 강의에 대한 주제에 대해 토론할 수 있는 강의 포럼에 액세스할 수 있습니다. 페이스북(약 20k), TA 커뮤니티(일 17k 뷰) 및 학생 채팅 그룹(동시접속 10k) 등 개발자 커뮤니티에 접속해 리뷰를 확인해 보세요.
이 강의는 C#과 유니티를 배울 수 있는 가장 좋은 방법인 프로젝트 중심으로 진행됩니다. 여러분은 단지 프로그래밍 개념을 배우는 것이 아니라 실제 게임에 적용해 볼 겁니다. 추가 자료와 모든 프로젝트 파일 - 비디오, 다이어그램, 스크린캐스트 등이 포함되어 있습니다.
C# Unity 게임 개발자 2D 강의는 이렇게 진행됩니다.
다음과 같은 여러 가지 게임을 만들어보세요.
스노우 보더: 유니티의 스프라이트 셰이프 도구를 이용한 간단한 측면 스크롤 점프 게임
레이저 디펜더: 적을 쏘고 피하는 하향식 스페이스 슈터
타일바니아: 유니티의 타일맵 도구를 사용하는 빠른 속도의 클래식한 사이드 스크롤 플랫폼
퀴즈 마스터: 유니티의 사용자 인터페이스를 설정하는 퀴즈 게임
또한, 다른 유니티 강의들보다 더 좋은, 더 많은 내용을 포함합니다. 아래에서 강의 길이와 리뷰를 확인해 보세요.
각 데모 게임은 다음과 같은 프로세스를 거칩니다 :
전체 게임을 직접 구축해보기
단계별 게임 구축 방법
응용 및 게임 다시 구축해보기
이 강의는 다음 내용을 포함하지 않습니다.
이 강의는 이미 매우 많은 내용을 다루지만 제한된 시간으로 인해 아래 내용은 포함하지 않습니다:
퍼포먼스 최적화
에디터 플러그인 및 수정
물리 엔진 수정
이 강의는 Unity에서 2021년 1월 리마스터링 되었습니다.
게임 개발 방법을 배우고 싶은 사람에게 유니티는 고품질의 게임을 만들 수 있는 환상적인 플랫폼입니다. 심지어 하나의 소스로 윈도우, 맥OS, iOS, 안드로이드 및 웹용 게임을 만들 수 있습니다!
초보자는 필요한 코딩과 게임 디자인 원리를 모두 배울 수 있습니다. 아티스트는 여러분의 에셋을 활용할 수 있을 겁니다. 프로그래머는 게임 디자인 원리를 배울 수 있습니다.
강의를 들으시고 강의와 관련하여 궁금하신 점은 무엇이든 Q&A에 남기실 수 있지만, 꼭 영어로 남겨주세요. 그래야 답변을 드릴 수 있습니다 :)
지금 바로 유니티를 배워보세요, 실망하지 않으실 겁니다!
강의에서 만나요!
Who this course is for:
- 컴퓨터 사용에 유능하고 자신 있는 분
- 에셋을 게임에 활용하고 싶은 아티스트
- 열심히 배울 열정이 있는 초보자
- 게임 개발 지식을 다시 익히고자 하는 개발자