
Install unity using unity hub, download the personal version from the unity store, choose versions and modules, and create a new 3d project named archery game.
Explore Unity's user interface by arranging layouts, using the project, hierarchy, and inspector windows, and building scenes by attaching components to game objects, including the main camera.
Configure the project to balance gameplay and performance by adjusting lighting settings and disabling real-time and baked global illumination; switch to linear color space and disable auto generate lighting.
Import assets from a Unity package, import all; identify and manage prefabs, and build the environment with terrain, water, wind, and lighting, then set up the main camera.
Learn to set up the main camera in Unity, adjusting projection and clipping planes, and depth for multiple cameras, then navigate the scene and use move, rotate, and scale tools.
Install the post-processing package, create a post-processing profile with color grading, and apply it via a global post-process volume to enhance visuals as the camera enters the scene.
Enable anti aliasing, specifically SMAA, as part of post-processing to smooth edges and refine the scene. Tune color grading, vignette, bloom, ambient occlusion, and subtle grain to enhance realism.
Learn to write and attach a C# script in Unity, set up Visual Studio or Visual Studio Code, and implement a bow controller with Start and Update methods.
Learn how Unity uses world and local space with transforms to control bow movement, pivots, rotation axes, start rotation, and the role of vectors and quaternions.
Learn to initialize bow rotation, expose private fields in the Unity inspector with serialized fields, and rotate the bow with mouse input using clamped Euler angles and quaternions.
Learn to set up the bow animation and shoot arrows script in Unity, instantiate arrows from a prefab, and apply force based on drawing time.
Spawn targets within a defined spawn area using a target spawner script in Unity, using random positions, gizmos to visualize the area, and a configurable target count.
Implement target collision in Unity using OnCollisionEnter to parent the arrow, switch the arrow to kinematic, enable gravity on the target, and destroy it after one second.
Refine archery in Unity by disabling the target collider after a hit to prevent double scoring, and add moving targets with a sine-wave motion controlled by amplitude and period.
Build a Unity user interface for an archery game by adding a scoreboard, timer, and start instructions with the built-in UI system, using world space canvases for clarity.
build a Unity game manager to integrate bow and arrow mechanics, target spawner, score and timer, enabling start, end, and restart flows with UI prompts.
Add automatic destruction for missed arrows, hide the cursor during play, and fix the bow power reset at round end for a smoother Unity archery game.
Add rain and dust particle effects and sparkles on arrow hits, using a collision script to instantiate impact particles at the hit position with preserved rotation.
Add background music and 3D and 2D sound effects in Unity, assign audio clips, and trigger bow stretch, arrow shoot, and target impact events.
Balance game audio with Unity's audio mixer by creating a master and groups for music, background sounds, and effects; adjust volumes, test in play mode, and apply sfx reverb.
Making a Video game can be a fun but also very challenging Task. It is all about getting familiar with the process.
In this course, we try to breakdown the game development process by building a fun archery game that can be played on both Windows and Mac Os. We will be using the Unity game engine and work with its various subsystems.
In this Unity course, you will:
Master C# concepts such as variables and if statements
Detect collisions, receive user input, and create player movements
Collect and destroy game objects
Build the Animation Systems
Control objects influenced by the physics system
Implement sound effects, background music, and particle effects
Navigate the Unity Engine and discover unique features such as the Asset Store
And more!
In this course we will first start with a blank project, then set up the environment for our game and later we'll dive into the scripting. We will walk step by step through every line of code we write. Though it is essential to be familiar with scripting to get most out of this course, there is still a lot to learn about programming games as we try our best to cover and explain the absolute basics.
Further, we will also learn how to use animated objects with Unity's physics system and learn concepts like Quaternions to deal with rotations. We will also add collectibles in the game and an Enemy bird AI.
This course will help you build commercial quality games with polished assets and cinematic effects. Get access to the unique artwork provided by this Unity course and add sophisticated features to your games that make you look like you’ve been programming for years.
By the end, we will have a fun game that can be shared with others.
Why Learn Game Development with Unity?
The gaming industry is a $100 billion industry worldwide. By 2020, that number is expected to near $120 billion. With Unity being the most widely used engine to develop games across multiple platforms, there has never been a better time to get into the field. As you will learn, the types of games you can create with Unity and C# are limitless. Game development makes a great hobby, allowing you to learn a new skill and play your game with family and friends. It is also an exciting and rewarding career, where plenty of successful developers, have learned the fundamentals of game development through courses like this, and not in the traditional classroom setting. Every great game starts somewhere, so why not make it yours? While people often find coding or making games intimidating, this Unity course utilizes a unique teaching method that will allow you to gain a thorough understanding of concepts while you develop your games. Thanks to the Unity community, you’ll be able to connect with other developers, work together on new projects, and make some incredible games!
Everyone using the Unity engine will benefit since we comprehensively cover how to correctly use many of it's more advanced systems e.g., navigation and pathfinding, animation state machines, physics, and so on.
Join us on this adventure today! We’ll see you inside the course.