A guide on how to make the following games in Unity: Color Switch, aa, Flappy Bird, Dino T-Rex also learn Learn Android Game Development
Requirements
- Have Unity installed on your computer
- Know the basics of navigating Unity
- Know the basics of C# (other programming languages might be useful if you don’t know C#)
- Download the necessary files (Sprites, sounds, fonts, etc.) (A link will be provided at the beginning of the course)
Description
The popularity of creating Android games is spreading throughout the globe. Right now, all of us are residing in the age of applications and video games. This course will teach you all you need to know, whether you want to learn and practice C# abilities or you want to be creative and make your own game.
Remaking well-known Android games is the best method to learn how to create your own unique games.
- Use different types of Colliders, Triggers, Rigidbodies,
- Create endless games
- Create menus and buttons
- Randomly spawn objects
- Use particles
- Animate objects
- Add sound effects
- Add and save high-score
- Run the game on your Android device
and many more interesting lessons are waiting for you in this course. recreate Flappy Bird, Dino T-Rex, Color Switch, and aa! You will receive all the sprites, fonts, icons, and sounds that are required.
You will get access to valuable knowledge if you recreate all four games. Every game can also be customized by you and uploaded to the Play Store.
This course will assist you in turning your idea into a playable game if you have one that has the potential to become the next big, addicting game. This will be accomplished using C#, a straightforward and effective object-oriented programming language, along with Unity, the ultimate game development environment appropriate for both amateurs and experts. The four games we’ll recreate will work on the most widely used Android versions (From Jelly Bean, all the way up to Android Oreo).
You’ll learn how to make projects and import provided sprites throughout the course of 64 courses, or a total of seven and a half hours. RigidBodies, Colliders, and Triggers, as well as how to add them to objects and use them in C# scripts, are crucial concepts for novices. Next, we’ll go into great detail on how to use scripts to move, run, fly, stop, jump, etc., over things.
Learning how to animate objects, add particles to the game to make it more dynamic, and add sound clips for sound effects is the next step in the learning process.
Every game designer must understand how to include a score, game over, and menu. You will learn how to achieve it in this course in a variety of methods.
No game would be complete without obstacles, so we’ve covered a few different techniques for spawning them.
You only need to install Unity and concentrate on studying from our course.
Who this course is for:
- Anyone who wants to become an Android game developer
- Anyone who is interested in coding and Unity
- People who are trying to learn and/or practice C# on real projects
how to make games for android?
To make games for Android, you can use a variety of tools and approaches. Here are some general steps you can follow:
1. Choose a game development engine or framework: There are many engines and frameworks available that can help you create games for Android. Some popular options include Unity, Unreal Engine, and GameMaker. Each of these tools has its own set of features and capabilities, so you’ll want to choose the one that best fits your needs and goals.
2. Design your game: Before you start building your game, it’s important to have a clear plan in place. This includes deciding on a game concept, creating a story and gameplay mechanics, and sketching out some rough artwork.
3. Build your game: Once you have a clear plan in place, you can start building your game using your chosen game engine or framework. This process will involve creating assets (such as art and sound effects), scripting gameplay mechanics and logic, and testing and debugging your game to ensure it’s functioning as intended.
4. Test and debug your game: As you build your game, it’s important to regularly test it to ensure it’s functioning correctly. This may involve running the game on different devices and operating systems, as well as fixing any bugs or issues that arise.
5. Publish your game: Once your game is complete and fully tested, you’ll need to publish it to the Google Play Store or another app store so that users can download and play it. This process will involve creating a listing for your game, uploading the game files and any necessary graphics, and setting a price (if applicable).
Keep in mind that making games for Android can be a complex and time-consuming process, and it will likely require a combination of programming skills, artistic talent, and attention to detail. However, with the right tools and resources, it can be a rewarding and enjoyable experience.
how to make 3d games for android without coding?
It is possible to make 3D games for Android without coding by using a game engine or framework that includes a visual scripting system or drag-and-drop interface. These types of tools allow you to create games by visually assembling pre-made building blocks or components, rather than writing code. Here are some general steps you can follow to make a 3D game for Android without coding:
1. Choose a game engine or framework: There are several game engines and frameworks that offer visual scripting or drag-and-drop interfaces, including Unity, Unreal Engine, and GameMaker. Each of these tools has its own set of features and capabilities, so you’ll want to choose the one that best fits your needs and goals.
2. Design your game: Before you start building your game, it’s important to have a clear plan in place. This includes deciding on a game concept, creating a story and gameplay mechanics, and sketching out some rough artwork.1
3. Build your game: Once you have a clear plan in place, you can start building your game using your chosen game engine or framework. Depending on the tool you’re using, this may involve dragging and dropping pre-made components or blocks into a visual editor, or using a visual scripting system to create gameplay mechanics and logic.
4. Test and debug your game: As you build your game, it’s important to regularly test it to ensure it’s functioning correctly. This may involve running the game on different devices and operating systems, as well as fixing any bugs or issues that arise.
5. Publish your game: Once your game is complete and fully tested, you’ll need to publish it to the Google Play Store or another app store so that users can download and play it. This process will involve creating a listing for your game, uploading the game files and any necessary graphics, and setting a price (if applicable).
Keep in mind that while visual scripting or drag-and-drop interfaces can make game development more accessible to those who are not experienced programmers, they may still require a learning curve and some technical knowledge to use effectively. Additionally, these types of tools may have limitations in terms of the complexity and scope of games that can be created with them.