[100% Off Udemy Course] how to make mobile game with 3000 levels in 30 min

[100% Off Udemy Course] how to make mobile game with 3000 levels in 30 min

"Learn to Build, Customize, and Monetize Your First Mobile Game in Just 30 Minutes!"

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Creating a mobile game with 3,000 levels in 30 minutes might sound impossible, but it is actually achievable with the right approach. Here’s how you can develop such a game quickly by leveraging the power of simple game mechanics, modular design, and automation. This guide will walk you through the basic steps you’d learn in a course, covering level generation, core game mechanics, and strategies to keep your project manageable and efficient. While it won’t make you a master game developer, it will provide you with a solid understanding of how to create an engaging mobile game quickly.

Step 1: Understand the Game Concept

The first step is to simplify your concept. To make 3,000 levels possible within a short development time, choose a game type that is easy to scale. Some examples of game types that are straightforward to generate at scale include:

Puzzle games (e.g., match-3, tile matching)

Endless runners with procedural obstacles

Quiz or trivia games with question pools

Maze or pathfinding games

Let’s say we’re making a simple match-3 puzzle game. By designing a base template and varying the elements (e.g., color, difficulty, or arrangement of pieces), we can generate thousands of unique levels.

Step 2: Choosing the Right Tools

For a beginner-friendly approach, tools like Unity and GameMaker are ideal for creating mobile games. Unity, in particular, is popular because it has extensive tutorials, community support, and a library of assets and scripts to make development easier.

Unity: A powerful game engine suitable for both 2D and 3D games. Unity’s Asset Store provides access to assets that can make building levels faster and easier.

GameMaker Studio: Another excellent choice for simpler 2D games, often favored by indie developers for its ease of use.

If you’re entirely new to game development, follow tutorials that specifically focus on 2D games, as they are typically simpler to create and perfect for mobile gaming.

Step 3: Develop a Modular Level Design

Once you’ve set up your game engine, start with a base level. The trick to creating thousands of levels is to establish a modular approach, meaning you create small, reusable components that can be mixed and matched to produce variations.

For our match-3 game example, we’d need:

1. A tile grid: Where the game pieces are arranged.
2. Game pieces: Different colors or shapes.

Objectives: Such as clearing certain tiles or achieving a target score within a move limit.

The level’s difficulty can be scaled by adjusting the layout of the pieces, changing the objectives, or adding obstacles. By setting rules for difficulty scaling (e.g., increasing the variety of colors or piece arrangements), you can quickly create many levels with distinct challenges.

Step 4: Automate Level Generation

Once the base level and game mechanics are set, we can automate the generation of levels. This is where you can save a massive amount of time. By using Unity’s scripting capabilities or an external level generator tool, you can automatically produce levels with varying parameters.

Here’s how you can automate level creation in Unity:

Script random level generation: Write a script that randomizes the grid arrangement, types of pieces, and objectives.

Establish difficulty progression: Define a difficulty curve so that the first levels are easier, with gradually increasing challenges as the player progresses.

Automate testing: Use the Unity Editor’s Play Mode to quickly test each level to ensure it’s playable and meets difficulty standards.

Alternatively, there are plugins and level generators that can be customized for match-3 or other puzzle games. This helps ensure your levels are not only random but also engaging.

Step 5: Create a Level Map

In mobile games with thousands of levels, a level map or “world map” is essential for navigation. Players can select levels, view their progress, and revisit previous levels.

To create a level map:

Design the layout: Use simple 2D graphics or icons to represent each level.

Connect levels with progression: Create a path or unlock system so that players can only proceed after completing previous levels.

Integrate rewards: Show stars or badges for each level to incentivize players to improve their scores.

This adds a layer of polish to your game, providing a cohesive experience and making it easier for players to track their progress through 3,000 levels.

Step 6: Implement Core Game Mechanics

With levels generated, now it’s time to focus on the gameplay itself. Core mechanics include matching tiles in a match-3 game, moving characters in a runner game, or answering questions in a trivia game.

If we use a match-3 game as an example, these are some essential mechanics:

Tile Matching: Players swipe tiles to make matches, either horizontally or vertically.

Score System: Players earn points for each match, with higher scores for combos or chains.

Power-ups: Add simple power-ups, like row-clearing tiles, to enhance gameplay and help players pass difficult levels.

In Unity, you can create these mechanics through simple scripts and event triggers, with tutorials or assets available to assist. Focus on making the gameplay fun, as it’s the heart of your game and will keep players engaged across thousands of levels.

Step 7: Add Basic UI and Game Elements

Even in a game with thousands of levels, an intuitive UI is key. Design a menu that allows players to start new levels, view scores, and access options.

Essential UI elements include:

Main Menu: To start the game, view level progress, and adjust settings.

Pause Screen: So players can pause the game and resume later.

Score and Objectives Display: Showing the player’s score and level objective is critical for keeping players informed.

If you’re using Unity, it’s fairly straightforward to set up UI components, as Unity’s UI system offers pre-made buttons, panels, and sliders.

Step 8: Test and Optimize

Testing is crucial to make sure all 3,000 levels are working correctly. Automated testing in Unity can save time, especially for verifying level completion and functionality.

Playtesting: Manually test a sample of levels to ensure they work as intended.

Optimize performance: Mobile games need to run smoothly, especially with so many levels. Reduce the number of objects on screen, optimize textures, and use simple animations to keep performance steady.

Collect feedback: If possible, get feedback from test players to improve gameplay and identify issues.

Step 9: Add Monetization

Monetizing your game can make it sustainable and profitable. Common monetization strategies include:

Ads: Implement rewarded ads where players can earn bonuses for watching.

In-app purchases: Sell power-ups, extra lives, or cosmetic items.

Subscription options: Offer an ad-free experience or exclusive levels to subscribers.

Unity provides tools to implement these features easily, or you can integrate third-party SDKs for ads and in-app purchases.

Step 10: Deploy and Promote

Once the game is complete, it’s time to publish and promote it.

Publish to app stores: Follow the steps to publish on Google Play and the Apple App Store. Make sure to comply with app store guidelines.

Market your game: Utilize social media, gaming forums, and influencer marketing to gain visibility.

Encourage reviews: Good reviews improve visibility, so encourage players to leave positive feedback.

Conclusion

By following this plan and automating where possible, creating a mobile game with thousands of levels in a short time becomes achievable. The key is to simplify gameplay, build modular elements, and leverage automation tools. Courses on platforms like Udemy can provide in-depth guidance, with step-by-step instructions, templates, and scripts to help you through each stage.

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