Ultimate colors matching puzzle (Android)

Ultimate Colors Matching Puzzle

 (Unity 3d, C#, Android) 2024.

Play Game!



Tools used:


Unity, C#, Adobe Photoshop, Blender.

Project Overview:


A casual puzzle game where players mix colors to match a target. The game challenges users to think creatively and test their knowledge of color theory.


Purpose and Goal:


To create an engaging mobile game that teaches players about colors while being fun and relaxing.


Core Features:


Interactive color-blending mechanics.

Multiple levels of increasing difficulty.

Unique visual effects and sound design.


Challenges Faced:


Ensuring color-matching accuracy across different screen resolutions.

Balancing level difficulty to maintain engagement.


Solutions Implemented:


Developed a custom color-matching algorithm.

Conducted user testing to fine-tune level progression.


Lessons Learned:


Enhanced my skills in game balancing and user interface design.

Gained deeper insights into mobile game monetization.


Link to the Game:


Link: Download!


Personal Contributions:

Designed and implemented the color-blending mechanics and level design alongside everything else. 


Comments

Post a Comment

Popular posts from this blog

Seigi no Ha (Ninja Stealth Game)!

Image
Seigi no Ha (Ninja Stealth Game) (Unity 3D, C#) 2016-2020, WIP.           Tools and Technologies Used Unity, C#, Blender, Photoshop, Marvelous Designer, Daz 3D and more. Project Overview Seigi no Ha is a ninja stealth game set in 16th century Edo Japan. Players take control of two main characters, which they can seamlessly switch between during missions to outmaneuver guards and achieve their objectives. The game incorporates features inspired by iconic titles: Moon Eye Feature: Players can mark multiple targets on enemies and execute a synchronized attack. Slow-Motion Aiming: Enhances precision during combat. Fighting System: Engages players in dynamic close-combat battles. Character Switching: Inspired by GTA V, this allows players to switch between the two characters to strategize during gameplay. Purpose and Goal The goal of Seigi no Ha was to fill the gap in the gaming market for authentic shinobi and ninja games with a focus on the old era. It draws inspir...
Read more

Midnight Racer! (PC)

Image
Midnight Racer   (Unity 3D, C#) 2024 . Play the game Now! Tools and Technologies Used Unity, C#, Blender, Photoshop. Project Overview Midnight Racer is an action-packed racing-fighting game that blends high-speed racing with intense combat mechanics. Designed for fans of arcade-style gameplay, it offers a thrilling combination of adrenaline-pumping races and story-driven battles. Purpose and Goal The game was developed to captivate players who enjoy racing games with an engaging narrative. By adding storytelling elements to traditional racing gameplay, it provides a unique experience that goes beyond simple racing mechanics. Core Features 7 Game Modes: Battle, Race, Story, Maze, Multiplayer, Stars Collection, Free Play. Advanced AI Opponents: AI cars with strategic combat behavior, prioritizing weapon acquisition and engaging opponents dynamically. Dynamic Maps: Maps are designed for both racing and combat scenarios, providing versatility and excitement. Challenges Faced Developing...
Read more

This is SPARTA! (PC/Android).

Image
This Is Sparta!! (Unity 3D, C#)(PC/Android) 2024. Play Now! Tools and Technologies Used: Unity, C#, Blender, Photoshop. Project Overview: "This Is Sparta" is a casual puzzle game where players strategically kick enemy soldiers through levels to deal damage and earn points. The gameplay is designed around fun ragdoll physics and satisfying visual effects as players watch enemies being destroyed. Core Features: Fun ragdoll physics gameplay. A satisfying experience watching the enemy get destroyed. Body parts dismemberment (requested frequently by players). Challenges Faced: Handling the complexities of ragdoll physics, especially ensuring the rigidbody velocities remain within safe ranges. Implementing body dismemberment in a way that was both functional and visually appealing. Solutions Implemented: For the ragdoll physics, I implemented checks on the velocity of the rigidbodies to maintain control over the physics interactions. To achieve body dismemberment, I created separat...
Read more