What was Super Mario Odyssey made on?

What was Super Mario Odyssey made on?

Released in 2017 for the Nintendo Switch, Super Mario Odyssey is a 3D platformer game that has won numerous awards and received critical acclaim for its innovative gameplay, charming graphics, and lovable characters. Developed by Nintendo, this game is a part of the Mario franchise, one of the most iconic and beloved game series of all time. In this article, we will explore what went into making this remarkable game, from its development tools to its game engines and production timeline.

Development Tools and Game Engines

When developing Super Mario Odyssey, Nintendo chose to utilize its own in-house game engine, Havok, which is a leading provider of 3D physics and animation solutions for the game industry. Additionally, the game used the Nintendo GameCube and Wii development kit as the primary development tool, which allowed the team to test and refine their creation. The game engine Unity was also used in conjunction with Havok, enabling the developers to harness the power of this cross-platform game engine for Super Mario Odyssey‘s development.

Creation of the Game’s Concepts

The development of Super Mario Odyssey began shortly after the completion of Super Mario 3D World, another notable 3D Mario title. The game’s original concept was born out of the desire to create a game that would bring players closer to the Mario brothers and their world, featuring more exploration and creativity-focused gameplay. The development team spent several years crafting a story that would see Mario embarking on an incredible adventure to rescue Princess Peach from the clutches of Bowser.

Programming Languages and Tools

Developed using a range of programming languages, Super Mario Odyssey relies primarily on C++ for its core engine functionality and C# for its scripting needs. Other programming languages like Assembly and x86 Assembly were used to optimize specific areas of the game, ensuring performance and efficiency. Version control systems such as Git and Mercurial allowed the development team to work together seamlessly, with different members contributing to different areas of the game simultaneously.

Art and Audio Direction

The art and audio direction of Super Mario Odyssey were shaped by a team of experienced industry professionals, including concept artists, 3D artists, and audio engineers. Concept art provided a visual representation of the game’s world and its characters, while 3D modeling was used to create the actual environments and characters. Environmental storytelling was incorporated, where the game’s worlds would tell a story and set the tone for exploration. Sound effects and music were created in-house, with renowned musician Koji Kondo composing the game’s soundtrack.

Release Timeline

The development timeline of Super Mario Odyssey began in 2015 and continued until its release in October 2017, a period of around two years. Pre-production began with a relatively small team, and it grew as the game took shape. The final result was a game that required over 100,000 lines of code, taking approximately 1.7 years to write, with a team of more than 100 developers, testers, and other collaborators working together to bring this groundbreaking game to life.

Key Features and Milestones

• Capture Mechanism: The game’s main feature, the capture ability, allows Mario to use Cappy to take possession of various objects, NPCs, and even enemies.

• Kingdoms and Worlds: The game is set in 32 different kingdoms, each with its own unique world, atmosphere, and challenges.

• Motion Controls: Super Mario Odyssey features innovative motion controls, allowing players to manipulate the game world by moving the Joy-Con controller.

• Mandrill: This massive, sentient creature, was added to the game later in development, allowing developers to create more challenging, physics-based puzzles.

In conclusion, Super Mario Odyssey is a result of meticulous planning, incredible talent, and an unprecedented amount of dedication from Nintendo and its development team. Through its innovative gameplay, visually stunning graphics, and addictive music, this game is an unforgettable experience that embodies the spirit of adventure, creativity, and fun.

Table: Game Specifications

Bullets: Highlights

• Havok game engine provides the game’s physics and animation solutions
• Game developed using C++, C#, Assembly, and x86 Assembly programming languages
• Unity used to develop certain aspects of the game
• Multi-year development timeline with over 100 developers, testers, and collaborators
• Innovative features such as capture mechanism and motion controls
• Multiple worlds and kingdoms with varying atmospheres and challenges
• Addictive music and sound effects throughout the game