In this tutorial, you’ll add closed captioning to your scene to add an extra level of accessibility to your project. By the end of this tutorial, you'll be able to: Add subtitles to a Unity project. Recommend optimization techniques for audio, given a target platform. Choose time-based or action-based methods, such as triggers or events in order to play audio clips. Add special audio effects to a scene.

In this challenge, you’ll apply what you’ve learned throughout the Creative Core pathway to your prototype. By the end of this tutorial, you'll be able to demonstrate your new skills from each domain in the Creative Core pathway.

Ragdolls are variants of animated objects whose bones are completely taken over by the force of physics. They’re most often used when a character is defeated, like in an action game when a player’s health depletes, or when you want a character’s movement to appear to be driven by physical forces. In this tutorial, we’ll create a Ragdoll using Unity’s built-in Create Ragdoll window. We'll use the Eva character in our examples, but you can use any character you want.

A profiling tool gives detailed information about how a game is performing. The Profiler window is a powerful profiling tool that is built into Unity. This tutorial describes what the Profiler window is used for and how to use it to diagnose performance problems in a game or other application.

Hand tracking is a feature that allows users to interact with applications without the need for controllers or other input devices. The Magic Leap 2 uses a combination of cameras and sensors to detect and track hand movements in real time, which allows for accurate interactions with digital objects. A selection of common gestures, such as pointing, grabbing, and pinching can be recognized by the headset and can be used in applications. In this tutorial, you will learn how to implement hand tracking and gesture recognition in a Magic Leap 2 application, including an example where hand tracking is used to manipulate meshes in a 3D model viewer.

Meshing refers to the process of creating a 3D mesh or model of the physical environment, including surfaces, edges, and corners. Unlike plane detection, which only detects flat surfaces, meshing detects all kinds of geometry. In this tutorial, you will learn how to implement meshing in an application, including an example where meshing is used to allow 3D cubes to interact realistically with the physical environment.

The Magic Leap 2 is an immersive augmented reality (AR) headset built for enterprise solutions. The device allows you to seamlessly blend the physical world with the digital world to create immersive experiences. The Magic Leap 2 is used across multiple industries for training, collaboration, remote support, visualization, creativity, and more. In this course, you will learn the fundamentals of creating applications using the Magic Leap 2. The course is made up of a series of standalone tutorials, each covering a different topic related to developing for the Magic Leap 2. First, you will get your hardware and software set up for development, but after that, you can explore the tutorials in whichever order you like.

The Magic Leap 2 comes with a single handheld controller. The controller offers six degrees of freedom (6DoF) tracking, haptic feedback, and flexible input methods, allowing for dynamic interactions with virtual objects and environments. In this tutorial, you will learn how to access and respond to input from the Magic Leap 2 controller, including an example of a typical use case where the user can toggle and control global dimming.

In this final checkpoint, you will submit your “Clone with a Twist” project in order to earn your VR Development badge and complete the pathway.

While working on projects your students may find themselves working in teams. Collaborating across multiple devices can be a challenge, but Plastic SCM helps mitigate that by allowing editor-integrated collaboration between teams.