MacOS build only.

1. Clone the repo: git clone https://github.com/KiraCorbett/playbook.git
2. Double click the Demo.zip and Spawn.zip to extract the directories.
3. Double click Demo.app to open as Unity game.

1. Clone the repo: git clone https://github.com/KiraCorbett/playbook.git
2. Ensure that you are using Unity version 2020.3.8 or higher.
3. Open the Unity environment and locate the project to open it.
4. Double-click on the scene you wish to Demo. The "Demo" scene contains object manipulation. The "Spawn" scene instatiates objects.
5. Click the "Play" button to run Unity in Game Mode.

• The Spawn scene was the initial development code for spawning cubes into the scene from a 3D button.
• Rotation is not complete; was having issues getting the x and y quaternion values. For the sake of the demo, the rotation only rotates along the y-axis. I believe that using Quaternions for a simulation of precise rotation would provide value rather than using Rotational functions built into Unity. A lot of Unity methods can "fake" physics which works for most games but when working with manipulation sometimes precise points are valuable. See more notes in Rotation.cs.
• For sake of the demo, user experience and use cases were not considered.

I have always wanted to create a view cube in Unity to mimic the movement Gizmos in Unity scenes. My initial idea was to create a mimic rotational gizmo in Fusion 360 then import it in Unity as a mesh so that rotation can take place along the x, y, and z axes in an intuitive way for the user. Some neat things I would consider expanding on after basic rotation include:

• User intuitive object manipulation tools e.g. visual gizmo for translation, rotation, and scaling.
• Real rotation with Quaternions
• Spawn an element then be able to click on any spawned element to update it's movement.