3D Code Exercise

Write a code to meet the following requirements.

• Create 3D rooms. Room is a cube. Must see rooms through the semi-transparent wall. Build a pattern of room as in the image below.

• Wall of a room must be opaque if there is no room next to it. Rooms must be seperated by semi-transparent wall to see the range of rooms.

• Make sure there aren't any roofs parts. We must be able to see down from above (at an angle).

• Make sure when it loads, the camera is at the right perspective. It should be like a drone at certain height in the sky. It should be able to look through the halls from above (at an angle).

• Should be able to view the file in a web browser. It should probably output a file that can be loaded into HTML in 3d. X3DOM, or VRML, or .x3d, etc.

• Encouraged to implement Quaternion Rotation for extra credit.

Notes

• three.js is a cross-browser JavaScript library and application programming interface used to create and display animated 3D computer graphics in a web browser using WebGL.
• There are lots of examples that can be referenced.
• You are free to use, write your code in any framework.
• Your code should run and should able to see the desired output in 3D view.

Instructions

1. Fork the repository.

2. Create a seperate file for the assignment.

3. Push your branch and create a pull request on GitHub.

4. example.html is one example for reference done with three.js.

5. Extra Credit: If showcased understanding of Quaternion Rotation.

References

• Pkg

• GitHub

• 3D transformations

• Quaternion Rotation

• https://redstapler.co/add-3d-model-to-website-threejs/

• https://www.argyllcms.com/doc/3dformat.html

• https://www.vectary.com/3d-modeling-blog/3d-web-embed-guide

• https://medium.com/samsung-internet-dev/adding-3d-models-to-your-website-d374a8cbbadd