README.txt

# Capstone Project



This project is part of [Udacity](https://www.udacity.com "Udacity - Be in demand")'s [VR Developer Nanodegree](https://www.udacity.com/course/vr-developer-nanodegree--nd017).


Find the link to a walkthrough video [here](https://www.udacity.com/course/vr-developer-nanodegree--nd017).



***`Tested on Android API version 24.( Samsung Galaxy S7)`***



## Built using

- Unity 2017.1.0f3

- Google VR sdk v1.70.0

- iTween

## List of Achievements


### Fundamentals

| Achievements | Points |

| ------ | ------ |

| Scale achievement | 100 |

| Animation achievement | 100 |

| Lighting achievement | 100 |

| Locomotion achievement | 100 |

| Video Player achievement | 200 (2x) |

| **Total** | **600** |



### Completeness

| Achievements | Points |

| ------ | ------ |

| Diegetic UI achievement | 250 |

| 3D Modeling achievement | 250 |

| Photogrammetry achievement | 250 |

| **Total** | **750** |



### Challenges

| Achievements | Points |

| ------ | ------ |

| User Testing achievement | 500 (2x) |

| **Total** | **500** |

## Pre-Production and Scope Reduction
||Idea Description|Feasibility|Scope|Implemented|
|1.|Scene 1 Two buttons – each button would load different scenes. Based on button click, move to different scene
Scenes would be a 360 video of an adventure sport or a maze game|Possible|Out of scope|No|
|2.|Speech recognition to move to different scene|Not possible|Out of scope|No|
|3.|Video player on a TV game object|Possible|In scope|Yes|
|4.|3d scan of a TV|Not possible|Out of scope|No|
|5.|Un winnable game to play|Possible|In scope|yes|
|6.|Implement minimax algorithm|Possible|Out of scope|No|
|7.|Cloud compute minimax algorithm|Possible|In scope|Yes|
|8.|Tic Tac Toe	Possible|In scope|Yes|
|9.|3d scan of the Cardboard viewer with Udacity branding|Possible|In scope|Yes|
|10.|Low polygon model of TV|Possible|In scope|Yes|