Video and Sound Final

For our final Video and Sound project, Stuti, Sara, and I teamed up to create an interactive Alice in Wonderland themed experience in Unity. The project’s goal was to create a surreal representation of moving to NYC for the first time. The main character is a mouse that falls into a magical tunnel. At the end of the tunnel, the mouse starts its journey by navigating four subway cars. The first being a cramped apartment – next to a social/going out car – third a car where the mouse needs to navigate the crowded and confusing Manhattan streets- finally making its way to a cramped and crowded car that closely resembles real life. In the end, the mouse walks out of the final car, dropping back into reality. 

Unity screenshot

Individually each one of us contributed a car, mine being a color-blocked cramped apartment. Upon entering, the character is met with a mirror where they can check themselves out and see that they are a mouse. As they progress, everyday furniture is all over the place. A stove is upside down; food is floating, a fish tank is tipped over. In the subway windows, videos of NYC are playing on the loop. When the character walks by the tv, an invisible trigger turns it on, playing a short video of pigeons in Washington Square Park. Finally, the faint sounds of neighbors can be heard through the walls.

Unity screenshot

Unity screenshot

The team collectively worked on troubleshooting our individual cars, compiling the entire project, creating the entry and exit points, and the final car.  All three also agreed to meet up after class to further polish and expand the piece. 

Unity screenshot

Unity screenshot

Unity screenshot

Unity screenshot

Unity screenshot

Unity screenshot

Some ideas for future expansion include:

  • Having the mouse turn back into a human in the final car. 
  • Introducing scanned objects and people. 
  • Adding more cars. 
  • Making a more seamless experience. 
  • Adding more objects that we create. 

Screen shot of three people working in unity

I couldn’t ask for a better team. We spent hours on zoom collaborating, brainstorming, and laughing at all the errors we needed to fix. 

 

Final Assignment Storyboard

For our final assignment, our group that includes Stuti Mohgaonkar, Sara Ro, and myself decided to create an interactive video installation. We chose to challenge ourselves and design the experience within Unity. All three of us are new to the software but are excited to tackle the task. 

The deck below describes how our world will work. 

Opening slide to a deck on Alice and Wonderland

Slide describing the story line of Alice in Wonderland

Slide describing out our group will be using Alice in Wonderland as a reference

Slide describing the scenes of our Unity walk

Slide referencing the stops that the magical train will take

Slide describing how we will use Unity as an interactive tool

Before creating the deck, we watch Ira Glass speak on Storytelling, and we watched the 2010 Tim Burton Alice in Wonderland remake. Both sources gave us inspiration and clarity on how to weave a storyline throughout a narrative. While discussing this project we flagged and are being conscious of how we could easily just focus on creating a visually interesting world without creating the story arc. 

Virtual Sound Walk – First Steps In Unity

This week Shannon Hu, David Leyva, and I  collaborated on a virtual sound walk using Unity. The goal was to build a wilderness themed maze using assets from the Unity Store and sound triggers. As the player progresses through the maze, they would encounter various noises triggered by invisible collision frames. Our sounds would be made up of recorded and found clips that we edited in Audition. 

First, we tackled building the maze from a hand-drawn sketch. Line drawing of a maze.

Top down view of a tree maze made in Unity.

We found an asset package that included Redwood tree models that we used as the walls. From this point on, our problems with Unity began. 

  • Character Falling: We found that our character kept falling into the abyss when we hit play. After adjusting for gravity and weight of the character with no visible change, we removed the plane and used a cube as the floor. The cube idea seemed to work, but we’re not entirely sure why. 
  • Stuck Character: Visually, it appeared that we had enough room for the character to navigate the maze, but that wasn’t the case. Every few steps, our character would get tied up on a tree. I need to investigate if there is a way to map out the area that a character can and cannot walk. 
  • Sound Triggers: In our original world, the sounds played on a loop rather than triggered by the character. We later found out that we did not apply the trigger script on the trees. 

The world quickly got confusing to work with, so we deleted most of the assets and started over. 

For this second piece, we removed the idea of a maze and scattered trees simulating an old-growth forest of Redwoods. With the triggers adequately placed, the character can experience birds chirping, a wolf howling, bears growling, and a few other surprises. We also were able to import rabbits and birds that a player can find. 

In the end, we would like to add more wildlife and possibly create some creatures. We would also like to make the forest denser without altogether impeding the character from moving. 

Top down view of a unity forest scene. 

Below is a working version of the world uploaded to simmer.io. 

From this exercise, I believe that I started to grasp the basic fundamentals of Unity and look forward to creating more worlds!