INTRODUCTION
As technology advances, it becomes easier to blur the line between the digital and physical world. It's fascinating to consider how this integration could evolve in the future, as we continue to shape our interactions with the world around us.
Stones in the Sword is an AR-based scavenger hunt game that challenges players to search for gem silhouettes scattered around campus. After collecting all four silhouettes, players can combine them to create their own magical, elemental sword. Join us on this exciting adventure!
ON-SITE OBERSERVATIONS
VISIT TAKEAWAYS
RPG RAID BOSS
LOFI PROTOTYPE
USER FLOW
Our advisor suggested simplifying our project due to time constraints. They proposed removing the boss fight, while retaining the AR integration and item search. As the internet will likely be poor during Imagine RIT, we also need to drop the multiplayer aspect.
AR SCAVENGER HUNT LOFI PROTOTYPE 2
We shifted our focus to the AR search feature and dropped the raid boss. Our main focus now is a scavenger hunt for hidden AR markers around our exhibit.
USER FLOW REVISED
MOODBOARD
Our concept was inspired by the fantasy/action/adventure genre and Arthurian legends, along with other media such as The Legend of Zelda, Monster Hunter, and more. The narrative, visual style, and themes all reflect these influences.
UNUSED GUARDIAN DESIGNS
I designed a concept for the former Raid Boss (now Mascot) that meets my criteria of being both formidable and fitting with the fantasy style while remaining kid-friendly.
OVERALL FEEDBACK
Our advisor recommended expanding our app beyond the exhibit by utilizing outdoor spaces. They suggested dropping the guardian mascot and focusing on refining the sword designs as they are the main reward for visitors. This was to ensure timely completion of the project.
FINDING THE GAP
By observing exhibits at the Strong Museum, we discovered that using hallway spaces instead of a single classroom can lead to more opportunities for play and help us stand out from other exhibits at Imagine RIT.
Our exhibit's prime location meant we could make it a welcome center for visitors. Instead of confining AR markers within our space, we opted to place them in the hallways, inviting people to explore the entire floor.
USER FLOW REVISED 2
We've made significant changes to the exhibit, such as moving the AR search outside and transforming the projector into a vertical kiosk for a more personal experience.
During Imagine RIT, we realized we need to cater to visitors who wouldn't return due to the far-off exit. We decided to introduced an "easy mode" where we placed AR markers in our own exhibit. This allowed visitors to complete the experience within our exhibit, if they preferred.
EXHIBIT DESIGN
With a limited space, we prioritized creating a magical welcome center vibe. Guests could access our experience via QR code, and after completing it, could go to a kiosk to claim their prize.
THE ONBOARDING
Visitors scan a QR code on the screen and complete a brief onboarding process for the AR experience.
THE COLLECTING
Visitors can choose to either explore our app while visiting other exhibits or stay and complete the quest by finding all four AR markers within our exhibit.
THE CREATION
Visitors assemble their sword reward by dragging gems into designated places. Placements are random and the QR code they receive will reward them one of four possible swords.
THE REWARD
Visitors will show their QR code to one of our team members, who will play a reward animation from a selection of four. Afterward, visitors can take a picture in front of the animation.
STICKERS AS A REWARD
After the animation and picture-taking, we gave a sticker based on the visitor's received sword, incentivizing many to come back and play again for a new sticker.
ART DIRECTING
It's crucial to consider device and technology while designing. I learned Three.js and GLSL to art direct the textures, colors, and effects for our web app experience. Check out the demo!
Learning to work in a team of designers and developers was an excellent experience. We overcame obstacles and learned to work with limitations to create the desired game, while also discovering the importance of playtesting and adapting to new technology.
