Abstract
To Be Captured, a 3D animated short, utilizes some toys as the film’s main characters to increase the sense of artificiality, while trying to animate their movements as closely to the forces of the real world as possible. It tells a story of a group of stuffed animals enclosed in a doll claw machine waiting to be captured. The main character, one of the smarter toys, is a seahorse who plays tricks to be captured when a little girl starts to play the game. Once out of the box, he despairs realizing that the girl is a fanatic who only cares about catching the biggest toy in the machine, which is the bear. While playing, she becomes furious when she fails to capture her prize. The bear in the box trembles with fear when he witnesses her ill-treatment of her previous prizes, the carrots and the seahorse, and he begs for help. The animals work together to protect the bear and then have to rely only on themselves to face the challenges of a truly free life. This thesis short shows that the use of fictional narrative, artificial stage setting, and anthropomorphic dolls in an animated film featuring toy characters can still produce a strong sense of realism if viewed from Brecht’s A-Effect perspective and balanced with the realistic representational approaches in animation, such as facial expression personification, varied camera angles, detailed movement analysis, expressive area lighting design, and texture parameter adjustment. This thesis presents a journey of exploration of how to create this fantasy short film and animate it in a realistic manner.
Library of Congress Subject Headings
Computer animation--Technique; Computer animation--Themes, motives; Toys--Drama
Publication Date
12-8-2022
Document Type
Thesis
Student Type
Graduate
Degree Name
Film and Animation (MFA)
Department, Program, or Center
School of Film and Animation (CAD)
Advisor
Peter Murphey
Advisor/Committee Member
Mark Reisch
Advisor/Committee Member
Carl Dong
Recommended Citation
Ma, Suien, "To Be Captured" (2022). Thesis. Rochester Institute of Technology. Accessed from
https://repository.rit.edu/theses/11336
Campus
RIT – Main Campus
Plan Codes
FILMAN-MFA