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ชิ้นงานKMITL Expo 2025Cluster 2025ป. ตรี โครงงานพิเศษ
Directing
for
3D
Animation
“The
Red
Mist”
คณะสถาปัตยกรรม ศิลปะและการออกแบบ, นิเทศศิลป์, ศิลปกรรมศาสตรบัณฑิต สาขาภาพยนตร์และดิจิทัล มีเดีย
AI Translated
Directing for 3D Animation “The Red Mist”

Innovation Owner

NM

Mr. NOPPAWAT MENLAEM

Student

Details

The thesis artwork “The Red Mist” is a 3D animation adapted from Assistant Professor Chatnarong Wisutkul’s 2003 short story. It depicts a future world where survivors rely on breathing machines, highlighting the necessity of human cooperation during crises.

The thesis artwork titled “The Red Mist” presents a narrative adapted from a short story of the same name by Assistant Professor Chatnarong Wisutkul in 2003. The story is set in a future world where people's greed and selfishness have led to a war, forcing them to rely on "breathing machines" to survive in the "red toxic mist."

  • Phakin, a 15-year-old boy, embarks on a journey with a group of refugees through abandoned cities.
  • They encounter a boy without a breathing machine who has recently lost his father.
  • Phakin decides to help him, despite objections from others.
  • When Phakin collapses while saving the boy, the others are moved to join forces and save them both.

Phakin demonstrates that in difficult times, humans must cooperate and help each other rather than being divided and selfish.

Directing for 3D Animation “The Red Mist”
Directing for 3D Animation “The Red Mist”
Directing for 3D Animation “The Red Mist”
Directing for 3D Animation “The Red Mist”
Directing for 3D Animation “The Red Mist”
Directing for 3D Animation “The Red Mist”
Directing for 3D Animation “The Red Mist”
Directing for 3D Animation “The Red Mist”

Objective

The objectives of this project are to study the adaptation of a short story into a 3D animated film and to explore animation production techniques using Motion Capture.

  1. To study the adaptation and development of the short story "The Red Mist" into a 3D animated film.
  2. To study animation production techniques using Motion Capture.