On the screen, the Cat Shrine Maiden appeared. Usually, these models were stiff, their movements limited by the rigging of their digital bones. But as she stepped forward, the physics engine didn't just simulate gravity; it simulated weight . Her ceremonial robes didn't just clip through her body; they folded, catching the light of the digital lanterns beside her.
By using sophisticated mesh deformation, the developers create a sense of 3D space within a 2D environment, making the "catch" mechanics feel more impactful.
The term "tentacl" in the context of Live2D is often used to describe a specific style of physics chain. In traditional, lower-quality models, movement is often binary—parts move up and down or rotate on a pivot. However, high-end models utilize a "chain" system similar to inverse kinematics or bone chains used in 3D animation.
Elias froze. "I... what?"
On the screen, the Cat Shrine Maiden appeared. Usually, these models were stiff, their movements limited by the rigging of their digital bones. But as she stepped forward, the physics engine didn't just simulate gravity; it simulated weight . Her ceremonial robes didn't just clip through her body; they folded, catching the light of the digital lanterns beside her.
By using sophisticated mesh deformation, the developers create a sense of 3D space within a 2D environment, making the "catch" mechanics feel more impactful.
The term "tentacl" in the context of Live2D is often used to describe a specific style of physics chain. In traditional, lower-quality models, movement is often binary—parts move up and down or rotate on a pivot. However, high-end models utilize a "chain" system similar to inverse kinematics or bone chains used in 3D animation.
Elias froze. "I... what?"
