WEEK 9: Enhancing The Scene

This week, my focus was on refining the main RBD Fracture and seamlessly integrating a particle system into the scene.

Ten Weeks of Learning and Growth

After ten weeks dedicated to this project, I've come to realize that crafting a robust rigid body dynamic simulation is no small feat. The learning curve has been steep, but the knowledge gained has been invaluable.

Optimizing Collision Objects for Accuracy

A significant breakthrough came when I revisited the collision objects, particularly Optimus Prime and his blades. With guidance from my supervisor, I successfully aligned Optimus with the correct deforming object, resulting in a more accurate emission pattern on the fracture wall.

Leveraging the RBD Material Fracture Node

The RBD Material Fracture node proved to be a game-changer. It consolidated many of the custom setups I'd been working on, significantly enhancing the realism of the fracture. A pivotal decision was segmenting the wall into two parts: the main wall and the impact area. This approach allowed for the strategic scattering of points in the impact zone and the creation of additional pieces, adding a layer of authenticity to the scene. Moreover, boosting the velocity in the impact area ensured a more dynamic expulsion of fractured pieces.

Optimization for Efficient Workflows

A thorough review by my supervisor shed light on areas for optimization. The processing time for each solver was hampering my progress, making post-simulation adjustments a cumbersome task. This revelation prompted a reevaluation of my approach, emphasizing the importance of optimizing solvers and streamlining network organization.