Large scene optimization and enhanced special effects functions

From the first contact with Blender to the present, Blender has become more and more powerful, but the gap compared with software of the same type is still not small.

1. Large scene performance optimization: It is hoped to enhance the computing performance of the software, and comprehensively improve the performance of Blender through various means such as multi-threading, GPU acceleration, and algorithm optimization to meet the needs of handling large projects and improving work efficiency.
2. Enhanced special effects functions: 1. Add more particle control parameters and effects, such as particle collisions, particle emitter types, etc. 2. Fluid simulation optimization: Improve the accuracy and efficiency of fluid simulation to enable it to simulate more complex fluid effects. 3. Rigid body and soft body dynamics: Enhance the simulation ability of rigid body and soft body to achieve more realistic physical effects. 3. Cloth simulation: Improve the cloth simulation function to make it easier to create and control realistic cloth effects. 4. Smoke and flame simulation: Provide more accurate smoke and flame simulation. 5. Magic and special effect elements: Add specific magic effects, energy beams and other special effect elements.
3. Animation system improvement: Hope to be able to edit animation curves in the view.
4. UI interface optimization: The current UI interface of Blender is very unfriendly to new users, even for old users. It is hoped that the future UI design can be more intuitive, easy to operate, and reduce the learning curve.