Houdini粒子能量积聚传送门hip工程文件

Started as a quick particle R&D, using POP forces (POP Wind, POP Axis Force, POP collision detect, POP attract).
The development of the particle sim was fast, took about 3-4 hours.
After I liked the look, I decided to make a small scene with it.
Later added small RBD rocks on the ground, Papers using Vellum, and a shockwave with a pyro solver.
Animated the camera in Cinema 4D, all the effects exported to C4D as an RS Proxy and rendered with Redshift.
HIP File, only the particle simulation
gumroad.com/l/pJeTn
I hope you like it!
翻译：
开始使用POP力（POP风，POP轴力，POP碰撞检测，POP吸引）进行快速粒子研发。
粒子模拟的开发速度很快，大约需要3-4个小时。
在喜欢了外观之后，我决定用它制作一个小场景。
后来在地面上添加了小RBD岩石，使用Vellum的Papers和带有热解算器的冲击波。
在Cinema 4D中对摄影机进行动画处理，将所有效果作为RS代理导出到C4D，并使用Redshift进行渲染。
HIP文件，仅粒子模拟
我希望你喜欢它

 

 

 

原文链接：http://vfx-shop.com/archives/2912，转载请注明出处。