强大的PDG wedge:替代for循环的新技术PDG | Wedging a Compile SOP Network

强大的PDG wedge:替代for循环的新技术PDG | Wedging a Compile SOP Network

Learn how to setup a Top Geometry SOP to process its input through a compiled SOP network, while wedging the parameters of the network with TOP attributes. This technique can be used in replacement of a SOP For-Loop. One benefit of this approach is that the parameters being varied can be set and analysed independent of the network itself. Also, the network is both compiled and then run in parallel as opposed to sequentially. A limitation is that the nodes used in the network must be compilable, but fortunately most SOP nodes are. A compiled SOP For-Loop set to be multi-threaded will have the same limitations and performance, though users may find this method easier to setup.
谷歌翻译:
了解如何设置“顶级几何图形” SOP以通过编译的SOP网络处理其输入,同时使用TOP属性对网络参数进行分类。此技术可用于替换SOP循环。这种方法的一个好处是可以独立于网络本身来设置和分析变化的参数。同样,网络既被编译,又与顺序运行相反,并行运行。一个限制是网络中使用的节点必须是可编译的,但幸运的是大多数SOP节点都是可编译的。尽管用户可能会发现此方法更易于设置,但设置为多线程的已编译SOP For-Loop设置将具有相同的限制和性能。

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