Standard CPLS is a very small subset for when your last layer edges are oriented, in which, you use your last pair to permute your last layer corners. If your last layer edges are oriented before this step then, you will always get a 2-gen last layer.
This is probably only useful in combination with LCEO, maybe OH or Roux, or for bigger cubes like 6x6 and 7x7 - never have to turn the F face for the rest of the solve - and 2-gen last layer for big cubes can be especially nice when CPLS gives you an easy 2-gen ZBLL.
Having 6 different CPLS cases for each of the 27 WV cases to always flip AND skip corners would be cool - you could always force an ELL from the last slot - but we need to gen those 162 algs... 162 is nothing though, if it means you always get a sub 1-2 last layer.. *coughs* @FeliksZemdegs
Alg Count - 6
This is probably only useful in combination with LCEO, maybe OH or Roux, or for bigger cubes like 6x6 and 7x7 - never have to turn the F face for the rest of the solve - and 2-gen last layer for big cubes can be especially nice when CPLS gives you an easy 2-gen ZBLL.
Having 6 different CPLS cases for each of the 27 WV cases to always flip AND skip corners would be cool - you could always force an ELL from the last slot - but we need to gen those 162 algs... 162 is nothing though, if it means you always get a sub 1-2 last layer.. *coughs* @FeliksZemdegs
Alg Count - 6