Good ZZ Variants?

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Good ZZ Variants?

Hello!, I'll ask you which variant of ZZ you like the most, (assuming you're a ZZer), I know ZZ-A with ZBLL is the best but I want to see what people think are good variants. In my personal opinion, ZBLL is pretty good but it has way too many algorithms.
COLL + EPLL is good because it is fast and doesn't require many algorithms.
Note that this is not a SHORT poll, if you want, you can see the ZZ method page here: https://www.speedsolving.com/wiki/index.php/ZZ_method and see what are the variants that you will choose.

The explanation is a bit crappy so please don't murder me if they're wrong, just let me know which explanation is wrong :)

Choose the ZZ variant below ↓

OCLL + PLL: Beginner Variant, you use OCLL and PLL algorithms to solve the LL.

OCELL + CPLL: Orients the LL corners while permuting the LL edges this leaves you with a CPLL.

ZZ-A: ZBLL variant but you don't necessarily need to use full ZBLL.

COLL + EPLL: Use COLL to orient and permute the LL corners and EPLL to solve the edges

NMLL: This uses matching or non matching blocks to solve the last layer.

ZZ-top: You only need to orient the F2L edges and do not need to orient the LL edges

ZZ-B: During LS, the edges are phased and ZZLL is used to finish the LL in one look.

ZZ-Reduction: The first step is the same as ZZ-b then you solve the LL in two look.

ZZ-WV and ZZ-SV: In here, during the last slot, WV or SV is used to skip OLL.

ZZ-WVCP and ZZ-SVCP: During LS, you skip OLL and solve the LL corners using WVCP or SVCP.

ZZ-c: The LL corners are oriented similarly to WV but has more flexibility and cases.

ZZ-blah: Set up the LL corners in a way during insertion in LS that you get a Pi or H ZBLL case.

MGLS-Z: Full explanation in the ZZ page in the SpeedSolving Wiki.

EJLS: Similar to MGLS-Z but has less algorithms.

ZZ-CT: A 2LLSLL method proposed by Chris Tran that uses unique 2LLSLL approach.

ZZ-C++: A hybrid of ZZ-C and ZZ-CT.

ZZ-LSE: Place the EOLine edges in DR and DL, solve F2L, solve the LL corners and do LSE.

ZZ-Portico: Solve the DF edge at the end. The moveset are larger than normal ZZ.

ZZ-Zipper: Use L5CO and L5EP to solve the LSLL.

ZZ-Tripod: Full explanation in the ZZ page in the SpeedSolving Wiki.

ZZ-d: Before completing the left block, permute the corners and 2GLL is used to finish LL.

ZZ-Orbit: Permute the corners during the insertion of last pair, finish LL with 2GLL.

ZZ-z: Full explanation in the SpeedSolving Wiki.

ZZ-Porky V1: D corners are put on the D layer not necessarily permuted, use an alg to solve CP

ZZ-Porky V2: Full explanation in the SpeedSolving Wiki.

ZZ-Rainbow: Explanation is too long, they are in the SpeedSolving Wiki.

CPLS + 2GLL: After solving ZZF2L-1 slot, insert the edge, then insert the final corner while solving CP, then 2GLL finish..

ZZ-Snake pattern: Explanation is too long, they are in the SpeedSolving Wiki.

WaterZZ: Start with EO222, then solve a square and a pair followed by L5CO and L6EP to finish.

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