On a NDL dive, which computers' NDLs are not affected by GFLo?

Or in other words, GFHi is the sole relevant GF input to determine NDL.

(Computer list/info from @scubadada post (Question about dive computers).

From SB I only know of one computer's result. Do anyone have / know for the other computers?

GFLo irrelevant:
Shearwater runs Buhlmann ZH-L16C with preset or custom GFs, variable from conservative to liberal, HAI (PPS)

GFLo relevant:
?

[EDIT - lists amended as per ScubaDada's post #2]
It should be easy to tell for those computers that have Custom GFs if GFLo affects NDL via the dive plan mode (and keeping GFHi unchanged). Computers that fall into this category:

Divesoft runs Buhlmann ZH-L16C with custom GFs, variable from conservative to liberal
Garmin runs Buhlmann ZH-L16C with preset and custom GFs, variable from conservative to liberal
Ratio runs Buhlmann ZH-L16B with preset and/or custom GFs, variable from conservative to liberal, HAI
Mares - Genius

For the remaining (ZHL-16) GF computers that don't have a Custom GF function (and not allowing GFHi to remain fixed) I guess the answer would involve the manufacture's/coding insight:

Divecomputer.eu/ Deep 6 Buhlmann ZH-L16C with GF, variable from conservative to liberal
Heinrichs Weikamp (not available in US) Buhlmann ZH-L16C with GFs, variable from conservative to liberal, HAI
Seac (made by Ratio) runs Buhlmann ZH-L16B with preset GFs, variable from conservative to liberal, HAI
Suunto EON Steel - (unsure if custom or preset GFs)
Technical Dive Computers TDC-3 (unsure if custom or preset GFs, and here's a link if you're like me and didn't know about this computer / google search turned up zip: Technical Dive Computers TDC-3)

 

.....

 

Just for fun, I ran through the NDLs for air to 80 ft on my Shearwater Teric, with changing GFs.
The GF-low doesn't change anything, except that Shearwater disallows GF-low higher than GF-high.
Here are the NDLs for various GFhighs, for 80 ft with air, For comparison, the RDP gives 30 mins for air at 80 ft, and Navy and NOAA give 39 minutes; Shearwater's Default recreational GFs are low conservatism 45/95, medium 40/85, and high 35/75.

GFHi
10 GF not allowed on Teric
20 GF not allowed on Teric
30 5 mins
40 6 mins
50 9 mins
60 12 mins
70 15 mins
75 18 mins (high conservatism default)
80 20 mins
85 22 mins (med conservatism default)
90 25 mins
95 27 mins (low conservatism default)
99 30 mins
RDP 30 mins
NOAA, NAVY 39 mins

Note Added: I posted a version of this earlier (now deleted), worked out laboriously on my Perdix (the Teric is much easier), but in fact the computuer was set on 32% not air, so the NDLs were OK but the comparison with RDP/NOAA/NAVY was not, and the description was all wrong. I thank @scubadada for pointing out in a PM my error.

 

From Shearwater, link Flexible Control of Decompression Stress - Shearwater Research, in the discussion/comments following the article:

 

I think the way we are approaching this is a little misleading. Sure, if you decrease GF Hi, the NDL gets shorter and shorter.
But when you run a given length dive through multi-deco, for the same GF Hi, lowering the GF Low will add in deco stops on a previously NDL dive.
So in @tursiops example above, you can see the NDL's steadily decreasing with a lower GF Hi.
What I'd like to see is a comparison of two dives with the same GF Hi and dive length, with decreasing GF Lo. I'll bet that, just like Multi Deco, the Perdix will add in a deco stop if you decrease GF flow.
I'll try it on mine at home tonight if no one else does first.

 

Yes, I did. And I ran Multi Deco with 1 sec stops, to find a GF Hi and duration that gave an "NDL dive", which I defined as one with only a single 1 second 10 ft stop. By decreasing GF Lo at that point, you could see Multi-Deco add in progressively longer stops for what was previously a no-stop dive, which doesn't make sense.
But I'm betting the Perdix will do the same.

 

It does not.It is just like the Teric.Tried it.
MultiDeco has its own way of calculating and using GFlow.....and I'm skeptical of the kludge to work out "NDLs".