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So I think this is on the right track but am not sure it actually completely qualifies cachers. So just want to make sure you're understanding what I'm thinking.

So you need 81 different D/T combinations for a fizzy grid. 5 of those D/T combinations need to be found in one state, 5 more different D/T combinations need to be found in another state and so on up to 5 states all to make up the 81 different D/T caches to fill the grid once.

It looks as if the checker is doing each separately - it looks to see that you have a full fizzy. Then looks to see it you have 5 specific combinations in 5 or more states but does not determine if the 5 in a certain state are the same 5 D/T combinations from another state. Is that possible to fix?

Here is what a grid might look like if it was listed by state
[[img]https://img.geocaching.com/cache/log/large/49273988-1022-4308-a5c6-db84c91214a4.jpg[/img]

So in this image you can see there is 5 from FL, a different 5 from TX, a different 5 from GA, a different 5 from NC, and finally a different 5 and the rest of the grid from OK.

So I think this is on the right track but am not sure it actually completely qualifies cachers. So just want to make sure you're understanding what I'm thinking.

So you need 81 different D/T combinations for a fizzy grid. 5 of those D/T combinations need to be found in one state, 5 more different D/T combinations need to be found in another state and so on up to 5 states all to make up the 81 different D/T caches to fill the grid once.

It looks as if the checker is doing each separately - it looks to see that you have a full fizzy. Then looks to see it you have 5 specific combinations in 5 or more states but does not determine if the 5 in a certain state are the same 5 D/T combinations from another state. Is that possible to fix?

Here is what a grid might look like if it was listed by state
[[img]https://img.geocaching.com/cache/log/large/49273988-1022-4308-a5c6-db84c91214a4.jpg[/img]