You have to look at the loop because the way you calculated it, the next 14 gcds would have a different potency for both rotations. Like the double finisher would be C44-TTT44-HT-IDC44, which has significantly higher potency than the first 14.
If you did want to look at it over a set number of gcds you have to find the lowest common multiple of the 2 rotations (in this case 143 gcds)


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