In TM, you check the explicit box of whatever returns you want. (If you want a Quarti, you check the exact Quarti you want). You get the
one most recent of
each (if currently active) when you pick Active; or one of each one you pick if you choose Forwards or Backward.
NOTE: Currently the menu says "Forwards" and "Backward." These should match. American standard usage would drop the ending -s from both.
Most of the other return charts we want to calculate follow this model and could be easily populated. (I ignore for now the question of whether we want a long list of possible charts, a drop-down list if some sort not obvious to me, or something else.) The list might look like this:
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[ ] SSR [ ] DSSR [ ] QSSR1 [ ] QSSR3
[ ] SLR [ ] DSLR [ ] QSLR1 [ ] QSLR3
[ ] KSR [ ] DKSR [ ] QKSR1 [ ] QKSR3
[ ] KLR [ ] KSLR [ ] KSLR1 [ ] KSLR3
[ ] SAR [ ] DSAR [ ] QSAR1 [ ] QSAR3
[ ] SoLu [ ] DSoLu [ ] QSoLu1 [ ] QSoLu3
[ ] LuSo [ ] DLuSo [ ] QLuSo1 [ ] QLuSo3
[ ] SYR [ ] DSYR [ ] QSYR1 [ ] QSYR3
These all work whether Active, Forward, or Backward. If the current "All selected for one year" is picked, you get a logical result, either one of each solar picked or 13 of each lunar picked.
The problem comes with the Novienic solar and lunar returns (which is where this whole question started).
I previously proposed the following, which works just fine for Active Charts. NSR gives or NLR gives the single most recent 40° multiple. 10-Day Solar and 18-Hr Lunar give ethe
one most recent 10° multiple (whether also a 40° multiple or not). But how do these work with Forward and Backward variations?
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[ ] NSR [ ] 10-Dy Solar
[ ] NLR [ ] 18-Hr Lunar
The root of the problem is that all other types of returns listed above use TM's
explicit chart interface. The NSR and NLR, though (I think) need to work in the
harmonic interface. I think this because some of us are decreasingly confident that there is any difference between the 40° charts and the 10° charts (especially with the lunar and maybe even with the solar).
We could, of course, change this altogether by breaking out the 1-day solars and 18-hour lunars into three variations akin to quartis and a demi. That seems less efficient by itself, but does bring everything else back into the
explicit chart model. It becomes awkward, though, because in use I'd like to get the most recent 10° variation without having to calculate ahead of time where the Moon or Sun currently is and what I need to ask for.