Noctis IV (NIV) allows users to type in a local solar system body index when selecting a local target. This allows easy navigation, and makes it possible to navigate to a planet or moon without trying to physically locate it.
For example, typing '4' allows selecting the 4th planet, P04 (indexed on 1) - Felysia in this case:
"1/3" allows selecting the first moon of planet P03. SESTRATRIFAL (designated P06) in this case.
"1/5" allows selecting the first moon of planet P05. RADHARPHIS (designated P22) in this case.
Note that:
NIV does not allow you to type a '/' in twice.
NIV does not display the target name and index dynamically whilst typing it. That is, only after you hit ENTER do you know which planet/moon you targeted, what its name is, and what its designation is.
If you type in a planet id that does not exist, the FCS Status displays 'NOT EXTANT', which hides your input until you type a number, slash or backspace again, at which point the input is shown again. This allows you to correct your mistake immediately.
Moons can NOT be targeted by typing their designator. Whilst RADHARPHIS is designated P22, typing '22' results in "NOT EXTANT". Whilst I think it may be wise to replicate this behaviour, perhaps it'd be nice to allow users to type in "P22" and "P06" as a nice accessibility feature to directly target a planet or moon without knowing its exact solar system topology.
NIV displays some odd behaviour if you enter large numbers that exceed the local solar system's number of bodies; in certain cases it can even crash. Obviously, this shouldn't be replicated.
Noctis IV (NIV) allows users to type in a local solar system body index when selecting a local target. This allows easy navigation, and makes it possible to navigate to a planet or moon without trying to physically locate it.
For example, typing '4' allows selecting the 4th planet, P04 (indexed on 1) - Felysia in this case:
"1/3" allows selecting the first moon of planet P03. SESTRATRIFAL (designated P06) in this case. "1/5" allows selecting the first moon of planet P05. RADHARPHIS (designated P22) in this case.
Note that: