Char Lake,
I have never had the path of totality pass right over my house, so I don't know how I would feel if I were you. But I am 12 out of 12 in chasing central solar eclipses, ten total solar eclipses and two annulars, around the world, and I pick my country and the location within a country based on Jay Anderson's climatology data, and then I maximize my chances by being mobile on the days leading up to totality. It has not always been easy -- I would have been clouded out by a little cloud that formed minutes before totality in 1979 if I hadn't moved a mile north only two minutes before totality (and that was after earlier having driven for hours before dawn from our hotel in the climatologically best area, a semi-desert, that was getting about the heaviest February rain that it would ever see.)
My situation is somewhat comparable to yours though, because the 2024 path crosses central New Brunswick, my home province, and I still have siblings in New Brunswick and Nova Scotia, including a sister in Moncton just barely outside the path, so this would be a chance to fly home cheaply on airmiles, visit relatives, and avoid any accomodation expenses. Will I? No, I would never risk missing a long totality like this one by going somewhere with iffy climatology. We will be driving to Texas where I have a house reserved and paid for just outside the path and will drive to the centreline very early on eclipse morning, ahead of the crowds, as we did in both Oregon and Chile. But during the drive to Texas I will be checking the weather forecast charts each day, and if the weather requires it, I will divert to anywhere along the path that the freeway system will allow me to reach in time, not worrying about the paid for house rental in Texas.
Your first post mentioned Baily's Beads. Baily's Beads are the only thing that are far superior at an annular eclipse to those at a total eclipse. That is because the Moon is larger than the Sun at a total eclipse so the dwindling solar crescent has fatter cusps than the long thin cusps produced at an annular eclipse when the Moon is smaller than the Sun. At the May, 2012 annular eclipse I wrote in my log: "Although the second contact beads were brief, the Baily's Beads after third contact were marvellous, going on and on for 3 minutes and 42 seconds after annularity ended. Jim's tape-recording has me calling out 36 beads after third contact, including a beautiful string of five early on."
If you want to see Baily's Beads, go near the path edge at this October's annular eclipse. But go to near the centreline for totality, and be mobile.
Edited by Alan D. Whitman, 12 March 2023 - 01:04 PM.