add a bunch more TODOs:

[[for writing out the horizon position/mass/centroid to a data file]]
>      Ian Hawke points out that a better (or additional) method might be
>      to put all the info in Cactus "local arrays"
> 	CCTK_INT N_horizons_found
> 	CCTK_REAL centroid_x[N_horizons]
> 	CCTK_REAL centroid_y[N_horizons]
> 	CCTK_REAL centroid_z[N_horizons]
> 	CCTK_REAL area[N_horizons]
> 	CCTK_REAL mass[N_horizons]
>      and then use IOBasic or IOASCII to output these
>    maybe getting NaN or Inf in the interpolated geometry
>       shouldn't abort the Cactus run, but just fail to find the horizon

>   write data files giving intersection of AH with a Cactus output plane
>      (or more generally, with a hyperslab)

>   detect Cartoon and rotate geometry interpolation into Cartoon plane


git-svn-id: http://svn.einsteintoolkit.org/cactus/EinsteinAnalysis/AHFinderDirect/trunk@854 f88db872-0e4f-0410-b76b-b9085cfa78c5

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