KK6MK has written a spreadsheet that automatically calculates distances for
the 10 GHz contest. You can bypass the cells with the calculations and
enter your own numbers if you wish. The logsheet program is here:
http://www.xertech.net/Projects/10G_log.html
I've been using this for several years.
73, Zack W9SZ
On Sun, Sep 23, 2018 at 6:20 AM Steve Kavanagh via VHFcontesting <
vhfcontesting@contesting.com> wrote:
> Hi Bart
>
> I am looking forward to automation of the laborious distance calculations
> for 10 GHz & Up log entry- over many years I've got pretty accustomed to it
> but it can certainly be daunting to newcomers to this event.
>
> Just to clarify - is use of the new log submission app mandatory for this
> contest or can we still submit by email as stated on the ARRL website?
>
> As you are developing the automated scoring you may want to consider the
> following points:
>
> (1) The distance score for QSOs within a single 6 character grid can be
> quite confusing. The ARRL distance calculator gives a distance of 0 km,
> then goes on to say "The distance between two identical grid squares is
> arbitrarily set to 1.0 km". So I am now confused! But on top of this Rule
> 5.5 states that the minimum distance for a QSO is 1 km and your recent post
> says we should round up to the next highest integer. So presumably the
> minimum distance score for a QSO in the 10 GHz and Up Contest must be 2 km.
> So some clarification of the scoring for within-one-grid QSOs will be
> needed.
>
> (2) There are some satisfying bragging rights associated with the best
> maximum distance on each band. But on the highest frequency bands, it's
> not uncommon for the maximum distances to be just a few kilometers and the
> QSOs to be made within one 6-character grid or between adjacent 6-character
> grids. As the actual distance for a QSO within a single grid can vary from
> 1 km to something like 7 km or more (depending on latitude) and the actual
> distance between adjacent grids can vary from 1 km to a somewhat larger
> number, an automated calculation can unfairly assign several km to a 1km
> adjacent-grids QSO and 1 (or 2?) km to a 5 km single-grid QSO. The same
> issues apply to longer distance QSOs across more than one grid boundary -
> they just aren't as obvious. It may be necessary to provide some way to
> override the automated calculation in order to ensure fairness with respect
> to the best-distance claims on the higher bands, even if it really makes no
> noticeable difference to the overal
> l scores, in order to encourage development of gear that works at greater
> distances.
>
> 73,
> Steve VE3SMA
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