I have been asked, off list, what the sizes of the Doric foot and the dactyl 
were and their relationship.

I was tempted to reply off the top of my head that a dactyl must be pretty 
small, since it takes one teradactyl to make just one whole flying reptile*. 
But I think I have a spelling problem there... And I had no idea how big the 
people in that part of Greece were, nor their feet...

But then I did a little research by googling "Doric foot". Here's what I found 
on one page at
   http://www.mlahanas.de/Greeks/Measurements.htm
-  A dactyl is a "finger" (singular: daktylos; plural : daktyloi), or a digit.
-  A foot (singular: pous; plural:podes) comprises 16 dactyls.
-  A Doric foot was 326 mm and an Ionic foot was 296 mm. A generic value for 
the foot of that region is taken as 309 mm.
-  Thus a dactyl is roughly 19.3 mm in size, from (309/16) mm. A Doric dactyl 
then would be about 20.4 mm in size.
These of course must be inferred from archaeology since the Doric Institute of 
Standards is defunct and all of their records lost**.

Interestingly, in poetry, a dactyl is a trimeric metrical foot of the form 
long-short-short. Look at your index finger and you will probably see that 
the three segments follow that pattern of lengths between the knuckles and 
the tip. I wonder which "joint" the Doric people used as their model. Or 
perhaps it was the width; my index fingers' distal joint width is about 20 
mm.

There is a form of poetry also known as the double dactyl but that's too far 
off subject to go into.

Before I leave this ramble, however, I would like to quote the German author 
of the page cited above. The author discusses cubits, digits, and palms and 
then states, "While it may be funny to think that distances were used based 
on human anatomy we should not forget that the foot is still used in the 
United States." Sigh.....

Jim
* Pterodactyl ("wing finger"), more properly a pterosaur, of which at least 60 
genera are known, with wing spans from a decimeter to 13 meters, extant 228 - 
65 million years ago.
   http://www.paleodirect.com/ptero1.htm
** but see also
   http://www.ajaonline.org/archive/104.1/wilson_jones_mark.html
   http://home.att.net/~philcannon/measures.htm

On Friday 2004 August 27 23:36, James Frysinger wrote:
> This week the College moved its display of antique scientific instruments
> from the library to a lobby in our Science Center. Being the lucky sort, I
> got to be the local receiving representative. In preparation I was handed a
> sketch that had been drawn up to indicate the planned placement of the
> cabinets. I was tickled to see that all the measurements were in meters:
> room dimensions, cabinet dimensions, and so forth.
>
> It turns out that the library "curator" of this equipment (this had been a
> part-time duty for him) had made the sketch and he figured that he could do
> it in metric units since we would surely understand them. This gent turns
> out to be an avid student of archaeo-architecture and he has at least one
> published paper on the proportion patterns of Greek and Roman temples. He
> gave me a copy of a paper he published in "Architectural History", a
> British society journal. The only non-metric units I saw in that paper were
> the Doric foot, the dactyl, and the Solonian foot.
>
> In both his sketch for the new display area and in his paper, Gene Waddell
> measured in meters to the nearest centimeter, e.g., 1.73 m, or to the
> nearest millimeter as appropriate. (Of course, in this British journal that
> is spelt metre.)
>
> Most of my week was a series of headaches, but the thrill of seeing this
> display of scientific instrument artifacts and the joy of seeing a metric
> paper in a non-science field, published by a colleague, made the week
> superb overall.
>
> Someday, our foot and inch will seem as arcane and obscure as the Doric
> foot and dactyl.
>
> Jim

-- 
James R. Frysinger
Lifetime Certified Advanced Metrication Specialist
Senior Member, IEEE

http://www.cofc.edu/~frysingj
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