Luca, your English is working well. (I will spare people
from trying to read my non-English --whatever that
might be (bit of French)!)
[quote="Dan_Lehman post:19, topic:4404"] (I tend to tie it so that it would match the [i][u]tail-outside ("cowboy") bowline[/i] --I [/quote] I'm not entirely sure if you referred to the inverted [i]Cowboy Bowline[/i] (as i thing resembles to me, but I'm not sure), or if you referred to this"Cowboy" version of the [i]Eskimo[/i] (inverted standard Bowline) in the picture on the right of Wikipedia's page.
I meant that it would be like the leftmost (red) knot of
the Wikipedia page --if one took that knot and loaded
it like a bowline then the tail would lie “outside”.
[quote="Dan_Lehman post:19, topic:4404"] I do see that if the subject knot is finished in the [i]crossing-knot-base[/i] form [/quote] In this case maybe the problem is not only my English, but my ignorance about the terms of classification of knots. I can imagine that the term"crossing-knot-base form", it might mean that a Bowline begins with a Simple Knot , which after is crossed by passing the end of rope through, but it's just a guess,actually I did not really understand. If it was as i say, you speak ...AHA!, Wait, some bona fide Italian to explain : [i]mezzo barcaiolo[/i] ! (whew, what a mouthful! :P )
The key element of a bowline is the central nipping
loop --a 360-degree circle of rope in the SPart.
But in the knot-of-issue here, the eyeleg end of this
loop can be pulled back over the circle to make a form
like the mezzo barcaiolo --a crossing knot–; in
this way, the end will be loaded such that it bears
into the SPart rather than --as with a bowline–
collaborating with the SPart’s loading to directly
contract/shrink/tighten the nipping circle.
The problematic aspect of the knot, thus --IMO–,
is that it falls into one or the other group of knots
depending upon how it gets dressed & set (and
can lie at any point between clear extremes, to
challenge one to make either classification!).
I post the link to this knot again for convenience:
Such rope-on-rope equalization structures run some
risk of extension upon anchor failure, and they do
much less equalizing than one might suppose! (There
is considerable friction to overcome --even with a 'biner
making the contact (which is how things are often
presented).)