Walter & Group....
On curves & hooks from Jeff Barefoot:
Hi Gordy,
Bruce R. and I have been in an ongoing discussion about the tip’s counter
flex creating the shape or apex of the hooking layout. Bruce’s position is
if the cast is overpowered then the shock wave from the C/flex is pulled out
straight. I’m sure you can see his point. Even in your own demonstrations
of creating aerial mends you teach your students "no more loop speed than
necessary ,so not to pull the effects of your mend out straight". I
proposed that the overpowered loop bounced back into slack and then the
shockwave from the purposely accentuated c/flex manipulated this slack into
the hooking layout. Bruce didn’t buy it. Also relating to this, I have
created almost 180 deg hooking layouts by releasing a late shoot and
[bowing] feeding more slack just at turnover on an overpowered loop. I am
waiting for the opportunity to demo Bruce some of these casts in person.
Maybe then we can model them. I’m interested in your take on this.
To address the original question of the difference between a curve and a
hook is that in general a curving layout lays in a larger radius. A hook
lays in a sharper radius. Kind of gray I know, sorry.
Jeff B.
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Jeff...
You are right about my teaching on the mends. I don't see that as quite the same thing as an overpowered curve cast, however. When I make an overpowered curve cast without following it by making an immediate mend in the opposite direction, I don't get nearly the desired result of the apex of the curve being as distinct as I'd like. I think that's because Bruce Richards is correct in that the overpowered move DOES tend to negate much of the rod's counterflex. THAT IS WHY I PROVIDE THE MEND IN THE OPPOSITE DIRECTION OF THE CAST. By exaggerating this, I get the best 90 degree hook.
In the event I'm challanged to make a pure hook cast, then I can't use the mend move after the stop. In that instance, I'll carry less line, try for less distance, and modify the overpowered move so that true counterflex can occur to help deliver the belly of the line in the direction opposite the cast.
The same thing applies for the curve cast done with a vertical rod plane by twisting the wrist. This is depicted in Ed Jaworowski's book, THE CAST. He teaches that the torsional movement of the rod tip which sends the fly in the direction of the torque applied by the hand/wrist is followed by an, "untwisting" of the rod tip as it returns to it's untorqued state. (My personal observations of his teaching... not his books.) When I try to do this I do get a curve cast, but it is not nearly as dramatic a curve as I can get by instantly twisting the rod in the direction opposite the twist of the cast after the stop. When I do that, I submit I have added a torque mend.
I can get away with overpowering an aerial mend to place it way out over 50' ....... but only if I form the mend and then shoot the whole thing out. This may be sort of what you are teaching as you deliver slack. The whole idea, to me, is to prevent the overpowered delivery to come tight to the rod tip, for (as you point out) if it does, it WILL straighten out the mend.
Re your comment on the difference in the radii of curves and hooks ..... I see no gray area at all. This IS the difference in the layouts. Period.
Gordy
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From Mac Brown...
His three photos on p. 131 are consistant with this description, but the close up three photos on p. 132 do not. These show the twist of the wrist with the fly rod remaining in the almost vertical rod plane.
Gordy
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