Yeah, probably like hearing y'all say scarf!
Yes, but jump cut would be overcut all the way across. A side dutchman just on lean side; like a tapered is just on opposite of lean side; both to grant some control over sidelean or some obstacle on side of path trying to push tree off course. Note a side push from brushing a tree on left; would be fought/ negotiated with opposite strategy as a side lean to left; for just as tapered vs. dutch; pull and push are oppositely applied values/ equal - opposites.
If no side lean, then the rear stretching/ pulling of fibers are even on either side (L or R); and likewise the compression on front of hinge and compression /push on close is even across the face. Because the powersource/ tree force is balanced side to side/ no side lean. In a sidelean, with a standard 'strip' hinge evenly across; the pulls and pushes in the hinge and face are not even. A left side lean stretches the right rear fibers the most; just as at close the left front face hits harder than the right one. If the power source/ tree force has a right lean, then left is stretched more, and right smacks harder on the face at close.
A tapered hinge on right to control a left lean; accentuates this by giving more tension pull earlier and stronger. A side dutch on left to left lean, will give the harder hitting left side an earlier close, to give more push through a longer part of the travel on hinge. It will also, cause an earlier rip on the left side of hinge, forcing a kind of tapered hinge across i think.
Also, to get more technical, the push from dutchman on one side is only in 'phase1' of it's travel i think. At this time more force is on the hinge, so i call it the pivot, and the push at dutch close a helpful push. But, once the force of the closed compression is the greatest force, then fairly i think it is the pivot, thus giving the opposite side of hinge (perhaps tapered) more leverage by distance and angle both!
A change in pivot is most powerful, for it alters the leveraged angle and length between the load and control both at the same time. Here, the angle of the Center of Gravity of the spar to pivot is reduced if it runs to this close, instead of further back to the hinge, as like the distance to this new pivot is less too. While, as shown earlier, the distance and angle to the tapered hinge is increased. This gives the load / tree side less leverage; while giving more to the support/ tensioned hold side at the same time.
A tapered hinge alone, gives more distance from pivot to stretched fiber, and a more inline/ better angle of support, then more fiber in these positions. A side dutch alone can give a helpful push in phase1. But in phase2/ as close becomes more loaded and takes over as pivot the adjustment is not singular, but a compound one. Like on a see-saw; you only have so much available length to leverage. Moving the center pivot some to one side; gives more leverage to one side; like you extended that side. But, it also takes leverage away from the opposite side, like it was cut shorter. So, in 1 move; instead of these 2 separate ones, a pivotal change is a compounding change; giving more power to lift less etc.
Yes, but jump cut would be overcut all the way across. A side dutchman just on lean side; like a tapered is just on opposite of lean side; both to grant some control over sidelean or some obstacle on side of path trying to push tree off course. Note a side push from brushing a tree on left; would be fought/ negotiated with opposite strategy as a side lean to left; for just as tapered vs. dutch; pull and push are oppositely applied values/ equal - opposites.
If no side lean, then the rear stretching/ pulling of fibers are even on either side (L or R); and likewise the compression on front of hinge and compression /push on close is even across the face. Because the powersource/ tree force is balanced side to side/ no side lean. In a sidelean, with a standard 'strip' hinge evenly across; the pulls and pushes in the hinge and face are not even. A left side lean stretches the right rear fibers the most; just as at close the left front face hits harder than the right one. If the power source/ tree force has a right lean, then left is stretched more, and right smacks harder on the face at close.
A tapered hinge on right to control a left lean; accentuates this by giving more tension pull earlier and stronger. A side dutch on left to left lean, will give the harder hitting left side an earlier close, to give more push through a longer part of the travel on hinge. It will also, cause an earlier rip on the left side of hinge, forcing a kind of tapered hinge across i think.
Also, to get more technical, the push from dutchman on one side is only in 'phase1' of it's travel i think. At this time more force is on the hinge, so i call it the pivot, and the push at dutch close a helpful push. But, once the force of the closed compression is the greatest force, then fairly i think it is the pivot, thus giving the opposite side of hinge (perhaps tapered) more leverage by distance and angle both!
A change in pivot is most powerful, for it alters the leveraged angle and length between the load and control both at the same time. Here, the angle of the Center of Gravity of the spar to pivot is reduced if it runs to this close, instead of further back to the hinge, as like the distance to this new pivot is less too. While, as shown earlier, the distance and angle to the tapered hinge is increased. This gives the load / tree side less leverage; while giving more to the support/ tensioned hold side at the same time.
A tapered hinge alone, gives more distance from pivot to stretched fiber, and a more inline/ better angle of support, then more fiber in these positions. A side dutch alone can give a helpful push in phase1. But in phase2/ as close becomes more loaded and takes over as pivot the adjustment is not singular, but a compound one. Like on a see-saw; you only have so much available length to leverage. Moving the center pivot some to one side; gives more leverage to one side; like you extended that side. But, it also takes leverage away from the opposite side, like it was cut shorter. So, in 1 move; instead of these 2 separate ones, a pivotal change is a compounding change; giving more power to lift less etc.
