Ninja'z and Btb hyperloops

ok look.. I've come to the conclusion that during the very limited amount of time I had to spin, I only spun one thing.. tangles.. and I came to the conclusions that if you.. (pardon the use of old terms) hyperloops you can get a knot.. and if you airwrap you can get a knot.. and you don't need to hyperloop into and airwrap or do anything funky with an airwrap to get a knot.. not the knot in the diagram above.. a knot.. this has propelled me to admit that I don't have a clue about any of this tangle biz..
the only thing I do know is that one you enter perpendicular tanlge.. whether it be laid flat like an airwrap or not.. ie. the tangled buzzsaw.. your poi lock.. and if not previously linked they link.. this link and lock creates the knot.. and the knot serves 1 purpose: to lock the orbit in place.. once locked, you then start a second orbit.. the best way I can describe this is to have you think of those machines Nasa uses to test pilots.. they strap you in to this bad.. that is attached by an axis to a circle, which is atached by an axis to another circle, andsso forth...
the difference is that each axis on that machine hooks to the end of the circle.. with poi the circle is the orbit.. so our axis goes straight through that 'circle'.. when dealing with a normal airwraps/hyeprloop/ etc.. we are ususallykeeping it 2d..in the resepct that for the most part ourhands, the planes, etcs are parallel with the poi orbit.. when you get into the buzzsaw this become perpendicular.. it becomes weird.. and I knew that a straight spin with the poi, would if timed right.. add twists to the tangle.. if reversed and timed well, it would untangle the whole thing leaving you with a regular buzzsaw... however, it wasn't entirelyaccurate...

see if you think of it like the nasa thing up there.. I have a makeshift axis when I spin my tangle.. and as long as I am moving it motions that work with the tangle (vague but it has to be because some of these are directions reverese from the spin) I can kjeep the tanlge moving in all sorts of orbits.. thus getting a 3 d as I call it ball, where the poi orbit about one axis, then another then another..

originally I thought all of this required full circles.. it doesnt.. it requires partial circles.. and partial spheres if you will because my hand may be moving in a motion that is clockwise and away from me wall plane, but have to come up and tward me buzzsaw style and then I think back clockwise horixzontally? I dunno.. my brain is fried.. I've been trying to work on this and my schoolwork and it isn't working.. I'm getting more confused as I go along.. to boot I can't diagram this nonsense because of the fact that it is 3d not 2d like we have been working (yes I know we really spin in 3d, but I'm using this as a type of reference since I don't know how else to explain it.. ) so basically when I was talking about getting hand motions into it. what I meant was finding this perfect gyral spin.. see you can find the right timing on a buzzsaw, or hyperlooping buzzsaw, to 'wind' the tanlge.. it feels like winding a clock and has the motions of peddling a bike but isn't really an isolation... its to slow to be and isoaltion.. althought it should be isolating relative to something itn the respect that you are finding the right speed of the outer axis to compliment and spin the inner axis.. If you can master this skill then master all of the gyral turns.. then you can pretty much sit and spin orbs all day..

anyway.. that's it.. I'm out for a bit.. gotta slow down some.. get my schoolwork done.. clear my head a little.. hope somebody can make enough sense of that to make it clear to others.. hopefully when I come back you guys will have some cool new sutff..

peace out.

yeah... that would be some pretty excellent teaching methods.. I'm going to have to remember that...