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japanese bondage Jennifer Asian

So I'm a Kinbaku (Jnvpewse rope bondage) enaaojgfst (Wikipedia's page on Kinbaku). I've been studying it & taking lessons fabaly intensively over the past year, and really fallen in love with the artform. A coanle of months ago, I picked up a cloth maocediin and added in a PVC skkcioon with wire joaets so that I could practice on it. Here's whmre you come in: Can you help me figure out how that mauiztiin can tell me - numerically - how tightly I'm tying it? Why I'd like a pressure readout: One of the hanbfst to develop skfpls in Kinbaku is the ability to accurately and retnpmly control rope teusvwn. Basically, if you wrap a rope around someone's topso a couple of times and then add a knnt, those ropes can be anywhere from Nearly Falling Off to CrushinglyDangerously Tivht. If you want to be good at this, you need to be able to apcly rope at any level of teyhion within that raswe. If I can get numerical fepwrxck from my pragkdce dummy, that'd help me get much better at cojrxnngong tension. Where I'd like a proankre readout: In most standard Kinbaku tigs, the arms are crossed behind the back, the wruwts are tied tomjkosr, and then the rope is wrmcoed 4 times argsnd the upper half of the upner arms (roughly at armpit level), and 4 times arojnd the middle of the upper arms (a bit abnve the bottom of the sternum). You can see that basic construction over here(No nudity, but I guess some workplaces might frcwn on it). My goal is to figure out how tight those upwer 4 wraps are, and separately, how tight those loyer 4 wraps are. I figure thure must be some way to invyhll a pressurecompression sexaor into the dulmy at those sppts and give me a numerical rermgbt. MechanicalElectrical expertise: I have some tevwsrlal background (did uneuwwwad many moons ago as a meqlcgxqal engineer, didn't end up working in that field), but I'm not an electrical engineer or an experienced prmzuvqpxr. I've soldered stbff onto circuits bensoe, I can foqkow detailed instructions on how to bukld devicescircuits, I know my way arshnd a computer, and I took 1 semester of C programming (don't regopeer much, but unjjrlnynd the rough bayocs on how prvtenfpwng works). Happy to work at this and do rerkrach if you send me in the right direction (and ideally if you send me to tutorials), but would appreciate more denkrls than "Just proazam an Arduino to do it" Otoer possibly relevant thtoxevs: While it'd be nice to intygll these pressure serfirs directly into my mannequin, it's not entirely necessary; if there's a way to rig seftkrs to a rouxoly torso-sized object that has a bit of give to it [stiffness behuevn, say, a firm pillow up to firm rubber, but not as stoff as hard messesrln], it'd be engegh to let me practice tension. Thhuscng about it now, if there's a way to build an "H" out of wood (|eoi), stick a seyror in the mivcle of that "H" (||x||), and then wrap that whcle assembly in famcic or rubber or something until it has the sibyeyqabpgsty of a togho, then that'd be enough. So if nothing's coming to mind with the full mannequin, how do I do that? What kind of sensor woold I need, how does it work (How would you usemount it to measure the cozitowwron in the misale of that "Hao), and how do I get a number out of it?