DOGS IN MOTION, Prof. Dr. Martin S. Fischer, KYON Symposium 2017
Вставка
- Опубліковано 29 гру 2019
- Prof.Dr. Marting S. Fisher from Jena University in Germany has presented the results of the most extensive study worldwide concerning the motion of dogs and demonstrated precise insights into their course of movement for the first time. Prof. Fisher's book Dogs in Motion explores the locomotion of dogs in a highly scientific yet easily accessible manner. An innovative illustrative style brings the dog anatomy to life and makes clear the way in which the skeleton, the muscles, and locomotion fit together. Based on the results of the largest-scale study on the subject ever carried out, an experiment that involved over 300 dogs and 32 different breeds, the book delivers completely new insights into the motion sequences performed by dogs. The accompanying DVD (without sound-files) features over 400 movies, X-Ray movies and 3D animations and demonstrates both the variety and uniformity of dog locomotion with unparalleled precision and clarity.
As a Creature Animator taking a course online, this is superb research. Professor took it to a whole new level of understanding of a quadruped locomotion.
And we thought Disney had it down!
It's so funny that they needed to use xrays and motion capture to figure this out when anyone observant enough can see the way dogs use their legs and the range of motion of their shoulders by just watching a dog walk, run.
I can't believe how wrong the scientists got it when they put the skeletons together.
The CGI of the muscles moving is beautiful though. Lovely work of art.
@@giftofthewild6665 it has to be scientifically proven though, I think that’s why.
@@andreil1313 well that doesn't explain the skeletons being put together incorrectly in museums etc.
@@giftofthewild6665 I noticed that the hips/scapula on the same level is only a hard rule in motion. Dogs can stand however they want I would imagine. Since the skeletons he is referencing as wrong are all just standing about, not running, I would say they are not necessarily wrong. Once they start moving their front ends would presumably drop down a bit. Oh, I'm not a museum taxidermist or anything by the way!
Brilliant work. Would love to see the English Bulldog analyzed as they have high rates of hip dysplasia and breed standards that promote a "rolling gait" ;
Gait. The style and carriage are peculiar, his gait being a loose-jointed, shuffling, sidewise motion, giving the characteristic "roll". ... The proper Bulldog, with short wide set front legs and longer narrow set rear legs has a peculiar gait that results in a side to side motion or "roll".
This is incredible research! Thank you so much for sharing. I am also viewing from a 3D animator's perspective and would LOVE to see more data like this across species.
Absolutely AMAZING, superb work to the highest degree.
The spine, the pelvis, the trunk muscles and coupled motion of the spine all contribute to gait. The dog that has spinal instability loses that motion and often paces. The pelvis makes a figure 8, as demonstrated at 20:20 with the extreme movement of the indicators at the iliac spine. All dogs need rehabilitation as they age and while joints, inflammation that can cause arthritis, and this movement evaluation can all be helpful, the spine and pelvis is very important to movement and should be evaluated as well as joints using this method of observation. The book is superb.
Excellent work. Amazing to see it.
besides this being cool on its own, this is super useful for robotics and animation!!
This was a symposium held in 2017- FOUR years ago. How many think the FB people have changed, in any way, their thinking?
Not even one of them has changed
it would be cool to have a study like this for racing greyhounds
Thanks for this amazing vidéo. Do you have resources about the ideal lenght of the dog claws? And the way long nails impact dog gait ?
I was excited to get this book, only to be disappointed when it arrived without the accompanying DVD. Instead I got a code to use on the website, a code which does not work.
People need to stop breeding these sick dogs. It’s absolutely crazy.. amazing study!
It’s absolutely disheartening. People breeding now, pug type pit bulldogs, called exotic bully…. Why. We didn’t need to do this to even more poor dogs
@@LittleMissRaeRae69 the exotic bullies are something out of a nightmare
I've embedded this video on my website. I'm writing about dog harnesses for Dachshunds. It's a shame this symposium didn't show the studied Dachshunds, on the picture I can see they were part of the study. Anything interesting about the Dachshunds motion like the French Bulldog?
About 40 years too late for me but thanks!
I’ve always thought, the bulldogs, ones who carry weight very low, must be inefficient at locomotion. Especially because I noticed the pit bull terrier doesn’t converge to the centerline during trot the same way my German Shepherd does. My German Shepherd moves gracefully, but my pit bull terrier walks in a sidewind. I thought, this must not be correct. It likely causes pain, injury, especially because she frequently licks her elbows, knees, and stifles
Se vc é brasileiro, sim, Jairo Teixeira tem razão sobre o Pastor Alemão
gotta love science
I want to look basset hound moving
3:24 great but doesn't it harm them? 2k xray radiation/sec
movement of cats next