Sorry for the gramatical and linguistic mistakes from my previous reply (e.g. I meant invented, not invited :D ) It was late when I wrote that.
Aside from that were you interested in my reply?
Sorry for the late answer!
I'm interested in your solution. It would be interesting to compare with the general four point system solution, which I found here:
http://perception.inrialpes.fr/Publications/1989/HCLL89/Horaud-CGVIP89.pdf
The coplanar case is presented as a special case...
Now I think we both need to reconstruct the tetrahedron from the same known data. Maybe later I will realize that there's a difference indeed.
I have found something about the number of solutions in the 'Algebraic Geodesy and Geoinformatics' book after all. On page 233 it's written, that
x2 +...
I'm wondering how you found out that maximum 2 solutions are possible. Can you give me an insight? I haven't found anyting about the number of solutions on the net or in the 'Algebraic Geodesy and Geoinformatics' book.
However I built a paper modell before to visualise the problem and I was...
Thanks for your respond.
I got very useful answers on this thread:
https://www.physicsforums.com/showthread.php?t=608591
Maybe you will find murrdpirate0's answers interesting. He found out that the problem was discussed by Mathematicans, it's called Three-dimensional resection. The...
I'm grateful for showing me the way and giving advices. Maybe your answers will help for other people too.
I will write about my experiences as soon as possible.
I'm counting the pure time spent on the problem in days :) I've used tons of pages trying to solve the problem from different approaches.
I have never used OpenCL before but I'm very happy that an algorithm I could use is already implemented in an open program library. I haven't read yet the...
Awesome! Thank you so much!
I'm involved in a project in which we build a head-tracking system for a visualisation laboratory. There are infrared cameras placed on the ceiling, forming a grid. The spectator of the screen is wearing 3 LEDs on her/his head, the LEDs are forming a known triangle...
Please, let me know if you have found the analytical solution for the problem.
I'm dealing with the same problem and can't get the solution however I've tried a lot of ways to solve it.
I would use the solution for position, orientation finding for a practical use.
I'm facing exactly the same mathematical problem now. I've been trying so long but I haven't been able to find the analytical solution so far. I need the solution for a practical use, for position and orientation finding just as you needed it for.
Have you ever found the analytical solution...