Recent content by EQVan

For some reason I latched on to the idea that the neutral point was the orthocenter of the triangle; I can't recall now how I decided that. I have gone back in and studied your code even more, including the part up to line 28, which I didn't really look at closely, thinking I already knew that...

That is a remarkably clear explanation; I not only understand it, but I now understand why you called the vertices of the triangle "phasors". I found a chapter of an online textbook here which, on page 322, proposes a somewhat simpler method of finding the orthocenter. I implemented it, and it...

Thank you very much for the time and thought you put into answering this question for me. I think there is very little doubt that I would not have been able to discover it for myself -- certainly not in the time available. I have studied your code in great detail, and although Cassini's method...

Thank you very much for this clarification! 1. No, I think I will have no trouble finding the coordinates of the third point. 2. I will have to study the code you sent me to understand Cassini's method, but your code looks easy to follow -- thank you again. 3. I can certainly translate the...

Hi... Thank you for your response. Unfortunately I'm too ignorant for it to be of much help. Even without understanding *why* following your suggestion will give me the information I need, I don't know enough to implement it. I do assume the phase angles to be each 120°, but I have no idea...

First a disclaimer: I am neither an electrical engineer nor a mathematician. I am a programmer. As part of a simulator project, I've been asked to solve a particular problem -- and I'm in over my head. Given an unbalanced 3-phase AC circuit, I have learned that I can solve for the...