Jesus

In any case, the output voltage is 2 * G, at least in DC. I think it's a bug and some of the component definitions are not correct

Doing tests with this component, I do not think the output is correct: Vs = G * Ve = 10 x 1 = 10 V. Is it a bug?

Doing tests with this component, I do not think the output is correct: Vs = G * Ve = 10 x 1 = 10 V. Is it a bug?

Doing tests with this component, I do not think the output is correct: Vs = G * Ve = 10 x 1 = 10 V. Is it a bug?

Great, I've finally uploaded the translation file and the translation is 100%. Thanks Guilherme. I will continue collaborating with very didactic examples on simulated circuits with Qucs. Thanks again and greetings.

I have already translated the Spanish file (100%) qucs_es.ts. How do I get the file: qucs_es.qm? Do I have to do it with QT? Could you give me some instructions to incorporate this/these files to the project? The project is cloned with Git. Thanks for your help, I would not like to miss the work done (688 text strings) and that the rest of Qucs users could not enjoy it.

I am interested in translating into Spanish the part of Qucs that is not translated (688 string). The information is not very clear. I have cloned the GitHub site to have it local and I have located the file to translate: qucs \ translations \ qucs_en.ts Is it correct? Once translated, what would be the steps to incorporate the file into the repository? I'm working under Windows. A greeting

I have tried the new functions and they work perfectly. Thank you very much Jerome.D for your help, it has been decisive to be able to continue advancing in my project. Anyway I want to comment on the use of Euler angles, in most cases they advise against using them, the reason for avoiding them is that they present singularities (division by zero) and one of the angles is limited to + - 90º, and this is a very important limitation. Following with my initial question: could not work with the quaternions...