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#Qucs tutorial youtube how to#
#Qucs tutorial youtube mac osx#
#Qucs tutorial youtube code#
#Qucs tutorial youtube simulator#

Programmed for usage in the Qucs project but may also be used It takes a network list in a certainįormat as input and outputs a Qucs dataset. Qucsator, the simulation backend, is a command lineĬircuit simulator.S-parameter, Harmonic Balance analysis, noise analysis, Support all kinds of circuit simulation types, e.g.

#Qucs tutorial youtube simulator#

Qucs, briefly for Quite Universal Circuit Simulator, is aĬircuit simulator with graphical user interface (GUI).

The simulation results on a presentation page or window. After that simulation has finished you can view Qucs is an integrated circuit simulator which means you areĪble to setup a circuit with a graphical user interface (GUI)Īnd simulate the large-signal, small-signal and noise behaviour Take a look at the screenshots to get a feel for what it So far Qucs is not yet finished, but it is already Previous news items What's Qucs?Qucs stands for Quite Universal Circuit Other paths using QSettings (~/.qucs/qucsrc is nowĪdded beginnings of m-code transient solver New implementation of matrix calculations usingĪdded option for changing the home directory and Updated manuals, developers and FAQ webpages

#Qucs tutorial youtube mac osx#

Released Mac OSX installer (10.7 to 10.9), ASCO included.įor FreeHDL, Verilog-A, users are better served using a Updated package for Ubuntu 14.04 (Trusty) and 14.10 (Utopic), Released installer fo Mac OSX 10.6 (Intel 64 bit) (ASCO included). Latest documentation for "master" branch available for

#Qucs tutorial youtube code#

Publication "Qucs: An introduction to the new simulation and compact device modelling features implemented in release 0.0.19/0.0.19Src2 of the popular GPL circuit simulator.",Įnabled automatic generation and deployment of Doxygen source code documentation. If the user's care to, they can generate their own parser for some other system, but the Qucs developer provide only these two as a convenience for the user.Latest News Latest stable release: 0.0.19 The tutorial then goes on, for the user's convenience, to describe two methods of post-processing this data in two systems, Octave and Python (in fact three, as the Octave instructions also apply to Matlab). So text mode takes text input files and produces text output files, that's it, hence the name "text mode". Generating a schematic from a netlist cannot be done, because no infomation about the location of symbols etc. Normally Qucs generates this netlist file from the schematic file and calls qucsator on the netlist file for you.

#Qucs tutorial youtube how to#

It explans how to use qucs (actually qucsator, the solver which Qucs uses to solve circuits by default), from the command line to generate data, using its native input format which is a netlist (text based) type file. I'm not sure why you would think otherwise? If you want to know how to load Qucs data and manipulate it in Octave or Python, then naturally you must have some knowledge of these systems. Here I have to quote my previous answer a second time, where I wrote "You'll need to incude that directory in the Octave path so it can find the scripts or simply copy them in your work directory." To make things easier, GNU Octave by defaults always look in the current working directory so if you copy the Qucs functions in the current working directory, where you are creating your script, it will find them,Īlternatively you can modify the GNU Octave load path, see here You need to tell GNU Octave where to find the functions which are not built-in, it cannot guess by itself where they are located. GNU Octave has buil-in functions, that comes with the tool and can use user-supplied functions, like the ones provided by Qucs. I also have the impression that you are learning to use both Qucs and GNU Octave at the same time, which does not make the task any easier. Furthermore, this tutorial talks about using Octave in the first part of the tutorial, then completely ignores it for the rest of the tutorial and goes on using Python for the rest of the tutorial! I wish the author would make up his/her mind on one and stick with one or the other! Skip it!!!!!!! And just to make sure you know which tutorial I am talking about, it's the Qucs textmode tutorial: stay away from it, as it is a complete waste of time. So as far as this tutorial is concerned, I would not recommend it to anyone, as it is a waste of time, and a lot of aggrevation to boot. I can't even find documentation on what a workspace is! And since it is workspace based, it might to a good thing to know. So it seems like Octave can't find the actual data file! If anyone has gone through this tutorial and gone through this problem, it sure would help if the tutorial covered this mess! Right now, information on using Octave is not very good, to say the least. I entered data=loadQucsDataSet('temp.dat') into Octave, knowing that temp.dat doesn't exist and got the same error message.