[WIP] Update qucs-test/testset -> Qucs sample projects #34
Conversation
This file contains bidirectional Unicode text that may be interpreted or compiled differently than what appears below. To review, open the file in an editor that reveals hidden Unicode characters.
Learn more about bidirectional Unicode characters
In order to group examples by topic it is needed to modify run.py in order to find projects inside subfolders. Currently, the qucsator test is not passing. HELP NEEDED! Modify run.py so as to explore subdirectories This commit is the first in a series in which the qucs examples will be updated. As suggested at Qucs/qucs#934 the qucs examples set will be fetched from the qucs-test repo. Since the qucs (test/example) projects will be grouped by topic, run.py needs to be modified to as to find Qucs projects inside subdirectories
A new file tree is proposed in order to bring some order to the testsuite
A equation block was moved a little bit down because it overlapped with the simulation box
A equation block was moved a little bit down because it overlapped with the simulation box
A equation block was moved a little bit down because it overlapped with the simulation box
The circuit description was extended to be clearer. Moreover, the project name was changed to DC_SW_Wheatstone_Bridge_prj since that seems to be more meaningful
The name of the project was changed to DC_SW_BJT_differential_pair_prj. It seems like a more appropriate name for it.
The schematic opened the data display window despite the fact that the graph was on the schematic. Moreover, the graph was moved to the left and the simulation blocks were put together
The schematic opened the data display window despite the fact that the
graph was on the schematic. Moreover, the graph was moved to the
left and the simulation blocks were put together
The open display option was disabled. A graph was added to display the voltage of the output and input nodes
…_bandpass_prj Some component values overlapped with the symbol
…_AC_active_bp_prj The simulation boxes were put on the bottom. A graph was added in order to show the frequency response.
…_AC_active_lp_prj The text overlaps with the equation and the simulation blocks. A graph was added in order to show the frequency response. The data display box was set not to open automatically.
…_AC_notch_prj Text blocks overlapped each other. A graph was added and some elements were moved. The data display box option was set not to open automatically.
…n_prj Certain component values overlapped with the symbols. The data display box option was set not to open automatically. A graph was added.
…mp_gyrator_prj Text overlapped with symbols and simulation boxes. It was added a text block with the derivation of the input impedance of the gyrator. Moreover, the input impedance is plotted in terms of resistance and inductance. That proves that a 5H inductor was synthesized. Finally, the feedback was changed to be negative feedback. The positive feedback is highly likely to be unstable.
Some text overlapped with the symbols. A graph was added to show the output (rectified) voltage. The data display box option was set not to open automatically.
The data display option was set not to open automatically. It was added a graph to show the waveforms. Some comments were added to improve the understanding of the circuit.
- The data display option was set not to open automatically. - It was added a graph showing the voltage at each node. - The value of the load was set to 10MOhm in order to avoid the voltage drop. On the other hand, the doubler cells are Greinacher circuits, not Villard’s [1] so the project was renamed as TR_Greinacher_Multiplier_prj. It seems to be more appropriate. A reference was included in the schematic for more details. [1] https://books.google.es/books?id=nHqQnSM71_cC&lpg=PP1&dq=High-voltage%20Test%20Techniques&hl=es&pg=PA29#v=onepage&q=villard&f=false
The data display option was set not to open automatically. Some text were moved because they overlapped with the symbols. Some graphs and design equations were added.
The simulation tolerances were increased so as to make the simulation more robust against different values of R-C. It were added two graphs showing the ramp and square waveforms.
…_prj The position of certain components was changed to improve readability.
The data display option was set not to open automatically. A graph was added to show the inputs and the output.
The data display option was set not to open automatically. A graph was added to show the gain. Some text overlapped with the symbols. It was copied some theory from the product datasheet in the schematic since it helps to understand the circuit. The project name was renamed as Broadband_RFIC_NE5205_prj since it seems to be more convenient.
The data display option was set not to open automatically. A graph was added to show the voltage gain. Some text overlapped with the symbols.
The data display option was set not to open automatically. A diagram and some design notes were added in order to help to understand how the circuit works.
The data display option was set not to open automatically. Some text overlapped with the symbols. It were added two graphs showing the voltage drop at the inductor and the capacitor as well as some math formulae to explain how the voltage overshoot increases with Q in a series resonator. The project was moved to “testsuite/RFMW/Resonators/AC_SW_resonance_prj”.
The data display option was set not to open automatically. A graph was added to show the frequency response of the filter.
The data display option was set not to open automatically. A graph was added to show the frequency response of the filter.
The data display option was set not to open automatically. A graph was added to show the frequency response of the filter.
The new netlist files contained the path to my local Qucs testsuite.
The data display option was set not to open automatically. Added a graph.
The data display option was set not to open automatically. It was added a window to show the LO, RF and IF waveforms and an Octave script showing the power spectrum.
This project was copied from qucs.sourceforge.net/examples/Mirrors_prj.tar.gz. It comes with a display sheet. For the sake of consistency with previous projects, the graphs will be moved to the schematic sheet.
This project was copied from qucs.sourceforge.net/examples/Mirrors_prj.tar.gz. It comes with a display sheet. For the sake of consistency with previous projects, the graphs will be moved to the schematic sheet. The project is renamed as DC_SW_Cascode_MOS_Current_Mirror_prj and moved to testsuite/DC circuits/Current Mirrors
This project was copied from qucs.sourceforge.net/examples/Mirrors_prj.tar.gz. It comes with a display sheet. For the sake of consistency with previous projects, the graphs will be moved to the schematic sheet. The project is renamed as DC_SW_Simple_MOS_Current_Mirror_prj and moved to testsuite/DC circuits/Current Mirrors
This project was copied from qucs.sourceforge.net/examples/Mirrors_prj.tar.gz. It comes with a display sheet. For the sake of consistency with previous projects, the graphs will be moved to the schematic sheet. The project is renamed as DC_SW_ThreeTransistor_Current_Mirror_prj and moved to testsuite/DC circuits/Current Mirrors
This project was copied from qucs.sourceforge.net/examples/Mirrors_prj.tar.gz. It comes with a display sheet but, for the sake of consistency with previous projects, the graphs will be moved to the schematic sheet. The project is renamed as DC_SW_Low_Voltage_MOS_Current_Mirror_prj and moved to testsuite/DC circuits/Current Mirrors
This project was copied from qucs.sourceforge.net/examples/Mirrors_prj.tar.gz. It comes with a display sheet but, for the sake of consistency with previous projects, the graphs will be moved to the schematic sheet. The project is renamed as DC_SW_Widlar_Current_Mirror_prj and moved to testsuite/DC circuits/Current Mirrors
This project was copied from qucs.sourceforge.net/examples/Mirrors_prj.tar.gz. It comes with a display sheet but, for the sake of consistency with previous projects, the graphs will be moved to the schematic sheet. The project is renamed as DC_SW_Wilson_Current_Mirror_prj and moved to testsuite/DC circuits/Current Mirrors
This project was copied from qucs.sourceforge.net/examples/2StageAmplifier_prj.tar.gz. The project includes several schematics. In order to do the testing, the main schematic (Amplifier.sch) was renamed as 2StageAmplifier and the project whole project as SP_2StageAmplifier_prj. The data displays because they are a lot. At the same time, this approach preserves the work of the author.
This project was downloaded from qucs.sourceforge.net/examples/UHF_Amplifier_prj.tar.gz. Some text overlapped with the simulation box and the data display option was set not to open automatically once the simulation ends. The project will be skipped in the automatic test because the netlist generated during the test includes the full path to the Qucs user folder in the S2P component. This makes the test crash because the S2P is in the project folder, not in the Qucs user folder (/home/username/.qucs).
This project was downloaded from qucs.sourceforge.net/examples/1838MHz_PLL_prj.tar.gz. Some text overlapped with symbols, so some cosmetic changes are made. The project is renamed as DC_AC_1838MHz_PLL_prj in order to include this project in the testsuite.
This project was downloaded from http://qucs.sourceforge.net/examples/BCD_prj.tar.gz. The project will be skipped in the automatic test because the digital simulation seems not to be working.
This project was downloaded from http://qucs.sourceforge.net/examples/bjt_noise.zip
This project was downloaded from http://qucs.sourceforge.net/examples/DigitalAdder_prj.tar.gz
This project was downloaded from http://qucs.sourceforge.net/examples/flip_flops_models_tran_prj.zip
This project was downloaded from http://qucs.sourceforge.net/examples/curtice1_MESFET_prj.tar.gz
This project was downloaded from http://qucs.sourceforge.net/examples/High_Voltage_Supply_prj.tar.gz Some text overlapped with the simulation boxes. “High_Voltage_Supply.sch” will be tested automatically whereas “Rectifier.sch” doesn’t. Currently, (AFAIK) just only one schematic per project can be tested. In this sense, the project is renamed as “DC_TR_SW_ High_Voltage_Supply_prj”. Graphs are missing, so some diagrams are included to show the output voltage (DC and TR).
It seems that “Power Supply” is more appropiate for these projects.
This project was downloaded from http://qucs.sourceforge.net/examples/LM317_prj.tar.gz “LM317-test1.sch” will be included in the automatic test. For the sake of consistency with previous projects, the graphs will be moved to the schematic sheet. The project will be renamed as “TR_LM317_prj” and consequently, “LM317-test1.sch” need to be renamed as “LM317.sch”
This project was downloaded from http://qucs.sourceforge.net/examples/MillerAmp_prj.zip For the sake of consistency with previous projects, the graphs will be moved to the schematic sheet. The project includes two schematics: “MilAmp1.sch” and “MilAmp2.sch”. “MilAmp1.sch” will be included in the automatic test so it will be renamed as needed.
This project was downloaded from http://qucs.sourceforge.net/examples/Amp4.zip The project is renamed as “DC_AC_Audio_Amplifier_prj”. In contrast with the previous projects, the display sheet will be kept because it includes several diagrams. Moving these diagrams to the schematic sheet would overpopulate it.
This project was downloaded from http://qucs.sourceforge.net/examples/PVcell_Miguel_Pareja.zip The project is renamed as DC_SW_Photovoltaic_cell_prj. “Tester_Generic_Model.sch” will be included in the automatic test. The project is copied into “testsuite/DC circuits/General/”
This project was downloaded from http://qucs.sourceforge.net/examples/vfile_test_tran.tar.gz It was renamed as “TR_File_Based_Voltage_Source_prj” and copied into “testsuite/RFMW/General/”. Unfortunately, it must be excluded from the automatic test because the generated netlist includes the path to the Qucs user folder (/home/username/.qucs) as it happens with the Touchstone file components.
This project was downloaded from http://qucs.sourceforge.net/examples/qucs-radiometer-model.tgz It cannot be included in the automatic test because of the Touchstone file components.
Downloaded from http://qucs.sourceforge.net/examples/RADAR2010_prj.zip For the moment, it will be skipped from the automatic test.
“curtice1_MESFET_prj” was moved to “testsuite/RFMW/Device models”. Four projects are added: - Flicker noise model. Downloaded from http://qucs.sourceforge.net/examples/flicker.sch - Shot noise model. Downloaded from http://qucs.sourceforge.net/examples/shot.sch - Pentode model. Downloaded from http://qucs.sourceforge.net/examples/pentode.sch - Triode model. Downloaded from http://qucs.sourceforge.net/examples/triode.sch All these projects are excluded from the automatic test.
Sign up for free
to join this conversation on GitHub.
Already have an account?
Sign in to comment
Add this suggestion to a batch that can be applied as a single commit.
This suggestion is invalid because no changes were made to the code.
Suggestions cannot be applied while the pull request is closed.
Suggestions cannot be applied while viewing a subset of changes.
Only one suggestion per line can be applied in a batch.
Add this suggestion to a batch that can be applied as a single commit.
Applying suggestions on deleted lines is not supported.
You must change the existing code in this line in order to create a valid suggestion.
Outdated suggestions cannot be applied.
This suggestion has been applied or marked resolved.
Suggestions cannot be applied from pending reviews.
Suggestions cannot be applied on multi-line comments.
Suggestions cannot be applied while the pull request is queued to merge.
Suggestion cannot be applied right now. Please check back later.
The purpose of this PR is to group the projects inside qucs-test/testsuite and improve their readability. The idea (see Qucs/qucs#934) is to use the qucs-test/testsuite as source for the Qucs sample projects set.
So far, the projects were grouped by topic and, consequently, run.py was modified to explore the directory tree. Some minor changes were made (missing graphs, text overlapping, etc.) and succinct explanations were included as far as I was able to. Please find attached a document with details of the commit history and some notes.
Qucs examples update.odt.zip
Missing projects from http://qucs.sourceforge.net/examples.html were added. Notice that some of them contain more than one schematic. AFAIK, just one schematic per project can be tested.
My intention is to add more examples from my field of interest and expertise during the next weeks/months.