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| * If you are unfamiliar with the simulation operations, there is a possibility that errors may occur in the script description and so on. | * If users are not familiar with the finesse manner, the users can perform the finesse simulation without errors. |
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| /* * If you are unfamiliar with the simulation operations, there is a possibility that errors may occur in the script description and so on.*/ * For beginners, GUI is easy to start. |
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| * We installed several tools to run simulations using Finesse. | * We installed several tools to run simulations using Finesse. * We initially considered using eel, but found it difficult to create gui using eel and finesse at the same time, so we decided to use pysimplegui instead of eel. * This eliminates the need to install eel (and chromium). * PySimpleGUI is a module for python that creates gui. |
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| * We initially considered using eel, but found it difficult to create gui using eel and finesse at the same time, so we decided to use pysimplegui instead of eel. * This eliminates the need to install eel (and chromium). * PySimpleGUI is a module for python that creates gui. eel is a Python module used to create a GUI. I didn't found any instructions on how to install eel without using pip. Therefore, we use pip to install eel in conda's virtual environment. |
* eel is a Python module used to create a GUI. * I didn't found any instructions on how to install eel without using pip. *Therefore, we use pip to install eel in conda's virtual environment. |
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| * how we installed this package? | * how we installed package PySimpleGUI? * We use conda. [[https://anaconda.org/conda-forge/pysimplegui]] {{{ % conda install -c conda-forge pysimplegui }}} |
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| * Now there are many kinds of environments on control workstation. Before leaving, we should delete unnecessary virtual environment. * Yuzurihara likes the name of 'mifsim37' * you can choose which DoF to run. * You can now choose where to put the PD. * You can now choose the laser power. |
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| * in jupyter-notebook, two plots are displayed separately. .py dato gamenn kuroi * (Yuzurihara) one of the solution is to use 'matplotlib' and summarize all the result on one figure. If so, we don't need second plot. * Koyama-san solved this by using matplotlib. |
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| *Allows you to choose which DoF to run. *You can now choose where to put the PD. *You can now choose the laser power. *You can select a range for sweeping the mirror by entering a number. (Can't input other character. only numbers are allowed.) |
* Based on lecture by Kokeyama-san, Koyama-san implemented. * Yuzurihara implemented the feature to output the plot data and the kat file. * resize the figure of the interferometer {{{ % convert Fabry_Perot_MI_eom_drawing.png -resize 800x600 hoge.png }}} * Koyama added all nodes to GUI (on GUI, we use REFL/AS. But, in the source we use just n1 / n2 /....) * Koyama removed exit button from GUI (By pushing the button on top right, we exit from GUI) * Koyama changed the size of the outputted figure to be large * (Koyama) the xlabel and ylabel on figure are automatically added. * make the plot display large * Figure size changed large. But, the label and number on axis are very small. * output kat file (be careful to overwride) * output the plot data (be careful to overwride) * if we use "put" multiple times, what will happen? * (Koyama) Fixed the bug * when plotting PD2, the plotting of PD1 appear at the same time * when sekected only one pd1 output option(I1/I2/Q2/Q2), it caused an error. * (Koyama) change variable name (f1 → f1_SB, f2→ f2_SB) * (Yuzurihara) Prepared the virtual environment on all control workstation (virtual environment name : mifsim37) * (Koyama) make a select box about "pd1" plotting (Eg.I1/Q1/I1 and Q1 overplot) * (Koyama) Add option tab to select not required settings(xplotsclae(log/linear)/yplotscale...) * (Koyama) Check the plotting scale (log/linear) for PD0 and PD1 * (Koyama) Add options to select the yaxis plotting scale log/linear(pd2) * (Koyama) Add options to select the plotting scale(log/linear), especialy y-scale of PD2 * (koyama) change default value of "xaxis range beg" and "xaxis range end" according to the xplotscale setting === Current task (Once task was solved, move to Log.) === * (Hirose) prepare manual * write README.md on git repository * make a drawing of interferometers by using an "inkscape" * (Hirose) add the brief manual on GUI display (such as "1. select interferometer configuration 2. select mode (power/...)") * (Hirose) change the displayed name of PD place(GUI) to something suitable name (nxtrans→netx??) [[http://gwwiki.icrr.u-tokyo.ac.jp/JGWwiki/LCGT/subgroup/ifo/MIF/OptParam]] * (Hirose) change the check box of PDs larger→[font=(font_name,font_size)] * (Hirose) measure the computational time * (koyama) Add option of "power" and "demod" to Transfer function * Add a interferometer drawing expand button === Future task (Once task was solved, move to Log.) === * split the codes by using function * add new configuration of interferometer (FPMI/PRFPMI/DRFPMI) * read external data and over plot |
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| * pase of learning Python in Japanese[[https://repository.kulib.kyoto-u.ac.jp/dspace/bitstream/2433/245698/1/Version2020_02_13_01.pdf]] | * page of learning Python in Japanese[[https://repository.kulib.kyoto-u.ac.jp/dspace/bitstream/2433/245698/1/Version2020_02_13_01.pdf]] * [[http://www.gwoptics.org/finesse/download/manual.pdf | manual finesse]] * To share the latest codes, use `git` * Add codes on git repository [[KAGRA/Subgroups/MIF/Simulation/KamikokaActivity20200817/how_to_use_git_and_github|how to use git and github]] * Change font size(in Japaneses)(p.10 of this site) [[http://www.k-techlabo.org/www_python/PySimpleGUI.pdf]] |
Log of Kamioka Activity during 2020/08/17 ~ 27
Participants
- Koyama
- Hirose
- Yuzurihara
- Kokeyama
Perpose
- If users are not familiar with the finesse manner, the users can perform the finesse simulation without errors.
- By creating a GUI, such errors can be prevented and the reliability of the simulation results can be increased.