1/30/2024 0 Comments Ets printing ucsd cplot![]() The printer name should be the host name assigned by ETS. Give it a name and location (ex: My_Office, Engineering 100).Otherwise, you can contact ETS for the IP address. Based on AIC, AICc and BIC the smallest values obtained the conclusion that the ETS (M, N, A) is used to predict air temperature, and sea surface temperature, ETS (A, N, A) is used to predict dew point, sea level pressure and station pressure, ETS (A, A, N) is used to predict visibility, and ETS (A, N, N) is used to predict wind speed. (If you do not know the printer’s IP address, you can often find it by printing out a Printer Information page from the printer itself. In the Address field: enter the IP address of the printer.The protocol should be HP Jet direct – Socket. Unlock the lock, then click on the plus sign (+) to add a printer.From System Preferences, go to Print & Scan.Drag the Advanced icon into the toolbar, next to the Windows icon.įor printers not on the print quota system (All non-labs printers).This will slide down a sheet that includes all of the icons available for this dialog. Choose “Customize Toolbar” from the dropdown list.Right click on the top of the Add dialog box, next to the Windows icon.These instructions assume you have followed steps 1-3, above. You should now see the printer in your local printer list.įollow these instructions if you need to add the Advanced icon to the Add dialog box of the Print & Fax menu (see above).Note that “Duplex Printing Unit” is almost always available and should be checked. URL: smb:///” NameOfLabPrinterYouAreConnectingTo“.In the Advanced window, set up the following settings:.If you do not see the Advanced icon at this point, follow the instructions to Add Advanced Icon, below, then continue from here.Choose System Preferences from the Apple menu.Please contact ETS if you need assistance changing your user account. Your user account on the Mac must be the same as your Engineering account, or you will not be able to print. If you want further details on how this kind of simulations are performed, read this chapter from the excellent Forecasting: Principles and Practice online book.For printers on the print quota system (All Engineering lab printers) The approach with the simulate method is pretty easy to understand, and very flexible, in my opinion. ![]() But I do not really like its interface, it is not flexible enough for me, I did not find a way to specify the desired confidence intervals. To be fair, there is also a more direct approach to calculate the confidence intervals: the get_prediction method (which uses simulate internally). So, you could also predict steps in the future and their confidence intervals with the same approach: just use anchor='end', so that the simulations will start from the last step in y. I also checked the source code: simulate is internally called by the forecast method to predict steps in the future. You could also calculate other statistics from the df_simul. Then, you calculate the confidence intervals with DataFrame quantile method (remember the axis='columns' option). Lower_ci = df_simul.quantile(q=0.1, axis='columns')īasically, calling the simulate method you get a DataFrame with n_repetitions columns, and with n_steps_prediction steps (in this case, the same number of items in your training data-set y). Upper_ci = df_simul.quantile(q=0.9, axis='columns') To calculate confidence intervals, I suggest you to use the simulate method of ETSResults: from _smoothing.ets import ETSModel From this answer from a GitHub issue, it is clear that you should be using the new ETSModel class, and not the old (but still present for compatibility) ExponentialSmoothing.ĮTSModel includes more parameters and more functionality than ExponentialSmoothing.
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