![]() ![]() You can then paste the plot to your favourite word processor. Otherwise, if you would like to copy the figure to a word processor and then print it, go to the figure window and select the icon corresponding to the "Copy the plot to the clipboard" command. This will save the plot as graph1.eps in your code folder. ![]() To print the plotted figure in encapsulated postscript format, use the following command ![]() You should see a figure window with the sine plot. To run the file, go to the Octave prompt and type Then select File>Save As and save the file as script1.m in your code folder. Type the following commands in the editor: For example, let’s create the following simple script file to plot a sine wave. You can type up commands you want Octave to run in the Editor and save them in an M-file so that you do not have to type them again if you need to rerun the commands. To open the editor, just type the command ’edit’ at the prompt. The default text editor in Octave is the SciTE program. When you start Octave, the working directory will automatically be the folder you specified in the "Start In:" field. Right click the Octave Desktop Icon, select "Properties" and then edit the "Start In:" folder to be your code folder. Octave-3.0.3.exe:2>cd "C:/Documents and Settings/My Documents/My Octave Codes"Īns=C:\Documents and Settings\My Documents\My Octave CodesĪn alternative way to change the working directory is by editing the properties of the Octave Desktop Icon. For example, create the folder "M Octave Codes" in "My Documents" and make this new folder the current working directory by using the change directory command ’cd’ as follows: It’s a good idea to create a new folder in which you can save all your code files. You can check this using the present working directory ’pwd’ command as follows: You can now start entering commands into Octave by typing expressions and then pressing the Enter key.īy default, Octave will look for your codes in the folder C:\Program Files\Octave.It proposes bindings for Matlab/Octave and Python, and a GUI software. Start the program by clicking the startup icon and wait for the prompt to appear. Multiprecision Computing Toolbox for MATLAB uses Eigen as core library for matrix.The startup folder can be opened by clicking Start/All Programs/GNU Octave. There will be startup folder containing a startup icon and some documentation including a PDF version of the Octave Manual and a Quick Reference card . Run the downloaded file to install Octave in your C: drive.Starting the Octave interpreter under Linux is as simple as typing the ’octave’ command. Note for Linux users: Most Linux distributions include Octave as standard and if it is not already installed on your system you can install the Octave package from your installation CDs or the Internet. ![]()
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