#Gnu octave stop resenting windo how to#
#Gnu octave stop resenting windo code#
#Gnu octave stop resenting windo professional#

For example, if we want the title to be an italic font, we could change it using the following command: title('Response of an Underdamped Single Degree of '.

It is also possible to tweek the individual components. Also, note that we changed all of the fonts and font sizes at once.

#Gnu octave stop resenting windo how to#

There are some great tutorials around the internet describing how to find files in Linux. Try the command locate -i ttf from the Linux terminal command prompt to find the location of true-type fonts on your machine. On a Linux computer, theyРІР‚в„ўre easy enough to find. Much better! Note that the TTF file location may be different on your machine, and you might want to choose a different font, after all. Set(FN,'FontName','/usr/share/fonts/dejavu/DejaVuSerifCondensed.ttf') This is a bit tricky, but a couple of commands and youРІР‚в„ўre good to go. While weРІР‚в„ўre at it, the default typewriter font thatРІР‚в„ўs displayed by default isnРІР‚в„ўt my favorite, so letРІР‚в„ўs change it. 'Freedom System to an Initial Excitation']) HereРІР‚в„ўs where Octave may differ from Matlab a bit youРІР‚в„ўll want to switch to double-quotes around the title, and insert a newline character ( ), like this: title(['Damped Response of a Single Degree of '. Well, letРІР‚в„ўs try splitting it into two lines. Whoops! It looks like our title is too big for the resized image. By setting the -PaperSize -PaperPosition in the appropriate -PaperUnits, we can scale the output to the correct size: W = 4 H = 3 That can be done easily enough right in the plot command: plot(t,x.*1000,'r-','LineWidth',4) Р”Р„lso, letРІР‚в„ўs try re-sizing the output a bit. To make the data really stand out (notice IРІР‚в„ўve already changed the color to red), you might want to increase the thickness of the plotted line. Firstly, letРІР‚в„ўs address that linewidth issue. No fears! A couple more lines of code, and youРІР‚в„ўll be making beautiful plots that fit your needs exactly. Also, the default image size (1,200px Р“вЂ” 900px) is probably bigger than what youРІР‚в„ўre looking for. Not bad, eh? Well, IРІР‚в„ўve often felt that the lineweights were a bit light on the default output (especially for such a large plot).

#Gnu octave stop resenting windo code#

The above line of code generates the following png image: Notice how I grabbed the figure handle, h from the first bit of code? Also, I included the '-color' option because some file formats (eps) default to black and white. Suppose we wanted to send the plot to РІР‚Сљvib_plt.pngРІР‚Сњ the following command might do the job:

What comes to the rescue here is the print command, which outputs a much nicer plot as a file (png, eps, etc.), which can be used elsewhere. Now, taking a screenshot of the output of the plot command will get the job done if you need to look at something quickly, but itРІР‚в„ўs not what I would call a presentation-worthy output. Title('Damped Response of a Single Degree of Freedom'. Ok, so translating that into a short octave script: clear clc close all the case of pulling a damped spring from its neutral position and letting it go) HereРІР‚в„ўs the equation: How about we start with a one-dimensional free-vibration response to a simple spring/mass/damper system? WeРІР‚в„ўll look at the case of an initial displacement of and an initial velocity of. Well, of course to start with, weРІР‚в„ўll have to have something to plot. Firstly, itРІР‚в„ўs important to note that plotting in Octave is done by passing commands to GNUPlot however, the developers have worked hard to make this interface seamless, so you shouldnРІР‚в„ўt have to open GNUPlot at all to make plots. IРІР‚в„ўd like to go over some tips for making your plots presentation-worthy plots in Octave.

#Gnu octave stop resenting windo professional#

Luckily, Octave, a great tool for performing calculations and processing data, can also generate some very professional plots! Siamo operativi in tutta Italia 27 lines (27 with data), 877.When it comes to engineering, successful designs often hinge on clearly communicating technical data and analyses, which generally means lots of plots and graphics.