These can change again when the figure is saved.
Depending on the size of figure, MATLAB may or may not choose tick marks to your liking. Now that you've created this fantastic figure, you want to save it to file. Step 3: Save the figure to a file and view the final results Plot(dmn,f(dmn), 'b-',dmn, g(dmn), 'r-',xeq,f(xeq), 'g*', 'LineWidth',lw, 'MarkerSize',msz) %<- Specify plot properites Set(gca, 'FontSize', fsz, 'LineWidth', alw) %<- Set properties The font size for the legend, axes lables, and title are inherited from the settings for the current axes. For plotting the results, manually specify the line width and marker sizes as part of the plot command itself. For the current axes, set the default fontsize and axes linewidth (different from the plot linewidth). These commands assume 100 dpi for the sake of on-screen viewing, but this does not impact the resolution of the saved image. Msz = 8 % MarkerSize Step 2: Creating a figure with manually modified propertiesĬreate a new figure. It's a good idea to test the final version in its final place (e.g., as a figure in a LaTeX report or an image in a PowerPoint presentation) to make sure the sizes are acceptable. Typically, some trial and error is needed to find values that work well for a particular scenario. In the table below, we give some suggested values for papers and presentations. There are a few parameters that can be used to modify a figure so that it prints or displays well. Step 1: Choose parameters (line width, font size, picture size, etc.) The image renders as shown below and is not easy to read. This example has been adapted from YAGTOM ( ), an excellent MATLAB resource.
Step 3: Save the figure to a file and view the final results.Step 2: Creating a figure with manually modified properties.Step 1: Choose parameters (line width, font size, picture size, etc.).
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