![]() ![]() ![]() About it we’ll discuss in another article.įor any questions, observations and queries regarding this article, use the comment form below. The disp function is easy to use and very useful in the early stages of of the script/program design.Ī more versatile function for data display is the mprintf function. Then, we use the command legend to add an annotation to the figure. Display a Scilab list variable ->var_list = list(,) In this Scilab tutorial we make a collection of the most important plots arising in. tmplegend ''tmplegend + nomfichier' + string(h) + ' '' + string(ascii(44)). Pay attention to the order of the display (LIFO).Ħ. legend(string(nomfichier1),string(nomfichier2),string(nomfichier3),pos2) s6 '. kg', var_mass, 'The mass of the body is ') Next message: scilab-Users legend, legends and friends Messages sorted by: date thread subject author Hum to better explain my problem, you will find attached to figures: 1.png is what I have with legends(., 1) -1.png is what I have with legends(., -1) Clearly the -1 option is better but the legend is partly hidden. >disp('The mass of the body is ', var_mass, ' kg.') Display multiple variables with different type (scalar and string) ->var_mass = 34 In that case, AFAIK, the LaTeX fonts sizes are not set accordingly w.r.t. Display a random matrix ->var_mtx = rand(5,3) ĥ. Legend Properties Legend appearance and behavior expand all in page Legend properties control the appearance and behavior of a Legend object. To have a complete plot we need to add a grid, labels for both axes, a title and a legend. The legends of your example look to be LaTeXed ones, between. Display a string with special characters (quotes) ->var_str_spe = 'The movie ''Random movie name'' was good' Ĥ. Display a string ->var_str = 'Some random string' ģ. Here are several examples on how to use the disp function:Ģ. If there are several variables to be displayed, the first one shown in the Scilab console is the last in the function arguments (LIFO – Last In First Out). For this we need to enter at the Scilab console the following instructions: ->xgrid ->xlabel ('x') ->ylabel ('sin (x), cos (x)') ->title ('Plot of sin (x) and cos (x)') ->legend ('sin (x)','cos (x)',3) The grid is displayed with the function xgrid (). The variables to be displayed can be of type: To have a complete plot we need to add a grid, labels for both axes, a title and a legend. xN, without printing also the variable name. The video explains how to plot graphs of mathematical functions in the Scilab. In the simplest form, the disp function prints in the Scilab console only the value of the variables x1, x2. This video is a free preview video that is part of a complete course on Scilab. For this objective we can use the Scilab built-in disp function, which is easy to understand and quite flexible. While programming in Scilab, during program design phase, we need to print result in the Scilab console mainly for debug purposes. ![]()
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