xstringl
compute a box which surrounds strings
Syntax
rect=xstringl(x,y,str,[fontId,fontSize])
Arguments
- rect
vector of 4 real scalars defining the box.
- x,y
real scalars, coordinates of the lower-left point of the strings.
- str
matrix of strings.
Starting from Scilab 5.2, it is possible to write LaTeX or MathML expression.
- fontId
an integer specifying the font type. For more information, see graphics_fonts
- fontSize
an integer specifying the font size. For more information, see graphics_fonts
Description
xstringl returns in rect=[x,y,w,h]
(upper-left point, width, height) the size of a rectangle in the current
graphic scale which would surround the strings str drawn at
location x,y (lower-left point).
The result can be approximative when using the Postscript driver.
Examples
plot2d([0, 1], [0, 1], 0); str = ["$\underleftrightarrow{Scilab}$" "is"; "not" "elisaB"]; // Only valid from Scilab 5.2 r = xstringl(0.5, 0.7, str); xrects([r(1) r(2)+r(4) r(3) r(4)]'); xstring(r(1), r(2), str); str = ["Scilab" "is"; "not" "Matlab"]; r2 = xstringl(0.2, 0.2, str, 5, 7); xrects([r2(1) r2(2)+r2(4) r2(3) r2(4)]'); txt=xstring(r2(1), r2(2), str) txt.font_size = 7; txt.font_style = 5;
plot2d([0, 1], [0, 1], 0); // Only valid from Scilab 5.2 mathml = "<mrow>" +.. "<mfrac>" +.. "<mrow>" +.. "<mi> d </mi>" +.. "<mi> y </mi>" +.. "</mrow>" +.. "<mrow>" +.. "<mi>d</mi>" +.. "<mi>x</mi>" +.. "</mrow>" +.. "</mfrac>" +.. "<mo> = </mo>" +.. "<mfrac>" +.. "<mn> 1 </mn>" +.. "<msup>" +.. "<mi> y </mi>" +.. "<mn> 2 </mn>" +.. "</msup>" +.. "</mfrac>" +.. "</mrow>"; str=["SCILAB", "can write LaTeX :", "$\frac{abc}{xyz}$"; "or", "MathML :", mathml]; r2 = xstringl(0.2, 0.4, str, 10, 4); xrects([r2(1) r2(2)+r2(4) r2(3) r2(4)]'); txt = xstring(r2(1), r2(2), str); txt.font_size = 4; txt.font_style = 10;
plot2d([0, 6],[0, 6], 0); str=["$\underleftrightarrow{\tiny{Scilab}}$"; "$\underleftrightarrow{\scriptsize{Scilab}}$"; "$\underleftrightarrow{\footnotesize{Scilab}}$"; "$\underleftrightarrow{\small{Scilab}}$"; "$\underleftrightarrow{\normalsize{Scilab}}$"; "$\underleftrightarrow{\large{Scilab}}$"; "$\underleftrightarrow{\Large{Scilab}}$"; "$\underleftrightarrow{\LARGE{Scilab}}$"; "$\underleftrightarrow{\huge{Scilab}}$"; "$\underleftrightarrow{\Huge{Scilab}}$"]; r = xstringl(0.5, 0.5, str, 5, 3); xrects([r(1); r(2)+r(4); r(3); r(4)]); txt=xstring(r(1), r(2), str); txt.font_size = 3; txt.font_style = 5; txt.font_color = 2; str = ["${\tiny{\frac{x}{y}}$", "${\scriptsize{\frac{x}{y}}$", .. "${\footnotesize{\frac{x}{y}}$", "${\small{\frac{x}{y}}$", .. "${\normalsize{\frac{x}{y}}$", "${\large{\frac{x}{y}}$", .. "${\Large{\frac{x}{y}}$", "${\LARGE{\frac{x}{y}}$", .. "${\huge{\frac{x}{y}}$", "$\Huge{\frac{x}{y}}$"]; r = xstringl(2, 0.5, str, 0, 3); xrects([r(1); r(2)+r(4); r(3); r(4)]); txt=xstring(r(1), r(2), str); txt.font_size = 3; txt.font_style = 0; txt.font_color = 2;
See also
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