search for: adobesym

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2005 Aug 30
1
Font Encodings --- some work, some don't
Dear R wizards: I believe some more font encoding info. some of the font encodings work, others do not: IsoLatin1, MacRoman, WinAnsi, and PDFDoc seem fine. AdobeStd, AdobeSym, ISOLatin2, ISOLatin9, and TeXtext seem broken, in that the resulting output file is silently corrupt. The font encoding error does not appear in the postscript device driver, and it works fine. It would be nice if R gave an error message, instead of producing corrupt .pdf files. Just a sugg...
2010 Sep 09
1
scalable < > delimiters in plotmath
Dear list, I read in ?plotmath that I can use bgroup to draw scalable delimiters such as [ ] and ( ). The same technique fails with < > however, and I cannot find a workaround, grid.text(expression(bgroup("<",atop(x,y),">"))) Error in bgroup("<", atop(x, y), ">") : invalid group delimiter Regards, baptiste sessionInfo() R version
2010 Sep 09
1
scalable < > delimiters in plotmath
Dear list, I read in ?plotmath that I can use bgroup to draw scalable delimiters such as [ ] and ( ). The same technique fails with < > however, and I cannot find a workaround, grid.text(expression(bgroup("<",atop(x,y),">"))) Error in bgroup("<", atop(x, y), ">") : invalid group delimiter Regards, baptiste sessionInfo() R version
2007 Oct 18
1
R-graphics printing greeks
I have tried to print a table of greek alphabet names and symbols without success. I can print one character at a time but can't seem to find a way to automate an entire list of the symbols. Some of the code I have tried is below. I have searched on help, worked the examples in the December 2002 R Help Desk article and plotmath but have not been able to find a way to accomplish the
2009 Apr 01
1
Latex symbols in R (\perp and \parallel)
Dear All, I am sure this is a one-liner, but I cannot find the R command to generate the LaTex symbols \perp and \parallel. Consider for instance the figure (one can use any kind of data for the plot) pdf("friction_linear_chain_perpendicular.pdf") par( mar = c(4.5,5, 2, 1) + 0.1) plot(data[ ,1], data[