[LON-CAPA-cvs] cvs: loncom /xml lonplot.pm
foxr
lon-capa-cvs-allow@mail.lon-capa.org
Tue, 20 May 2008 10:53:08 -0000
foxr Tue May 20 06:53:08 2008 EDT
Modified files:
/loncom/xml lonplot.pm
Log:
Bunch more entities for lon plot... up into the math symbols now.
Index: loncom/xml/lonplot.pm
diff -u loncom/xml/lonplot.pm:1.139 loncom/xml/lonplot.pm:1.140
--- loncom/xml/lonplot.pm:1.139 Mon May 19 07:49:48 2008
+++ loncom/xml/lonplot.pm Tue May 20 06:53:07 2008
@@ -1,7 +1,7 @@
# The LearningOnline Network with CAPA
# Dynamic plot
#
-# $Id: lonplot.pm,v 1.139 2008/05/19 11:49:48 foxr Exp $
+# $Id: lonplot.pm,v 1.140 2008/05/20 10:53:07 foxr Exp $
#
# Copyright Michigan State University Board of Trustees
#
@@ -1017,11 +1017,90 @@
'(fnof|#402)' => {'tex' =>'{/Symbol 246}', 'web' => "\x{192}"}, # f with little hook.
- # Standalon accents:
+ # Standalone accents:
'(circ|#710)' => {'tex' => '^', 'web' => '^'}, # circumflex.
'(tilde|#732)' => {'tex' => '~', 'web' => '~'}, # tilde.
+ # General punctuation. We're not able to make a distinction between
+ # the various length spacings in the print version. (e.g. en/em/thin).
+ # the various joiners will be empty strings in the print version too.
+
+
+ '(ensp|#8194)' => {'tex' => ' ', 'web' => "\x{2002}"}, # en space.
+ '(emsp|#8195)' => {'tex' => ' ', 'web' => "\x{2003}"}, # em space.
+ '(thinsp|#8201)' => {'tex' => ' ', 'web' => "\x{2009}"}, # thin space.
+ '(zwnj|#8204)' => {'tex' => '', 'web' => "\x{200c}"}, # Zero width non joiner.
+ '(zwj|#8205)' => {'tex' => '', 'web' => "\x{200d}"}, # Zero width joiner.
+ '(lrm|#8206)' => {'tex' => '', 'web' => "\x{200e}"}, # Left to right mark
+ '(rlm|#8207)' => {'tex' => '', 'web' => "\x{200f}"}, # right to left mark.
+ '(ndash|#8211)' => {'tex' => '{/Text \55}', 'web' => "\x{2013}"}, # en dash.
+ '(mdash|#8212)' => {'tex' => '{/Symbol \55}', 'web' => "\x{2014}"}, # em dash.
+ '(lsquo|#8216)' => {'tex' => '{/Text \140}', 'web' => "\x{2018}"}, # Left single quote.
+ '(rsquo|#8217)' => {'tex' => '{/Symbol \242}', 'web' => "\x{2019}"}, # Right single quote.
+ '(sbquo|#8218)' => {'tex' => ',', 'web' => "\x{201a}"}, # Single low-9 quote.
+ '(ldquo|#8220)' => {'tex' => '{/Text \252}', 'web' => "\x{201c}"}, # Left double quote.
+ '(rdquo|#8221)' => {'tex' => '{/Text \272}', 'web' => "\x{201d}"}, # Right double quote.
+ '(bdquo|#8222)' => {'tex' => '{/Text \271}', 'web' => "\x{201e}"}, # Double low-9 quote.
+ '(dagger|#8224)' => {'tex' => '{/Text \262}', 'web' => "\x{2020}"}, # Is this a dagger I see before me now?
+ '(Dagger|#8225)' => {'tex' => '{/Text \263}', 'web' => "\x{2021}"}, # it's handle pointing towards my heart?
+ '(bull|#8226)' => {'tex' => '\267', 'web' => "\x{2022}"}, # Bullet.
+ '(hellep|#8230)' => {'tex' => '{/Text \274}', 'web' => "\x{2026}"}, # Ellipses.
+ '(permil|#8240)' => {'tex' => '{/Text \275}', 'web' => "\x{2031}"}, # Per mille.
+ '(prime|#8242)' => {'tex' => '\264', 'web' => "\x{2032}"}, # Prime.
+ '(Prime|#8243)' => {'tex' => '{/Symbol \262}', 'web' => "\x{2033}"}, # double prime.
+ '(lsaquo|#8249)' => {'tex' => '{/Text \254}', 'web' => "\x{2039}"}, # < quote.
+ '(rsaquo|#8250)' => {'tex' => '{/Text \255}', 'web' => "\x{2040}"}, # > quote.
+ '(oline|#8254)' => {'tex' => '{/Symbol \140}', 'web' => "\x{203e}"}, # Overline.
+ '(frasl|#8260)' => {'tex' => '/', 'web' => "\x{2044}"}, # Fraction slash.
+ '(euro|#8364)' => {'tex' => '{/Symbol \240}', 'web' => "\x{20a0}"}, # Euro currency.
+
+ # Letter like symbols.
+
+ '(weierp|#8472)' => {'tex' => '{/Symbol \303}', 'web' => "\x{2118}"}, # Power set symbol
+ '(image|#8465)' => {'tex' => '{/Symbol \301}', 'web' => "\x{2111}"}, # Imaginary part
+ '(real|#8476)' => {'tex' => '{/Symbol \302}', 'web' => "\x{211c}"}, # Real part.
+ '(trade|#8482)' => {'tex' => '{/Symbol \344}', 'web' => "\x{2122}"}, # trademark symbol.
+ '(alefsym|#8501)' => {'tex' => '{/Symbol \300}', 'web' => "\x{2135}"}, # Hebrew alef.
+
+ # Arrows of various types and directions.
+ '(larr|#8592)' => {'tex' => '{/Symbol \254}', 'web' => "\x{2190}"}, # <--
+ '(uarr|#8593}' => {'tex' => '{/Symbol \255}', 'web' => "\x{2191}"}, # up arrow.
+ '(rarr|#8594)' => {'tex' => '{/Symbol \256}', 'web' => "\x{2192}"}, # -->
+ '(darr|#8595)' => {'tex' => '{/Symbol \257}', 'web' => "\x{2193}"}, # down arrow.
+ '(harr|#8596)' => {'tex' => '{/Symbol \253}', 'web' => "\x{2194}"}, # <-->
+ '(crarr|#8629)' => {'tex' => '{/Symbol \277}', 'web' => "\x{21b5}"}, # corner arrow down and right.
+ '(lArr|#8656)' => {'tex' => '{/Symbol \334}', 'web' => "\x{21d0}"}, # <==
+ '(uArr|#8657)' => {'tex' => '{/Symbol \335}', 'web' => "\x{21d1}"}, # Up double arrow.
+ '(rArr|#8658)' => {'tex' => '{/Symbol \336}', 'web' => "\x{21d2}"}, # ==>
+ '(dArr|#8659)' => {'tex' => '{/Symbol \337}', 'web' => "\x{21d3}"}, # Down double arrow.
+ '(hArr|#8660)' => {'tex' => '{/Symbol \333}', 'web' => "\x{21d4}"}, # <==>
+
+ # Mathematical operators. For some of these we do the best we can in printing.
+
+ '(forall|#8704)' => {'tex' => '{/Symbol \42}', 'web' => "\x{2200}"}, # For all.
+ '(part|#8706)' => {'tex' => '{/Symbol d}', 'web' => "\x{2202}"}, # partial derivative
+ '(exist|#8707)' => {'tex' => '{/Symbol \44}', 'web' => "\x{2203}"}, # There exists.
+ '(empty|#8709)' => {'tex' => '{/Symbol \306}', 'web' => "\x{2205}"}, # Null set.
+ '(nabla|#8711)' => {'tex' => '{/Symbol \321}', 'web' => "\x{2207}"}, # Gradient e.g.
+ '(isin|#8712)' => {'tex' => '{/Symbol \316}', 'web' => "\x{2208}"}, # Element of the set.
+ '(ni|#8715)' => {'tex' => '{/Symbol \47}', 'web' => "\x{220b}"}, # Contains as a member
+ '(prod|#8719)' => {'tex' => '{/Symbol \325}', 'web' => "\x{220f}"}, # Product
+ '(sum|#8721)' => {'tex' => '{/Symbol \345}', 'web' => "\x{2211}"}, # Sum of.
+ '(minus|#8722)' => {'tex' => '-', 'web' => "\x{2212}"}, # - sign.
+ '(lowast|#8727)' => {'tex' => '*', 'web' => "\x{2217}"}, # *
+ '(radic|#8730)' => {'tex' => '{/Symbol \326}', 'web' => "\x{221a}"}, # Square root.
+ '(prop|#8733)' => {'tex' => '{/Symbol \265}', 'web' => "\x{221d}"}, # Proportional to.
+ '(infin|#8734)' => {'tex' => '{/Symbol \245}', 'web' => "\x{221e}"}, # Infinity.
+ '(ang|#8736)' => {'tex' => '{/Symbol \320}', 'web' => "\x{2220}"}, # Angle .
+ '(and|#8743)' => {'tex' => '{/Symbol \331}', 'web' => "\x{2227}"}, # Logical and.
+ '(or|#8744)' => {'tex' => '{/Symbol \332}', 'web' => "\x{2228}"}, # Logical or.
+ '(cap|#8745)' => {'tex' => '{/Symbol \307}', 'web' => "\x{2229}"}, # Set intersection.
+ '(cup|#8746)' => {'tex' => '{/Symbol \310}', 'web' => "\x{222a}"}, # Set union.
+ '(int|8747)' => {'tex' => '{/Symbol \362}', 'web' => "\x{222b}"}, # Integral.
+ '(there4|#8756)' => {'tex' => '{/Symbol \134}', 'web' => "\x{2234}"}, # Therefore triple dots.
+ '(sim|#8764)' => {'tex' => '~', 'web' => "\x{223c}"}, # Simlar to.
+ '(cong|#8773)' => {'tex' => '{/Symbol \100}', 'web' => "\x{2245}"}, # Congruent to/with.
);