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lib/unicodesymbols tests and fixes
* Test blocks Mathematical Symbols, Miscellaneous Technical, Control Pictures * fix Fahrenheit symbol * add force=utf8 where required
This commit is contained in:
Günter Milde
parent
827450200f
commit
e08a372927
@ -199,15 +199,26 @@ status collapsed
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\end_layout
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\begin_layout Labeling
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@ -91,7 +91,7 @@
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2010 ‐ ‑ ‒ – — ― ‖ ‗ ‘ ’ ‚
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\begin_inset Branch na
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\begin_layout Standard
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‛
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“ ” „
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\begin_inset Branch na
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\begin_layout Standard
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‟
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@ -118,7 +118,7 @@ status collapsed
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2020 † ‡ • ‣ ․ ‥ …
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\begin_inset Branch na
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@ -134,7 +134,7 @@ status collapsed
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2030 ‰ ‱ ′ ″
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@ -145,7 +145,7 @@ status collapsed
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@ -172,7 +172,7 @@ status collapsed
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@ -188,7 +188,7 @@ status collapsed
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\begin_inset Branch na
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@ -199,10 +199,21 @@ status collapsed
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@ -94,27 +94,7 @@ status collapsed
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\end_inset
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℅ ℆
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\begin_inset Note Note
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status open
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\begin_layout Plain Layout
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℉
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\begin_inset Note Note
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status collapsed
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\begin_layout Plain Layout
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Error 84 returned from iconv when converting from UCS-4LE to ascii
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\end_layout
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\end_inset
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@ -222,7 +202,8 @@ status open
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The OHM SIGN is normalized to greek letter OMEGA which requires wrapping
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in
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\backslash
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textgreek (or loading the textalpha package) to get the right font.
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textgreek (or setting to Greek or loading the textalpha package) to get
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the right font.
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\end_layout
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\end_inset
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@ -326,16 +307,14 @@ status collapsed
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2150 ⅓ ⅔ ⅕ ⅖ ⅗ ⅘ ⅙ ⅚ ⅛ ⅜ ⅝ ⅞ ⅟
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\end_layout
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\begin_deeper
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\begin_layout Labeling
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\labelwidthstring 00.00.0000
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TODO: smaller?
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\size footnotesize
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⅓ ⅔ ⅕ ⅖ ⅗ ⅘ ⅙ ⅚ ⅛ ⅜ ⅝ ⅞ ⅟
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\end_layout
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\begin_deeper
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\begin_layout Standard
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nicefrac?
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TODO: scriptsize? I
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\size scriptsize
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⅓ ⅔ ⅕ ⅖
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\size default
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I nicefrac? I
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\begin_inset Formula $\nicefrac{1}{3}$
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\end_inset
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@ -347,27 +326,7 @@ nicefrac?
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\begin_inset Formula $\nicefrac{1}{5}$
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\end_inset
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\begin_inset Formula $\nicefrac{2}{5}$
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\end_inset
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\begin_inset Formula $\nicefrac{4}{5}$
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\end_inset
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\begin_inset Formula $\nicefrac{1}{6}$
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\end_inset
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\begin_inset Formula $\nicefrac{1}{8}$
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\end_inset
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\begin_inset Formula $\nicefrac{1}{}$
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\end_inset
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I
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\end_layout
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\end_deeper
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@ -94,27 +94,7 @@ status open
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\end_inset
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℅ ℆
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status open
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\begin_layout Plain Layout
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℉
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\end_layout
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\end_inset
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\begin_inset Note Note
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status collapsed
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\begin_layout Plain Layout
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Error 84 returned from iconv when converting from UCS-4LE to ascii
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\end_layout
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\end_inset
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\begin_inset Branch na
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inverted 0
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@ -1785,7 +1785,7 @@
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0x2048 "?!" "" "notermination=text,force=utf8" "" "" # QUESTION EXCLAMATION MARK
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0x2049 "!?" "" "notermination=text,force=utf8" "" "" # EXCLAMATION QUESTION MARK
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0x2052 "\\textdiscount" "textcomp" "" # COMMERCIAL MINUS SIGN
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0x205d "" "" "" "\\vdots" ""# TRICOLON # ≈ VERTICAL ELLIPSIS, fails in text mode, if "mathdots" is loaded.
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0x205d "" "" "force=utf8" "\\vdots" ""# TRICOLON # ≈ VERTICAL ELLIPSIS, fails in text mode, if "mathdots" is loaded.
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#0x205e "" "" "" "" "" # VERTICAL FOUR DOTS
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0x205f "" "" "notermination=math,force=utf8" "\\:" "" # MEDIUM MATHEMATICAL SPACE
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#0x2060 "" "" "" "" "" # WORD JOINER
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@ -1859,7 +1859,7 @@
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0x2106 "\\LyXcadauna" "\\newcommand*\\LyXcadauna{\\mbox{\\raisebox{.8ex}{c}\\kern-.175em\\raisebox{.2ex}{/}\\kern-.18em\\raisebox{-.2ex}{u}}}" "force=utf8"
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#0x2107 "" "" "" "" "" # EULER CONSTANT
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#0x2108 "" "" "" "" "" # SCRUPLE
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0x2109 "°{}F" "" "force,notermination=text" "" "" # DEGREE FAHRENHEIT
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0x2109 "\\textdegree{}F" "" "force,notermination=text" "" "" # DEGREE FAHRENHEIT
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# mathrsfs has no small letters
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#0x210a "" "" "" "\\mathscr{g}" "mathrsfs" # SCRIPT SMALL G
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0x210b "" "" "force=utf8" "\\mathscr{H}" "mathrsfs" # SCRIPT CAPITAL H
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@ -2016,9 +2016,9 @@
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0x2193 "\\textdownarrow" "textcomp" "" "\\downarrow" # DOWNWARDS ARROW
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0x2194 "" "" "force=utf8" "\\leftrightarrow" # LEFT RIGHT ARROW
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0x2195 "" "" "force=utf8" "\\updownarrow" # UP DOWN ARROW
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0x2196 "Home" "" "force=utf8,notermination=text" "\\nwarrow" "amssymb" # Qt::Key_Home, NORTH WEST ARROW
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0x2196 "" "" "force=utf8" "\\nwarrow" "" # NORTH WEST ARROW
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0x2197 "\\textglobrise" "tipa" "force=utf8" "\\nearrow" "" # NORTH EAST ARROW
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0x2198 "End" "" "force=utf8,notermination=text,tipashortcut=\\textglobfall{}" "\\searrow" "" # Qt::Key_End, SOUTH EAST ARROW
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0x2198 "\\textglobfall" "tipa" "force=utf8" "\\searrow" "" #
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0x2199 "" "" "force=utf8" "\\swarrow" "" # SOUTH WEST ARROW
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0x219a "" "" "force=utf8" "\\nleftarrow" "amssymb" # LEFTWARDS ARROW WITH STROKE
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0x219b "" "" "force=utf8" "\\nrightarrow" "amssymb" # RIGHTWARDS ARROW WITH STROKE
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@ -2090,19 +2090,19 @@
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0x21db "" "" "force=utf8" "\\Rrightarrow" "amssymb" # RIGHTWARDS TRIPLE ARROW
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#0x21dc "" "" "" "\\leftsquigarrow" "mathabx" # LEFTWARDS SQUIGGLE ARROW
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0x21dd "" "" "force=utf8" "\\rightsquigarrow" "amssymb" # RIGHTWARDS SQUIGGLE ARROW
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0x21de "Option-Up Arrow" "" "force=utf8,notermination=text" "" "" # Qt::Key_PageUp, UPWARDS ARROW WITH DOUBLE STROKE = page up
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0x21df "Option-Down Arrow" "" "force=utf8,notermination=text" "" "" # Qt::Key_PageDown, DOWNWARDS ARROW WITH DOUBLE STROKE = page down
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0x21de "Option-Up Arrow" "" "force=utf8,notermination=text" "" "" #Qt::Key_PageUp, UPWARDS ARROW WITH DOUBLE STROKE = page up "\\nHuparrow" "boisik|stik"
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0x21df "Option-Down Arrow" "" "force=utf8,notermination=text" "" "" # Qt::Key_PageDown, DOWNWARDS ARROW WITH DOUBLE STROKE = page down "\\nHdownarrow" "boisik|stix"
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0x21e0 "" "" "force=utf8" "\\dashleftarrow" "amssymb" # LEFTWARDS DASHED ARROW
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#0x21e1 "" "" "" "" "" # UPWARDS DASHED ARROW
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0x21e2 "" "" "force=utf8" "\\dashrightarrow" "amssymb" # RIGHTWARDS DASHED ARROW
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#0x21e3 "" "" "" "" "" # DOWNWARDS DASHED ARROW
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0x21e4 "Shift-Tab" "" "force=utf8,notermination=text" "" "" # Qt::Key_Backtab, LEFTWARDS ARROW TO BAR = leftward tab
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0x21e5 "Tab" "" "force=utf8,notermination=text" "" "" # Qt::Key_Tab, RIGHTWARDS ARROW TO BAR = rightward tab
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0x21e4 "Shift-Tab" "" "force=utf8,notermination=text" "" "" # Qt::Key_Backtab, LEFTWARDS ARROW TO BAR = leftward tab "\\barleftarrow" "boisik|stix"
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0x21e5 "Tab" "" "force=utf8,notermination=text" "" "" # Qt::Key_Tab, RIGHTWARDS ARROW TO BAR = rightward tab "\\rightarrowbar" "boisik|stix"
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#0x21e6 "" "" "" "" "" # LEFTWARDS WHITE ARROW
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#0x21e7 "" "" "" "" "" # UPWARDS WHITE ARROW
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0x21e8 "\\pointer" "wasysym" "force=utf8" "" "" # RIGHTWARDS WHITE ARROW
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#0x21e9 "" "" "" "" "" # DOWNWARDS WHITE ARROW
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0x21ea "Caps Lock" "" "force=utf8,notermination=text" "" "" # Qt::Key_CapsLock, UPWARDS WHITE ARROW FROM BAR = caps lock
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0x21ea "Caps Lock" "" "force=utf8,notermination=text" "" "" # Qt::Key_CapsLock, UPWARDS WHITE ARROW FROM BAR = caps lock "\\whitearrowupfrombar" "boisik|stix"
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#0x21eb "" "" "" "" "" # UPWARDS WHITE ARROW ON PEDESTAL
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#0x21ec "" "" "" "" "" # UPWARDS WHITE ARROW ON PEDESTAL WITH HORIZONTAL BAR
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#0x21ed "" "" "" "" "" # UPWARDS WHITE ARROW ON PEDESTAL WITH VERTICAL BAR
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@ -2127,196 +2127,196 @@
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#
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# mathematical operators
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#
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0x2200 "" "" "" "\\forall" "" # FOR ALL
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0x2201 "" "" "" "\\complement" "amssymb" # COMPLEMENT
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0x2202 "" "" "" "\\partial" # PARTIAL DIFFERENTIAL
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0x2203 "" "" "" "\\exists" "" # THERE EXISTS
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0x2204 "" "" "" "\\nexists" "amssymb" # THERE DOES NOT EXIST
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0x2205 "" "" "" "\\varnothing" "amssymb" # EMPTY SET
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0x2206 "" "" "" "\\Delta" # INCREMENT
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0x2207 "" "" "" "\\nabla" "" # NABLA
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0x2208 "" "" "" "\\in" "" # ELEMENT OF
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0x2209 "" "" "" "\\notin" "" # NOT AN ELEMENT OF
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0x2200 "" "" "force=utf8" "\\forall" "" # FOR ALL
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0x2201 "" "" "force=utf8" "\\complement" "amssymb" # COMPLEMENT
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0x2202 "" "" "force=utf8" "\\partial" # PARTIAL DIFFERENTIAL
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0x2203 "" "" "force=utf8" "\\exists" "" # THERE EXISTS
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0x2204 "" "" "force=utf8" "\\nexists" "amssymb" # THERE DOES NOT EXIST
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0x2205 "" "" "force=utf8" "\\varnothing" "amssymb" # EMPTY SET
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0x2206 "" "" "force=utf8" "\\Delta" # INCREMENT
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0x2207 "" "" "force=utf8" "\\nabla" "" # NABLA
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0x2208 "" "" "force=utf8" "\\in" "" # ELEMENT OF
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0x2209 "" "" "force=utf8" "\\notin" "" # NOT AN ELEMENT OF
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#0x220a "" "" "" "" "" # SMALL ELEMENT OF
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0x220b "" "" "" "\\ni" "" # CONTAINS AS MEMBER
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0x220b "" "" "force=utf8" "\\ni" "" # CONTAINS AS MEMBER
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#0x220c "" "" "" "\\notni" "txfonts|pxfonts" # DOES NOT CONTAIN AS MEMBER
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#0x220d "" "" "" "" "" # SMALL CONTAINS AS MEMBER
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#0x220e "" "" "" "" "" # END OF PROOF
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0x220f "" "" "" "\\prod" # N-ARY PRODUCT
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0x2210 "" "" "" "\\coprod" "" # N-ARY COPRODUCT
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0x2211 "" "" "" "\\sum" # N-ARY SUMMATION
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0x2212 "\\textminus" "textcomp" "notermination=math" "-" "" # MINUS SIGN
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0x2213 "" "" "" "\\mp" "" # MINUS-OR-PLUS SIGN
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0x2214 "" "" "" "\\dotplus" "amssymb" # DOT PLUS
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0x2215 "" "" "" "\\slash" # DIVISION SLASH
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0x2216 "" "" "" "\\setminus" "" # SET MINUS
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0x2217 "\\textasteriskcentered" "textcomp" "" "\\ast" "" # ASTERISK OPERATOR
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0x2218 "" "" "" "\\circ" "" # RING OPERATOR
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0x2219 "" "" "" "\\centerdot" "amssymb" # BULLET OPERATOR
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0x221a "\\textsurd" "textcomp" "" "\\surd" "" # SQUARE ROOT
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0x221b "" "" "" "\\sqrt[3]{\\vphantom{a}}" "" # CUBE ROOT
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0x221c "" "" "" "\\sqrt[4]{\\vphantom{a}}" "" # FOURTH ROOT
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0x221d "" "" "" "\\propto" # PROPORTIONAL TO
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0x221e "" "" "" "\\infty" # INFINITY
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0x220f "" "" "force=utf8" "\\prod" # N-ARY PRODUCT
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0x2210 "" "" "force=utf8" "\\coprod" "" # N-ARY COPRODUCT
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0x2211 "" "" "force=utf8" "\\sum" # N-ARY SUMMATION
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0x2212 "\\textminus" "textcomp" "force=utf8,notermination=math" "-" "" # MINUS SIGN
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0x2213 "" "" "force=utf8" "\\mp" "" # MINUS-OR-PLUS SIGN
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0x2214 "" "" "force=utf8" "\\dotplus" "amssymb" # DOT PLUS
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0x2215 "" "" "force=utf8" "\\slash" # DIVISION SLASH
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0x2216 "" "" "force=utf8" "\\setminus" "" # SET MINUS
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0x2217 "\\textasteriskcentered" "textcomp" "force=utf8" "\\ast" "" # ASTERISK OPERATOR
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0x2218 "" "" "force=utf8" "\\circ" "" # RING OPERATOR
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0x2219 "" "" "force=utf8" "\\centerdot" "amssymb" # BULLET OPERATOR
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0x221a "\\textsurd" "textcomp" "force=utf8" "\\surd" "" # SQUARE ROOT
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0x221b "" "" "force=utf8" "\\sqrt[3]{\\vphantom{a}}" "" # CUBE ROOT
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0x221c "" "" "force=utf8" "\\sqrt[4]{\\vphantom{a}}" "" # FOURTH ROOT
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0x221d "" "" "force=utf8" "\\propto" # PROPORTIONAL TO
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0x221e "" "" "force=utf8" "\\infty" # INFINITY
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# use the following macro for the character RIGHT ANGLE
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0x221f "\\LyXrightangle" "\\newcommand*\\LyXrightangle{{\\usefont{U}{msa}{m}{n}\\char120}}" ""
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0x2220 "" "" "" "\\angle" "" # ANGLE
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0x2221 "" "" "" "\\measuredangle" "amssymb" # MEASURED ANGLE
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0x2222 "" "" "" "\\sphericalangle" "amssymb" # SPHERICAL ANGLE
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0x2223 "" "" "" "\\mid" "" # DIVIDES # or "\\divides" "mathabx"
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0x2224 "" "" "" "\\nmid" "" # DOES NOT DIVIDE # or "\\notdivides" "mathabx"
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0x2225 "" "" "" "\\parallel" "" # PARALLEL TO
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0x2226 "" "" "" "\\nparallel" "amssymb" # NOT PARALLEL TO
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0x2227 "" "" "" "\\bigwedge" "" # LOGICAL AND
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0x2228 "" "" "" "\\bigvee" "" # LOGICAL OR
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0x2229 "" "" "" "\\bigcap" # INTERSECTION
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0x222a "" "" "" "\\bigcup" "" # UNION
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0x222b "" "" "" "\\int" "esint" # INTEGRAL
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0x222c "" "" "" "\\iint" "esint|amsmath" # DOUBLE INTEGRAL
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0x222d "" "" "" "\\iiint" "esint|amsmath" # TRIPLE INTEGRAL
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0x222e "" "" "" "\\oint" "esint" # CONTOUR INTEGRAL
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0x222f "" "" "" "\\oiint" "esint" # SURFACE INTEGRAL
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0x221f "\\LyXrightangle" "\\newcommand*\\LyXrightangle{{\\usefont{U}{msa}{m}{n}\\char120}}" "force=utf8"
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0x2220 "" "" "force=utf8" "\\angle" "" # ANGLE
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0x2221 "" "" "force=utf8" "\\measuredangle" "amssymb" # MEASURED ANGLE
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0x2222 "" "" "force=utf8" "\\sphericalangle" "amssymb" # SPHERICAL ANGLE
|
||||
0x2223 "" "" "force=utf8" "\\mid" "" # DIVIDES # or "\\divides" "mathabx"
|
||||
0x2224 "" "" "force=utf8" "\\nmid" "" # DOES NOT DIVIDE # or "\\notdivides" "mathabx"
|
||||
0x2225 "" "" "force=utf8" "\\parallel" "" # PARALLEL TO
|
||||
0x2226 "" "" "force=utf8" "\\nparallel" "amssymb" # NOT PARALLEL TO
|
||||
0x2227 "" "" "force=utf8" "\\bigwedge" "" # LOGICAL AND
|
||||
0x2228 "" "" "force=utf8" "\\bigvee" "" # LOGICAL OR
|
||||
0x2229 "" "" "force=utf8" "\\bigcap" # INTERSECTION
|
||||
0x222a "" "" "force=utf8" "\\bigcup" "" # UNION
|
||||
0x222b "" "" "force=utf8" "\\int" "esint" # INTEGRAL
|
||||
0x222c "" "" "force=utf8" "\\iint" "esint|amsmath" # DOUBLE INTEGRAL
|
||||
0x222d "" "" "force=utf8" "\\iiint" "esint|amsmath" # TRIPLE INTEGRAL
|
||||
0x222e "" "" "force=utf8" "\\oint" "esint" # CONTOUR INTEGRAL
|
||||
0x222f "" "" "force=utf8" "\\oiint" "esint" # SURFACE INTEGRAL
|
||||
#0x2230 "" "" "" "\\oiiint" "txfonts|pxfonts|fourier|mathdesign" # VOLUME INTEGRAL
|
||||
#0x2231 "" "" "" "" "" # CLOCKWISE INTEGRAL
|
||||
0x2232 "" "" "" "\\ointclockwise" "esint" # CLOCKWISE CONTOUR INTEGRAL
|
||||
0x2233 "" "" "" "\\ointctrclockwise" "esint" # ANTICLOCKWISE CONTOUR INTEGRAL
|
||||
0x2234 "" "" "" "\\therefore" "amssymb" # THEREFORE
|
||||
0x2235 "" "" "" "\\because" "amssymb" # BECAUSE
|
||||
0x2232 "" "" "force=utf8" "\\ointclockwise" "esint" # CLOCKWISE CONTOUR INTEGRAL
|
||||
0x2233 "" "" "force=utf8" "\\ointctrclockwise" "esint" # ANTICLOCKWISE CONTOUR INTEGRAL
|
||||
0x2234 "" "" "force=utf8" "\\therefore" "amssymb" # THEREFORE
|
||||
0x2235 "" "" "force=utf8" "\\because" "amssymb" # BECAUSE
|
||||
#0x2236 "" "" "" "" "" # RATIO
|
||||
0x2237 "" "" "" "\\dblcolon" "mathtools" # PROPORTION
|
||||
0x2237 "" "" "force=utf8" "\\dblcolon" "mathtools" # PROPORTION
|
||||
#0x2238 "" "" "" "" "" # DOT MINUS
|
||||
0x2239 "" "" "" "\\eqcolon" "mathtools" # EXCESS
|
||||
0x2239 "" "" "force=utf8" "\\eqcolon" "mathtools" # EXCESS
|
||||
#0x223a "" "" "" "" "" # GEOMETRIC PROPORTION
|
||||
#0x223b "" "" "" "" "" # HOMOTHETIC
|
||||
0x223c "" "" "" "\\sim" "" # TILDE OPERATOR
|
||||
0x223d "" "" "" "\\backsim" "amssymb" # REVERSED TILDE
|
||||
0x223c "" "" "force=utf8" "\\sim" "" # TILDE OPERATOR
|
||||
0x223d "" "" "force=utf8" "\\backsim" "amssymb" # REVERSED TILDE
|
||||
#0x223e "" "" "" "" "" # INVERTED LAZY S
|
||||
0x223f "\\AC" "wasysym" "" "\\AC" "wasysym" # SINE WAVE = alternating current
|
||||
0x2240 "" "" "" "\\wr" "" # WREATH PRODUCT
|
||||
0x223f "\\AC" "wasysym" "force=utf8" "\\AC" "wasysym" # SINE WAVE = alternating current
|
||||
0x2240 "" "" "force=utf8" "\\wr" "" # WREATH PRODUCT
|
||||
#0x2241 "" "" "" "" "" # NOT TILDE
|
||||
0x2242 "" "" "" "\\eqsim" "amssymb" # MINUS TILDE
|
||||
0x2243 "" "" "" "\\simeq" "" # ASYMPTOTICALLY EQUAL TO
|
||||
0x2242 "" "" "force=utf8" "\\eqsim" "amssymb" # MINUS TILDE
|
||||
0x2243 "" "" "force=utf8" "\\simeq" "" # ASYMPTOTICALLY EQUAL TO
|
||||
#0x2244 "" "" "" "" "" # NOT ASYMPTOTICALLY EQUAL TO
|
||||
#0x2245 "" "" "" "" "" # APPROXIMATELY EQUAL TO
|
||||
#0x2246 "" "" "" "" "" # APPROXIMATELY BUT NOT ACTUALLY EQUAL TO
|
||||
#0x2247 "" "" "" "" "" # NEITHER APPROXIMATELY NOR ACTUALLY EQUAL TO
|
||||
0x2248 "" "" "" "\\approx" # ALMOST EQUAL TO
|
||||
0x2248 "" "" "force=utf8" "\\approx" # ALMOST EQUAL TO
|
||||
#0x2249 "" "" "" "\\napprox" "mathabx" # NOT ALMOST EQUAL TO
|
||||
0x224a "" "" "" "\\approxeq" "amssymb" # ALMOST EQUAL OR EQUAL TO
|
||||
#0x224b "" "" "" "" "" # TRIPLE TILDE
|
||||
#0x224c "" "" "" "" "" # ALL EQUAL TO
|
||||
0x224d "" "" "" "\\asymp" "" # EQUIVALENT TO
|
||||
0x224d "" "" "force=utf8" "\\asymp" "" # EQUIVALENT TO
|
||||
#0x224e "" "" "" "" "" # GEOMETRICALLY EQUIVALENT TO
|
||||
#0x224f "" "" "" "" "" # DIFFERENCE BETWEEN
|
||||
#0x2250 "" "" "" "" "" # APPROACHES THE LIMIT
|
||||
0x2251 "" "" "" "\\Doteq" "amssymb" # GEOMETRICALLY EQUAL TO
|
||||
0x2252 "" "" "" "\\fallingdotseq" "amssymb" # APPROXIMATELY EQUAL TO OR THE IMAGE OF
|
||||
0x2253 "" "" "" "\\risingdotseq" "amssymb" # IMAGE OF OR APPROXIMATELY EQUAL TO
|
||||
0x2254 "" "" "" "\\coloneqq" "mathtools" # COLON EQUALS
|
||||
0x2255 "" "" "" "\\eqqcolon" "mathtools" # EQUALS COLON
|
||||
0x2256 "" "" "" "\\eqcirc" "amssymb" # RING IN EQUAL TO
|
||||
0x2257 "" "" "" "\\circeq" "amssymb" # RING EQUAL TO
|
||||
0x2251 "" "" "force=utf8" "\\Doteq" "amssymb" # GEOMETRICALLY EQUAL TO
|
||||
0x2252 "" "" "force=utf8" "\\fallingdotseq" "amssymb" # APPROXIMATELY EQUAL TO OR THE IMAGE OF
|
||||
0x2253 "" "" "force=utf8" "\\risingdotseq" "amssymb" # IMAGE OF OR APPROXIMATELY EQUAL TO
|
||||
0x2254 "" "" "force=utf8" "\\coloneqq" "mathtools" # COLON EQUALS
|
||||
0x2255 "" "" "force=utf8" "\\eqqcolon" "mathtools" # EQUALS COLON
|
||||
0x2256 "" "" "force=utf8" "\\eqcirc" "amssymb" # RING IN EQUAL TO
|
||||
0x2257 "" "" "force=utf8" "\\circeq" "amssymb" # RING EQUAL TO
|
||||
#0x2258 "" "" "" "" "" # CORRESPONDS TO
|
||||
#0x2259 "" "" "" "" "" # ESTIMATES
|
||||
#0x225a "" "" "" "" "" # EQUIANGULAR TO
|
||||
#0x225b "" "" "" "" "" # STAR EQUALS
|
||||
0x225c "" "" "" "\\triangleq" "amssymb" # DELTA EQUAL TO
|
||||
0x225c "" "" "force=utf8" "\\triangleq" "amssymb" # DELTA EQUAL TO
|
||||
#0x225d "" "" "" "" "" # EQUAL TO BY DEFINITION
|
||||
#0x225e "" "" "" "" "" # MEASURED BY
|
||||
#0x225f "" "" "" "" "" # QUESTIONED EQUAL TO
|
||||
0x2260 "" "" "" "\\neq" # NOT EQUAL TO
|
||||
0x2261 "" "" "" "\\equiv" # IDENTICAL TO
|
||||
0x2260 "" "" "force=utf8" "\\neq" # NOT EQUAL TO
|
||||
0x2261 "" "" "force=utf8" "\\equiv" # IDENTICAL TO
|
||||
#0x2262 "" "" "" "" "" # NOT IDENTICAL TO
|
||||
#0x2263 "" "" "" "" "" # STRICTLY EQUIVALENT TO
|
||||
0x2264 "" "" "" "\\le" # LESS-THAN OR EQUAL TO
|
||||
0x2265 "" "" "" "\\ge" # GREATER-THAN OR EQUAL TO
|
||||
0x2266 "" "" "" "\\leqq" "amssymb" # LESS-THAN OVER EQUAL TO
|
||||
0x2267 "" "" "" "\\geqq" "amssymb" # GREATER-THAN OVER EQUAL TO
|
||||
0x2268 "" "" "" "\\lneqq" "amssymb" # LESS-THAN BUT NOT EQUAL TO
|
||||
0x2269 "" "" "" "\\gneqq" "amssymb" # GREATER-THAN BUT NOT EQUAL TO
|
||||
0x226a "" "" "" "\\ll" "" # MUCH LESS-THAN
|
||||
0x226b "" "" "" "\\gg" "" # MUCH GREATER-THAN
|
||||
0x226c "" "" "" "\\between" "amssymb" # BETWEEN
|
||||
0x2264 "" "" "force=utf8" "\\le" # LESS-THAN OR EQUAL TO
|
||||
0x2265 "" "" "force=utf8" "\\ge" # GREATER-THAN OR EQUAL TO
|
||||
0x2266 "" "" "force=utf8" "\\leqq" "amssymb" # LESS-THAN OVER EQUAL TO
|
||||
0x2267 "" "" "force=utf8" "\\geqq" "amssymb" # GREATER-THAN OVER EQUAL TO
|
||||
0x2268 "" "" "force=utf8" "\\lneqq" "amssymb" # LESS-THAN BUT NOT EQUAL TO
|
||||
0x2269 "" "" "force=utf8" "\\gneqq" "amssymb" # GREATER-THAN BUT NOT EQUAL TO
|
||||
0x226a "" "" "force=utf8" "\\ll" "" # MUCH LESS-THAN
|
||||
0x226b "" "" "force=utf8" "\\gg" "" # MUCH GREATER-THAN
|
||||
0x226c "" "" "force=utf8" "\\between" "amssymb" # BETWEEN
|
||||
#0x226d "" "" "" "" "" # NOT EQUIVALENT TO
|
||||
0x226e "" "" "" "\\nless" "amssymb" # NOT LESS-THAN
|
||||
0x226f "" "" "" "\\ngtr" "amssymb" # NOT GREATER-THAN
|
||||
0x2270 "" "" "" "\\nleq" "amssymb" # NEITHER LESS-THAN NOR EQUAL TO
|
||||
0x2271 "" "" "" "\\ngeq" "amssymb" # NEITHER GREATER-THAN NOR EQUAL TO
|
||||
0x2272 "" "" "" "\\lesssim" "amssymb" # LESS-THAN OR EQUIVALENT TO
|
||||
0x2273 "" "" "" "\\gtrsim" "amssymb" # GREATER-THAN OR EQUIVALENT TO
|
||||
0x226e "" "" "force=utf8" "\\nless" "amssymb" # NOT LESS-THAN
|
||||
0x226f "" "" "force=utf8" "\\ngtr" "amssymb" # NOT GREATER-THAN
|
||||
0x2270 "" "" "force=utf8" "\\nleq" "amssymb" # NEITHER LESS-THAN NOR EQUAL TO
|
||||
0x2271 "" "" "force=utf8" "\\ngeq" "amssymb" # NEITHER GREATER-THAN NOR EQUAL TO
|
||||
0x2272 "" "" "force=utf8" "\\lesssim" "amssymb" # LESS-THAN OR EQUIVALENT TO
|
||||
0x2273 "" "" "force=utf8" "\\gtrsim" "amssymb" # GREATER-THAN OR EQUIVALENT TO
|
||||
#0x2274 "" "" "" "" "" # NEITHER LESS-THAN NOR EQUIVALENT TO
|
||||
#0x2275 "" "" "" "" "" # NEITHER GREATER-THAN NOR EQUIVALENT TO
|
||||
0x2276 "" "" "" "\\lessgtr" "amssymb" # LESS-THAN OR GREATER-THAN
|
||||
0x2277 "" "" "" "\\gtrless" "amssymb" # GREATER-THAN OR LESS-THAN
|
||||
0x2276 "" "" "force=utf8" "\\lessgtr" "amssymb" # LESS-THAN OR GREATER-THAN
|
||||
0x2277 "" "" "force=utf8" "\\gtrless" "amssymb" # GREATER-THAN OR LESS-THAN
|
||||
#0x2278 "" "" "" "" "" # NEITHER LESS-THAN NOR GREATER-THAN
|
||||
#0x2279 "" "" "" "" "" # NEITHER GREATER-THAN NOR LESS-THAN
|
||||
0x227a "" "" "" "\\prec" "" # PRECEDES
|
||||
0x227b "" "" "" "\\succ" "" # SUCCEEDS
|
||||
0x227c "" "" "" "\\preccurlyeq" "amssymb" # PRECEDES OR EQUAL TO
|
||||
0x227d "" "" "" "\\succcurlyeq" "amssymb" # SUCCEEDS OR EQUAL TO
|
||||
0x227e "" "" "" "\\precsim" "amssymb" # PRECEDES OR EQUIVALENT TO
|
||||
0x227f "" "" "" "\\succsim" "amssymb" # SUCCEEDS OR EQUIVALENT TO
|
||||
0x2280 "" "" "" "\\nprec" "amssymb" # DOES NOT PRECEDE
|
||||
0x2281 "" "" "" "\\nsucc" "amssymb" # DOES NOT SUCCEED
|
||||
0x2282 "" "" "" "\\subset" "" # SUBSET OF
|
||||
0x2283 "" "" "" "\\supset" "" # SUPERSET OF
|
||||
0x227a "" "" "force=utf8" "\\prec" "" # PRECEDES
|
||||
0x227b "" "" "force=utf8" "\\succ" "" # SUCCEEDS
|
||||
0x227c "" "" "force=utf8" "\\preccurlyeq" "amssymb" # PRECEDES OR EQUAL TO
|
||||
0x227d "" "" "force=utf8" "\\succcurlyeq" "amssymb" # SUCCEEDS OR EQUAL TO
|
||||
0x227e "" "" "force=utf8" "\\precsim" "amssymb" # PRECEDES OR EQUIVALENT TO
|
||||
0x227f "" "" "force=utf8" "\\succsim" "amssymb" # SUCCEEDS OR EQUIVALENT TO
|
||||
0x2280 "" "" "force=utf8" "\\nprec" "amssymb" # DOES NOT PRECEDE
|
||||
0x2281 "" "" "force=utf8" "\\nsucc" "amssymb" # DOES NOT SUCCEED
|
||||
0x2282 "" "" "force=utf8" "\\subset" "" # SUBSET OF
|
||||
0x2283 "" "" "force=utf8" "\\supset" "" # SUPERSET OF
|
||||
#0x2284 "" "" "" "" "" # NOT A SUBSET OF
|
||||
#0x2285 "" "" "" "" "" # NOT A SUPERSET OF
|
||||
0x2286 "" "" "" "\\subseteq" "" # SUBSET OF OR EQUAL TO
|
||||
0x2287 "" "" "" "\\supseteq" "" # SUPERSET OF OR EQUAL TO
|
||||
0x2288 "" "" "" "\\nsubseteq" "amssymb" # NEITHER A SUBSET OF NOR EQUAL TO
|
||||
0x2289 "" "" "" "\\nsupseteq" "amssymb" # NEITHER A SUPERSET OF NOR EQUAL TO
|
||||
0x228a "" "" "" "\\subsetneq" "amssymb" # SUBSET OF WITH NOT EQUAL TO
|
||||
0x228b "" "" "" "\\supsetneq" "amssymb" # SUPERSET OF WITH NOT EQUAL TO
|
||||
0x2286 "" "" "force=utf8" "\\subseteq" "" # SUBSET OF OR EQUAL TO
|
||||
0x2287 "" "" "force=utf8" "\\supseteq" "" # SUPERSET OF OR EQUAL TO
|
||||
0x2288 "" "" "force=utf8" "\\nsubseteq" "amssymb" # NEITHER A SUBSET OF NOR EQUAL TO
|
||||
0x2289 "" "" "force=utf8" "\\nsupseteq" "amssymb" # NEITHER A SUPERSET OF NOR EQUAL TO
|
||||
0x228a "" "" "force=utf8" "\\subsetneq" "amssymb" # SUBSET OF WITH NOT EQUAL TO
|
||||
0x228b "" "" "force=utf8" "\\supsetneq" "amssymb" # SUPERSET OF WITH NOT EQUAL TO
|
||||
#0x228c "" "" "" "" "" # MULTISET
|
||||
#0x228d "" "" "" "" "" # MULTISET MULTIPLICATION
|
||||
0x228e "" "" "" "\\uplus" "" # MULTISET UNION
|
||||
0x228f "" "" "" "\\sqsubset" "amssymb" # SQUARE IMAGE OF
|
||||
0x2290 "" "" "" "\\sqsupset" "amssymb" # SQUARE ORIGINAL OF
|
||||
0x2291 "" "" "" "\\sqsubseteq" "" # SQUARE IMAGE OF OR EQUAL TO
|
||||
0x2292 "" "" "" "\\sqsupseteq" "" # SQUARE ORIGINAL OF OR EQUAL TO
|
||||
0x2293 "" "" "" "\\sqcap" "" # SQUARE CAP
|
||||
0x2294 "" "" "" "\\sqcup" "" # SQUARE CUP
|
||||
0x2295 "" "" "" "\\oplus" "" # CIRCLED PLUS
|
||||
0x2296 "" "" "" "\\ominus" "" # CIRCLED MINUS
|
||||
0x2297 "" "" "" "\\otimes" "" # CIRCLED TIMES
|
||||
0x2298 "" "" "" "\\oslash" "" # CIRCLED DIVISION SLASH
|
||||
0x2299 "" "" "" "\\odot" "" # CIRCLED DOT OPERATOR
|
||||
0x229a "" "" "" "\\circledcirc" "amssymb" # CIRCLED RING OPERATOR
|
||||
0x229b "" "" "" "\\circledast" "amssymb" # CIRCLED ASTERISK OPERATOR
|
||||
0x228e "" "" "force=utf8" "\\uplus" "" # MULTISET UNION
|
||||
0x228f "" "" "force=utf8" "\\sqsubset" "amssymb" # SQUARE IMAGE OF
|
||||
0x2290 "" "" "force=utf8" "\\sqsupset" "amssymb" # SQUARE ORIGINAL OF
|
||||
0x2291 "" "" "force=utf8" "\\sqsubseteq" "" # SQUARE IMAGE OF OR EQUAL TO
|
||||
0x2292 "" "" "force=utf8" "\\sqsupseteq" "" # SQUARE ORIGINAL OF OR EQUAL TO
|
||||
0x2293 "" "" "force=utf8" "\\sqcap" "" # SQUARE CAP
|
||||
0x2294 "" "" "force=utf8" "\\sqcup" "" # SQUARE CUP
|
||||
0x2295 "" "" "force=utf8" "\\oplus" "" # CIRCLED PLUS
|
||||
0x2296 "" "" "force=utf8" "\\ominus" "" # CIRCLED MINUS
|
||||
0x2297 "" "" "force=utf8" "\\otimes" "" # CIRCLED TIMES
|
||||
0x2298 "" "" "force=utf8" "\\oslash" "" # CIRCLED DIVISION SLASH
|
||||
0x2299 "" "" "force=utf8" "\\odot" "" # CIRCLED DOT OPERATOR
|
||||
0x229a "" "" "force=utf8" "\\circledcirc" "amssymb" # CIRCLED RING OPERATOR
|
||||
0x229b "" "" "force=utf8" "\\circledast" "amssymb" # CIRCLED ASTERISK OPERATOR
|
||||
#0x229c "" "" "" "" "" # CIRCLED EQUALS
|
||||
0x229d "" "" "" "\\circleddash" "amssymb" # CIRCLED DASH
|
||||
0x229e "" "" "" "\\boxplus" "amssymb" # SQUARED PLUS
|
||||
0x229f "" "" "" "\\boxminus" "amssymb" # SQUARED MINUS
|
||||
0x22a0 "" "" "" "\\boxtimes" "amssymb" # SQUARED TIMES
|
||||
0x22a1 "" "" "" "\\boxdot" "amssymb" # SQUARED DOT OPERATOR
|
||||
0x22a2 "" "" "" "\\vdash" "" # RIGHT TACK
|
||||
0x22a3 "" "" "" "\\dashv" "" # LEFT TACK
|
||||
0x22a4 "" "" "" "\\top" "" # DOWN TACK
|
||||
0x22a5 "" "" "" "\\bot" "" # UP TACK
|
||||
0x229d "" "" "force=utf8" "\\circleddash" "amssymb" # CIRCLED DASH
|
||||
0x229e "" "" "force=utf8" "\\boxplus" "amssymb" # SQUARED PLUS
|
||||
0x229f "" "" "force=utf8" "\\boxminus" "amssymb" # SQUARED MINUS
|
||||
0x22a0 "" "" "force=utf8" "\\boxtimes" "amssymb" # SQUARED TIMES
|
||||
0x22a1 "" "" "force=utf8" "\\boxdot" "amssymb" # SQUARED DOT OPERATOR
|
||||
0x22a2 "" "" "force=utf8" "\\vdash" "" # RIGHT TACK
|
||||
0x22a3 "" "" "force=utf8" "\\dashv" "" # LEFT TACK
|
||||
0x22a4 "" "" "force=utf8" "\\top" "" # DOWN TACK
|
||||
0x22a5 "" "" "force=utf8" "\\bot" "" # UP TACK
|
||||
#0x22a6 "" "" "" "" "" # ASSERTION
|
||||
#0x22a7 "" "" "" "" "" # MODELS
|
||||
0x22a8 "" "" "" "\\vDash" "amssymb" # TRUE
|
||||
0x22a9 "" "" "" "\\Vdash" "amssymb" # FORCES
|
||||
0x22aa "" "" "" "\\Vvdash" "amssymb" # TRIPLE VERTICAL BAR RIGHT TURNSTILE
|
||||
0x22a8 "" "" "force=utf8" "\\vDash" "amssymb" # TRUE
|
||||
0x22a9 "" "" "force=utf8" "\\Vdash" "amssymb" # FORCES
|
||||
0x22aa "" "" "force=utf8" "\\Vvdash" "amssymb" # TRIPLE VERTICAL BAR RIGHT TURNSTILE
|
||||
#0x22ab "" "" "" "" "" # DOUBLE VERTICAL BAR DOUBLE RIGHT TURNSTILE
|
||||
0x22ac "" "" "" "\\nvdash" "amssymb" # DOES NOT PROVE
|
||||
0x22ad "" "" "" "\\nvDash" "amssymb" # NOT TRUE
|
||||
0x22ae "" "" "" "\\nVdash" "amssymb" # DOES NOT FORCE
|
||||
0x22ac "" "" "force=utf8" "\\nvdash" "amssymb" # DOES NOT PROVE
|
||||
0x22ad "" "" "force=utf8" "\\nvDash" "amssymb" # NOT TRUE
|
||||
0x22ae "" "" "force=utf8" "\\nVdash" "amssymb" # DOES NOT FORCE
|
||||
#0x22af "" "" "" "" "" # NEGATED DOUBLE VERTICAL BAR DOUBLE RIGHT TURNSTILE
|
||||
#0x22b0 "" "" "" "" "" # PRECEDES UNDER RELATION
|
||||
#0x22b1 "" "" "" "" "" # SUCCEEDS UNDER RELATION
|
||||
0x22b2 "" "" "" "\\vartriangleleft" "amssymb" # NORMAL SUBGROUP OF
|
||||
0x22b3 "" "" "" "\\vartriangleright" "amssymb" # CONTAINS AS NORMAL SUBGROUP
|
||||
0x22b4 "" "" "" "\\trianglelefteq" "amssymb" # NORMAL SUBGROUP OF OR EQUAL TO
|
||||
0x22b5 "" "" "" "\\trianglerighteq" "amssymb" # CONTAINS AS NORMAL SUBGROUP OR EQUAL TO
|
||||
0x22b2 "" "" "force=utf8" "\\vartriangleleft" "amssymb" # NORMAL SUBGROUP OF
|
||||
0x22b3 "" "" "force=utf8" "\\vartriangleright" "amssymb" # CONTAINS AS NORMAL SUBGROUP
|
||||
0x22b4 "" "" "force=utf8" "\\trianglelefteq" "amssymb" # NORMAL SUBGROUP OF OR EQUAL TO
|
||||
0x22b5 "" "" "force=utf8" "\\trianglerighteq" "amssymb" # CONTAINS AS NORMAL SUBGROUP OR EQUAL TO
|
||||
#0x22b6 "" "" "" "" "" # ORIGINAL OF
|
||||
#0x22b7 "" "" "" "" "" # IMAGE OF
|
||||
0x22b8 "" "" "" "\\multimap" "amssymb" # MULTIMAP
|
||||
0x22b8 "" "" "force=utf8" "\\multimap" "amssymb" # MULTIMAP
|
||||
#0x22b9 "" "" "" "" "" # HERMITIAN CONJUGATE MATRIX
|
||||
0x22ba "" "" "" "\\intercal" "amssymb" # INTERCALATE
|
||||
0x22bb "" "" "" "\\veebar" "amssymb" # XOR
|
||||
0x22bc "" "" "" "\\barwedge" "amssymb" # NAND
|
||||
0x22ba "" "" "force=utf8" "\\intercal" "amssymb" # INTERCALATE
|
||||
0x22bb "" "" "force=utf8" "\\veebar" "amssymb" # XOR
|
||||
0x22bc "" "" "force=utf8" "\\barwedge" "amssymb" # NAND
|
||||
#0x22bd "" "" "" "" "" # NOR
|
||||
#0x22be "" "" "" "" "" # RIGHT ANGLE WITH ARC
|
||||
#0x22bf "" "" "" "" "" # RIGHT TRIANGLE
|
||||
@ -2326,32 +2326,32 @@
|
||||
#0x22c3 "" "" "" "" "" # N-ARY UNION
|
||||
#0x22c4 "" "" "" "" "" # DIAMOND OPERATOR
|
||||
#0x22c5 "" "" "" "" "" # DOT OPERATOR
|
||||
0x22c6 "" "" "" "\\star" "" # STAR OPERATOR
|
||||
0x22c7 "" "" "" "\\divideontimes" "amssymb" # DIVISION TIMES
|
||||
0x22c8 "" "" "" "\\bowtie" "" # BOWTIE
|
||||
0x22c9 "" "" "" "\\ltimes" "amssymb" # LEFT NORMAL FACTOR SEMIDIRECT PRODUCT
|
||||
0x22ca "" "" "" "\\rtimes" "amssymb" # RIGHT NORMAL FACTOR SEMIDIRECT PRODUCT
|
||||
0x22cb "" "" "" "\\leftthreetimes" "amssymb" # LEFT SEMIDIRECT PRODUCT
|
||||
0x22cc "" "" "" "\\rightthreetimes" "amssymb" # RIGHT SEMIDIRECT PRODUCT
|
||||
0x22c6 "" "" "force=utf8" "\\star" "" # STAR OPERATOR
|
||||
0x22c7 "" "" "force=utf8" "\\divideontimes" "amssymb" # DIVISION TIMES
|
||||
0x22c8 "" "" "force=utf8" "\\bowtie" "" # BOWTIE
|
||||
0x22c9 "" "" "force=utf8" "\\ltimes" "amssymb" # LEFT NORMAL FACTOR SEMIDIRECT PRODUCT
|
||||
0x22ca "" "" "force=utf8" "\\rtimes" "amssymb" # RIGHT NORMAL FACTOR SEMIDIRECT PRODUCT
|
||||
0x22cb "" "" "force=utf8" "\\leftthreetimes" "amssymb" # LEFT SEMIDIRECT PRODUCT
|
||||
0x22cc "" "" "force=utf8" "\\rightthreetimes" "amssymb" # RIGHT SEMIDIRECT PRODUCT
|
||||
#0x22cd "" "" "" "" "" # REVERSED TILDE EQUALS
|
||||
0x22ce "" "" "" "\\curlyvee" "amssymb" # CURLY LOGICAL OR
|
||||
0x22cf "" "" "" "\\curlywedge" "amssymb" # CURLY LOGICAL AND
|
||||
0x22d0 "" "" "" "\\Subset" "amssymb" # DOUBLE SUBSET
|
||||
0x22d1 "" "" "" "\\Supset" "amssymb" # DOUBLE SUPERSET
|
||||
0x22d2 "" "" "" "\\Cap" "amssymb" # DOUBLE INTERSECTION
|
||||
0x22d3 "" "" "" "\\Cup" "amssymb" # DOUBLE UNION
|
||||
0x22d4 "" "" "" "\\pitchfork" "amssymb" # PITCHFORK
|
||||
0x22ce "" "" "force=utf8" "\\curlyvee" "amssymb" # CURLY LOGICAL OR
|
||||
0x22cf "" "" "force=utf8" "\\curlywedge" "amssymb" # CURLY LOGICAL AND
|
||||
0x22d0 "" "" "force=utf8" "\\Subset" "amssymb" # DOUBLE SUBSET
|
||||
0x22d1 "" "" "force=utf8" "\\Supset" "amssymb" # DOUBLE SUPERSET
|
||||
0x22d2 "" "" "force=utf8" "\\Cap" "amssymb" # DOUBLE INTERSECTION
|
||||
0x22d3 "" "" "force=utf8" "\\Cup" "amssymb" # DOUBLE UNION
|
||||
0x22d4 "" "" "force=utf8" "\\pitchfork" "amssymb" # PITCHFORK
|
||||
#0x22d5 "" "" "" "" "" # EQUAL AND PARALLEL TO
|
||||
0x22d6 "" "" "" "\\lessdot" "amssymb" # LESS-THAN WITH DOT
|
||||
0x22d7 "" "" "" "\\gtrdot" "amssymb" # GREATER-THAN WITH DOT
|
||||
0x22d8 "" "" "" "\\llless" "amssymb" # VERY MUCH LESS-THAN
|
||||
0x22d9 "" "" "" "\\gggtr" "amssymb" # VERY MUCH GREATER-THAN
|
||||
0x22da "" "" "" "\\lesseqgtr" "amssymb" # LESS-THAN EQUAL TO OR GREATER-THAN
|
||||
0x22db "" "" "" "\\gtreqless" "amssymb" # GREATER-THAN EQUAL TO OR LESS-THAN
|
||||
0x22d6 "" "" "force=utf8" "\\lessdot" "amssymb" # LESS-THAN WITH DOT
|
||||
0x22d7 "" "" "force=utf8" "\\gtrdot" "amssymb" # GREATER-THAN WITH DOT
|
||||
0x22d8 "" "" "force=utf8" "\\llless" "amssymb" # VERY MUCH LESS-THAN
|
||||
0x22d9 "" "" "force=utf8" "\\gggtr" "amssymb" # VERY MUCH GREATER-THAN
|
||||
0x22da "" "" "force=utf8" "\\lesseqgtr" "amssymb" # LESS-THAN EQUAL TO OR GREATER-THAN
|
||||
0x22db "" "" "force=utf8" "\\gtreqless" "amssymb" # GREATER-THAN EQUAL TO OR LESS-THAN
|
||||
#0x22dc "" "" "" "" "" # EQUAL TO OR LESS-THAN
|
||||
#0x22dd "" "" "" "" "" # EQUAL TO OR GREATER-THAN
|
||||
0x22de "" "" "" "\\curlyeqprec" "amssymb" # EQUAL TO OR PRECEDES
|
||||
0x22df "" "" "" "\\curlyeqsucc" "amssymb" # EQUAL TO OR SUCCEEDS
|
||||
0x22de "" "" "force=utf8" "\\curlyeqprec" "amssymb" # EQUAL TO OR PRECEDES
|
||||
0x22df "" "" "force=utf8" "\\curlyeqsucc" "amssymb" # EQUAL TO OR SUCCEEDS
|
||||
#0x22e0 "" "" "" "" "" # DOES NOT PRECEDE OR EQUAL
|
||||
#0x22e1 "" "" "" "" "" # DOES NOT SUCCEED OR EQUAL
|
||||
#0x22e2 "" "" "" "" "" # NOT SQUARE IMAGE OF OR EQUAL TO
|
||||
@ -2364,12 +2364,12 @@
|
||||
#0x22e9 "" "" "" "" "" # SUCCEEDS BUT NOT EQUIVALENT TO
|
||||
#0x22ea "" "" "" "" "" # NOT NORMAL SUBGROUP OF
|
||||
#0x22eb "" "" "" "" "" # DOES NOT CONTAIN AS NORMAL SUBGROUP
|
||||
0x22ec "" "" "" "\\ntrianglelefteq" "amssymb" # NOT NORMAL SUBGROUP OF OR EQUAL TO
|
||||
0x22ed "" "" "" "\\ntrianglerighteq" "amssymb" # DOES NOT CONTAIN AS NORMAL SUBGROUP OR EQUAL
|
||||
0x22ee "" "" "" "\\vdots" "" # VERTICAL ELLIPSIS, fails in text mode, if "mathdots" is loaded.
|
||||
0x22ef "" "" "" "\\cdots" "" # MIDLINE HORIZONTAL ELLIPSIS
|
||||
0x22f0 "" "" "" "\\iddots" "mathdots" # UP RIGHT DIAGONAL ELLIPSIS
|
||||
0x22f1 "" "" "" "\\ddots" "" # ⋱ DOWN RIGHT DIAGONAL ELLIPSIS
|
||||
0x22ec "" "" "force=utf8" "\\ntrianglelefteq" "amssymb" # NOT NORMAL SUBGROUP OF OR EQUAL TO
|
||||
0x22ed "" "" "force=utf8" "\\ntrianglerighteq" "amssymb" # DOES NOT CONTAIN AS NORMAL SUBGROUP OR EQUAL
|
||||
0x22ee "" "" "force=utf8" "\\vdots" "" # VERTICAL ELLIPSIS, fails in text mode, if "mathdots" is loaded.
|
||||
0x22ef "" "" "force=utf8" "\\cdots" "" # MIDLINE HORIZONTAL ELLIPSIS
|
||||
0x22f0 "" "" "force=utf8" "\\iddots" "mathdots" # UP RIGHT DIAGONAL ELLIPSIS
|
||||
0x22f1 "" "" "force=utf8" "\\ddots" "" # ⋱ DOWN RIGHT DIAGONAL ELLIPSIS
|
||||
#0x22f2 "" "" "" "" "" # ELEMENT OF WITH LONG HORIZONTAL STROKE
|
||||
#0x22f3 "" "" "" "" "" # ELEMENT OF WITH VERTICAL BAR AT END OF HORIZONTAL STROKE
|
||||
#0x22f4 "" "" "" "" "" # SMALL ELEMENT OF WITH VERTICAL BAR AT END OF HORIZONTAL STROKE
|
||||
@ -2387,48 +2387,48 @@
|
||||
#
|
||||
# miscellaneous technical
|
||||
#
|
||||
0x2300 "\\diameter" "wasysym" "" "\\diameter" "wasysym" # DIAMETER SIGN
|
||||
0x2300 "\\diameter" "wasysym" "force=utf8" "\\diameter" "wasysym" # DIAMETER SIGN
|
||||
#0x2301 "" "" "" "" "" # ELECTRIC ARROW
|
||||
0x2302 "\\DEL" "ascii" "" # HOUSE
|
||||
0x2302 "\\DEL" "ascii" "force=utf8" # HOUSE
|
||||
#0x2303 "" "" "" "" "" # UP ARROWHEAD
|
||||
#0x2304 "" "" "" "" "" # DOWN ARROWHEAD
|
||||
#0x2305 "" "" "" "" "" # PROJECTIVE
|
||||
#0x2306 "" "" "" "" "" # PERSPECTIVE
|
||||
#0x2307 "" "" "" "" "" # WAVY LINE
|
||||
0x2308 "" "" "" "\\lceil" "" # LEFT CEILING
|
||||
0x2309 "" "" "" "\\rceil" "" # RIGHT CEILING
|
||||
0x230a "" "" "" "\\lfloor" "" # LEFT FLOOR
|
||||
0x230b "" "" "" "\\rfloor" "" # RIGHT FLOOR
|
||||
0x2308 "" "" "force=utf8" "\\lceil" "" # LEFT CEILING
|
||||
0x2309 "" "" "force=utf8" "\\rceil" "" # RIGHT CEILING
|
||||
0x230a "" "" "force=utf8" "\\lfloor" "" # LEFT FLOOR
|
||||
0x230b "" "" "force=utf8" "\\rfloor" "" # RIGHT FLOOR
|
||||
#0x230c "" "" "" "" "" # BOTTOM RIGHT CROP
|
||||
#0x230d "" "" "" "" "" # BOTTOM LEFT CROP
|
||||
#0x230e "" "" "" "" "" # TOP RIGHT CROP
|
||||
#0x230f "" "" "" "" "" # TOP LEFT CROP
|
||||
0x2310 "" "" "" "\\invneg" "wasysym" # REVERSED NOT SIGN
|
||||
0x2310 "" "" "force=utf8" "\\invneg" "wasysym" # REVERSED NOT SIGN
|
||||
#0x2311 "" "" "" "" "" # SQUARE LOZENGE
|
||||
#0x2312 "" "" "" "" "" # ARC
|
||||
#0x2313 "" "" "" "" "" # SEGMENT
|
||||
#0x2314 "" "" "" "" "" # SECTOR
|
||||
0x2315 "\\recorder" "wasysym" "" "" "" # TELEPHONE RECORDER
|
||||
0x2315 "\\recorder" "wasysym" "force=utf8" "" "" # TELEPHONE RECORDER
|
||||
#0x2316 "" "" "" "" "" # POSITION INDICATOR
|
||||
#0x2317 "" "" "" "" "" # VIEWDATA SQUARE
|
||||
#0x2318 "" "" "" "" "" # PLACE OF INTEREST SIGN
|
||||
#0x2319 "" "" "" "" "" # TURNED NOT SIGN
|
||||
0x231a "\\Clocklogo" "marvosym" "" # WATCH
|
||||
0x231a "\\Clocklogo" "marvosym" "force=utf8" # WATCH
|
||||
#0x231b "" "" "" "" "" # HOURGLASS
|
||||
0x231c "" "" "" "\\ulcorner" "amssymb" # TOP LEFT CORNER
|
||||
0x231d "" "" "" "\\urcorner" "amssymb" # TOP RIGHT CORNER
|
||||
0x231e "" "" "" "\\llcorner" "amssymb" # BOTTOM LEFT CORNER
|
||||
0x231f "" "" "" "\\lrcorner" "amssymb" # BOTTOM RIGHT CORNER
|
||||
0x231c "" "" "force=utf8" "\\ulcorner" "amssymb" # TOP LEFT CORNER
|
||||
0x231d "" "" "force=utf8" "\\urcorner" "amssymb" # TOP RIGHT CORNER
|
||||
0x231e "" "" "force=utf8" "\\llcorner" "amssymb" # BOTTOM LEFT CORNER
|
||||
0x231f "" "" "force=utf8" "\\lrcorner" "amssymb" # BOTTOM RIGHT CORNER
|
||||
#0x2320 "" "" "" "" "" # TOP HALF INTEGRAL
|
||||
#0x2321 "" "" "" "" "" # BOTTOM HALF INTEGRAL
|
||||
0x2322 "" "" "" "\\frown" "" # FROWN
|
||||
0x2323 "" "" "" "\\smile" "" # SMILE
|
||||
0x2322 "" "" "force=utf8" "\\frown" "" # FROWN
|
||||
0x2323 "" "" "force=utf8" "\\smile" "" # SMILE
|
||||
#0x2324 "" "" "" "" "" # UP ARROWHEAD BETWEEN TWO HORIZONTAL BARS
|
||||
#0x2325 "" "" "" "" "" # OPTION KEY
|
||||
0x2326 "Delete" "" "notermination=text" "" "" # Qt::Key_Delete, ERASE TO THE RIGHT = delete to the right key
|
||||
0x2328 "\\Keyboard" "marvosym" "" # KEYBOARD
|
||||
0x232b "Backspace" "" "notermination=text" "" "" # Qt::Key_Backspace, ERASE TO THE LEFT = delete to the left key
|
||||
0x238b "Escape" "" "notermination=text" "" "" # Qt::Key_Escape, BROKEN CIRCLE WITH NORTHWEST ARROW = escape
|
||||
0x2326 "Delete" "" "force=utf8,notermination=text" "" "" # Qt::Key_Delete, ERASE TO THE RIGHT = delete to the right key
|
||||
0x2328 "\\Keyboard" "marvosym" "force=utf8" # KEYBOARD
|
||||
0x232b "Backspace" "" "force=utf8,notermination=text" "" "" # Qt::Key_Backspace, ERASE TO THE LEFT = delete to the left key
|
||||
0x238b "Escape" "" "force=utf8,notermination=text" "" "" # Qt::Key_Escape, BROKEN CIRCLE WITH NORTHWEST ARROW = escape
|
||||
#
|
||||
# control pictures
|
||||
#
|
||||
|
||||
Loading…
Reference in New Issue
Block a user