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/* -*- Mode: C++; tab-width: 4; indent-tabs-mode: nil; c-basic-offset: 4; fill-column: 100 -*- */
/*
* This file is part of the LibreOffice project.
*
* This Source Code Form is subject to the terms of the Mozilla Public
* License, v. 2.0. If a copy of the MPL was not distributed with this
* file, You can obtain one at http://mozilla.org/MPL/2.0/.
*/
/** Those are the starmath codes for ElementsDockingWindow.hxx.
*
* Those codes will be displayed as formulas on the ElementsDockingWindow.
* The user can then graphically insert them.
*/
#pragma once
#include <rtl/ustring.hxx>
inline constexpr OUStringLiteral RID_UNDOFORMATNAME = u"Format";
// clang-format off
#define RID_PLUSX "+<?> "
#define RID_MINUSX "-<?> "
#define RID_PLUSMINUSX "+-<?> "
#define RID_MINUSPLUSX "-+<?> "
#define RID_NEGX "neg <?> "
#define RID_XPLUSY "<?> + <?> "
#define RID_XMINUSY "<?> - <?> "
#define RID_XCDOTY "<?> cdot <?> "
#define RID_XTIMESY "<?> times <?> "
#define RID_XSYMTIMESY "<?> * <?> "
#define RID_XSYMDIVIDEY "<?> / <?> "
#define RID_XDIVY "<?> div <?> "
#define RID_XOVERY "{<?>} over {<?>} "
#define RID_FRACXY "frac {<?>} {<?>} "
#define RID_XODIVIDEY "<?> odivide <?> "
#define RID_XODOTY "<?> odot <?> "
#define RID_XOMINUSY "<?> ominus <?> "
#define RID_XOPLUSY "<?> oplus <?> "
#define RID_XOTIMESY "<?> otimes <?> "
#define RID_XANDY "<?> and <?> "
#define RID_XORY "<?> or <?> "
#define RID_XEQY "<?> = <?> "
#define RID_XNEQY "<?> <> <?> "
#define RID_XLTY "<?> < <?> "
#define RID_XGTY "<?> > <?> "
#define RID_XLEY "<?> <= <?> "
#define RID_XGEY "<?> >= <?> "
#define RID_XLESLANTY "<?> leslant <?> "
#define RID_XGESLANTY "<?> geslant <?> "
#define RID_XLLY "<?> << <?> "
#define RID_XGGY "<?> >> <?> "
#define RID_XDEFY "<?> def <?> "
#define RID_XEQUIVY "<?> equiv <?> "
#define RID_XAPPROXY "<?> approx <?> "
#define RID_XSIMY "<?> sim <?> "
#define RID_XSIMEQY "<?> simeq <?> "
#define RID_XPROPY "<?> prop <?> "
#define RID_XORTHOY "<?> ortho <?> "
#define RID_XPARALLELY "<?> parallel <?> "
#define RID_XTOWARDY "<?> toward <?> "
#define RID_XTRANSLY "<?> transl <?> "
#define RID_XTRANSRY "<?> transr <?> "
#define RID_XINY "<?> in <?> "
#define RID_XNOTINY "<?> notin <?> "
#define RID_XOWNSY "<?> owns <?> "
#define RID_XUNIONY "<?> union <?> "
#define RID_XINTERSECTIONY "<?> intersection <?> "
#define RID_XSETMINUSY "<?> setminus <?> "
#define RID_XSETQUOTIENTY "<?> setquotient <?> "
#define RID_XSUBSETY "<?> subset <?> "
#define RID_XSUBSETEQY "<?> subseteq <?> "
#define RID_XSUPSETY "<?> supset <?> "
#define RID_XSUPSETEQY "<?> supseteq <?> "
#define RID_XNSUBSETY "<?> nsubset <?> "
#define RID_XNSUBSETEQY "<?> nsubseteq <?> "
#define RID_XNSUPSETY "<?> nsupset <?> "
#define RID_XNSUPSETEQY "<?> nsupseteq <?> "
#define RID_FUNCX "func <?>(<?>) "
#define RID_ABSX "abs{<?>} "
#define RID_FACTX "fact{<?>} "
#define RID_SQRTX "sqrt{<?>} "
#define RID_NROOTXY "nroot{<?>}{<?>} "
#define RID_EX "func e^{<?>} "
#define RID_EXPX "exp(<?>) "
#define RID_LNX "ln(<?>) "
#define RID_LOGX "log(<?>) "
#define RID_SINX "sin(<?>) "
#define RID_COSX "cos(<?>) "
#define RID_TANX "tan(<?>) "
#define RID_COTX "cot(<?>) "
#define RID_ARCSINX "arcsin(<?>) "
#define RID_ARCCOSX "arccos(<?>) "
#define RID_ARCTANX "arctan(<?>) "
#define RID_ARCCOTX "arccot(<?>) "
#define RID_SINHX "sinh(<?>) "
#define RID_COSHX "cosh(<?>) "
#define RID_TANHX "tanh(<?>) "
#define RID_COTHX "coth(<?>) "
#define RID_ARSINHX "arsinh(<?>) "
#define RID_ARCOSHX "arcosh(<?>) "
#define RID_ARTANHX "artanh(<?>) "
#define RID_ARCOTHX "arcoth(<?>) "
#define RID_OPERX "oper oper <?> "
#define RID_OPER_FROMX "oper oper from{<?>} <?> "
#define RID_OPER_TOX "oper oper to{<?>} <?> "
#define RID_OPER_FROMTOX "oper oper from{<?>} to{<?>} <?> "
#define RID_SUMX "sum <?> "
#define RID_SUM_FROMX "sum from{<?>} <?> "
#define RID_SUM_TOX "sum to{<?>} <?> "
#define RID_SUM_FROMTOX "sum from{<?>} to{<?>} <?> "
#define RID_PRODX "prod <?> "
#define RID_PROD_FROMX "prod from{<?>} <?> "
#define RID_PROD_TOX "prod to{<?>} <?> "
#define RID_PROD_FROMTOX "prod from{<?>} to{<?>} <?> "
#define RID_COPRODX "coprod <?> "
#define RID_COPROD_FROMX "coprod from{<?>} <?> "
#define RID_COPROD_TOX "coprod to{<?>} <?> "
#define RID_COPROD_FROMTOX "coprod from{<?>} to{<?>} <?> "
#define RID_LIMX "lim <?> "
#define RID_LIM_FROMX "lim from{<?>} <?> "
#define RID_LIM_TOX "lim to{<?>} <?> "
#define RID_LIM_FROMTOX "lim from{<?>} to{<?>} <?> "
#define RID_LIMINFX "liminf <?> "
#define RID_LIMINF_FROMX "liminf from{<?>} <?> "
#define RID_LIMINF_TOX "liminf to{<?>} <?> "
#define RID_LIMINF_FROMTOX "liminf from{<?>} to{<?>} <?> "
#define RID_LIMSUPX "limsup <?> "
#define RID_LIMSUP_FROMX "limsup from{<?>} <?> "
#define RID_LIMSUP_TOX "limsup to{<?>} <?> "
#define RID_LIMSUP_FROMTOX "limsup from{<?>} to{<?>} <?> "
#define RID_EXISTS "exists "
#define RID_NOTEXISTS "notexists "
#define RID_FORALL "forall "
#define RID_INTX "int <?> "
#define RID_INT_FROMX "int from{<?>} <?> "
#define RID_INT_TOX "int to{<?>} <?> "
#define RID_INT_FROMTOX "int from{<?>} to{<?>} <?> "
#define RID_IINTX "iint <?> "
#define RID_IINT_FROMX "iint from{<?>} <?> "
#define RID_IINT_TOX "iint to{<?>} <?> "
#define RID_IINT_FROMTOX "iint from{<?>} to{<?>} <?> "
#define RID_IIINTX "iiint <?> "
#define RID_IIINT_FROMX "iiint from{<?>} <?> "
#define RID_IIINT_TOX "iiint to{<?>} <?> "
#define RID_IIINT_FROMTOX "iiint from{<?>} to{<?>} <?> "
#define RID_LINTX "lint <?> "
#define RID_LINT_FROMX "lint from{<?>} <?> "
#define RID_LINT_TOX "lint to{<?>} <?> "
#define RID_LINT_FROMTOX "lint from{<?>} to{<?>} <?> "
#define RID_LLINTX "llint <?> "
#define RID_LLINT_FROMX "llint from{<?>} <?> "
#define RID_LLINT_TOX "llint to{<?>} <?> "
#define RID_LLINT_FROMTOX "llint from{<?>} to{<?>} <?> "
#define RID_LLLINTX "lllint <?> "
#define RID_LLLINT_FROMX "lllint from{<?>} <?> "
#define RID_LLLINT_TOX "lllint to{<?>} <?> "
#define RID_LLLINT_FROMTOX "lllint from{<?>} to{<?>} <?> "
#define RID_FROMX "from{<?>} <?> "
#define RID_TOX "to{<?>} <?> "
#define RID_FROMXTOY "from{<?>} to{<?>} <?> "
#define RID_ACUTEX "acute <?> "
#define RID_BARX "bar <?> "
#define RID_BREVEX "breve <?> "
#define RID_CHECKX "check <?> "
#define RID_CIRCLEX "circle <?> "
#define RID_DOTX "dot <?> "
#define RID_DDOTX "ddot <?> "
#define RID_DDDOTX "dddot <?> "
#define RID_GRAVEX "grave <?> "
#define RID_HATX "hat <?> "
#define RID_TILDEX "tilde <?> "
#define RID_VECX "vec <?> "
#define RID_HARPOONX "harpoon <?> "
#define RID_UNDERLINEX "underline {<?>} "
#define RID_OVERLINEX "overline {<?>} "
#define RID_OVERSTRIKEX "overstrike {<?>} "
#define RID_PHANTOMX "phantom {<?>} "
#define RID_BOLDX "bold <?> "
#define RID_ITALX "ital <?> "
#define RID_SIZEXY "size <?> {<?>} "
#define RID_FONTXY "font <?> {<?>} "
#define RID_COLORX_BLACK "color black {<?>} "
#define RID_COLORX_BLUE "color blue {<?>} "
#define RID_COLORX_GREEN "color green {<?>} "
#define RID_COLORX_RED "color red {<?>} "
#define RID_COLORX_AQUA "color aqua {<?>} "
#define RID_COLORX_FUCHSIA "color fuchsia {<?>} "
#define RID_COLORX_GRAY "color gray {<?>} "
#define RID_COLORX_LIME "color lime {<?>} "
#define RID_COLORX_MAROON "color maroon {<?>} "
#define RID_COLORX_NAVY "color navy {<?>} "
#define RID_COLORX_OLIVE "color olive {<?>} "
#define RID_COLORX_PURPLE "color purple {<?>} "
#define RID_COLORX_SILVER "color silver {<?>} "
#define RID_COLORX_TEAL "color teal {<?>} "
#define RID_COLORX_YELLOW "color yellow {<?>} "
#define RID_COLORX_RGB "color rgb 0 0 0 {<?>} "
#define RID_COLORX_RGBA "color rgba 0 0 0 0 {<?>} "
#define RID_COLORX_HEX "color hex 000000 {<?>} "
#define RID_COLORX_CORAL "color coral {<?>} "
#define RID_COLORX_CRIMSON "color crimson {<?>} "
#define RID_COLORX_MIDNIGHT "color midnightblue {<?>} "
#define RID_COLORX_VIOLET "color violet {<?>} "
#define RID_COLORX_ORANGE "color orange {<?>} "
#define RID_COLORX_ORANGERED "color orangered {<?>} "
#define RID_COLORX_SEAGREEN "color seagreen {<?>} "
#define RID_COLORX_INDIGO "color indigo {<?>} "
#define RID_COLORX_HOTPINK "color hotpink {<?>} "
#define RID_COLORX_LAVENDER "color lavender {<?>} "
#define RID_COLORX_SNOW "color snow {<?>} "
#define RID_LRGROUPX "{<?>} "
#define RID_LRPARENTX "(<?>) "
#define RID_LRBRACKETX "[<?>] "
#define RID_LRDBRACKETX "ldbracket <?> rdbracket "
#define RID_LRBRACEX "lbrace <?> rbrace "
#define RID_LRANGLEX "langle <?> rangle "
#define RID_LRCEILX "lceil <?> rceil "
#define RID_LRFLOORX "lfloor <?> rfloor "
#define RID_LRLINEX "lline <?> rline "
#define RID_LRDLINEX "ldline <?> rdline "
#define RID_LMRANGLEXY "langle <?> mline <?> rangle "
#define RID_SLRPARENTX "left ( <?> right ) "
#define RID_SLRBRACKETX "left [ <?> right ] "
#define RID_SLRDBRACKETX "left ldbracket <?> right rdbracket "
#define RID_SLRBRACEX "left lbrace <?> right rbrace "
#define RID_SLRANGLEX "left langle <?> right rangle "
#define RID_SLRCEILX "left lceil <?> right rceil "
#define RID_SLRFLOORX "left lfloor <?> right rfloor "
#define RID_SLRLINEX "left lline <?> right rline "
#define RID_SLRDLINEX "left ldline <?> right rdline "
#define RID_SLMRANGLEXY "left langle <?> mline <?> right rangle "
#define RID_XOVERBRACEY "{<?>} overbrace {<?>} "
#define RID_XUNDERBRACEY "{<?>} underbrace {<?>} "
#define RID_EVALX "evaluate <?> "
#define RID_EVAL_FROMX "evaluate {<?>} from{<?>} "
#define RID_EVAL_TOX "evaluate {<?>} to{<?>} "
#define RID_EVAL_FROMTOX "evaluate {<?>} from{<?>} to{<?>} "
#define RID_RSUBX "<?>_{<?>} "
#define RID_RSUPX "<?>^{<?>} "
#define RID_LSUBX "<?> lsub{<?>} "
#define RID_LSUPX "<?> lsup{<?>} "
#define RID_CSUBX "<?> csub{<?>} "
#define RID_CSUPX "<?> csup{<?>} "
#define RID_SBLANK "` "
#define RID_BLANK "~ "
#define RID_NEWLINE "newline "
#define RID_BINOMXY "binom{<?>}{<?>} "
#define RID_STACK "stack{<?> # <?> # <?>} "
#define RID_MATRIX "matrix{<?> # <?> ## <?> # <?>} "
#define RID_ALIGNLX "alignl <?> "
#define RID_ALIGNCX "alignc <?> "
#define RID_ALIGNRX "alignr <?> "
#define RID_ALEPH "aleph "
#define RID_EMPTYSET "emptyset "
#define RID_RE "Re "
#define RID_IM "Im "
#define RID_INFINITY "infinity "
#define RID_PARTIAL "partial "
#define RID_NABLA "nabla "
#define RID_WP "wp "
#define RID_LAPLACE "laplace "
#define RID_BACKEPSILON "backepsilon "
#define RID_FOURIER "fourier "
#define RID_DOTSAXIS "dotsaxis "
#define RID_DOTSUP "dotsup "
#define RID_DOTSDOWN "dotsdown "
#define RID_DOTSLOW "dotslow "
#define RID_DOTSVERT "dotsvert "
#define RID_XCIRCY "<?> circ <?> "
#define RID_XWIDESLASHY "{<?>} wideslash {<?>} "
#define RID_XWIDEBSLASHY "{<?>} widebslash {<?>} "
#define RID_XDIVIDESY "<?> divides <?> "
#define RID_XNDIVIDESY "<?> ndivides <?> "
#define RID_DLARROW "<?> dlarrow <?> "
#define RID_DLRARROW "<?> dlrarrow <?> "
#define RID_DRARROW "<?> drarrow <?> "
#define RID_SETN "setN "
#define RID_SETZ "setZ "
#define RID_SETQ "setQ "
#define RID_SETR "setR "
#define RID_SETC "setC "
#define RID_WIDEHATX "widehat {<?>} "
#define RID_WIDETILDEX "widetilde {<?>} "
#define RID_WIDEVECX "widevec {<?>} "
#define RID_WIDEHARPOONX "wideharpoon {<?>} "
#define RID_HBAR "hbar "
#define RID_LAMBDABAR "lambdabar "
#define RID_LEFTARROW "leftarrow "
#define RID_RIGHTARROW "rightarrow "
#define RID_UPARROW "uparrow "
#define RID_DOWNARROW "downarrow "
#define RID_NOSPACE "nospace {<?>} "
#define RID_XPRECEDESY "<?> prec <?> "
#define RID_XPRECEDESEQUALY "<?> preccurlyeq <?> "
#define RID_XPRECEDESEQUIVY "<?> precsim <?> "
#define RID_XSUCCEEDSY "<?> succ <?> "
#define RID_XSUCCEEDSEQUALY "<?> succcurlyeq <?> "
#define RID_XSUCCEEDSEQUIVY "<?> succsim <?> "
#define RID_XNOTPRECEDESY "<?> nprec <?> "
#define RID_XNOTSUCCEEDSY "<?> nsucc <?> "
// clang-format on
/* vim:set shiftwidth=4 softtabstop=4 expandtab cinoptions=b1,g0,N-s cinkeys+=0=break: */
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