strepsirrhini/office-gobmx
9
0
Fork 0
Code Issues Pull requests Projects Releases Packages Wiki Activity Actions
office-gobmx/starmath/inc/strings.hrc
Stephan Bergmann dcea29c283 Make NC_ constexpr-friendly 
...by moving the char8_t -> char reinterpret_cast out of any potential constexpr
paths into a new TranslateId::getId.  And demonstrate constexpr'ability by
making the aCategories var in OApplicationIconControl::Fill
(dbaccess/source/ui/app/AppIconControl.cxx) constexpr.  (And there might be more
such cases that could now be made constexpr.)

Change-Id: I0b4e3292faf8f6b901f9b9e934e1aa6bf0f583ff
Reviewed-on: https://gerrit.libreoffice.org/c/core/+/157862
Tested-by: Jenkins
Reviewed-by: Stephan Bergmann <sbergman@redhat.com>
2023-10-12 18:17:49 +02:00

411 lines
34 KiB
Text
Raw Blame History

This file contains ambiguous Unicode characters

This file contains Unicode characters that might be confused with other characters. If you think that this is intentional, you can safely ignore this warning. Use the Escape button to reveal them.

/* -*- Mode: C++; tab-width: 4; indent-tabs-mode: nil; c-basic-offset: 4 -*- */
/*
* 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/.
*
* This file incorporates work covered by the following license notice:
*
* Licensed to the Apache Software Foundation (ASF) under one or more
* contributor license agreements. See the NOTICE file distributed
* with this work for additional information regarding copyright
* ownership. The ASF licenses this file to you under the Apache
* License, Version 2.0 (the "License"); you may not use this file
* except in compliance with the License. You may obtain a copy of
* the License at http://www.apache.org/licenses/LICENSE-2.0 .
*/
/** Those are the starmath codes descriptions for ElementsDockingWindow.hxx.
*
* Those codes will be displayed as formulas on the ElementsDockingWindow.
* The user can then graphically insert them.
* When passing the mouse over them, those descriptions will be displayed.
*/
#pragma once
#define NC_(Context, String) TranslateId(Context, u8##String)
// clang-format off
#define RID_PLUSX_HELP NC_("RID_PLUSX_HELP", "+ Sign" )
#define RID_MINUSX_HELP NC_("RID_MINUSX_HELP", "- Sign" )
#define RID_PLUSMINUSX_HELP NC_("RID_PLUSMINUSX_HELP", "+- Sign" )
#define RID_MINUSPLUSX_HELP NC_("RID_MINUSPLUSX_HELP", "-+ Sign" )
#define RID_NEGX_HELP NC_("RID_NEGX_HELP", "Boolean NOT" )
#define RID_XPLUSY_HELP NC_("RID_XPLUSY_HELP", "Addition +" )
#define RID_XMINUSY_HELP NC_("RID_XMINUSY_HELP", "Subtraction -" )
#define RID_XCDOTY_HELP NC_("RID_XCDOTY_HELP", "Multiplication (Dot)" )
#define RID_XTIMESY_HELP NC_("RID_XTIMESY_HELP", "Multiplication (x)" )
#define RID_XSYMTIMESY_HELP NC_("RID_XSYMTIMESY_HELP", "Multiplication (*)" )
#define RID_XSYMDIVIDEY_HELP NC_("RID_XSYMDIVIDEY_HELP", "Division (Slash)" )
#define RID_XDIVY_HELP NC_("RID_XDIVY_HELP", "Division (÷)" )
#define RID_XOVERY_HELP NC_("RID_XOVERY_HELP", "Division (Fraction)" )
#define RID_FRACXY_HELP NC_("RID_FRACXY_HELP", "Fraction" )
#define RID_XODIVIDEY_HELP NC_("RID_XODIVIDEY_HELP", "Circled Slash" )
#define RID_XODOTY_HELP NC_("RID_XODOTY_HELP", "Circled Dot" )
#define RID_XOMINUSY_HELP NC_("RID_XOMINUSY_HELP", "Circled Minus" )
#define RID_XOPLUSY_HELP NC_("RID_XOPLUSY_HELP", "Circled Plus" )
#define RID_XOTIMESY_HELP NC_("RID_XOTIMESY_HELP", "Tensor Product" )
#define RID_XANDY_HELP NC_("RID_XANDY_HELP", "Boolean AND" )
#define RID_XORY_HELP NC_("RID_XORY_HELP", "Boolean OR" )
#define RID_XEQY_HELP NC_("RID_XEQY_HELP", "Is Equal" )
#define RID_XNEQY_HELP NC_("RID_XNEQY_HELP", "Is Not Equal" )
#define RID_XLTY_HELP NC_("RID_XLTY_HELP", "Is Less Than" )
#define RID_XGTY_HELP NC_("RID_XGTY_HELP", "Is Greater Than" )
#define RID_XLEY_HELP NC_("RID_XLEY_HELP", "Is Less Than Or Equal To" )
#define RID_XGEY_HELP NC_("RID_XGEY_HELP", "Is Greater Than Or Equal To" )
#define RID_XLESLANTY_HELP NC_("RID_XLESLANTY_HELP", "Is Less Than Or Equal To" )
#define RID_XGESLANTY_HELP NC_("RID_XGESLANTY_HELP", "Is Greater Than Or Equal To" )
#define RID_XLLY_HELP NC_("RID_XLLY_HELP", "Is Much Less Than" )
#define RID_XGGY_HELP NC_("RID_XGGY_HELP", "Is Much Greater Than" )
#define RID_XDEFY_HELP NC_("RID_XDEFY_HELP", "Is Defined As" )
#define RID_XEQUIVY_HELP NC_("RID_XEQUIVY_HELP", "Is Congruent To" )
#define RID_XAPPROXY_HELP NC_("RID_XAPPROXY_HELP", "Is Approximately Equal" )
#define RID_XSIMY_HELP NC_("RID_XSIMY_HELP", "Is Similar To" )
#define RID_XSIMEQY_HELP NC_("RID_XSIMEQY_HELP", "Is Similar Or Equal" )
#define RID_XPROPY_HELP NC_("RID_XPROPY_HELP", "Is Proportional To" )
#define RID_XORTHOY_HELP NC_("RID_XORTHOY_HELP", "Is Orthogonal To" )
#define RID_XPARALLELY_HELP NC_("RID_XPARALLELY_HELP", "Is Parallel To" )
#define RID_XTOWARDY_HELP NC_("RID_XTOWARDY_HELP", "Toward" )
#define RID_XTRANSLY_HELP NC_("RID_XTRANSLY_HELP", "Corresponds To (Left)" )
#define RID_XTRANSRY_HELP NC_("RID_XTRANSRY_HELP", "Corresponds To (Right)" )
#define RID_XINY_HELP NC_("RID_XINY_HELP", "Is In" )
#define RID_XNOTINY_HELP NC_("RID_XNOTINY_HELP", "Is Not In" )
#define RID_XOWNSY_HELP NC_("RID_XOWNSY_HELP", "Owns" )
#define RID_XUNIONY_HELP NC_("RID_XUNIONY_HELP", "Union" )
#define RID_XINTERSECTIONY_HELP NC_("RID_XINTERSECTIONY_HELP", "Intersection" )
#define RID_XSETMINUSY_HELP NC_("RID_XSETMINUSY_HELP", "Difference" )
#define RID_XSETQUOTIENTY_HELP NC_("RID_XSETQUOTIENTY_HELP", "Quotient Set" )
#define RID_XSUBSETY_HELP NC_("RID_XSUBSETY_HELP", "Subset" )
#define RID_XSUBSETEQY_HELP NC_("RID_XSUBSETEQY_HELP", "Subset Or Equal To" )
#define RID_XSUPSETY_HELP NC_("RID_XSUPSETY_HELP", "Superset" )
#define RID_XSUPSETEQY_HELP NC_("RID_XSUPSETEQY_HELP", "Superset Or Equal To" )
#define RID_XNSUBSETY_HELP NC_("RID_XNSUBSETY_HELP", "Not Subset" )
#define RID_XNSUBSETEQY_HELP NC_("RID_XNSUBSETEQY_HELP", "Not Subset Or Equal" )
#define RID_XNSUPSETY_HELP NC_("RID_XNSUPSETY_HELP", "Not Superset" )
#define RID_XNSUPSETEQY_HELP NC_("RID_XNSUPSETEQY_HELP", "Not Superset Or Equal" )
#define RID_FUNCX_HELP NC_("RID_FUNCX_HELP", "General function" )
#define RID_ABSX_HELP NC_("RID_ABSX_HELP", "Absolute Value" )
#define RID_FACTX_HELP NC_("RID_FACTX_HELP", "Factorial" )
#define RID_SQRTX_HELP NC_("RID_SQRTX_HELP", "Square Root" )
#define RID_NROOTXY_HELP NC_("RID_NROOTXY_HELP", "N-th Root" )
#define RID_EX_HELP NC_("RID_EX_HELP", "Exponential Function" )
#define RID_EXPX_HELP NC_("RID_EXPX_HELP", "Exponential Function" )
#define RID_LNX_HELP NC_("RID_LNX_HELP", "Natural Logarithm" )
#define RID_LOGX_HELP NC_("RID_LOGX_HELP", "Logarithm" )
#define RID_SINX_HELP NC_("RID_SINX_HELP", "Sine" )
#define RID_COSX_HELP NC_("RID_COSX_HELP", "Cosine" )
#define RID_TANX_HELP NC_("RID_TANX_HELP", "Tangent" )
#define RID_COTX_HELP NC_("RID_COTX_HELP", "Cotangent" )
#define RID_ARCSINX_HELP NC_("RID_ARCSINX_HELP", "Arcsine" )
#define RID_ARCCOSX_HELP NC_("RID_ARCCOSX_HELP", "Arccosine" )
#define RID_ARCTANX_HELP NC_("RID_ARCTANX_HELP", "Arctangent" )
#define RID_ARCCOTX_HELP NC_("RID_ARCCOTX_HELP", "Arccotangent" )
#define RID_SINHX_HELP NC_("RID_SINHX_HELP", "Hyperbolic Sine" )
#define RID_COSHX_HELP NC_("RID_COSHX_HELP", "Hyperbolic Cosine" )
#define RID_TANHX_HELP NC_("RID_TANHX_HELP", "Hyperbolic Tangent" )
#define RID_COTHX_HELP NC_("RID_COTHX_HELP", "Hyperbolic Cotangent" )
#define RID_ARSINHX_HELP NC_("RID_ARSINHX_HELP", "Area Hyperbolic Sine" )
#define RID_ARCOSHX_HELP NC_("RID_ARCOSHX_HELP", "Area Hyperbolic Cosine" )
#define RID_ARTANHX_HELP NC_("RID_ARTANHX_HELP", "Area Hyperbolic Tangent" )
#define RID_ARCOTHX_HELP NC_("RID_ARCOTHX_HELP", "Area Hyperbolic Cotangent" )
#define RID_OPERX_HELP NC_("RID_OPERX_HELP", "General operator" )
#define RID_OPER_FROMX_HELP NC_("RID_OPER_FROMX_HELP", "General operator Subscript Bottom" )
#define RID_OPER_TOX_HELP NC_("RID_OPER_TOX_HELP", "General operator Superscript Top" )
#define RID_OPER_FROMTOX_HELP NC_("RID_OPER_FROMTOX_HELP", "General operator Sup/Sub script" )
#define RID_SUMX_HELP NC_("RID_SUMX_HELP", "Sum" )
#define RID_SUM_FROMX_HELP NC_("RID_SUM_FROMX_HELP", "Sum Subscript Bottom" )
#define RID_SUM_TOX_HELP NC_("RID_SUM_TOX_HELP", "Sum Superscript Top" )
#define RID_SUM_FROMTOX_HELP NC_("RID_SUM_FROMTOX_HELP", "Sum Sup/Sub script" )
#define RID_MAJX_HELP NC_("RID_MAJX_HELP", "Summation (Arabic)" )
#define RID_MAJ_FROMX_HELP NC_("RID_MAJ_FROMX_HELP", "Summation Subscript Bottom (Arabic)" )
#define RID_MAJ_TOX_HELP NC_("RID_MAJ_TOX_HELP", "Summation Superscript Top (Arabic)" )
#define RID_MAJ_FROMTOX_HELP NC_("RID_MAJ_FROMTOX_HELP", "Summation Sup/Sub script (Arabic)" )
#define RID_PRODX_HELP NC_("RID_PRODX_HELP", "Product" )
#define RID_PROD_FROMX_HELP NC_("RID_PROD_FROMX_HELP", "Product Subscript Bottom" )
#define RID_PROD_TOX_HELP NC_("RID_PROD_TOX_HELP", "Product Superscript Top" )
#define RID_PROD_FROMTOX_HELP NC_("RID_PROD_FROMTOX_HELP", "Product Sup/Sub script" )
#define RID_COPRODX_HELP NC_("RID_COPRODX_HELP", "Coproduct" )
#define RID_COPROD_FROMX_HELP NC_("RID_COPROD_FROMX_HELP", "Coproduct Subscript Bottom" )
#define RID_COPROD_TOX_HELP NC_("RID_COPROD_TOX_HELP", "Coproduct Superscript Top" )
#define RID_COPROD_FROMTOX_HELP NC_("RID_COPROD_FROMTOX_HELP", "Coproduct Sup/Sub script" )
#define RID_LIMX_HELP NC_("RID_LIMX_HELP", "Limes" )
#define RID_LIM_FROMX_HELP NC_("RID_LIM_FROMX_HELP", "Limes Subscript Bottom" )
#define RID_LIM_TOX_HELP NC_("RID_LIM_TOX_HELP", "Limes Superscript Top" )
#define RID_LIM_FROMTOX_HELP NC_("RID_LIM_FROMTOX_HELP", "Limes Sup/Sub script" )
#define RID_LIMINFX_HELP NC_("RID_LIMINFX_HELP", "Limit Inferior" )
#define RID_LIMINF_FROMX_HELP NC_("RID_LIMINF_FROMX_HELP", "Limit Inferior Subscript Bottom" )
#define RID_LIMINF_TOX_HELP NC_("RID_LIMINF_TOX_HELP", "Limit Inferior Superscript Top" )
#define RID_LIMINF_FROMTOX_HELP NC_("RID_LIMINF_FROMTOX_HELP", "Limit Inferior Sup/Sub script" )
#define RID_LIMSUPX_HELP NC_("RID_LIMSUPX_HELP", "Limit Superior" )
#define RID_LIMSUP_FROMX_HELP NC_("RID_LIMSUP_FROMX_HELP", "Limit Superior Subscript Bottom" )
#define RID_LIMSUP_TOX_HELP NC_("RID_LIMSUP_TOX_HELP", "Limit Superior Superscript Top" )
#define RID_LIMSUP_FROMTOX_HELP NC_("RID_LIMSUP_FROMTOX_HELP", "Limit Superior Sup/Sub script" )
#define RID_HADDX_HELP NC_("RID_HADDX_HELP", "Limits (Persian)" )
#define RID_HADD_FROMX_HELP NC_("RID_HADD_FROMX_HELP", "Limits Subscript Bottom (Persian)" )
#define RID_HADD_TOX_HELP NC_("RID_HADD_TOX_HELP", "Limits Superscript Top (Persian)" )
#define RID_HADD_FROMTOX_HELP NC_("RID_HADD_FROMTOX_HELP", "Limits Sup/Sub script (Persian)" )
#define RID_EXISTS_HELP NC_("RID_EXISTS_HELP", "There Exists" )
#define RID_NOTEXISTS_HELP NC_("RID_NOTEXISTS_HELP", "There does not exist" )
#define RID_FORALL_HELP NC_("RID_FORALL_HELP", "For all" )
#define RID_INTX_HELP NC_("RID_INTX_HELP", "Integral" )
#define RID_INT_FROMX_HELP NC_("RID_INT_FROMX_HELP", "Integral Subscript Bottom" )
#define RID_INT_TOX_HELP NC_("RID_INT_TOX_HELP", "Integral Superscript Top" )
#define RID_INT_FROMTOX_HELP NC_("RID_INT_FROMTOX_HELP", "Integral Sup/Sub script" )
#define RID_IINTX_HELP NC_("RID_IINTX_HELP", "Double Integral" )
#define RID_IINT_FROMX_HELP NC_("RID_IINT_FROMX_HELP", "Double Integral Subscript Bottom" )
#define RID_IINT_TOX_HELP NC_("RID_IINT_TOX_HELP", "Double Integral Superscript Top" )
#define RID_IINT_FROMTOX_HELP NC_("RID_IINT_FROMTOX_HELP", "Double Integral Sup/Sub script" )
#define RID_IIINTX_HELP NC_("RID_IIINTX_HELP", "Triple Integral" )
#define RID_IIINT_FROMX_HELP NC_("RID_IIINT_FROMX_HELP", "Triple Integral Subscript Bottom" )
#define RID_IIINT_TOX_HELP NC_("RID_IIINT_TOX_HELP", "Triple Integral Superscript Top" )
#define RID_IIINT_FROMTOX_HELP NC_("RID_IIINT_FROMTOX_HELP", "Triple Integral Sup/Sub script" )
#define RID_LINTX_HELP NC_("RID_LINTX_HELP", "Curve Integral" )
#define RID_LINT_FROMX_HELP NC_("RID_LINT_FROMX_HELP", "Curve Integral Subscript Bottom" )
#define RID_LINT_TOX_HELP NC_("RID_LINT_TOX_HELP", "Curve Integral Superscript Top" )
#define RID_LINT_FROMTOX_HELP NC_("RID_LINT_FROMTOX_HELP", "Curve Integral Sup/Sub script" )
#define RID_LLINTX_HELP NC_("RID_LLINTX_HELP", "Double Curve Integral" )
#define RID_LLINT_FROMX_HELP NC_("RID_LLINT_FROMX_HELP", "Double Curve Integral Subscript Bottom" )
#define RID_LLINT_TOX_HELP NC_("RID_LLINT_TOX_HELP", "Double Curve Integral Superscript Top" )
#define RID_LLINT_FROMTOX_HELP NC_("RID_LLINT_FROMTOX_HELP", "Double Curve Integral Sup/Sub script" )
#define RID_LLLINTX_HELP NC_("RID_LLLINTX_HELP", "Triple Curve Integral" )
#define RID_LLLINT_FROMX_HELP NC_("RID_LLLINT_FROMX_HELP", "Triple Curve Integral Subscript Bottom" )
#define RID_LLLINT_TOX_HELP NC_("RID_LLLINT_TOX_HELP", "Triple Curve Integral Superscript Top" )
#define RID_LLLINT_FROMTOX_HELP NC_("RID_LLLINT_FROMTOX_HELP", "Triple Curve Integral Sup/Sub script" )
#define RID_ACUTEX_HELP NC_("RID_ACUTEX_HELP", "Acute Accent" )
#define RID_BARX_HELP NC_("RID_BARX_HELP", "Line Above" )
#define RID_BREVEX_HELP NC_("RID_BREVEX_HELP", "Breve" )
#define RID_CHECKX_HELP NC_("RID_CHECKX_HELP", "Reverse Circumflex" )
#define RID_CIRCLEX_HELP NC_("RID_CIRCLEX_HELP", "Circle" )
#define RID_DOTX_HELP NC_("RID_DOTX_HELP", "Dot" )
#define RID_DDOTX_HELP NC_("RID_DDOTX_HELP", "Double Dot" )
#define RID_DDDOTX_HELP NC_("RID_DDDOTX_HELP", "Triple Dot" )
#define RID_GRAVEX_HELP NC_("RID_GRAVEX_HELP", "Grave Accent" )
#define RID_HATX_HELP NC_("RID_HATX_HELP", "Circumflex" )
#define RID_TILDEX_HELP NC_("RID_TILDEX_HELP", "Tilde" )
#define RID_VECX_HELP NC_("RID_VECX_HELP", "Vector Arrow" )
#define RID_HARPOONX_HELP NC_("RID_HARPOONX_HELP", "Harpoon" )
#define RID_UNDERLINEX_HELP NC_("RID_UNDERLINEX_HELP", "Line Below" )
#define RID_OVERLINEX_HELP NC_("RID_OVERLINEX_HELP", "Line Over" )
#define RID_OVERSTRIKEX_HELP NC_("RID_OVERSTRIKEX_HELP", "Line Through" )
#define RID_PHANTOMX_HELP NC_("RID_PHANTOMX_HELP", "Transparent" )
#define RID_BOLDX_HELP NC_("RID_BOLDX_HELP", "Bold Font" )
#define RID_ITALX_HELP NC_("RID_ITALX_HELP", "Italic Font" )
#define RID_SIZEXY_HELP NC_("RID_SIZEXY_HELP", "Resize" )
#define RID_FONTXY_HELP NC_("RID_FONTXY_HELP", "Change Font" )
#define RID_COLORX_BLACK_HELP NC_("RID_COLORX_BLACK_HELP", "Color Black" )
#define RID_COLORX_BLUE_HELP NC_("RID_COLORX_BLUE_HELP", "Color Blue" )
#define RID_COLORX_GREEN_HELP NC_("RID_COLORX_GREEN_HELP", "Color Green" )
#define RID_COLORX_RED_HELP NC_("RID_COLORX_RED_HELP", "Color Red" )
#define RID_COLORX_AQUA_HELP NC_("RID_COLORX_AQUA_HELP", "Color Aqua" )
#define RID_COLORX_FUCHSIA_HELP NC_("RID_COLORX_FUCHSIA_HELP", "Color Fuchsia" )
#define RID_COLORX_GRAY_HELP NC_("RID_COLORX_GRAY_HELP", "Color Gray" )
#define RID_COLORX_LIME_HELP NC_("RID_COLORX_LIME_HELP", "Color Lime" )
#define RID_COLORX_MAROON_HELP NC_("RID_COLORX_MAROON_HELP", "Color Maroon" )
#define RID_COLORX_NAVY_HELP NC_("RID_COLORX_NAVY_HELP", "Color Navy" )
#define RID_COLORX_OLIVE_HELP NC_("RID_COLORX_OLIVE_HELP", "Color Olive" )
#define RID_COLORX_PURPLE_HELP NC_("RID_COLORX_PURPLE_HELP", "Color Purple" )
#define RID_COLORX_SILVER_HELP NC_("RID_COLORX_SILVER_HELP", "Color Silver" )
#define RID_COLORX_TEAL_HELP NC_("RID_COLORX_TEAL_HELP", "Color Teal" )
#define RID_COLORX_YELLOW_HELP NC_("RID_COLORX_YELLOW_HELP", "Color Yellow" )
#define RID_COLORX_RGB_HELP NC_("RID_COLORX_RGB_HELP", "Color RGB" )
#define RID_COLORX_RGBA_HELP NC_("RID_COLORX_RGBA_HELP", "Color RGBA" )
#define RID_COLORX_HEX_HELP NC_("RID_COLORX_HEX_HELP", "Color hexadecimal" )
#define RID_COLORX_CORAL_HELP NC_("RID_COLORX_CORAL_HELP", "Color Coral" )
#define RID_COLORX_CRIMSON_HELP NC_("RID_COLORX_CRIMSON_HELP", "Color Crimson" )
#define RID_COLORX_MIDNIGHT_HELP NC_("RID_COLORX_MIDNIGHT_HELP", "Color Midnight blue" )
#define RID_COLORX_VIOLET_HELP NC_("RID_COLORX_VIOLET_HELP", "Color Violet" )
#define RID_COLORX_ORANGE_HELP NC_("RID_COLORX_ORANGE_HELP", "Color Orange" )
#define RID_COLORX_ORANGERED_HELP NC_("RID_COLORX_ORANGERED_HELP", "Color Orangered" )
#define RID_COLORX_SEAGREEN_HELP NC_("RID_COLORX_SEAGREEN_HELP", "Color Seagreen" )
#define RID_COLORX_INDIGO_HELP NC_("RID_COLORX_INDIGO_HELP", "Color Indigo" )
#define RID_COLORX_HOTPINK_HELP NC_("RID_COLORX_HOTPINK_HELP", "Color Hot pink" )
#define RID_COLORX_LAVENDER_HELP NC_("RID_COLORX_LAVENDER_HELP", "Color Lavender" )
#define RID_COLORX_SNOW_HELP NC_("RID_COLORX_SNOW_HELP", "Color Snow" )
#define RID_LRGROUPX_HELP NC_("RID_LRGROUPX_HELP", "Group Brackets" )
#define RID_LRPARENTX_HELP NC_("RID_LRPARENTX_HELP", "Round Brackets" )
#define RID_LRBRACKETX_HELP NC_("RID_LRBRACKETX_HELP", "Square Brackets" )
#define RID_LRDBRACKETX_HELP NC_("RID_LRDBRACKETX_HELP", "Double Square Brackets" )
#define RID_LRBRACEX_HELP NC_("RID_LRBRACEX_HELP", "Braces" )
#define RID_LRANGLEX_HELP NC_("RID_LRANGLEX_HELP", "Angle Brackets" )
#define RID_LRCEILX_HELP NC_("RID_LRCEILX_HELP", "Upper Ceil" )
#define RID_LRFLOORX_HELP NC_("RID_LRFLOORX_HELP", "Floor" )
#define RID_LRLINEX_HELP NC_("RID_LRLINEX_HELP", "Single Lines" )
#define RID_LRDLINEX_HELP NC_("RID_LRDLINEX_HELP", "Double Lines" )
#define RID_LMRANGLEXY_HELP NC_("RID_LMRANGLEXY_HELP", "Operator Brackets" )
#define RID_SLRPARENTX_HELP NC_("RID_SLRPARENTX_HELP", "Round Brackets (Scalable)" )
#define RID_SLRBRACKETX_HELP NC_("RID_SLRBRACKETX_HELP", "Square Brackets (Scalable)" )
#define RID_SLRDBRACKETX_HELP NC_("RID_SLRDBRACKETX_HELP", "Double Square Brackets (Scalable)" )
#define RID_SLRBRACEX_HELP NC_("RID_SLRBRACEX_HELP", "Braces (Scalable)" )
#define RID_SLRANGLEX_HELP NC_("RID_SLRANGLEX_HELP", "Angle Brackets (Scalable)" )
#define RID_SLRCEILX_HELP NC_("RID_SLRCEILX_HELP", "Ceiling (Scalable)" )
#define RID_SLRFLOORX_HELP NC_("RID_SLRFLOORX_HELP", "Floor (Scalable)" )
#define RID_SLRLINEX_HELP NC_("RID_SLRLINEX_HELP", "Single Lines (Scalable)" )
#define RID_SLRDLINEX_HELP NC_("RID_SLRDLINEX_HELP", "Double Lines (Scalable)" )
#define RID_SLMRANGLEXY_HELP NC_("RID_SLMRANGLEXY_HELP", "Operator Brackets (Scalable)" )
#define RID_XOVERBRACEY_HELP NC_("RID_XOVERBRACEY_HELP", "Braces Top (Scalable)" )
#define RID_XUNDERBRACEY_HELP NC_("RID_XUNDERBRACEY_HELP", "Braces Bottom (Scalable)" )
#define RID_EVALUATEX_HELP NC_("RID_EVALUATEX_HELP", "Evaluate" )
#define RID_EVALUATE_FROMX_HELP NC_("RID_EVALUATE_FROMX_HELP", "Evaluate Subscript Bottom" )
#define RID_EVALUATE_TOX_HELP NC_("RID_EVALUATE_TOX_HELP", "Evaluate Superscript Top" )
#define RID_EVALUATE_FROMTOX_HELP NC_("RID_EVALUATE_FROMTOX_HELP", "Evaluate Sup/Sub script" )
#define RID_RSUBX_HELP NC_("RID_RSUBX_HELP", "Subscript Right" )
#define RID_RSUPX_HELP NC_("RID_RSUPX_HELP", "Power" )
#define RID_LSUBX_HELP NC_("RID_LSUBX_HELP", "Subscript Left" )
#define RID_LSUPX_HELP NC_("RID_LSUPX_HELP", "Superscript Left" )
#define RID_CSUBX_HELP NC_("RID_CSUBX_HELP", "Subscript Bottom" )
#define RID_CSUPX_HELP NC_("RID_CSUPX_HELP", "Superscript Top" )
#define RID_SBLANK_HELP NC_("RID_SBLANK_HELP", "Small Gap" )
#define RID_BLANK_HELP NC_("RID_BLANK_HELP", "Blank" )
#define RID_NEWLINE_HELP NC_("RID_NEWLINE_HELP", "New Line" )
#define RID_BINOMXY_HELP NC_("RID_BINOMXY_HELP", "Vertical Stack (2 Elements)")
#define RID_STACK_HELP NC_("RID_STACK_HELP", "Vertical Stack" )
#define RID_MATRIX_HELP NC_("RID_MATRIX_HELP", "Matrix Stack" )
#define RID_ALIGNLX_HELP NC_("RID_ALIGNLX_HELP", "Align Left" )
#define RID_ALIGNCX_HELP NC_("RID_ALIGNCX_HELP", "Align Center" )
#define RID_ALIGNRX_HELP NC_("RID_ALIGNRX_HELP", "Align Right" )
#define RID_ALEPH_HELP NC_("RID_ALEPH_HELP", "Aleph" )
#define RID_EMPTYSET_HELP NC_("RID_EMPTYSET_HELP", "Empty Set" )
#define RID_RE_HELP NC_("RID_RE_HELP", "Real Part" )
#define RID_IM_HELP NC_("RID_IM_HELP", "Imaginary Part" )
#define RID_INFINITY_HELP NC_("RID_INFINITY_HELP", "Infinity" )
#define RID_PARTIAL_HELP NC_("RID_PARTIAL_HELP", "Partial" )
#define RID_NABLA_HELP NC_("RID_NABLA_HELP", "Nabla" )
#define RID_LAPLACE_HELP NC_("RID_LAPLACE_HELP", "Laplace transform" )
#define RID_FOURIER_HELP NC_("RID_FOURIER_HELP", "Fourier transform" )
#define RID_BACKEPSILON_HELP NC_("RID_BACKEPSILON_HELP", "Backwards epsilon" )
#define RID_WP_HELP NC_("RID_WP_HELP", "Weierstrass p" )
#define RID_DOTSAXIS_HELP NC_("RID_DOTSAXIS_HELP", "Dots In Middle" )
#define RID_DOTSUP_HELP NC_("RID_DOTSUP_HELP", "Dots To Top" )
#define RID_DOTSDOWN_HELP NC_("RID_DOTSDOWN_HELP", "Dots To Bottom" )
#define RID_DOTSLOW_HELP NC_("RID_DOTSLOW_HELP", "Dots At Bottom" )
#define RID_DOTSVERT_HELP NC_("RID_DOTSVERT_HELP", "Dots Vertically" )
#define RID_XCIRCY_HELP NC_("RID_XCIRCY_HELP", "Concatenate" )
#define RID_XWIDESLASHY_HELP NC_("RID_XWIDESLASHY_HELP", "Division (wideslash)" )
#define RID_XWIDEBSLASHY_HELP NC_("RID_XWIDEBSLASHY_HELP", "Division (counter wideslash)" )
#define RID_XDIVIDESY_HELP NC_("RID_XDIVIDESY_HELP", "Divides" )
#define RID_XNDIVIDESY_HELP NC_("RID_XNDIVIDESY_HELP", "Does Not Divide" )
#define RID_DLARROW_HELP NC_("RID_DLARROW_HELP", "Double Arrow Left" )
#define RID_DLRARROW_HELP NC_("RID_DLRARROW_HELP", "Double Arrow Left And Right" )
#define RID_DRARROW_HELP NC_("RID_DRARROW_HELP", "Double Arrow Right" )
#define RID_SETN_HELP NC_("RID_SETN_HELP", "Natural Numbers Set" )
#define RID_SETZ_HELP NC_("RID_SETZ_HELP", "Integers Set" )
#define RID_SETQ_HELP NC_("RID_SETQ_HELP", "Set of Rational Numbers" )
#define RID_SETR_HELP NC_("RID_SETR_HELP", "Real Numbers Set" )
#define RID_SETC_HELP NC_("RID_SETC_HELP", "Complex Numbers Set" )
#define RID_WIDEHATX_HELP NC_("RID_WIDEHATX_HELP", "Large Circumflex" )
#define RID_WIDETILDEX_HELP NC_("RID_WIDETILDEX_HELP", "Large Tilde" )
#define RID_WIDEVECX_HELP NC_("RID_WIDEVECX_HELP", "Large Vector Arrow" )
#define RID_WIDEHARPOONX_HELP NC_("RID_WIDEHARPOONX_HELP", "Large Harpoon" )
#define RID_HBAR_HELP NC_("RID_HBAR_HELP", "h Bar" )
#define RID_LAMBDABAR_HELP NC_("RID_LAMBDABAR_HELP", "Lambda Bar" )
#define RID_LEFTARROW_HELP NC_("RID_LEFTARROW_HELP", "Left Arrow" )
#define RID_RIGHTARROW_HELP NC_("RID_RIGHTARROW_HELP", "Right Arrow" )
#define RID_UPARROW_HELP NC_("RID_UPARROW_HELP", "Up Arrow" )
#define RID_DOWNARROW_HELP NC_("RID_DOWNARROW_HELP", "Down Arrow" )
#define RID_NOSPACE_HELP NC_("RID_NOSPACE_HELP", "No space" )
#define RID_XPRECEDESY_HELP NC_("RID_XPRECEDESY_HELP", "Precedes" )
#define RID_XPRECEDESEQUALY_HELP NC_("RID_XPRECEDESEQUALY_HELP", "Precedes or equal to" )
#define RID_XPRECEDESEQUIVY_HELP NC_("RID_XPRECEDESEQUIVY_HELP", "Precedes or equivalent to" )
#define RID_XSUCCEEDSY_HELP NC_("RID_XSUCCEEDSY_HELP", "Succeeds" )
#define RID_XSUCCEEDSEQUALY_HELP NC_("RID_XSUCCEEDSEQUALY_HELP", "Succeeds or equal to" )
#define RID_XSUCCEEDSEQUIVY_HELP NC_("RID_XSUCCEEDSEQUIVY_HELP", "Succeeds or equivalent to" )
#define RID_XNOTPRECEDESY_HELP NC_("RID_XNOTPRECEDESY_HELP", "Does not precede" )
#define RID_XNOTSUCCEEDSY_HELP NC_("RID_XNOTSUCCEEDSY_HELP", "Does not succeed" )
#define RID_CATEGORY_UNARY_BINARY_OPERATORS NC_("RID_CATEGORY_UNARY_BINARY_OPERATORS", "Unary/Binary Operators" )
#define RID_CATEGORY_RELATIONS NC_("RID_CATEGORY_RELATIONS", "Relations" )
#define RID_CATEGORY_SET_OPERATIONS NC_("RID_CATEGORY_SET_OPERATIONS", "Set Operations" )
#define RID_CATEGORY_FUNCTIONS NC_("RID_CATEGORY_FUNCTIONS", "Functions" )
#define RID_CATEGORY_OPERATORS NC_("RID_CATEGORY_OPERATORS", "Operators" )
#define RID_CATEGORY_ATTRIBUTES NC_("RID_CATEGORY_ATTRIBUTES", "Attributes" )
#define RID_CATEGORY_BRACKETS NC_("RID_CATEGORY_BRACKETS", "Brackets" )
#define RID_CATEGORY_FORMATS NC_("RID_CATEGORY_FORMATS", "Formats" )
#define RID_CATEGORY_OTHERS NC_("RID_CATEGORY_OTHERS", "Others" )
#define RID_CATEGORY_EXAMPLES NC_("RID_CATEGORY_EXAMPLES", "Examples" )
#define RID_EXAMPLE_CIRCUMFERENCE_HELP NC_("RID_EXAMPLE_CIRCUMFERENCE_HELP", "Circumference" )
#define RID_EXAMPLE_MASS_ENERGY_EQUIV_HELP NC_("RID_EXAMPLE_MASS_ENERGY_EQUIV_HELP", "Mass–energy equivalence" )
#define RID_EXAMPLE_PYTHAGOREAN_THEO_HELP NC_("RID_EXAMPLE_PYTHAGOREAN_THEO_HELP", "Pythagorean theorem" )
#define RID_EXAMPLE_A_TAYLOR_SERIES_HELP NC_("RID_EXAMPLE_A_TAYLOR_SERIES_HELP", "Taylor series" )
#define RID_EXAMPLE_GAUSS_DISTRIBUTION_HELP NC_("RID_EXAMPLE_GAUSS_DISTRIBUTION_HELP", "Gauss distribution" )
#define RID_EXAMPLE_EULER_LAGRANGE_HELP NC_("RID_EXAMPLE_EULER_LAGRANGE_HELP", "Euler-Lagrange equation" )
#define RID_EXAMPLE_FTC_HELP NC_("RID_EXAMPLE_FTC_HELP", "Fundamental theorem of calculus" )
#define RID_EXAMPLE_CHAOS_HELP NC_("RID_EXAMPLE_CHAOS_HELP", "Chaos equation" )
#define RID_EXAMPLE_EULER_IDENTITY_HELP NC_("RID_EXAMPLE_EULER_IDENTITY_HELP", "Euler's identity" )
#define RID_EXAMPLE_2NEWTON NC_("RID_EXAMPLE_2NEWTON", "Newton's second law" )
#define RID_EXAMPLE_GENERAL_RELATIVITY_HELP NC_("RID_EXAMPLE_GENERAL_RELATIVITY_HELP", "General relativity")
#define RID_EXAMPLE_SPECIAL_RELATIVITY_HELP NC_("RID_EXAMPLE_SPECIAL_RELATIVITY_HELP", "Special relativity")
#define RID_FONTREGULAR NC_("RID_FONTREGULAR", "Standard" )
#define RID_FONTITALIC NC_("RID_FONTITALIC", "Italic" )
#define RID_FONTBOLD NC_("RID_FONTBOLD", "Bold" )
#define STR_BLACK NC_("STR_BLACK", "black" )
#define STR_BLUE NC_("STR_BLUE", "blue" )
#define STR_GREEN NC_("STR_GREEN", "green" )
#define STR_RED NC_("STR_RED", "red" )
#define STR_AQUA NC_("STR_AQUA", "aqua" )
#define STR_FUCHSIA NC_("STR_FUCHSIA", "fuchsia" )
#define STR_GRAY NC_("STR_GRAY", "gray" )
#define STR_LIME NC_("STR_LIME", "lime" )
#define STR_MAROON NC_("STR_MAROON", "maroon" )
#define STR_NAVY NC_("STR_NAVY", "navy" )
#define STR_OLIVE NC_("STR_OLIVE", "olive" )
#define STR_PURPLE NC_("STR_PURPLE", "purple" )
#define STR_SILVER NC_("STR_SILVER", "silver" )
#define STR_TEAL NC_("STR_TEAL", "teal" )
#define STR_YELLOW NC_("STR_YELLOW", "yellow" )
#define STR_CORAL NC_("STR_CORAL", "coral" )
#define STR_CRIMSON NC_("STR_CRIMSON", "crimson" )
#define STR_MIDNIGHT NC_("STR_MIDNIGHT", "midnight" )
#define STR_VIOLET NC_("STR_VIOLET", "violet" )
#define STR_ORANGE NC_("STR_ORANGE", "orange" )
#define STR_ORANGERED NC_("STR_ORANGERED", "orangered" )
#define STR_LAVENDER NC_("STR_LAVENDER", "lavender" )
#define STR_SNOW NC_("STR_SNOW", "snow" )
#define STR_SEAGREEN NC_("STR_SEAGREEN", "seagreen" )
#define STR_INDIGO NC_("STR_INDIGO", "indigo" )
#define STR_HOTPINK NC_("STR_HOTPINK", "hotpink" )
#define STR_RGB NC_("STR_RGB", "rgb" )
#define STR_RGBA NC_("STR_RGBA", "rgba" )
#define STR_HEX NC_("STR_HEX", "hex" )
#define STR_HIDE NC_("STR_HIDE", "hide" )
#define STR_SIZE NC_("STR_SIZE", "size" )
#define STR_FONT NC_("STR_FONT", "font" )
#define STR_ALIGN_LEFT NC_("STR_ALIGN_LEFT", "left" )
#define STR_ALIGN_CENTER NC_("STR_ALIGN_CENTER", "center" )
#define STR_ALIGN_RIGHT NC_("STR_ALIGN_RIGHT", "right" )
#define STR_CMDBOXWINDOW NC_("STR_CMDBOXWINDOW", "Commands" )
#define RID_DOCUMENTSTR NC_("RID_DOCUMENTSTR", "Formula" )
#define STR_STATSTR_WRITING NC_("STR_STATSTR_WRITING", "Saving document..." )
#define STR_MATH_DOCUMENT_FULLTYPE_CURRENT NC_("STR_MATH_DOCUMENT_FULLTYPE_CURRENT", "%PRODUCTNAME %PRODUCTVERSION Formula")
#define RID_ERR_IDENT NC_("RID_ERR_IDENT", "ERROR : " )
#define RID_ERR_NONE NC_("RID_ERR_NONE", "no error" )
#define RID_ERR_UNEXPECTEDCHARACTER NC_("RID_ERR_UNEXPECTEDCHARACTER", "Unexpected character" )
#define RID_ERR_UNEXPECTEDTOKEN NC_("RID_ERR_UNEXPECTEDTOKEN", "Unexpected token" )
#define RID_ERR_LGROUPEXPECTED NC_("RID_ERR_LGROUPEXPECTED", "'{' expected" )
#define RID_ERR_RGROUPEXPECTED NC_("RID_ERR_RGROUPEXPECTED", "'}' expected" )
#define RID_ERR_LBRACEEXPECTED NC_("RID_ERR_LBRACEEXPECTED", "'(' expected" )
#define RID_ERR_RBRACEEXPECTED NC_("RID_ERR_RBRACEEXPECTED", "')' expected" )
#define RID_ERR_PARENTMISMATCH NC_("RID_ERR_PARENTMISMATCH", "Left and right symbols mismatched" )
#define RID_ERR_FONTEXPECTED NC_("RID_ERR_FONTEXPECTED", "'fixed', 'sans', or 'serif' expected" )
#define RID_ERR_SIZEEXPECTED NC_("RID_ERR_SIZEEXPECTED", "'size' followed by an unexpected token" )
#define RID_ERR_DOUBLEALIGN NC_("RID_ERR_DOUBLEALIGN", "Double aligning is not allowed" )
#define RID_ERR_DOUBLESUBSUPSCRIPT NC_("RID_ERR_DOUBLESUBSUPSCRIPT", "Double sub/superscripts is not allowed" )
#define RID_ERR_NUMBEREXPECTED NC_("RID_ERR_NUMBEREXPECTED", "Expected number" )
#define RID_ERR_POUNDEXPECTED NC_("RID_ERR_POUNDEXPECTED", "'#' expected" )
#define RID_ERR_COLOREXPECTED NC_("RID_ERR_COLOREXPECTED", "Color required" )
#define RID_ERR_RIGHTEXPECTED NC_("RID_ERR_RIGHTEXPECTED", "'RIGHT' expected" )
#define RID_PRINTUIOPT_PRODNAME NC_("RID_PRINTUIOPT_PRODNAME", "%PRODUCTNAME %s" )
#define RID_PRINTUIOPT_CONTENTS NC_("RID_PRINTUIOPT_CONTENTS", "Contents" )
#define RID_PRINTUIOPT_TITLE NC_("RID_PRINTUIOPT_TITLE", "~Title" )
#define RID_PRINTUIOPT_FRMLTXT NC_("RID_PRINTUIOPT_FRMLTXT", "~Formula text" )
#define RID_PRINTUIOPT_BORDERS NC_("RID_PRINTUIOPT_BORDERS", "B~orders" )
#define RID_PRINTUIOPT_SIZE NC_("RID_PRINTUIOPT_SIZE", "Size" )
#define RID_PRINTUIOPT_ORIGSIZE NC_("RID_PRINTUIOPT_ORIGSIZE", "O~riginal size" )
#define RID_PRINTUIOPT_FITTOPAGE NC_("RID_PRINTUIOPT_FITTOPAGE", "Fit to ~page" )
#define RID_PRINTUIOPT_SCALING NC_("RID_PRINTUIOPT_SCALING", "~Scaling" )
// clang-format on
/* vim:set shiftwidth=4 softtabstop=4 expandtab: */
Reference in a new issue View git blame Copy permalink