mirrors/JKQtPlotter
1
0
Fork 0
mirror of https://github.com/jkriege2/JKQtPlotter.git synced 2024-11-16 02:25:50 +08:00
Code Issues Actions Packages Projects Releases Wiki Activity
45d6ef373b
JKQtPlotter/lib/jkqtmathtext/nodes/jkqtmathtextsymbolnode.cpp
jkriege2 45d6ef373b bugfix: JKQTMathText: \sum and \prod used the wrong symbol in XITS-mode 
NEW: JKQTMathText: \limits and \nolimits work as in LaTeX now (before it was simply removed and the functionality implemented for a fixed list of symbols)
remove/breaking: JKQTMathText: \v[a-zA-Z] and shorthand for \vec{a-zA-Z} was removed
improvement: improved typesetting of sub-/supercripts, especially for large math operators and braces
2022-06-26 00:28:49 +02:00

1303 lines
65 KiB
C++
Raw Blame History

/*
Copyright (c) 2008-2022 Jan W. Krieger (<jan@jkrieger.de>)
This software is free software: you can redistribute it and/or modify
it under the terms of the GNU Lesser General Public License (LGPL) as published by
the Free Software Foundation, either version 2.1 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU Lesser General Public License (LGPL) for more details.
You should have received a copy of the GNU Lesser General Public License (LGPL)
along with this program. If not, see <http://www.gnu.org/licenses/>.
*/
#include "jkqtmathtext/nodes/jkqtmathtextsymbolnode.h"
#include "jkqtmathtext/jkqtmathtexttools.h"
#include "jkqtmathtext/jkqtmathtext.h"
#include "jkqtcommon/jkqtpcodestructuring.h"
#include "jkqtcommon/jkqtpstringtools.h"
#include <cmath>
#include <QFontMetricsF>
#include <QDebug>
#include <QFontDatabase>
#include <QFontInfo>
#include <QApplication>
#include <QFont>
JKQTMathTextSymbolNode::JKQTMathTextSymbolNode(JKQTMathText* _parent, const QString& name, bool _addWhitespace):
JKQTMathTextNode(_parent), symbolName(name), addWhitespace(_addWhitespace)
{
}
JKQTMathTextSymbolNode::~JKQTMathTextSymbolNode() = default;
QString JKQTMathTextSymbolNode::getTypeName() const
{
return QLatin1String("JKQTMathTextSymbolNode(")+symbolName+QLatin1String(")");
}
bool JKQTMathTextSymbolNode::getWinSymbolProp(JKQTMathTextSymbolNode::SymbolProps& props, const QString &n, const JKQTMathTextEnvironment& currentEv, double mathFontFactor) const
{
auto fnt=parentMathText->getFontData(currentEv.font, currentEv.insideMath, JKQTMathText::FontSubclass::Text);
auto fntSym=parentMathText->getFontData(currentEv.font, currentEv.insideMath, JKQTMathText::FontSubclass::Symbols);
//qDebug()<<" +--- getWinSymbolProp("<<n<<"): fnt: "<<fnt.first<<", "<<fnt.second<<" / sym: "<<fntSym.first<<", "<<fntSym.second;
static QHash<QString, QString> winSymbolSymbol;
if (winSymbolSymbol.isEmpty()) {
winSymbolSymbol.insert("leftrightarrow", QChar(0xAB));
winSymbolSymbol.insert("leftarrow", QChar(0xAC));
winSymbolSymbol.insert("rightarrow", QChar(0xAE));
winSymbolSymbol.insert("to", QChar(0xAE));
winSymbolSymbol.insert("uparrow", QChar(0xAD));
winSymbolSymbol.insert("downarrow", QChar(0xAF));
winSymbolSymbol.insert("Leftrightarrow", QChar(0xDB));
winSymbolSymbol.insert("iff", QChar(0xDB));
winSymbolSymbol.insert("Leftarrow", QChar(0xDC));
winSymbolSymbol.insert("Rightarrow", QChar(0xDE));
winSymbolSymbol.insert("Uparrow", QChar(0xDD));
winSymbolSymbol.insert("Downarrow", QChar(0xFF));
winSymbolSymbol.insert("pm", QChar(0xB1));
winSymbolSymbol.insert("leq", QChar(0xA3));
winSymbolSymbol.insert("geq", QChar(0xB3));
winSymbolSymbol.insert("le", QChar(0xA3));
winSymbolSymbol.insert("ge", QChar(0xB3));
winSymbolSymbol.insert("times", QChar(0xB4));
winSymbolSymbol.insert("propto", QChar(0xB5));
winSymbolSymbol.insert("partial", QChar(0xB6));
winSymbolSymbol.insert("bullet", QChar(0xB7));
winSymbolSymbol.insert("neq", QChar(0xB9));
winSymbolSymbol.insert("ne", QChar(0xB9));
winSymbolSymbol.insert("equiv", QChar(0xBA));
winSymbolSymbol.insert("approx", QChar(0xBB));
winSymbolSymbol.insert("ellipsis", QChar(0xBC));
winSymbolSymbol.insert("Im", QChar(0xC1));
winSymbolSymbol.insert("Re", QChar(0xC2));
winSymbolSymbol.insert("otimes", QChar(0xC4));
winSymbolSymbol.insert("oplus", QChar(0xC5));
winSymbolSymbol.insert("oslash", QChar(0xC6));
winSymbolSymbol.insert("cap", QChar(0xC7));
winSymbolSymbol.insert("land", QChar(0xC7));
winSymbolSymbol.insert("cup", QChar(0xC8));
winSymbolSymbol.insert("lor", QChar(0xC8));
winSymbolSymbol.insert("supset", QChar(0xC9));
winSymbolSymbol.insert("supseteq", QChar(0xCA));
winSymbolSymbol.insert("supsetnot", QChar(0xCB));
winSymbolSymbol.insert("subset", QChar(0xCC));
winSymbolSymbol.insert("subseteq", QChar(0xCD));
winSymbolSymbol.insert("in", QChar(0xCE));
winSymbolSymbol.insert("notin", QChar(0xCF));
winSymbolSymbol.insert("angle", QChar(0xD0));
winSymbolSymbol.insert("nabla", QChar(0xD1));
winSymbolSymbol.insert("copyright", QChar(0xD3));
winSymbolSymbol.insert("registered", QChar(0xD2));
winSymbolSymbol.insert("circledR", QChar(0xD2));
winSymbolSymbol.insert("trademark", QChar(0xD4));
winSymbolSymbol.insert("textregistered", QChar(0xD4));
winSymbolSymbol.insert("cdot", QChar(0xD7));
winSymbolSymbol.insert("neg", QChar(0xD8));
winSymbolSymbol.insert("wedge", QChar(0xD9));
winSymbolSymbol.insert("vee", QChar(0xDA));
winSymbolSymbol.insert("diamond", QChar(0xE0));
winSymbolSymbol.insert("langle", QChar(0xE1));
winSymbolSymbol.insert("rangle", QChar(0xF1));
winSymbolSymbol.insert("forall", QChar(0x22));
winSymbolSymbol.insert("exists", QChar(0x24));
winSymbolSymbol.insert("cong", QChar(0x40));
winSymbolSymbol.insert("bot", QChar(0x5E));
winSymbolSymbol.insert("ll", "<<");
winSymbolSymbol.insert("gg", ">>");
winSymbolSymbol.insert("Alef", QChar(0xC0));
winSymbolSymbol.insert("alef", QChar(0xC0));
winSymbolSymbol.insert("tilde", "~");
winSymbolSymbol.insert("emptyset", QChar(0xC6));
winSymbolSymbol.insert("varnothing", QChar(0xC6));
winSymbolSymbol.insert("lceil", QChar(0xE9));
winSymbolSymbol.insert("rceil", QChar(0xF9));
winSymbolSymbol.insert("lfloor", QChar(0xEB));
winSymbolSymbol.insert("rfloor", QChar(0xFB));
winSymbolSymbol.insert("subsetnot", QChar(0xCB));
winSymbolSymbol.insert("DC", "=");
winSymbolSymbol.insert("mid", "|");
winSymbolSymbol.insert("cdots", QString(3, QChar(0xD7)));
winSymbolSymbol.insert("dots", QChar(0xDC));
winSymbolSymbol.insert("ldots", QChar(0xDC));
winSymbolSymbol.insert("cent", "c");
winSymbolSymbol.insert("sim", QChar(0x7E));
winSymbolSymbol.insert("infty", QChar(0xA5));
}
QHash<QString, QString>::iterator itsymbol = winSymbolSymbol.find(n);
if (itsymbol!=winSymbolSymbol.end()) {
props.symbol = itsymbol.value();
} else if (n == "int") { props.symbol = QChar(0xF2); props.fontFactor = mathFontFactor; props.yfactor = +0.1; }
else if (n == "bbC") { props.symbol = "C"; props.bold = +1; props.italic = -1; }
else if (n == "bbH") { props.symbol = "H"; props.bold = +1; props.italic = -1; }
else if (n == "bbN") { props.symbol = "N"; props.bold = +1; props.italic = -1; }
else if (n == "bbP") { props.symbol = "P"; props.bold = +1; props.italic = -1; }
else if (n == "bbQ") { props.symbol = "Q"; props.bold = +1; props.italic = -1; }
else if (n == "bbR") { props.symbol = "R"; props.bold = +1; props.italic = -1; }
else if (n == "bbZ") { props.symbol = "Z"; props.bold = +1; props.italic = -1; }
else if (n == "iint") { props.symbol = QString(2, QChar(0xF2)); props.fontFactor = mathFontFactor; props.yfactor = +0.1; }
else if (n == "iiint") { props.symbol = QString(3, QChar(0xF2)); props.fontFactor = mathFontFactor; props.yfactor = +0.1; }
else if (n == "bigcap") { props.symbol = QChar(0xC7); props.fontFactor = 2; }
else if (n == "bigcup") { props.symbol = QChar(0xC8); props.fontFactor = 2; }
else if (n == "bigvee") { props.symbol = QChar(0xDA); props.fontFactor = 2; }
else if (n == "bighat") { props.symbol = QChar(0xD9); props.fontFactor = 2; }
else { // here are text mode symbols, i.e. bold and italic won't be touched
props.bold = -1;
props.italic = -1;
props.font = fnt.first;
if (n == "_") { props.symbol = "_"; props.bold = 0; props.italic = 0; }
else if (n == "}") { props.symbol = "}"; props.italic=-1; }
else if (n == "{") { props.symbol = "{"; props.italic=-1; }
else if (n == "]") { props.symbol = "]"; props.italic=-1; }
else if (n == "[") { props.symbol = "["; props.italic=-1; }
else if (n == "(") { props.symbol = "("; props.italic=-1; }
else if (n == ")") { props.symbol = ")"; props.italic=-1; }
else if (n == "|") { props.symbol = "|"; props.italic=-1; }
else if (n == "hbar") { props.symbol = "h"; props.bold = 0; props.italic = 0; props.drawBar = true; }
else if (n == "euro") { props.symbol = ""; props.bold = 0; props.italic = 0; }
else if (n == "cent") { props.symbol = QChar(0xA2); props.bold = 0; props.italic = 0; }
else if (n == "pound") { props.symbol = QChar(0xA3); props.bold = 0; props.italic = 0; }
else if (n == "yen") { props.symbol = QChar(0xA5); props.bold = 0; props.italic = 0; }
else if (n == "div") { props.symbol = QChar(0xF7); props.bold = 0; props.italic = 0; }
else if (n == "backslash") { props.symbol = "\\"; props.bold = 0; props.italic = 0; }
//else if (n=="|") { symbol="||"; bold=0; italic=0; }
else if (n == "/") { props.symbol = "/"; props.bold = 0; props.italic = 0; }
else if (n == "+") { props.symbol = "+"; props.bold = 0; props.italic = 0; }
else if (n == "-") { props.symbol = "-"; props.bold = 0; props.italic = 0; }
else if (n == "*") { props.symbol = "*"; props.bold = 0; props.italic = 0; }
else if (n == "=") { props.symbol = "= "; props.bold = 0; props.italic = 0; }
else if (n == ">") { props.symbol = ">"; props.bold = 0; props.italic = 0; }
else if (n == "<") { props.symbol = "<"; props.bold = 0; props.italic = 0; }
else if (n == "$") { props.symbol = "$"; props.bold = 0; props.italic = 0; }
else if (n == "%") { props.symbol = "%"; props.bold = 0; props.italic = 0; }
else if (n == "&") { props.symbol = "&"; props.bold = 0; props.italic = 0; }
else if (n == "#") { props.symbol = "#"; props.bold = 0; props.italic = 0; }
else if (n == "ast") { props.symbol = "*"; props.bold = 0; props.italic = 0; }
else if (n == "asterisk") { props.symbol = "*"; props.bold = 0; props.italic = 0; }
else if (n == "glq") { props.symbol = "'"; props.bold = 0; props.italic = 0; }
else if (n == "grq") { props.symbol = "'"; props.bold = 0; props.italic = 0; }
else if (n == "glqq") { props.symbol = "\""; props.bold = 0; props.italic = 0; }
else if (n == "grqq") { props.symbol = "\""; props.bold = 0; props.italic = 0; }
else if (n == "flq") { props.symbol = "<"; props.bold = 0; props.italic = 0; }
else if (n == "frq") { props.symbol = ">"; props.bold = 0; props.italic = 0; }
else if (n == "flqq") { props.symbol = QChar(0xAB); props.bold = 0; props.italic = 0; }
else if (n == "frqq") { props.symbol = QChar(0xBB); props.bold = 0; props.italic = 0; }
else if (n == "prime") { props.symbol = "'"; props.bold = 0; props.italic = 0; }
else if (n == "dprime") { props.symbol = "''"; props.bold = 0; props.italic = 0; }
else if (n == "trprime") { props.symbol = "'''"; props.bold = 0; props.italic = 0; }
else { return false; }
}
return true;
}
bool JKQTMathTextSymbolNode::getGreekSymbolProp(JKQTMathTextSymbolNode::SymbolProps& props, const QString &n, const JKQTMathTextEnvironment& currentEv, double mathFontFactor) const
{
auto fnt=parentMathText->getFontData(currentEv.font, currentEv.insideMath, JKQTMathText::FontSubclass::Text);
auto fntGreek=parentMathText->getFontData(currentEv.font, currentEv.insideMath, JKQTMathText::FontSubclass::Greek);
//qDebug()<<" +--- getGreekSymbolProp("<<n<<"): fnt: "<<fnt.first<<", "<<fnt.second<<" / greek: "<<fntGreek.first<<", "<<fntGreek.second;
static QHash<QString, QString> winSymbolGreek;
if (winSymbolGreek.isEmpty()) {
winSymbolGreek.insert("alpha", "a");
winSymbolGreek.insert("beta", "b");
winSymbolGreek.insert("gamma", "g");
winSymbolGreek.insert("delta", "d");
winSymbolGreek.insert("epsilon", "e");
winSymbolGreek.insert("varepsilon", "e");
winSymbolGreek.insert("zeta", "z");
winSymbolGreek.insert("eta", "h");
winSymbolGreek.insert("theta", "q");
winSymbolGreek.insert("vartheta", "J");
winSymbolGreek.insert("iota", "i");
winSymbolGreek.insert("kappa", "k");
winSymbolGreek.insert("lambda", "l");
winSymbolGreek.insert("mu", "m");
winSymbolGreek.insert("nu", "n");
winSymbolGreek.insert("xi", "x");
winSymbolGreek.insert("pi", "p");
winSymbolGreek.insert("varpi", "v");
winSymbolGreek.insert("rho", "r");
winSymbolGreek.insert("sigma", "s");
winSymbolGreek.insert("varsigma", "V");
winSymbolGreek.insert("tau", "t");
winSymbolGreek.insert("upsilon", "u");
winSymbolGreek.insert("phi", "f");
winSymbolGreek.insert("varphi", "j");
winSymbolGreek.insert("chi", "c");
winSymbolGreek.insert("psi", "y");
winSymbolGreek.insert("omega", "w");
winSymbolGreek.insert("Gamma", "G");
winSymbolGreek.insert("Delta", "D");
winSymbolGreek.insert("Theta", "Q");
winSymbolGreek.insert("Lambda", "L");
winSymbolGreek.insert("Omega", "W");
winSymbolGreek.insert("Xi", "X");
winSymbolGreek.insert("Pi", "P");
winSymbolGreek.insert("Sigma", "S");
winSymbolGreek.insert("Upsilon", "");
winSymbolGreek.insert("Phi", "F");
winSymbolGreek.insert("Psi", "Y");
}
static QHash<QString, QString> unicodeGreek;
if (unicodeGreek.isEmpty()) {
unicodeGreek.insert("alpha", QChar(0x3B1));
unicodeGreek.insert("beta", QChar(0x3B2));
unicodeGreek.insert("gamma", QChar(0x3B3));
unicodeGreek.insert("delta", QChar(0x3B4));
unicodeGreek.insert("epsilon", QChar(0x3B5));
unicodeGreek.insert("varepsilon", QChar(0x3B5));
unicodeGreek.insert("zeta", QChar(0x3B6));
unicodeGreek.insert("eta", QChar(0x3B7));
unicodeGreek.insert("theta", QChar(0x3B8));
unicodeGreek.insert("vartheta", QChar(0x3D1));
unicodeGreek.insert("iota", QChar(0x3B9));
unicodeGreek.insert("kappa", QChar(0x3BA));
unicodeGreek.insert("lambda", QChar(0x3BB));
unicodeGreek.insert("mu", QChar(0x3BC));
unicodeGreek.insert("nu", QChar(0x3BD));
unicodeGreek.insert("xi", QChar(0x3BE));
unicodeGreek.insert("pi", QChar(0x3C0));
unicodeGreek.insert("varpi", QChar(0x3D6));
unicodeGreek.insert("rho", QChar(0x3C1));
unicodeGreek.insert("varrho", QChar(0x3F1));
unicodeGreek.insert("sigma", QChar(0x3C3));
unicodeGreek.insert("varsigma", QChar(0x3C2));
unicodeGreek.insert("tau", QChar(0x3C4));
unicodeGreek.insert("upsilon", QChar(0x3C5));
unicodeGreek.insert("phi", QChar(0x3D5));
unicodeGreek.insert("varphi", QChar(0x3C6));
unicodeGreek.insert("chi", QChar(0x3C7));
unicodeGreek.insert("psi", QChar(0x3C8));
unicodeGreek.insert("omega", QChar(0x3C9));
unicodeGreek.insert("Omega", QChar(0x3A9));
unicodeGreek.insert("Gamma", QChar(0x393));
unicodeGreek.insert("Delta", QChar(0x394));
unicodeGreek.insert("Theta", QChar(0x398));
unicodeGreek.insert("Lambda", QChar(0x39B));
unicodeGreek.insert("Xi", QChar(0x39E));
unicodeGreek.insert("Pi", QChar(0x3A0));
unicodeGreek.insert("prod", QChar(0x3A0));
unicodeGreek.insert("Sigma", QChar(0x3A3));
unicodeGreek.insert("sum", QChar(0x3A3));
unicodeGreek.insert("Upsilon", QChar(0x3A5));
unicodeGreek.insert("Phi", QChar(0x3A6));
unicodeGreek.insert("Psi", QChar(0x3A8));
}
//qDebug()<<"##SEARCHING "<<n;
props.italic = -1;
if(fnt.second==MTFEunicodeLimited || fnt.second==MTFEunicode) {
props.font = fnt.first;
//qDebug()<<"##SEARCHING "<<n<<": SEARCHING IN "<<props.font<<" [unicode]";
//std::cout<<"encoding unicode\n";
QHash<QString, QString>::iterator itgreek = unicodeGreek.find(n);
if (itgreek!=unicodeGreek.end()) {
//qDebug()<<"##SEARCHING "<<n<<": FOUND IN "<<props.font<<" [unicode]";
props.symbol = itgreek.value();
return true;
}
}
if(fntGreek.second==MTFEunicodeLimited || fntGreek.second==MTFEunicode) {
props.font = fntGreek.first;
//qDebug()<<"##SEARCHING "<<n<<": SEARCHING IN "<<props.font<<" [unicode]";
//std::cout<<"encoding unicode\n";
QHash<QString, QString>::iterator itgreek = unicodeGreek.find(n);
if (itgreek!=unicodeGreek.end()) {
//qDebug()<<"##SEARCHING "<<n<<": FOUND IN "<<props.font<<" [unicode]";
props.symbol = itgreek.value();
return true;
}
}
props.font = fntGreek.first;
//qDebug()<<"##SEARCHING "<<n<<": SEARCHING IN "<<props.font<<" [winSym]";
QHash<QString, QString>::iterator itgreek = winSymbolGreek.find(n);
if (itgreek!=winSymbolGreek.end()) {
props.symbol = itgreek.value();
//qDebug()<<"##SEARCHING "<<n<<": FOUND IN "<<props.font<<" [unicode]";
} else if (n == "sum") { props.symbol = "S"; props.fontFactor = mathFontFactor; props.heightIsAscent = true; props.exactAscent = true; }
else if (n == "prod") { props.symbol = "P"; props.fontFactor = mathFontFactor; props.heightIsAscent = true; props.exactAscent = true; }
else {
//qDebug()<<"##SEARCHING "<<n<<": DIDN'T FIND!";
return false;
}
//qDebug()<<"##SEARCHING "<<n<<": FOUND!";
return true;
}
bool JKQTMathTextSymbolNode::getStandardTextSymbolProp(JKQTMathTextSymbolNode::SymbolProps& props, const QString &n) const
{
props.bold = -1;
props.italic = -1;
//qDebug()<<" +--- getStandardTextSymbolProp("<<n<<")";
if (n == "_") { props.symbol = "_"; }
else if (n == "backslash") { props.symbol = "\\"; props.bold = 0; }
else if (n == "+") { props.symbol = "+"; props.bold = 0; }
else if (n == "-") { props.symbol = "-"; props.bold = 0; }
else if (n == "/") { props.symbol = "/"; props.bold = 0; }
else if (n == "=") { props.symbol = "= "; props.bold = 0; }
else if (n == "<") { props.symbol = "<"; props.bold = 0; }
else if (n == ">") { props.symbol = ">"; props.bold = 0; }
else if (n == "|") { props.symbol = "|"; props.bold = 0; }
else if (n == "}") { props.symbol = "}"; }
else if (n == "{") { props.symbol = "{"; }
else if (n == "]") { props.symbol = "]"; }
else if (n == "[") { props.symbol = "["; }
else if (n == "(") { props.symbol = "("; }
else if (n == ")") { props.symbol = ")"; }
else if (n == "|") { props.symbol = "|"; }
else if (n == "$") { props.symbol = "$"; }
else if (n == "%") { props.symbol = "%"; }
else if (n == "&") { props.symbol = "&"; }
else if (n == "#") { props.symbol = "#"; }
else if (n == "ast") { props.symbol = "*"; }
else if (n == "dots") { props.symbol = "..."; }
else if (n == "ldots") { props.symbol = "..."; }
else if (n == "colon") { props.symbol = ":"; }
else {return false;}
return true;
}
bool JKQTMathTextSymbolNode::getUnicodeBaseSymbolProp(JKQTMathTextSymbolNode::SymbolProps& props, const QString &n) const
{
//qDebug()<<"--- getUnicodeBaseSymbolProp("<<n<<"): ";
static QHash<QString, QString> unicodeBaseSymbol;
if (unicodeBaseSymbol.isEmpty()) {
unicodeBaseSymbol.insert("diamond", QChar(0xE0));
unicodeBaseSymbol.insert("infty", QChar(0x221E));
unicodeBaseSymbol.insert("partial", QChar(0x2202));
unicodeBaseSymbol.insert("times", QChar(0x2A2F));
unicodeBaseSymbol.insert("*", QChar(0x2217));
unicodeBaseSymbol.insert("ast", QChar(0x2217));
unicodeBaseSymbol.insert("asterisk", QChar(0x2217));
unicodeBaseSymbol.insert("star", QChar(0x22C6));
unicodeBaseSymbol.insert("bullet", QChar(0x2219));
unicodeBaseSymbol.insert("copyright", QChar(0x00A9));
unicodeBaseSymbol.insert("registered", QChar(0x00AE));
unicodeBaseSymbol.insert("circledR", QChar(0x00AE));
unicodeBaseSymbol.insert("trademark", QChar(0x2122));
unicodeBaseSymbol.insert("textregistered", QChar(0x2122));
unicodeBaseSymbol.insert("cdot", QChar(0x00B7));
unicodeBaseSymbol.insert("pm", QChar(0x00B1));
unicodeBaseSymbol.insert("leq", QChar(0x2264));
unicodeBaseSymbol.insert("geq", QChar(0x2265));
unicodeBaseSymbol.insert("le", QChar(0x2264));
unicodeBaseSymbol.insert("ge", QChar(0x2265));
unicodeBaseSymbol.insert("hbar", QChar(0x210F));
unicodeBaseSymbol.insert("EUR", QChar(0x20AC));
unicodeBaseSymbol.insert("euro", QChar(0x20AC));
unicodeBaseSymbol.insert("circ", QChar(0x2218));
unicodeBaseSymbol.insert("cent", QChar(0x00A2));
unicodeBaseSymbol.insert("pound", QChar(0x00A3));
unicodeBaseSymbol.insert("yen", QChar(0x00A5));
unicodeBaseSymbol.insert("dollar", QChar(0x0024));
unicodeBaseSymbol.insert("neq", QChar(0x2260));
unicodeBaseSymbol.insert("lnot", QChar(0x2260));
unicodeBaseSymbol.insert("Angstrom", QChar(0x00AC));
unicodeBaseSymbol.insert("co", QChar(0x2105));
unicodeBaseSymbol.insert("No", QChar(0x2116));
unicodeBaseSymbol.insert("Ohm", QChar(0x2126));
unicodeBaseSymbol.insert("ohm", QChar(0x2126));
unicodeBaseSymbol.insert("tcohm", QChar(0x2126));
unicodeBaseSymbol.insert("partial", QChar(0x2202));
unicodeBaseSymbol.insert("cdots", QString(QChar(0x00B7)) + QString(QChar(0x00B7)) + QString(QChar(0x00B7)));
unicodeBaseSymbol.insert("approx", QChar(0x2248));
unicodeBaseSymbol.insert("Angstroem", QChar(0x212B));
unicodeBaseSymbol.insert("-", QChar(0x2212));
unicodeBaseSymbol.insert("dots", QChar(0x2026));
unicodeBaseSymbol.insert("ldots", QChar(0x2026));
}
QHash<QString, QString>::iterator itbasesymbol = unicodeBaseSymbol.find(n);
if (itbasesymbol!=unicodeBaseSymbol.end()) {
props.symbol = itbasesymbol.value();
//qDebug()<<"### found "<<n<<" in unicodeBaseSymbol";
} else {
props.bold = -1;
props.italic = -1;
if (n == "glq") { props.symbol = QChar(0x2018); props.bold = 0; props.italic = 0; }
else if (n == "grq") { props.symbol = QChar(0x2019); props.bold = 0; props.italic = 0; }
else if (n == "glqq") { props.symbol = QChar(0x201C); props.bold = 0; props.italic = 0; }
else if (n == "grqq") { props.symbol = QChar(0x201D); props.bold = 0; props.italic = 0; }
else if (n == "flq") { props.symbol = QChar(0x2039); props.bold = 0; props.italic = 0; }
else if (n == "frq") { props.symbol = QChar(0x203A); props.bold = 0; props.italic = 0; }
else if (n == "flqq") { props.symbol = QChar(0x00AB); props.bold = 0; props.italic = 0; }
else if (n == "frqq") { props.symbol = QChar(0x00BB); props.bold = 0; props.italic = 0; }
else if (n == "prime") { props.symbol = QChar(0x2032); props.bold = 0; props.italic = 0; }
else if (n == "dprime") { props.symbol = QChar(0x2033); props.bold = 0; props.italic = 0; }
else if (n == "trprime") { props.symbol = QChar(0x2034); props.bold = 0; props.italic = 0; }
else { return false; }
}
//qDebug()<<"### found "<<n<<" in unicodeBaseSymbol";
return true;
}
bool JKQTMathTextSymbolNode::getUnicodeFullSymbolProp(JKQTMathTextSymbolNode::SymbolProps& props, const QString &n, double mathFontFactor) const
{
//qDebug()<<" +--- getUnicodeFullSymbolProp("<<n<<")";
static QHash<QString, QString> unicodeSymbol;
if (unicodeSymbol.isEmpty()) {
unicodeSymbol.insert("leftrightarrow", QChar(0x2194));
unicodeSymbol.insert("leftarrow", QChar(0x2190));
unicodeSymbol.insert("rightarrow", QChar(0x2192));
unicodeSymbol.insert("to", QChar(0x2192));
unicodeSymbol.insert("uparrow", QChar(0x2191));
unicodeSymbol.insert("downarrow", QChar(0x2193));
unicodeSymbol.insert("updownarrow", QChar(0x2195));
unicodeSymbol.insert("Leftrightarrow", QChar(0x21D4));
unicodeSymbol.insert("iff", QChar(0x21D4));
unicodeSymbol.insert("Leftarrow", QChar(0x21D0));
unicodeSymbol.insert("Rightarrow", QChar(0x21D2));
unicodeSymbol.insert("Uparrow", QChar(0x21D1));
unicodeSymbol.insert("Downarrow", QChar(0x21D3));
unicodeSymbol.insert("Updownarrow", QChar(0x21D5));
unicodeSymbol.insert("mp", QChar(0x2213));
unicodeSymbol.insert("ll", QChar(0x226A));
unicodeSymbol.insert("gg", QChar(0x226B));
unicodeSymbol.insert("Alef", QChar(0x2135));
unicodeSymbol.insert("Aleph", QChar(0x2135));
unicodeSymbol.insert("Bet", QChar(0x2136));
unicodeSymbol.insert("Beth", QChar(0x2136));
unicodeSymbol.insert("Gimel", QChar(0x2137));
unicodeSymbol.insert("Dalet", QChar(0x2138));
unicodeSymbol.insert("alef", QChar(0x2135));
unicodeSymbol.insert("aleph", QChar(0x2135));
unicodeSymbol.insert("bet", QChar(0x2136));
unicodeSymbol.insert("beth", QChar(0x2136));
unicodeSymbol.insert("gimel", QChar(0x2137));
unicodeSymbol.insert("dalet", QChar(0x2138));
unicodeSymbol.insert("nexists", QChar(0x2204));
unicodeSymbol.insert("ni", QChar(0x220B));
unicodeSymbol.insert("notni", QChar(0x220C));
unicodeSymbol.insert("tilde", QChar(0x223C));
unicodeSymbol.insert("sim", QChar(0x223C));
unicodeSymbol.insert("emptyset", QChar(0x2300));
unicodeSymbol.insert("varnothing", QChar(0x2300));
unicodeSymbol.insert("odot", QChar(0x2299));
unicodeSymbol.insert("ominus", QChar(0x2296));
unicodeSymbol.insert("lceil", QChar(0x2308));
unicodeSymbol.insert("rceil", QChar(0x2309));
unicodeSymbol.insert("lfloor", QChar(0x230A));
unicodeSymbol.insert("rfloor", QChar(0x230B));
unicodeSymbol.insert("subsetnot", QChar(0x2284));
unicodeSymbol.insert("DC", QChar(0x2393));
unicodeSymbol.insert("bot", QChar(0x22A4));
unicodeSymbol.insert("perp", QChar(0x22A5));
unicodeSymbol.insert("sqcap", QChar(0x2293));
unicodeSymbol.insert("sqcup", QChar(0x2294));
unicodeSymbol.insert("triangle", QChar(0x2206));
unicodeSymbol.insert("square", QChar(0x25A1));
unicodeSymbol.insert("setminus", QChar(0x2216));
unicodeSymbol.insert("mid", QChar(0x2223));
unicodeSymbol.insert("nmid", QChar(0x2224));
unicodeSymbol.insert("vdots", QChar(0x22EE));
unicodeSymbol.insert("iddots", QChar(0x22F0));
unicodeSymbol.insert("ddots", QChar(0x22F1));
unicodeSymbol.insert("perthousand", QChar(0x2030));
unicodeSymbol.insert("leftharpoonup", QChar(0x21BC));
unicodeSymbol.insert("rightharpoonup", QChar(0x21C0));
unicodeSymbol.insert("upharpoonleft", QChar(0x21BF));
unicodeSymbol.insert("downharpoonleft", QChar(0x21C3));
unicodeSymbol.insert("leftrightharpoon", QChar(0x21CB));
unicodeSymbol.insert("rightleftharpoon", QChar(0x21CC));
unicodeSymbol.insert("leftharpoondown", QChar(0x21BD));
unicodeSymbol.insert("rightharpoondown", QChar(0x21C1));
unicodeSymbol.insert("upharpoonright", QChar(0x21BE));
unicodeSymbol.insert("downharpoonright", QChar(0x21C2));
unicodeSymbol.insert("nwarrow", QChar(0x2196));
unicodeSymbol.insert("nearrow", QChar(0x2197));
unicodeSymbol.insert("searrow", QChar(0x2198));
unicodeSymbol.insert("swarrow", QChar(0x2199));
unicodeSymbol.insert("mapsto", QChar(0x21A6));
unicodeSymbol.insert("div", QChar(0x00F7));
unicodeSymbol.insert("multimap", QChar(0x22B8));
unicodeSymbol.insert("maporiginal", QChar(0x22B6));
unicodeSymbol.insert("mapimage", QChar(0x22B7));
unicodeSymbol.insert("benzene", QChar(0x232C));
unicodeSymbol.insert("propto", QChar(0x221D));
unicodeSymbol.insert("ne", QChar(0x2260));
unicodeSymbol.insert("equiv", QChar(0x2261));
unicodeSymbol.insert("ellipsis", QChar(0x2026));
unicodeSymbol.insert("Im", QChar(0x2111));
unicodeSymbol.insert("Re", QChar(0x211C));
unicodeSymbol.insert("otimes", QChar(0x2297));
unicodeSymbol.insert("oplus", QChar(0x2295));
unicodeSymbol.insert("oslash", QChar(0x2298));
unicodeSymbol.insert("cap", QChar(0x2229));
unicodeSymbol.insert("land", QChar(0x2229));
unicodeSymbol.insert("cup", QChar(0x222A));
unicodeSymbol.insert("lor", QChar(0x222A));
unicodeSymbol.insert("supset", QChar(0x2283));
unicodeSymbol.insert("supseteq", QChar(0x2286));
unicodeSymbol.insert("supsetnot", QChar(0x2285));
unicodeSymbol.insert("subset", QChar(0x2282));
unicodeSymbol.insert("subseteq", QChar(0x2286));
unicodeSymbol.insert("in", QChar(0x2208));
unicodeSymbol.insert("notin", QChar(0x2209));
unicodeSymbol.insert("angle", QChar(0x2220));
unicodeSymbol.insert("measuredangle", QChar(0x2221));
unicodeSymbol.insert("sphericalangle", QChar(0x2222));
unicodeSymbol.insert("rightangle", QChar(0x221F));
unicodeSymbol.insert("nabla", QChar(0x2207));
unicodeSymbol.insert("parallel", QChar(0x2225));
unicodeSymbol.insert("nparallel", QChar(0x2226));
unicodeSymbol.insert("neg", QChar(0x00AC));
unicodeSymbol.insert("wedge", QChar(0x2227));
unicodeSymbol.insert("vee", QChar(0x2228));
unicodeSymbol.insert("langle", QChar(0x2329));
unicodeSymbol.insert("rangle", QChar(0x232A));
unicodeSymbol.insert("forall", QChar(0x2200));
unicodeSymbol.insert("exists", QChar(0x2203));
unicodeSymbol.insert("bot", QChar(0x22A5));
unicodeSymbol.insert("geqq", QChar(0x2267));
unicodeSymbol.insert("leqq", QChar(0x2266));
unicodeSymbol.insert("prec", QChar(0x227A));
unicodeSymbol.insert("succ", QChar(0x227B));
unicodeSymbol.insert("vartriangleleft", QChar(0x22B2));
unicodeSymbol.insert("cong", QChar(0x2245));
unicodeSymbol.insert("simeq", QChar(0x2243));
unicodeSymbol.insert("therefore", QChar(0x2234));
unicodeSymbol.insert("because", QChar(0x2235));
unicodeSymbol.insert("lightning", QChar(0x21AF));
unicodeSymbol.insert("blacksquare", QChar(0x220E));
unicodeSymbol.insert("Box", QChar(0x25A1));
unicodeSymbol.insert("celsius", QChar(0x2103));
unicodeSymbol.insert("AC", QChar(0x223F));
unicodeSymbol.insert("frown", QChar(0x2322));
unicodeSymbol.insert("smile", QChar(0x2323));
unicodeSymbol.insert("smiley", QChar(0x233A));
unicodeSymbol.insert("blacksmiley", QChar(0x233B));
unicodeSymbol.insert("frownie", QChar(0x2639));
unicodeSymbol.insert("varhexagonlrbonds", QChar(0x232C));
unicodeSymbol.insert("hexagon", QChar(0x2394));
unicodeSymbol.insert("varcarriagereturn", QChar(0x23CE));
unicodeSymbol.insert("benzenr", QChar(0x23E3));
unicodeSymbol.insert("trapezium", QChar(0x23E2));
unicodeSymbol.insert("female", QChar(0x2640));
unicodeSymbol.insert("male", QChar(0x2642));
unicodeSymbol.insert("accurrent", QChar(0x23E6));
}
QHash<QString, QString>::iterator itsymbol = unicodeSymbol.find(n);
if (itsymbol!=unicodeSymbol.end()) {
props.symbol = itsymbol.value();
}
else if (n == "sum") { props.symbol = QChar(0x2211); props.heightIsAscent = true; props.exactAscent = true; }
else if (n == "prod") { props.symbol = QChar(0x220F); props.heightIsAscent = true; props.exactAscent = true; }
else if (n == "bbC") { props.symbol = QChar(0x2102); props.italic = -1; }
else if (n == "bbH") { props.symbol = QChar(0x210D); props.italic = -1; }
else if (n == "bbN") { props.symbol = QChar(0x2115); props.italic = -1; }
else if (n == "bbP") { props.symbol = QChar(0x2119); props.italic = -1; }
else if (n == "bbQ") { props.symbol = QChar(0x211A); props.italic = -1; }
else if (n == "bbR") { props.symbol = QChar(0x211D); props.italic = -1; }
else if (n == "bbZ") { props.symbol = QChar(0x2124); props.italic = -1; }
else if (n == "iint") { props.symbol = QChar(0x222C); props.fontFactor = mathFontFactor; /*yfactor=+0.1;*/ props.heightIsAscent = true; props.exactAscent = true; }
else if (n == "iiint") { props.symbol = QChar(0x222D); props.fontFactor = mathFontFactor; /*yfactor=+0.1;*/ props.heightIsAscent = true; props.exactAscent = true; }
else if (n == "oint") { props.symbol = QChar(0x222E); props.fontFactor = mathFontFactor; /*yfactor=+0.1;*/ props.heightIsAscent = true; props.exactAscent = true; }
else if (n == "oiint") { props.symbol = QChar(0x222F); props.fontFactor = mathFontFactor; /*yfactor=+0.1;*/ props.heightIsAscent = true; props.exactAscent = true; }
else if (n == "oiiint") { props.symbol = QChar(0x2230); props.fontFactor = mathFontFactor; /*yfactor=+0.1;*/ props.heightIsAscent = true; props.exactAscent = true; }
else if (n == "coprod") { props.symbol = QChar(0x2210); props.heightIsAscent = true; props.exactAscent = true; }
else if (n == "bigcap") { props.symbol = QChar(0x22C2); props.heightIsAscent = true; props.exactAscent = true; }
else if (n == "bigcup") { props.symbol = QChar(0x22C3); props.heightIsAscent = true; props.exactAscent = true; }
else if (n == "bigvee") { props.symbol = QChar(0x22C1); props.heightIsAscent = true; props.exactAscent = true; }
else if (n == "bighat") { props.symbol = QChar(0x22C0); props.heightIsAscent = true; props.exactAscent = true; }
else if (n == "int") { props.symbol = QChar(0x222B); props.fontFactor = mathFontFactor; /*yfactor=+0.1;*/ props.heightIsAscent = true; props.exactAscent = true; }
else {return false;}
return true;
}
bool JKQTMathTextSymbolNode::getSymbolProp(JKQTMathTextSymbolNode::SymbolProps& props, const QString &n, const JKQTMathTextEnvironment& currentEv, double mathFontFactor) const
{
auto fnt=parentMathText->getFontData(currentEv.font, currentEv.insideMath, JKQTMathText::FontSubclass::Text);
auto fntGreek=parentMathText->getFontData(currentEv.font, currentEv.insideMath, JKQTMathText::FontSubclass::Greek);
auto fntSym=parentMathText->getFontData(currentEv.font, currentEv.insideMath, JKQTMathText::FontSubclass::Symbols);
//qDebug()<<"--- getSymbolProp("<<n<<"): "<<fnt.first<<", "<<fnt.second;
props.font = fnt.first;
if (fnt.second==MTFEunicode) {
props.font = fnt.first;
if (!getUnicodeBaseSymbolProp(props, n) && !getUnicodeFullSymbolProp(props,n,mathFontFactor) && !getGreekSymbolProp(props, n, currentEv, mathFontFactor)) {
return false;
}
} else if (fnt.second==MTFEunicodeLimited) {
props.font = fnt.first;
if (!getUnicodeBaseSymbolProp(props, n) && !getGreekSymbolProp(props, n, currentEv, mathFontFactor)) {
if (fntSym.second==MTFEunicode) {
props.font = fntSym.first;
if (!getUnicodeBaseSymbolProp(props, n) && !getUnicodeFullSymbolProp(props,n,mathFontFactor) && !getGreekSymbolProp(props, n, currentEv, mathFontFactor)) {
return false;
}
} else if (fntSym.second==MTFEunicodeLimited) {
props.font = fntSym.first;
if (!getUnicodeBaseSymbolProp(props, n) && !getGreekSymbolProp(props, n, currentEv, mathFontFactor)) {
return false;
}
} else if (fntSym.second==MTFEwinSymbol) {
props.font = fntSym.first;
if (!getWinSymbolProp(props, n, currentEv, mathFontFactor) && !getGreekSymbolProp(props, n, currentEv, mathFontFactor)) {
return false;
}
} else {
return false;
}
}
} else if (fnt.second==MTFEwinSymbol) {
props.font = fnt.first;
if (!getWinSymbolProp(props, n, currentEv, mathFontFactor)) {
if (fntSym.second==MTFEunicode) {
props.font = fntSym.first;
if (!getUnicodeBaseSymbolProp(props, n) && !getUnicodeFullSymbolProp(props,n,mathFontFactor) && !getGreekSymbolProp(props, n, currentEv, mathFontFactor)) {
return false;
}
} else if (fntSym.second==MTFEunicodeLimited) {
props.font = fntSym.first;
if (!getUnicodeBaseSymbolProp(props, n) && !getGreekSymbolProp(props, n, currentEv, mathFontFactor)) {
return false;
}
} else if (fntSym.second==MTFEwinSymbol) {
props.font = fntSym.first;
if (!getWinSymbolProp(props, n, currentEv, mathFontFactor) && !getGreekSymbolProp(props, n, currentEv, mathFontFactor)) {
return false;
}
} else {
return false;
}
}
} else if (fnt.second==MTFEStandard) {
props.font = fnt.first;
if (!getStandardTextSymbolProp(props, n)) {
if (fntSym.second==MTFEunicode) {
props.font = fntSym.first;
if (!getUnicodeBaseSymbolProp(props, n) && !getUnicodeFullSymbolProp(props,n,mathFontFactor) && !getGreekSymbolProp(props, n, currentEv, mathFontFactor)) {
return false;
}
} else if (fntSym.second==MTFEunicodeLimited) {
props.font = fntSym.first;
if (!getUnicodeBaseSymbolProp(props, n) && !getGreekSymbolProp(props, n, currentEv, mathFontFactor)) {
return false;
}
} else if (fntSym.second==MTFEwinSymbol) {
props.font = fntSym.first;
if (!getWinSymbolProp(props, n, currentEv, mathFontFactor) && !getGreekSymbolProp(props, n, currentEv, mathFontFactor)) {
return false;
}
} else {
return false;
}
}
} else {
return false;
}
return true;
}
JKQTMathTextSymbolNode::SymbolProps JKQTMathTextSymbolNode::getSymbolProp(const QString &symName, const JKQTMathTextEnvironment& currentEv) const
{
auto fnt=parentMathText->getFontData(currentEv.font, currentEv.insideMath, JKQTMathText::FontSubclass::Text);
auto fntSym=parentMathText->getFontData(currentEv.font, currentEv.insideMath, JKQTMathText::FontSubclass::Symbols);
auto fntGreek=parentMathText->getFontData(currentEv.font, currentEv.insideMath, JKQTMathText::FontSubclass::Greek);
JKQTMathTextSymbolNode::SymbolProps props;
double mathFontFactor=1.8;
props.symbol="";
props.fontFactor=1.0;
props.bold=0;
props.italic=-1;
props.yfactor=0;
props.drawBar=false;
props.font=fnt.first;
props.heightIsAscent=false;
props.exactAscent=false;
props.extendWidthInMathmode=false;
QString n=symName;
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
// statische Lookup-Tabellen vorbereiten
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
static QStringList extendWInMM;
if (extendWInMM.isEmpty()) {
extendWInMM <<"ll"<<"gg"<<"leq"<<"geq"<<"leftrightarrow"<<"leftarrow"<<"rightarrow"<<"to"<<"uparrow"<<"downarrow"<<"updownarrow"<<"Leftrightarrow"
<<"iff"<<"Leftarrow"<<"Rightarrow"<<"Uparrow"<<"Downarrow"<<"Updownarrow"<<"pm"<<"mp"<<"nexists"<<"ni"<<"notni"<<"circ"<<"sim"<<"emptyset"<<"odot"<<"ominus"
<<"subsetnot"<<"bot"<<"leftharpoonup"<<"rightharpoonup"<<"upharpoonleft"<<"downharpoonleft"<<"leftrightharpoon"<<"rightleftharpoon"<<"coprod"<<"leftharpoondown"
<<"rightharpoondown"<<"upharpoonright"<<"downharpoonright"<<"nwarrow"<<"nearrow"<<"searrow"<<"swarrow"<<"mapsto"<<"div"<<"multimap"<<"maporiginal"<<"mapimage"
<<"times"<<"propto"<<"bullet"<<"neq"<<"ne"<<"equiv"<<"approx"<<"otimes"<<"oplus"<<"oslash"<<"cap"<<"land"<<"cup"<<"lor"<<"supset"<<"supseteq"<<"supsetnot"
<<"subset"<<"subseteq"<<"in"<<"notin"<<"cdot"<<"wedge"<<"vee"<<"cong"<<"bot"<<"mid"<<"+"<<"-"<<"|"<<"*"<<"/"<<"<"<<">"<<"=";
}
if (extendWInMM.contains(n)) {
props.extendWidthInMathmode=true;
}
static QHash<QString, QString> simpleTranslations;
if (simpleTranslations.isEmpty()) {
simpleTranslations.insert("", " ");
simpleTranslations.insert("sin", "sin");
simpleTranslations.insert("cos", "cos");
simpleTranslations.insert("tan", "tan");
simpleTranslations.insert("sinh", "sinh");
simpleTranslations.insert("cosh", "cosh");
simpleTranslations.insert("tanh", "tanh");
simpleTranslations.insert("atan", "atan");
simpleTranslations.insert("acos", "acos");
simpleTranslations.insert("asin", "asin");
simpleTranslations.insert("arcsin", "arcsin");
simpleTranslations.insert("arccos", "arccos");
simpleTranslations.insert("arctan", "arctan");
simpleTranslations.insert("degree", QLatin1String("\xB0"));
simpleTranslations.insert("textdegree ", QLatin1String("\xB0"));
simpleTranslations.insert("ii", "i");
simpleTranslations.insert("dd", "d");
simpleTranslations.insert("exp", "exp");
simpleTranslations.insert("log", "log");
simpleTranslations.insert("ln", "ln");
simpleTranslations.insert("ld", "ld");
simpleTranslations.insert("lb", "lb");
simpleTranslations.insert("argmin", "argmin");
simpleTranslations.insert("argmax", "argmax");
simpleTranslations.insert("max", "max");
simpleTranslations.insert("mod", "mod");
simpleTranslations.insert("min", "min");
simpleTranslations.insert("median", "median");
simpleTranslations.insert("sign", "sign");
simpleTranslations.insert("sgn", "sgn");
simpleTranslations.insert("sec", "sec");
simpleTranslations.insert("gcd", "gcd");
simpleTranslations.insert("hom", "hom");
simpleTranslations.insert("ker", "ker");
simpleTranslations.insert("dim", "dim");
simpleTranslations.insert("cot", "cot");
simpleTranslations.insert("arg", "arg");
simpleTranslations.insert("det", "det");
simpleTranslations.insert("deg", "deg");
simpleTranslations.insert("Pr", "Pr");
simpleTranslations.insert("coth", "coth");
}
static QHash<QString, QString> simpleTranslations_heightIsAscent;
if (simpleTranslations_heightIsAscent.isEmpty()) {
simpleTranslations_heightIsAscent.insert("erf", "erf");
simpleTranslations_heightIsAscent.insert("median", "median");
simpleTranslations_heightIsAscent.insert("min", "min");
simpleTranslations_heightIsAscent.insert("max", "max");
simpleTranslations_heightIsAscent.insert("inf", "inf");
simpleTranslations_heightIsAscent.insert("sup", "sup");
simpleTranslations_heightIsAscent.insert("liminf", "liminf");
simpleTranslations_heightIsAscent.insert("limsup", "limsup");
simpleTranslations_heightIsAscent.insert("lim", "lim");
}
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
props.font=fnt.first;
QString errorExplanation="";
QHash<QString, QString>::iterator itsimple = simpleTranslations.find(n);
if (itsimple!= simpleTranslations.end()) {
props.symbol=itsimple.value();
} else {
QHash<QString, QString>::iterator itsimplehia = simpleTranslations_heightIsAscent.find(n);
if (itsimplehia != simpleTranslations_heightIsAscent.end()) {
props.symbol = itsimplehia.value();
props.heightIsAscent = true;
} else {
props.font=fnt.first;
if (!getSymbolProp(props, n, currentEv, mathFontFactor)) {
errorExplanation="didn't find symbol given font def:"+fnt.first+"["+JKQTMathTextFontEncoding2String(fnt.second)+"] / sym:"+fntSym.first+"["+JKQTMathTextFontEncoding2String(fntSym.second)+"] / grk:"+fntGreek.first+"["+JKQTMathTextFontEncoding2String(fntGreek.second)+"]";
}
}
}
if (addWhitespace) props.symbol+=" ";
static QSet<QString> extraSymbolName = {
"infty",
"|", " ", "quad", "qquad", "space", ";", ":", ",", "!","%"
"longleftarrow", "longrightarrow",
"Longleftarrow", "Longrightarrow",
"longleftrightarrow", "Longleftrightarrow"
};
static QSet<QString> extraSymbolNonItalic = {
"+", "-", "*", "/", "<", ">", "=", "|", "{", "(", "[", "]", ")", "}", "\\"
};
if (props.symbol.simplified().isEmpty() && extraSymbolNonItalic.contains(n)) {
props.symbol=n;
if (n=="=") props.symbol="= ";
props.italic=-1;
}
if (props.symbol.simplified().isEmpty() && !extraSymbolName.contains(n)) {
parentMathText->addToErrorList(QObject::tr("unknown symbol '%1' found (%2)!").arg(n).arg(errorExplanation));
}
//qDebug()<<n<<": '"<<props.symbol<<"' / "<<props.font<<" {{{ def:"+fnt.first+"["+encoding2String(fnt.second)+"] / sym:"+fntSym.first+"["+encoding2String(fntSym.second)+"] / grk:"+fntGreek.first+"["+encoding2String(fntGreek.second)+"] }}}";
return props;
}
void JKQTMathTextSymbolNode::getSizeInternal(QPainter& painter, JKQTMathTextEnvironment currentEv, double& width, double& baselineHeight, double& overallHeight, double& strikeoutPos, const JKQTMathTextNodeSize* /*prevNodeSize*/) {
QFont f=currentEv.getFont(parentMathText);
auto props=getSymbolProp(symbolName, currentEv);
f.setFamily(props.font);
f.setPointSizeF(f.pointSizeF()*props.fontFactor);
if (props.italic<0) f.setItalic(false);
if (props.italic>0) f.setItalic(true);
if (props.bold<0) f.setBold(false);
if (props.bold>0) f.setBold(true);
const QFontMetricsF fm(f, painter.device());
QString symb=props.symbol;
width=0;
if (currentEv.insideMath) {
width=qMax(JKQTMathTextGetTightBoundingRect(f, symb, painter.device()).width(), JKQTMathTextGetTightBoundingRect(f, "(", painter.device()).width());
} else width=fm.boundingRect(symb).width();//fm.width(symbol);
if (symb.isEmpty()) {
width=fm.boundingRect("a").width();
if (symbolName=="|") width=fm.boundingRect("1").width()*0.8;
else if (symbolName=="infty") width=JKQTMathTextGetTightBoundingRect(f, "8", painter.device()).height();
else if (symbolName=="quad" || symbolName=="qquad") width=JKQTMathTextGetTightBoundingRect(f, "M", painter.device()).width();
else if (symbolName==" " || symbolName=="space") width=JKQTMathTextGetTightBoundingRect(f, "x", painter.device()).width();
else if (symbolName==";") width=JKQTMathTextGetTightBoundingRect(f, "x", painter.device()).width()*0.75;
else if (symbolName==":") width=JKQTMathTextGetTightBoundingRect(f, "x", painter.device()).width()*0.5;
else if (symbolName==",") width=JKQTMathTextGetTightBoundingRect(f, "x", painter.device()).width()*0.25;
else if (symbolName=="!") width=-JKQTMathTextGetTightBoundingRect(f, "x", painter.device()).width()*0.25;
else if (symbolName=="longleftarrow") { width=JKQTMathTextGetTightBoundingRect(f, "X", painter.device()).width()*3.5; symb="x"; }
else if (symbolName=="longrightarrow") { width=JKQTMathTextGetTightBoundingRect(f, "X", painter.device()).width()*3.5; symb="x"; }
else if (symbolName=="Longleftarrow") { width=JKQTMathTextGetTightBoundingRect(f, "X", painter.device()).width()*3.5; symb="x"; }
else if (symbolName=="Longrightarrow") { width=JKQTMathTextGetTightBoundingRect(f, "X", painter.device()).width()*3.5; symb="x"; }
else if (symbolName=="longleftrightarrow") { width=JKQTMathTextGetTightBoundingRect(f, "X", painter.device()).width()*3.5; symb="x"; }
else if (symbolName=="Longleftrightarrow") { width=JKQTMathTextGetTightBoundingRect(f, "X", painter.device()).width()*3.5; symb="x"; }
}
const QRectF tbr=JKQTMathTextGetTightBoundingRect(f, symb, painter.device());
overallHeight=tbr.height();// fm.height();
baselineHeight=tbr.height()-tbr.bottom();
if (props.exactAscent) {
//baselineHeight=fm.ascent()*0.8;
}
if (props.heightIsAscent) {
overallHeight=baselineHeight*1.1;
}
if (props.exactAscent && props.heightIsAscent) {
//qDebug()<<symbolName<<symbol<<tbr.top()<<tbr.bottom()<<tbr.height();
baselineHeight=tbr.height()-tbr.bottom();//fm.ascent()*0.8;
overallHeight=tbr.height();//baselineHeight*1.1;
}
strikeoutPos=fm.strikeOutPos();
if (props.extendWidthInMathmode && currentEv.insideMath) width=width*parentMathText->getMathoperatorWidthFactor();
}
double JKQTMathTextSymbolNode::draw(QPainter& painter, double x, double y, JKQTMathTextEnvironment currentEv, const JKQTMathTextNodeSize* /*prevNodeSize*/) {
doDrawBoxes(painter, x, y, currentEv);
double width=0;
double baselineHeight=0;
double overallHeight=0, strikeoutPos=0;
getSize(painter, currentEv, width, baselineHeight, overallHeight, strikeoutPos);
QPen pold=painter.pen();
QFont fold=painter.font();
QFont f=currentEv.getFont(parentMathText);
QFont f1=f;
const auto props=getSymbolProp(symbolName, currentEv);
f.setFamily(props.font);
f.setPointSizeF(f.pointSizeF()*props.fontFactor);
if (props.italic<0) f.setItalic(false);
if (props.italic>0) f.setItalic(true);
if (props.bold<0) f.setBold(false);
if (props.bold>0) f.setBold(true);
const QFontMetricsF fm(f, painter.device());
painter.setFont(f);
double shift=0;
if (props.extendWidthInMathmode && currentEv.insideMath) {
const QRectF tbr=JKQTMathTextGetTightBoundingRect(f, props.symbol, painter.device());
shift=0.5*width-tbr.width()/2.0-tbr.x();
}
//std::cout<<"symbol '"<<symbolName.toStdString()<<"' = "<<std::hex<<symbol.at(0).digitValue()<<" in font '"<<f.family().toStdString()<<"' ("<<QFontInfo(f).family().toStdString()<<"): "<<fm.inFont(symbol.at(0))<<std::endl;
QPen p=painter.pen();
p.setColor(currentEv.color);
p.setWidthF(fm.lineWidth());
p.setStyle(Qt::SolidLine);
painter.setPen(p);
const double xwi=fm.boundingRect("x").width();
if (!props.symbol.isEmpty()) {
// if the symbol has been recognized in the constructor: draw the symbol
const QPointF x0(x+shift, y+props.yfactor*overallHeight);
painter.drawText(x0, props.symbol);
if (props.drawBar) {
const double xx=x+shift;
const double yy=y-fm.xHeight()-(JKQTMathTextGetTightBoundingRect(f, "M", painter.device()).height()-fm.xHeight())/3.0;
const QLineF l(xx, yy, xx+xwi/3.0+((currentEv.italic)?(xwi/3.0):0), yy);
if (l.length()>0) painter.drawLine(l);
}
// try to draw some often used special symbols, by synthesizing them from
// standard characters in the current drawing font
} else if (symbolName=="infty") {
//std::cout<<"draw infty\n";
f1.setItalic(false);
const QFontMetricsF fm1(f1, painter.device());
painter.setFont(f1);
painter.save(); auto __finalpaint=JKQTPFinally([&painter]() {painter.restore();});
painter.translate(x+shift+fm1.boundingRect("8").width()/3.0, y-fm1.xHeight());
painter.rotate(90);
painter.drawText(QPointF(0,0), "8");
} else if (symbolName=="|") {
//std::cout<<"draw ||\n";
f1.setItalic(false);
const QFontMetricsF fm1(f1, painter.device());
painter.setFont(f1);
painter.save(); auto __finalpaint=JKQTPFinally([&painter]() {painter.restore();});
painter.translate(x+shift, y);
painter.drawText(QPointF(0,0), "|");
painter.translate(fm1.boundingRect("8").width()/3.0, 0);
painter.drawText(QPointF(0,0), "|");
// here are some spaces
} else if (symbolName==" ") { // full space (width of x)
} else if (symbolName=="space") { // full space (width of x)
} else if (symbolName=="qquad") { // full space(width of M)
} else if (symbolName=="quad") { // full space(width of M)
} else if (symbolName==";") { // 75% space
} else if (symbolName==":") { // 50% space
} else if (symbolName==",") { // 25% space
} else if (symbolName=="!") { // -25% space
} else if (symbolName=="longleftarrow") {
const double width=JKQTMathTextGetTightBoundingRect(f, "X", painter.device()).width()*3.0;
const double dx=JKQTMathTextGetTightBoundingRect(f, "X", painter.device()).width()*0.25;
const double ypos=y-JKQTMathTextGetTightBoundingRect(f, "x", painter.device()).height()/2.0;
const QPainterPath path=JKQTMathTextMakeArrow(x+shift+dx, ypos, width, JKQTMathTextGetTightBoundingRect(f, "M", painter.device()).height()*0.5, true, false);
} else if (symbolName=="longrightarrow"){
const double width=JKQTMathTextGetTightBoundingRect(f, "X", painter.device()).width()*3.0;
const double dx=JKQTMathTextGetTightBoundingRect(f, "X", painter.device()).width()*0.25;
const double ypos=y-JKQTMathTextGetTightBoundingRect(f, "x", painter.device()).height()/2.0;
const QPainterPath path=JKQTMathTextMakeArrow(x+shift+dx, ypos, width, JKQTMathTextGetTightBoundingRect(f, "M", painter.device()).height()*0.5, false, true);
painter.drawPath(path);
} else if (symbolName=="Longleftarrow") {
const double width=JKQTMathTextGetTightBoundingRect(f, "X", painter.device()).width()*3.0;
const double dx=JKQTMathTextGetTightBoundingRect(f, "X", painter.device()).width()*0.25;
const double ypos=y-JKQTMathTextGetTightBoundingRect(f, "x", painter.device()).height()/2.0;
const QPainterPath path=JKQTMathTextMakeDArrow(x+shift+dx, ypos, width, JKQTMathTextGetTightBoundingRect(f, "M", painter.device()).height()*0.5, true, false);
} else if (symbolName=="Longrightarrow") {
const double width=JKQTMathTextGetTightBoundingRect(f, "X", painter.device()).width()*3.0;
const double dx=JKQTMathTextGetTightBoundingRect(f, "X", painter.device()).width()*0.25;
const double ypos=y-JKQTMathTextGetTightBoundingRect(f, "x", painter.device()).height()/2.0;
const QPainterPath path=JKQTMathTextMakeDArrow(x+shift+dx, ypos, width, JKQTMathTextGetTightBoundingRect(f, "M", painter.device()).height()*0.5, false, true);
painter.drawPath(path);
} else if (symbolName=="longleftrightarrow") {
const double width=JKQTMathTextGetTightBoundingRect(f, "X", painter.device()).width()*3.0;
const double dx=JKQTMathTextGetTightBoundingRect(f, "X", painter.device()).width()*0.25;
const double ypos=y-JKQTMathTextGetTightBoundingRect(f, "x", painter.device()).height()/2.0;
const QPainterPath path=JKQTMathTextMakeArrow(x+shift+dx, ypos, width, JKQTMathTextGetTightBoundingRect(f, "M", painter.device()).height()*0.5, true, true);
painter.drawPath(path);
} else if (symbolName=="Longleftrightarrow") {
const double width=JKQTMathTextGetTightBoundingRect(f, "X", painter.device()).width()*3.0;
const double dx=JKQTMathTextGetTightBoundingRect(f, "X", painter.device()).width()*0.25;
const double ypos=y-JKQTMathTextGetTightBoundingRect(f, "x", painter.device()).height()/2.0;
const QPainterPath path=JKQTMathTextMakeDArrow(x+shift+dx, ypos, width, JKQTMathTextGetTightBoundingRect(f, "M", painter.device()).height()*0.5, true, true);
painter.drawPath(path);
} else { // draw a box to indicate an unavailable symbol
const QRectF tbr=JKQTMathTextGetTightBoundingRect(f, "M", painter.device());
painter.drawRect(QRectF(x+shift,y-tbr.height(), xwi, tbr.height()*0.8));
}
painter.setPen(pold);
painter.setFont(fold);
return x+width;
}
bool JKQTMathTextSymbolNode::toHtml(QString &html, JKQTMathTextEnvironment currentEv, JKQTMathTextEnvironment defaultEv) {
bool ok=true;
QString s;
JKQTMathTextEnvironment ev=currentEv;
static QMap<QString, QString> entitylut;
if (entitylut.isEmpty()) {
entitylut.insert("sin", "sin");
entitylut.insert("cos", "cos");
entitylut.insert("tan", "tan");
entitylut.insert("sinh", "sinh");
entitylut.insert("cosh", "cosh");
entitylut.insert("tanh", "tanh");
entitylut.insert("atan", "atan");
entitylut.insert("acos", "acos");
entitylut.insert("asin", "asin");
entitylut.insert("arcsin", "arcsin");
entitylut.insert("arccos", "arccos");
entitylut.insert("arctan", "arctan");
entitylut.insert("ii", "i");
entitylut.insert("dd", "d");
entitylut.insert("exp", "exp");
entitylut.insert("log", "log");
entitylut.insert("ln", "ln");
entitylut.insert("ld", "ld");
entitylut.insert("lb", "lb");
entitylut.insert("erf", "erf");
entitylut.insert("mod", "mod");
entitylut.insert("median", "median");
entitylut.insert("min", "min");
entitylut.insert("max", "max");
entitylut.insert("argmin", "argmin");
entitylut.insert("argmax", "argmax");
entitylut.insert("inf", "inf");
entitylut.insert("sup", "sup");
entitylut.insert("liminf", "liminf");
entitylut.insert("limsup", "limsup");
entitylut.insert("lim", "lim");
entitylut.insert("sec", "sec");
entitylut.insert("gcd", "gcd");
entitylut.insert("hom", "hom");
entitylut.insert("ker", "ker");
entitylut.insert("dim", "dim");
entitylut.insert("cot", "cot");
entitylut.insert("arg", "arg");
entitylut.insert("det", "det");
entitylut.insert("deg", "deg");
entitylut.insert("sign", "sign");
entitylut.insert("sgn", "sgn");
entitylut.insert("Pr", "Pr");
entitylut.insert("coth", "coth");
entitylut.insert("alpha", "&alpha;");
entitylut.insert("beta", "&beta;");
entitylut.insert("gamma", "&gamma;");
entitylut.insert("delta", "&delta;");
entitylut.insert("epsilon", "&epsilon;");
entitylut.insert("varepsilon", "&epsilon;");
entitylut.insert("zeta", "&zeta;");
entitylut.insert("eta", "&eta;");
entitylut.insert("theta", "&theta;");
entitylut.insert("vartheta", "&thetasym;");
entitylut.insert("iota", "&iota;");
entitylut.insert("kappa", "&kappa;");
entitylut.insert("lambda", "&lambda;");
entitylut.insert("mu", "&mu;");
entitylut.insert("nu", "&nu;");
entitylut.insert("xi", "&xi;");
entitylut.insert("pi", "&pi;");
entitylut.insert("varpi", "&piv;");
entitylut.insert("rho", "&rho;");
entitylut.insert("sigma", "&sigma;");
entitylut.insert("varsigma", "&sigmaf;");
entitylut.insert("tau", "&tau;");
entitylut.insert("upsilon", "&upsilon;");
entitylut.insert("phi", "&phi;");
entitylut.insert("varphi", "&phi;");
entitylut.insert("chi", "&chi;");
entitylut.insert("psi", "&psi;");
entitylut.insert("omega", "&omega;");
entitylut.insert("Gamma", "&Gamma;");
entitylut.insert("Delta", "&Delta;");
entitylut.insert("Theta", "&Theta;");
entitylut.insert("Lambda", "&Lambda;");
entitylut.insert("Omega", "&Omega;");
entitylut.insert("Xi", "&Xi;");
entitylut.insert("Pi", "&Pi;");
entitylut.insert("Sigma", "&Sigma;");
entitylut.insert("Upsilon", "&Upsilon;");
entitylut.insert("Phi", "&Phi;");
entitylut.insert("Psi", "&Psi;");
entitylut.insert("leftrightarrow", "&harr;");
entitylut.insert("leftarrow", "&larr;");
entitylut.insert("rightarrow", "&rarr;");
entitylut.insert("to", "&rarr;");
entitylut.insert("uparrow", "&uarr;");
entitylut.insert("downarrow", "&darr;");
entitylut.insert("Leftrightarrow", "&hArr;");
entitylut.insert("iff", "&hArr;");
entitylut.insert("Leftarrow", "&lArr;");
entitylut.insert("Rightarrow", "&rArr;");
entitylut.insert("Uparrow", "&uArr;");
entitylut.insert("Downarrow", "&dArr;");
entitylut.insert("pm", "&plusmn;");
entitylut.insert("leq", "&le;");
entitylut.insert("geq", "&ge;");
entitylut.insert("times", "&times;");
entitylut.insert("propto", "&prop;");
entitylut.insert("partial", "&part;");
entitylut.insert("bullet", "&bull;");
entitylut.insert("star", "&Star;");
entitylut.insert("ast", "&lowast;");
entitylut.insert("asterisk", "&lowast;");
entitylut.insert("neq", "&ne;");
entitylut.insert("ne", "&ne;");
entitylut.insert("equiv", "&equiv;");
entitylut.insert("approx", "&asymp;");
entitylut.insert("ellipsis", "...");
entitylut.insert("Im", "&image;");
entitylut.insert("Re", "&real;");
entitylut.insert("otimes", "&otimes;");
entitylut.insert("oplus", "&oplus;");
entitylut.insert("oslash", "/");
entitylut.insert("cap", "&cap;");
entitylut.insert("cup", "&cup;");
entitylut.insert("land", "&cap;");
entitylut.insert("lor", "&cup;");
entitylut.insert("supset", "&sup;");
entitylut.insert("supseteq", "&supe;");
entitylut.insert("supsetnot", "&nsup;");
entitylut.insert("subset", "&sub;");
entitylut.insert("subseteq", "&sube;");
entitylut.insert("in", "&isin;");
entitylut.insert("notin", "&notin;");
entitylut.insert("angle", "&ang;");
entitylut.insert("nabla", "&nabla;");
entitylut.insert("copyright", "&copy;");
entitylut.insert("registered", "&reg;");
entitylut.insert("trademark", "&trade;");
entitylut.insert("textregistered", "&trade;");
entitylut.insert("cdot", "&sdot;");
entitylut.insert("neg", "&not;");
entitylut.insert("wedge", "&and;");
entitylut.insert("vee", "&vee;");
entitylut.insert("diamond", "&loz;");
entitylut.insert("langle", "&lang;");
entitylut.insert("rangle", "&rang;");
entitylut.insert("int", "&int;");
entitylut.insert("forall", "&forall;");
entitylut.insert("exists", "&exist;");
entitylut.insert("cong", "&sim;");
entitylut.insert("bot", "&perp;");
entitylut.insert("ll", "<<");
entitylut.insert("gg", ">>");
entitylut.insert("bbC", "<b>C</b>");
entitylut.insert("bbH", "<b>H</b>");
entitylut.insert("bbN", "<b>N</b>");
entitylut.insert("bbP", "<b>P</b>");
entitylut.insert("bbQ", "<b>Q</b>");
entitylut.insert("bbR", "<b>R</b>");
entitylut.insert("bbZ", "<b>Z</b>");
entitylut.insert("Alef", "&alefsym;");
entitylut.insert("alef", "&alefsym;");
entitylut.insert("tilde", "~");
entitylut.insert("iint", "&int;&int;");
entitylut.insert("iiint", "&int;&int;&int;");
entitylut.insert("emptyset", "&empty;");
entitylut.insert("varnothing", "&empty;");
entitylut.insert("lceil", "&lceil;");
entitylut.insert("rceil", "&rceil;");
entitylut.insert("lfloor", "&lfloor;");
entitylut.insert("rfloor", "&rfloor;");
entitylut.insert("subsetnot", "&nsub;");
entitylut.insert("DC", "=");
entitylut.insert("cdots", "&sdot;&sdot;&sdot;");
entitylut.insert("dots", "...");
entitylut.insert("ldots", "...");
entitylut.insert("cent", "&cent;");
entitylut.insert("_", "_");
entitylut.insert("}", "}");
entitylut.insert("{", "{");
entitylut.insert("hbar", "&#8463;");
entitylut.insert("euro", "&euro;");
entitylut.insert("pound", "&pound;");
entitylut.insert("yen", "&yen;");
entitylut.insert("div", "&divide;");
entitylut.insert("backslash", "\\");
entitylut.insert("$", "$");
entitylut.insert("%", "%");
entitylut.insert("&", "&");
entitylut.insert("#", "#");
entitylut.insert("|", "||");
entitylut.insert("<", "&lt;");
entitylut.insert(">", "&gt;");
entitylut.insert("ast", "*");
entitylut.insert("glq", "&OpenCurlyQuote;");
entitylut.insert("grq", "&CloseCurlyQuote;");
entitylut.insert("glqq", "&OpenCurlyDoubleQuote;");
entitylut.insert("grqq", "&CloseCurlyDoubleQuote;");
entitylut.insert("flq", "&lsaquo;");
entitylut.insert("frq", "&rsaquo;");
entitylut.insert("flqq", "&laquo;");
entitylut.insert("frqq", "&raquo;");
entitylut.insert("prime", "&prime;");
entitylut.insert("dprime", "&Prime;");
entitylut.insert("trprime", "&tprime;");
}
QMap<QString, QString>::iterator itS = entitylut.find(symbolName);
if (itS!=entitylut.end()) { s=itS.value(); }
else if (symbolName == "sum") {
ev.fontSize*=parentMathText->getBigMathoperatorFontFactor(); s="&sum;"; }
else if (symbolName == "prod") {
ev.fontSize*=parentMathText->getBigMathoperatorFontFactor(); s="&prod;"; }
else if (symbolName == "bigcap") { ev.fontSize*=parentMathText->getBigMathoperatorFontFactor(); s="&cap;"; }
else if (symbolName == "bigcup") { ev.fontSize*=parentMathText->getBigMathoperatorFontFactor(); s="&cup;"; }
else if (symbolName == "bigvee") { ev.fontSize*=parentMathText->getBigMathoperatorFontFactor(); s="&or;"; }
else if (symbolName == "bighat") { ev.fontSize*=parentMathText->getBigMathoperatorFontFactor(); s="&and;"; }
else ok=false;
if (ok) html=html+ev.toHtmlStart(defaultEv)+s+ev.toHtmlAfter(defaultEv);
return ok;
}
QString JKQTMathTextSymbolNode::getSymbolName() const {
return this->symbolName;
}
QString JKQTMathTextSymbolNode::getSymbolfontName() const {
JKQTMathTextEnvironment currentEv;
auto props=getSymbolProp(symbolName, currentEv);
return props.font;
}
bool JKQTMathTextSymbolNode::getAddWhitespace() const
{
return addWhitespace;
}
Reference in New Issue View Git Blame Copy Permalink