tmathtext2.C

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/// \file
/// \ingroup tutorial_graphics
/// \notebook
/// \preview This macro draw all possible symbols provided by TMathtext.
/// \macro_image
/// \author Olivier Couet
 
TCanvas *tmathtext2()
{
   TCanvas *c1 = new TCanvas("mathtext", "TMathText symbol", 1200, 1400);
 
   TMathText l;
   l.SetTextSize(0.013);
   l.SetTextFont(132);
 
   // Draw 1st Column
   l.SetTextAlign(12);
   float y, step, x1, x2;
   y = 0.99;
   step = 0.0126;
   x1 = 0.01;
   x2 = x1 + 0.02;
   l.DrawMathText(x1, y, "\\"");
   l.DrawText(x2, y, "\\"");
   y -= step;
   l.DrawMathText(x1, y, "\'");
   l.DrawText(x2, y, "\'");
   y -= step;
   l.DrawMathText(x1, y, "\.");
   l.DrawText(x2, y, "\.");
   y -= step;
   l.DrawMathText(x1, y, "\=");
   l.DrawText(x2, y, "\=");
   y -= step;
   l.DrawMathText(x1, y, "\Box");
   l.DrawText(x2, y, "\Box");
   y -= step;
   l.DrawMathText(x1, y, "\Bumpeq");
   l.DrawText(x2, y, "\Bumpeq");
   y -= step;
   l.DrawMathText(x1, y, "\Cap");
   l.DrawText(x2, y, "\Cap");
   y -= step;
   l.DrawMathText(x1, y, "\Cup");
   l.DrawText(x2, y, "\Cup");
   y -= step;
   l.DrawMathText(x1, y, "\Delta");
   l.DrawText(x2, y, "\Delta");
   y -= step;
   l.DrawMathText(x1, y, "\Diamond");
   l.DrawText(x2, y, "\Diamond");
   y -= step;
   l.DrawMathText(x1, y, "\Digamma");
   l.DrawText(x2, y, "\Digamma");
   y -= step;
   l.DrawMathText(x1, y, "\Doteq");
   l.DrawText(x2, y, "\Doteq");
   y -= step;
   l.DrawMathText(x1, y, "\Downarrow");
   l.DrawText(x2, y, "\Downarrow");
   y -= step;
   l.DrawMathText(x1, y, "\Finv");
   l.DrawText(x2, y, "\Finv");
   y -= step;
   l.DrawMathText(x1, y, "\Game");
   l.DrawText(x2, y, "\Game");
   y -= step;
   l.DrawMathText(x1, y, "\Gamma");
   l.DrawText(x2, y, "\Gamma");
   y -= step;
   l.DrawMathText(x1, y, "\Im");
   l.DrawText(x2, y, "\Im");
   y -= step;
   l.DrawMathText(x1, y, "\Koppa");
   l.DrawText(x2, y, "\Koppa");
   y -= step;
   l.DrawMathText(x1, y, "\Lambda");
   l.DrawText(x2, y, "\Lambda");
   y -= step;
   l.DrawMathText(x1, y, "\Leftarrow");
   l.DrawText(x2, y, "\Leftarrow");
   y -= step;
   l.DrawMathText(x1, y, "\Leftrightarrow");
   l.DrawText(x2, y, "\Leftrightarrow");
   y -= step;
   l.DrawMathText(x1, y, "\Lleftarrow");
   l.DrawText(x2, y, "\Lleftarrow");
   y -= step;
   l.DrawMathText(x1, y, "\Longleftarrow");
   l.DrawText(x2, y, "\Longleftarrow");
   y -= step;
   l.DrawMathText(x1, y, "\Longleftrightarrow");
   l.DrawText(x2, y, "\Longleftrightarrow");
   y -= step;
   l.DrawMathText(x1, y, "\Longrightarrow");
   l.DrawText(x2, y, "\Longrightarrow");
   y -= step;
   l.DrawMathText(x1, y, "\Lsh");
   l.DrawText(x2, y, "\Lsh");
   y -= step;
   l.DrawMathText(x1, y, "\Omega");
   l.DrawText(x2, y, "\Omega");
   y -= step;
   l.DrawMathText(x1, y, "\P");
   l.DrawText(x2, y, "\P");
   y -= step;
   l.DrawMathText(x1, y, "\Phi");
   l.DrawText(x2, y, "\Phi");
   y -= step;
   l.DrawMathText(x1, y, "\Pi");
   l.DrawText(x2, y, "\Pi");
   y -= step;
   l.DrawMathText(x1, y, "\Psi");
   l.DrawText(x2, y, "\Psi");
   y -= step;
   l.DrawMathText(x1, y, "\Re");
   l.DrawText(x2, y, "\Re");
   y -= step;
   l.DrawMathText(x1, y, "\Rightarrow");
   l.DrawText(x2, y, "\Rightarrow");
   y -= step;
   l.DrawMathText(x1, y, "\Rrightarrow");
   l.DrawText(x2, y, "\Rrightarrow");
   y -= step;
   l.DrawMathText(x1, y, "\Rsh");
   l.DrawText(x2, y, "\Rsh");
   y -= step;
   l.DrawMathText(x1, y, "\S");
   l.DrawText(x2, y, "\S");
   y -= step;
   l.DrawMathText(x1, y, "\Sampi");
   l.DrawText(x2, y, "\Sampi");
   y -= step;
   l.DrawMathText(x1, y, "\San");
   l.DrawText(x2, y, "\San");
   y -= step;
   l.DrawMathText(x1, y, "\Sho");
   l.DrawText(x2, y, "\Sho");
   y -= step;
   l.DrawMathText(x1, y, "\Sigma");
   l.DrawText(x2, y, "\Sigma");
   y -= step;
   l.DrawMathText(x1, y, "\Stigma");
   l.DrawText(x2, y, "\Stigma");
   y -= step;
   l.DrawMathText(x1, y, "\Subset");
   l.DrawText(x2, y, "\Subset");
   y -= step;
   l.DrawMathText(x1, y, "\Supset");
   l.DrawText(x2, y, "\Supset");
   y -= step;
   l.DrawMathText(x1, y, "\Theta");
   l.DrawText(x2, y, "\Theta");
   y -= step;
   l.DrawMathText(x1, y, "\Uparrow");
   l.DrawText(x2, y, "\Uparrow");
   y -= step;
   l.DrawMathText(x1, y, "\Updownarrow");
   l.DrawText(x2, y, "\Updownarrow");
   y -= step;
   l.DrawMathText(x1, y, "\Upsilon");
   l.DrawText(x2, y, "\Upsilon");
   y -= step;
   l.DrawMathText(x1, y, "\VarKoppa");
   l.DrawText(x2, y, "\VarKoppa");
   y -= step;
   l.DrawMathText(x1, y, "\Vdash");
   l.DrawText(x2, y, "\Vdash");
   y -= step;
   l.DrawMathText(x1, y, "\Vert");
   l.DrawText(x2, y, "\Vert");
   y -= step;
   l.DrawMathText(x1, y, "\Vvdash");
   l.DrawText(x2, y, "\Vvdash");
   y -= step;
   l.DrawMathText(x1, y, "\Xi");
   l.DrawText(x2, y, "\Xi");
   y -= step;
   l.DrawMathText(x1, y, "\^");
   l.DrawText(x2, y, "\^");
   y -= step;
   l.DrawMathText(x1, y, "\`");
   l.DrawText(x2, y, "\`");
   y -= step;
   l.DrawMathText(x1, y, "\aa");
   l.DrawText(x2, y, "\aa");
   y -= step;
   l.DrawMathText(x1, y, "\aleph");
   l.DrawText(x2, y, "\aleph");
   y -= step;
   l.DrawMathText(x1, y, "\alpha");
   l.DrawText(x2, y, "\alpha");
   y -= step;
   l.DrawMathText(x1, y, "\angle");
   l.DrawText(x2, y, "\angle");
   y -= step;
   l.DrawMathText(x1, y, "\approx");
   l.DrawText(x2, y, "\approx");
   y -= step;
   l.DrawMathText(x1, y, "\approxeq");
   l.DrawText(x2, y, "\approxeq");
   y -= step;
   l.DrawMathText(x1, y, "\asymp");
   l.DrawText(x2, y, "\asymp");
   y -= step;
   l.DrawMathText(x1, y, "\backepsilon");
   l.DrawText(x2, y, "\backepsilon");
   y -= step;
   l.DrawMathText(x1, y, "\backprime");
   l.DrawText(x2, y, "\backprime");
   y -= step;
   l.DrawMathText(x1, y, "\backsim");
   l.DrawText(x2, y, "\backsim");
   y -= step;
   l.DrawMathText(x1, y, "\backsimeq");
   l.DrawText(x2, y, "\backsimeq");
   y -= step;
   l.DrawMathText(x1, y, "\backslash");
   l.DrawText(x2, y, "\backslash");
   y -= step;
   l.DrawMathText(x1, y, "\barwedge");
   l.DrawText(x2, y, "\barwedge");
   y -= step;
   l.DrawMathText(x1, y, "\because");
   l.DrawText(x2, y, "\because");
   y -= step;
   l.DrawMathText(x1, y, "\beta");
   l.DrawText(x2, y, "\beta");
   y -= step;
   l.DrawMathText(x1, y, "\beth");
   l.DrawText(x2, y, "\beth");
   y -= step;
   l.DrawMathText(x1, y, "\between");
   l.DrawText(x2, y, "\between");
   y -= step;
   l.DrawMathText(x1, y, "\bigcirc");
   l.DrawText(x2, y, "\bigcirc");
   y -= step;
   l.DrawMathText(x1, y, "\bigstar");
   l.DrawText(x2, y, "\bigstar");
   y -= step;
   l.DrawMathText(x1, y, "\bigtriangledown");
   l.DrawText(x2, y, "\bigtriangledown");
   y -= step;
   l.DrawMathText(x1, y, "\bigtriangleup");
   l.DrawText(x2, y, "\bigtriangleup");
   y -= step;
   l.DrawMathText(x1, y, "\blacklozenge");
   l.DrawText(x2, y, "\blacklozenge");
   y -= step;
   l.DrawMathText(x1, y, "\blacksquare");
   l.DrawText(x2, y, "\blacksquare");
   y -= step;
   l.DrawMathText(x1, y, "\blacktriangle");
   l.DrawText(x2, y, "\blacktriangle");
   y -= step;
   l.DrawMathText(x1, y, "\blacktriangledown");
   l.DrawText(x2, y, "\blacktriangledown");
 
   // Draw 2nd Column
   y = 0.99;
   step = 0.0126;
   x1 = 0.14;
   x2 = x1 + 0.02;
   l.DrawMathText(x1, y, "\blacktriangleleft");
   l.DrawText(x2, y, "\blacktriangleleft");
   y -= step;
   l.DrawMathText(x1, y, "\blacktriangleright");
   l.DrawText(x2, y, "\blacktriangleright");
   y -= step;
   l.DrawMathText(x1, y, "\bowtie");
   l.DrawText(x2, y, "\bowtie");
   y -= step;
   l.DrawMathText(x1, y, "\boxdot");
   l.DrawText(x2, y, "\boxdot");
   y -= step;
   l.DrawMathText(x1, y, "\boxminus");
   l.DrawText(x2, y, "\boxminus");
   y -= step;
   l.DrawMathText(x1, y, "\boxplus");
   l.DrawText(x2, y, "\boxplus");
   y -= step;
   l.DrawMathText(x1, y, "\boxtimes");
   l.DrawText(x2, y, "\boxtimes");
   y -= step;
   l.DrawMathText(x1, y, "\bullet");
   l.DrawText(x2, y, "\bullet");
   y -= step;
   l.DrawMathText(x1, y, "\bulletdashcirc");
   l.DrawText(x2, y, "\bulletdashcirc");
   y -= step;
   l.DrawMathText(x1, y, "\bumpeq");
   l.DrawText(x2, y, "\bumpeq");
   y -= step;
   l.DrawMathText(x1, y, "\cap");
   l.DrawText(x2, y, "\cap");
   y -= step;
   l.DrawMathText(x1, y, "\cdot");
   l.DrawText(x2, y, "\cdot");
   y -= step;
   l.DrawMathText(x1, y, "\cdots");
   l.DrawText(x2, y, "\cdots");
   y -= step;
   l.DrawMathText(x1, y, "\centerdot");
   l.DrawText(x2, y, "\centerdot");
   y -= step;
   l.DrawMathText(x1, y, "\checkmark");
   l.DrawText(x2, y, "\checkmark");
   y -= step;
   l.DrawMathText(x1, y, "\chi");
   l.DrawText(x2, y, "\chi");
   y -= step;
   l.DrawMathText(x1, y, "\circ");
   l.DrawText(x2, y, "\circ");
   y -= step;
   l.DrawMathText(x1, y, "\circdashbullet");
   l.DrawText(x2, y, "\circdashbullet");
   y -= step;
   l.DrawMathText(x1, y, "\circeq");
   l.DrawText(x2, y, "\circeq");
   y -= step;
   l.DrawMathText(x1, y, "\circlearrowleft");
   l.DrawText(x2, y, "\circlearrowleft");
   y -= step;
   l.DrawMathText(x1, y, "\circlearrowright");
   l.DrawText(x2, y, "\circlearrowright");
   y -= step;
   l.DrawMathText(x1, y, "\circledR");
   l.DrawText(x2, y, "\circledR");
   y -= step;
   l.DrawMathText(x1, y, "\circledS");
   l.DrawText(x2, y, "\circledS");
   y -= step;
   l.DrawMathText(x1, y, "\circledast");
   l.DrawText(x2, y, "\circledast");
   y -= step;
   l.DrawMathText(x1, y, "\circledcirc");
   l.DrawText(x2, y, "\circledcirc");
   y -= step;
   l.DrawMathText(x1, y, "\circleddash");
   l.DrawText(x2, y, "\circleddash");
   y -= step;
   l.DrawMathText(x1, y, "\clubsuit");
   l.DrawText(x2, y, "\clubsuit");
   y -= step;
   l.DrawMathText(x1, y, "\coloneq");
   l.DrawText(x2, y, "\coloneq");
   y -= step;
   l.DrawMathText(x1, y, "\comp");
   l.DrawText(x2, y, "\comp");
   y -= step;
   l.DrawMathText(x1, y, "\complement");
   l.DrawText(x2, y, "\complement");
   y -= step;
   l.DrawMathText(x1, y, "\cong");
   l.DrawText(x2, y, "\cong");
   y -= step;
   l.DrawMathText(x1, y, "\coprod");
   l.DrawText(x2, y, "\coprod");
   y -= step;
   l.DrawMathText(x1, y, "\cup");
   l.DrawText(x2, y, "\cup");
   y -= step;
   l.DrawMathText(x1, y, "\curlyeqprec");
   l.DrawText(x2, y, "\curlyeqprec");
   y -= step;
   l.DrawMathText(x1, y, "\curlyeqsucc");
   l.DrawText(x2, y, "\curlyeqsucc");
   y -= step;
   l.DrawMathText(x1, y, "\curlyvee");
   l.DrawText(x2, y, "\curlyvee");
   y -= step;
   l.DrawMathText(x1, y, "\curlywedge");
   l.DrawText(x2, y, "\curlywedge");
   y -= step;
   l.DrawMathText(x1, y, "\curvearrowleft");
   l.DrawText(x2, y, "\curvearrowleft");
   y -= step;
   l.DrawMathText(x1, y, "\dagger");
   l.DrawText(x2, y, "\dagger");
   y -= step;
   l.DrawMathText(x1, y, "\daleth");
   l.DrawText(x2, y, "\daleth");
   y -= step;
   l.DrawMathText(x1, y, "\dasharrow");
   l.DrawText(x2, y, "\dasharrow");
   y -= step;
   l.DrawMathText(x1, y, "\dashdownarrow");
   l.DrawText(x2, y, "\dashdownarrow");
   y -= step;
   l.DrawMathText(x1, y, "\dashleftarrow");
   l.DrawText(x2, y, "\dashleftarrow");
   y -= step;
   l.DrawMathText(x1, y, "\dashrightarrow");
   l.DrawText(x2, y, "\dashrightarrow");
   y -= step;
   l.DrawMathText(x1, y, "\dashuparrow");
   l.DrawText(x2, y, "\dashuparrow");
   y -= step;
   l.DrawMathText(x1, y, "\dashv");
   l.DrawText(x2, y, "\dashv");
   y -= step;
   l.DrawMathText(x1, y, "\dbar");
   l.DrawText(x2, y, "\dbar");
   y -= step;
   l.DrawMathText(x1, y, "\ddagger");
   l.DrawText(x2, y, "\ddagger");
   y -= step;
   l.DrawMathText(x1, y, "\ddddot");
   l.DrawText(x2, y, "\ddddot");
   y -= step;
   l.DrawMathText(x1, y, "\dddot");
   l.DrawText(x2, y, "\dddot");
   y -= step;
   l.DrawMathText(x1, y, "\ddots");
   l.DrawText(x2, y, "\ddots");
   y -= step;
   l.DrawMathText(x1, y, "\defineeq");
   l.DrawText(x2, y, "\defineeq");
   y -= step;
   l.DrawMathText(x1, y, "\defineequal");
   l.DrawText(x2, y, "\defineequal");
   y -= step;
   l.DrawMathText(x1, y, "\delta");
   l.DrawText(x2, y, "\delta");
   y -= step;
   l.DrawMathText(x1, y, "\diagdown");
   l.DrawText(x2, y, "\diagdown");
   y -= step;
   l.DrawMathText(x1, y, "\diagup");
   l.DrawText(x2, y, "\diagup");
   y -= step;
   l.DrawMathText(x1, y, "\diamond");
   l.DrawText(x2, y, "\diamond");
   y -= step;
   l.DrawMathText(x1, y, "\diamondsuit");
   l.DrawText(x2, y, "\diamondsuit");
   y -= step;
   l.DrawMathText(x1, y, "\digamma");
   l.DrawText(x2, y, "\digamma");
   y -= step;
   l.DrawMathText(x1, y, "\digamma");
   l.DrawText(x2, y, "\digamma");
   y -= step;
   l.DrawMathText(x1, y, "\div");
   l.DrawText(x2, y, "\div");
   y -= step;
   l.DrawMathText(x1, y, "\divideontimes");
   l.DrawText(x2, y, "\divideontimes");
   y -= step;
   l.DrawMathText(x1, y, "\doteq");
   l.DrawText(x2, y, "\doteq");
   y -= step;
   l.DrawMathText(x1, y, "\doteqdot");
   l.DrawText(x2, y, "\doteqdot");
   y -= step;
   l.DrawMathText(x1, y, "\dotplus");
   l.DrawText(x2, y, "\dotplus");
   y -= step;
   l.DrawMathText(x1, y, "\doublebarwedge");
   l.DrawText(x2, y, "\doublebarwedge");
   y -= step;
   l.DrawMathText(x1, y, "\doublecap");
   l.DrawText(x2, y, "\doublecap");
   y -= step;
   l.DrawMathText(x1, y, "\doublecup");
   l.DrawText(x2, y, "\doublecup");
   y -= step;
   l.DrawMathText(x1, y, "\downarrow");
   l.DrawText(x2, y, "\downarrow");
   y -= step;
   l.DrawMathText(x1, y, "\downdownarrows");
   l.DrawText(x2, y, "\downdownarrows");
   y -= step;
   l.DrawMathText(x1, y, "\downdownharpoons");
   l.DrawText(x2, y, "\downdownharpoons");
   y -= step;
   l.DrawMathText(x1, y, "\downharpoonleft");
   l.DrawText(x2, y, "\downharpoonleft");
   y -= step;
   l.DrawMathText(x1, y, "\downharpoonright");
   l.DrawText(x2, y, "\downharpoonright");
   y -= step;
   l.DrawMathText(x1, y, "\downuparrows");
   l.DrawText(x2, y, "\downuparrows");
   y -= step;
   l.DrawMathText(x1, y, "\downupharpoons");
   l.DrawText(x2, y, "\downupharpoons");
   y -= step;
   l.DrawMathText(x1, y, "\ell");
   l.DrawText(x2, y, "\ell");
   y -= step;
   l.DrawMathText(x1, y, "\emptyset");
   l.DrawText(x2, y, "\emptyset");
   y -= step;
   l.DrawMathText(x1, y, "\epsilon");
   l.DrawText(x2, y, "\epsilon");
   y -= step;
   l.DrawMathText(x1, y, "\eqcirc");
   l.DrawText(x2, y, "\eqcirc");
 
   // Draw 3rd Column
   y = 0.99;
   step = 0.0126;
   x1 = 0.27;
   x2 = x1 + 0.02;
   l.DrawMathText(x1, y, "\eqcolon");
   l.DrawText(x2, y, "\eqcolon");
   y -= step;
   l.DrawMathText(x1, y, "\eqsim");
   l.DrawText(x2, y, "\eqsim");
   y -= step;
   l.DrawMathText(x1, y, "\eqslantgtr");
   l.DrawText(x2, y, "\eqslantgtr");
   y -= step;
   l.DrawMathText(x1, y, "\eqslantless");
   l.DrawText(x2, y, "\eqslantless");
   y -= step;
   l.DrawMathText(x1, y, "\equiv");
   l.DrawText(x2, y, "\equiv");
   y -= step;
   l.DrawMathText(x1, y, "\eta");
   l.DrawText(x2, y, "\eta");
   y -= step;
   l.DrawMathText(x1, y, "\eth");
   l.DrawText(x2, y, "\eth");
   y -= step;
   l.DrawMathText(x1, y, "\exists");
   l.DrawText(x2, y, "\exists");
   y -= step;
   l.DrawMathText(x1, y, "\fallingdotseq");
   l.DrawText(x2, y, "\fallingdotseq");
   y -= step;
   l.DrawMathText(x1, y, "\flat");
   l.DrawText(x2, y, "\flat");
   y -= step;
   l.DrawMathText(x1, y, "\forall");
   l.DrawText(x2, y, "\forall");
   y -= step;
   l.DrawMathText(x1, y, "\frown");
   l.DrawText(x2, y, "\frown");
   y -= step;
   l.DrawMathText(x1, y, "\gamma");
   l.DrawText(x2, y, "\gamma");
   y -= step;
   l.DrawMathText(x1, y, "\ge");
   l.DrawText(x2, y, "\ge");
   y -= step;
   l.DrawMathText(x1, y, "\geq");
   l.DrawText(x2, y, "\geq");
   y -= step;
   l.DrawMathText(x1, y, "\geqq");
   l.DrawText(x2, y, "\geqq");
   y -= step;
   l.DrawMathText(x1, y, "\geqslant");
   l.DrawText(x2, y, "\geqslant");
   y -= step;
   l.DrawMathText(x1, y, "\gets");
   l.DrawText(x2, y, "\gets");
   y -= step;
   l.DrawMathText(x1, y, "\gg");
   l.DrawText(x2, y, "\gg");
   y -= step;
   l.DrawMathText(x1, y, "\ggg");
   l.DrawText(x2, y, "\ggg");
   y -= step;
   l.DrawMathText(x1, y, "\gggtr");
   l.DrawText(x2, y, "\gggtr");
   y -= step;
   l.DrawMathText(x1, y, "\gimel");
   l.DrawText(x2, y, "\gimel");
   y -= step;
   l.DrawMathText(x1, y, "\gnapprox");
   l.DrawText(x2, y, "\gnapprox");
   y -= step;
   l.DrawMathText(x1, y, "\gneq");
   l.DrawText(x2, y, "\gneq");
   y -= step;
   l.DrawMathText(x1, y, "\gneqq");
   l.DrawText(x2, y, "\gneqq");
   y -= step;
   l.DrawMathText(x1, y, "\gnsim");
   l.DrawText(x2, y, "\gnsim");
   y -= step;
   l.DrawMathText(x1, y, "\gtrapprox");
   l.DrawText(x2, y, "\gtrapprox");
   y -= step;
   l.DrawMathText(x1, y, "\gtrdot");
   l.DrawText(x2, y, "\gtrdot");
   y -= step;
   l.DrawMathText(x1, y, "\gtreqless");
   l.DrawText(x2, y, "\gtreqless");
   y -= step;
   l.DrawMathText(x1, y, "\gtreqqless");
   l.DrawText(x2, y, "\gtreqqless");
   y -= step;
   l.DrawMathText(x1, y, "\gtrless");
   l.DrawText(x2, y, "\gtrless");
   y -= step;
   l.DrawMathText(x1, y, "\gtrsim");
   l.DrawText(x2, y, "\gtrsim");
   y -= step;
   l.DrawMathText(x1, y, "\hateq");
   l.DrawText(x2, y, "\hateq");
   y -= step;
   l.DrawMathText(x1, y, "\hbar");
   l.DrawText(x2, y, "\hbar");
   y -= step;
   l.DrawMathText(x1, y, "\heartsuit");
   l.DrawText(x2, y, "\heartsuit");
   y -= step;
   l.DrawMathText(x1, y, "\hookleftarrow");
   l.DrawText(x2, y, "\hookleftarrow");
   y -= step;
   l.DrawMathText(x1, y, "\hookrightarrow");
   l.DrawText(x2, y, "\hookrightarrow");
   y -= step;
   l.DrawMathText(x1, y, "\hslash");
   l.DrawText(x2, y, "\hslash");
   y -= step;
   l.DrawMathText(x1, y, "\imath");
   l.DrawText(x2, y, "\imath");
   y -= step;
   l.DrawMathText(x1, y, "\in");
   l.DrawText(x2, y, "\in");
   y -= step;
   l.DrawMathText(x1, y, "\infty");
   l.DrawText(x2, y, "\infty");
   y -= step;
   l.DrawMathText(x1, y, "\intercal");
   l.DrawText(x2, y, "\intercal");
   y -= step;
   l.DrawMathText(x1, y, "\iota");
   l.DrawText(x2, y, "\iota");
   y -= step;
   l.DrawMathText(x1, y, "\jmath");
   l.DrawText(x2, y, "\jmath");
   y -= step;
   l.DrawMathText(x1, y, "\kappa");
   l.DrawText(x2, y, "\kappa");
   y -= step;
   l.DrawMathText(x1, y, "\koppa");
   l.DrawText(x2, y, "\koppa");
   y -= step;
   l.DrawMathText(x1, y, "\lambda");
   l.DrawText(x2, y, "\lambda");
   y -= step;
   l.DrawMathText(x1, y, "\land");
   l.DrawText(x2, y, "\land");
   y -= step;
   l.DrawMathText(x1, y, "\langle");
   l.DrawText(x2, y, "\langle");
   y -= step;
   l.DrawMathText(x1, y, "\lceil");
   l.DrawText(x2, y, "\lceil");
   y -= step;
   l.DrawMathText(x1, y, "\ldbrack");
   l.DrawText(x2, y, "\ldbrack");
   y -= step;
   l.DrawMathText(x1, y, "\ldots");
   l.DrawText(x2, y, "\ldots");
   y -= step;
   l.DrawMathText(x1, y, "\le");
   l.DrawText(x2, y, "\le");
   y -= step;
   l.DrawMathText(x1, y, "\leadsfrom");
   l.DrawText(x2, y, "\leadsfrom");
   y -= step;
   l.DrawMathText(x1, y, "\leadsto");
   l.DrawText(x2, y, "\leadsto");
   y -= step;
   l.DrawMathText(x1, y, "\leftarrow");
   l.DrawText(x2, y, "\leftarrow");
   y -= step;
   l.DrawMathText(x1, y, "\leftarrowtail");
   l.DrawText(x2, y, "\leftarrowtail");
   y -= step;
   l.DrawMathText(x1, y, "\leftharpoondown");
   l.DrawText(x2, y, "\leftharpoondown");
   y -= step;
   l.DrawMathText(x1, y, "\leftharpoonup");
   l.DrawText(x2, y, "\leftharpoonup");
   y -= step;
   l.DrawMathText(x1, y, "\leftleftarrows");
   l.DrawText(x2, y, "\leftleftarrows");
   y -= step;
   l.DrawMathText(x1, y, "\leftrightarrow");
   l.DrawText(x2, y, "\leftrightarrow");
   y -= step;
   l.DrawMathText(x1, y, "\leftrightarrows");
   l.DrawText(x2, y, "\leftrightarrows");
   y -= step;
   l.DrawMathText(x1, y, "\leftrightharpoons");
   l.DrawText(x2, y, "\leftrightharpoons");
   y -= step;
   l.DrawMathText(x1, y, "\leftsquigarrow");
   l.DrawText(x2, y, "\leftsquigarrow");
   y -= step;
   l.DrawMathText(x1, y, "\leftthreetimes");
   l.DrawText(x2, y, "\leftthreetimes");
   y -= step;
   l.DrawMathText(x1, y, "\leq");
   l.DrawText(x2, y, "\leq");
   y -= step;
   l.DrawMathText(x1, y, "\leqq");
   l.DrawText(x2, y, "\leqq");
   y -= step;
   l.DrawMathText(x1, y, "\leqslant");
   l.DrawText(x2, y, "\leqslant");
   y -= step;
   l.DrawMathText(x1, y, "\lessapprox");
   l.DrawText(x2, y, "\lessapprox");
   y -= step;
   l.DrawMathText(x1, y, "\lessdot");
   l.DrawText(x2, y, "\lessdot");
   y -= step;
   l.DrawMathText(x1, y, "\lesseqgtr");
   l.DrawText(x2, y, "\lesseqgtr");
   y -= step;
   l.DrawMathText(x1, y, "\lesseqqgtr");
   l.DrawText(x2, y, "\lesseqqgtr");
   y -= step;
   l.DrawMathText(x1, y, "\lessgtr");
   l.DrawText(x2, y, "\lessgtr");
   y -= step;
   l.DrawMathText(x1, y, "\lesssim");
   l.DrawText(x2, y, "\lesssim");
   y -= step;
   l.DrawMathText(x1, y, "\lfloor");
   l.DrawText(x2, y, "\lfloor");
   y -= step;
   l.DrawMathText(x1, y, "\lightning");
   l.DrawText(x2, y, "\lightning");
   y -= step;
   l.DrawMathText(x1, y, "\ll");
   l.DrawText(x2, y, "\ll");
   y -= step;
   l.DrawMathText(x1, y, "\llcorner");
   l.DrawText(x2, y, "\llcorner");
   y -= step;
   l.DrawMathText(x1, y, "\lll");
   l.DrawText(x2, y, "\lll");
 
   // Draw 4th Column
   y = 0.99;
   step = 0.0126;
   x1 = 0.40;
   x2 = x1 + 0.02;
   l.DrawMathText(x1, y, "\llless");
   l.DrawText(x2, y, "\llless");
   y -= step;
   l.DrawMathText(x1, y, "\lnapprox");
   l.DrawText(x2, y, "\lnapprox");
   y -= step;
   l.DrawMathText(x1, y, "\lneq");
   l.DrawText(x2, y, "\lneq");
   y -= step;
   l.DrawMathText(x1, y, "\lneqq");
   l.DrawText(x2, y, "\lneqq");
   y -= step;
   l.DrawMathText(x1, y, "\lnot");
   l.DrawText(x2, y, "\lnot");
   y -= step;
   l.DrawMathText(x1, y, "\lnsim");
   l.DrawText(x2, y, "\lnsim");
   y -= step;
   l.DrawMathText(x1, y, "\longleftarrow");
   l.DrawText(x2, y, "\longleftarrow");
   y -= step;
   l.DrawMathText(x1, y, "\longleftrightarrow");
   l.DrawText(x2, y, "\longleftrightarrow");
   y -= step;
   l.DrawMathText(x1, y, "\longmapsto");
   l.DrawText(x2, y, "\longmapsto");
   y -= step;
   l.DrawMathText(x1, y, "\longrightarrow");
   l.DrawText(x2, y, "\longrightarrow");
   y -= step;
   l.DrawMathText(x1, y, "\lor");
   l.DrawText(x2, y, "\lor");
   y -= step;
   l.DrawMathText(x1, y, "\lozenge");
   l.DrawText(x2, y, "\lozenge");
   y -= step;
   l.DrawMathText(x1, y, "\lrcorner");
   l.DrawText(x2, y, "\lrcorner");
   y -= step;
   l.DrawMathText(x1, y, "\ltimes");
   l.DrawText(x2, y, "\ltimes");
   y -= step;
   l.DrawMathText(x1, y, "\maltese");
   l.DrawText(x2, y, "\maltese");
   y -= step;
   l.DrawMathText(x1, y, "\mapsto");
   l.DrawText(x2, y, "\mapsto");
   y -= step;
   l.DrawMathText(x1, y, "\measuredangle");
   l.DrawText(x2, y, "\measuredangle");
   y -= step;
   l.DrawMathText(x1, y, "\mho");
   l.DrawText(x2, y, "\mho");
   y -= step;
   l.DrawMathText(x1, y, "\mp");
   l.DrawText(x2, y, "\mp");
   y -= step;
   l.DrawMathText(x1, y, "\mu");
   l.DrawText(x2, y, "\mu");
   y -= step;
   l.DrawMathText(x1, y, "\multimap");
   l.DrawText(x2, y, "\multimap");
   y -= step;
   l.DrawMathText(x1, y, "\nLeftarrow");
   l.DrawText(x2, y, "\nLeftarrow");
   y -= step;
   l.DrawMathText(x1, y, "\nLeftrightarrow");
   l.DrawText(x2, y, "\nLeftrightarrow");
   y -= step;
   l.DrawMathText(x1, y, "\nRightarrow");
   l.DrawText(x2, y, "\nRightarrow");
   y -= step;
   l.DrawMathText(x1, y, "\nVDash");
   l.DrawText(x2, y, "\nVDash");
   y -= step;
   l.DrawMathText(x1, y, "\nVdash");
   l.DrawText(x2, y, "\nVdash");
   y -= step;
   l.DrawMathText(x1, y, "\nabla");
   l.DrawText(x2, y, "\nabla");
   y -= step;
   l.DrawMathText(x1, y, "\napprox");
   l.DrawText(x2, y, "\napprox");
   y -= step;
   l.DrawMathText(x1, y, "\nasymp");
   l.DrawText(x2, y, "\nasymp");
   y -= step;
   l.DrawMathText(x1, y, "\natural");
   l.DrawText(x2, y, "\natural");
   y -= step;
   l.DrawMathText(x1, y, "\ncong");
   l.DrawText(x2, y, "\ncong");
   y -= step;
   l.DrawMathText(x1, y, "\ne");
   l.DrawText(x2, y, "\ne");
   y -= step;
   l.DrawMathText(x1, y, "\nearrow");
   l.DrawText(x2, y, "\nearrow");
   y -= step;
   l.DrawMathText(x1, y, "\neg");
   l.DrawText(x2, y, "\neg");
   y -= step;
   l.DrawMathText(x1, y, "\neq");
   l.DrawText(x2, y, "\neq");
   y -= step;
   l.DrawMathText(x1, y, "\nequiv");
   l.DrawText(x2, y, "\nequiv");
   y -= step;
   l.DrawMathText(x1, y, "\nexists");
   l.DrawText(x2, y, "\nexists");
   y -= step;
   l.DrawMathText(x1, y, "\ngeq");
   l.DrawText(x2, y, "\ngeq");
   y -= step;
   l.DrawMathText(x1, y, "\ngeqq");
   l.DrawText(x2, y, "\ngeqq");
   y -= step;
   l.DrawMathText(x1, y, "\ngeqslant");
   l.DrawText(x2, y, "\ngeqslant");
   y -= step;
   l.DrawMathText(x1, y, "\ngtr");
   l.DrawText(x2, y, "\ngtr");
   y -= step;
   l.DrawMathText(x1, y, "\ni");
   l.DrawText(x2, y, "\ni");
   y -= step;
   l.DrawMathText(x1, y, "\nleftarrow");
   l.DrawText(x2, y, "\nleftarrow");
   y -= step;
   l.DrawMathText(x1, y, "\nleftrightarrow");
   l.DrawText(x2, y, "\nleftrightarrow");
   y -= step;
   l.DrawMathText(x1, y, "\nleq");
   l.DrawText(x2, y, "\nleq");
   y -= step;
   l.DrawMathText(x1, y, "\nleqq");
   l.DrawText(x2, y, "\nleqq");
   y -= step;
   l.DrawMathText(x1, y, "\nleqslant");
   l.DrawText(x2, y, "\nleqslant");
   y -= step;
   l.DrawMathText(x1, y, "\nless");
   l.DrawText(x2, y, "\nless");
   y -= step;
   l.DrawMathText(x1, y, "\nmid");
   l.DrawText(x2, y, "\nmid");
   y -= step;
   l.DrawMathText(x1, y, "\not");
   l.DrawText(x2, y, "\not");
   y -= step;
   l.DrawMathText(x1, y, "\notapprox");
   l.DrawText(x2, y, "\notapprox");
   y -= step;
   l.DrawMathText(x1, y, "\notasymp");
   l.DrawText(x2, y, "\notasymp");
   y -= step;
   l.DrawMathText(x1, y, "\notcong");
   l.DrawText(x2, y, "\notcong");
   y -= step;
   l.DrawMathText(x1, y, "\notcong");
   l.DrawText(x2, y, "\notcong");
   y -= step;
   l.DrawMathText(x1, y, "\notequiv");
   l.DrawText(x2, y, "\notequiv");
   y -= step;
   l.DrawMathText(x1, y, "\notgeq");
   l.DrawText(x2, y, "\notgeq");
   y -= step;
   l.DrawMathText(x1, y, "\notgeq");
   l.DrawText(x2, y, "\notgeq");
   y -= step;
   l.DrawMathText(x1, y, "\notgr");
   l.DrawText(x2, y, "\notgr");
   y -= step;
   l.DrawMathText(x1, y, "\notgr");
   l.DrawText(x2, y, "\notgr");
   y -= step;
   l.DrawMathText(x1, y, "\notin");
   l.DrawText(x2, y, "\notin");
   y -= step;
   l.DrawMathText(x1, y, "\notleq");
   l.DrawText(x2, y, "\notleq");
   y -= step;
   l.DrawMathText(x1, y, "\notleq");
   l.DrawText(x2, y, "\notleq");
   y -= step;
   l.DrawMathText(x1, y, "\notless");
   l.DrawText(x2, y, "\notless");
   y -= step;
   l.DrawMathText(x1, y, "\notless");
   l.DrawText(x2, y, "\notless");
   y -= step;
   l.DrawMathText(x1, y, "\notni");
   l.DrawText(x2, y, "\notni");
   y -= step;
   l.DrawMathText(x1, y, "\notprec");
   l.DrawText(x2, y, "\notprec");
   y -= step;
   l.DrawMathText(x1, y, "\notprec");
   l.DrawText(x2, y, "\notprec");
   y -= step;
   l.DrawMathText(x1, y, "\notsimeq");
   l.DrawText(x2, y, "\notsimeq");
   y -= step;
   l.DrawMathText(x1, y, "\notsubset");
   l.DrawText(x2, y, "\notsubset");
   y -= step;
   l.DrawMathText(x1, y, "\notsubseteq");
   l.DrawText(x2, y, "\notsubseteq");
   y -= step;
   l.DrawMathText(x1, y, "\notsubseteq");
   l.DrawText(x2, y, "\notsubseteq");
   y -= step;
   l.DrawMathText(x1, y, "\notsucc");
   l.DrawText(x2, y, "\notsucc");
   y -= step;
   l.DrawMathText(x1, y, "\notsucc");
   l.DrawText(x2, y, "\notsucc");
   y -= step;
   l.DrawMathText(x1, y, "\notsupset");
   l.DrawText(x2, y, "\notsupset");
   y -= step;
   l.DrawMathText(x1, y, "\notsupseteq");
   l.DrawText(x2, y, "\notsupseteq");
   y -= step;
   l.DrawMathText(x1, y, "\notsupseteq");
   l.DrawText(x2, y, "\notsupseteq");
   y -= step;
   l.DrawMathText(x1, y, "\nparallel");
   l.DrawText(x2, y, "\nparallel");
   y -= step;
   l.DrawMathText(x1, y, "\nprec");
   l.DrawText(x2, y, "\nprec");
   y -= step;
   l.DrawMathText(x1, y, "\nrightarrow");
   l.DrawText(x2, y, "\nrightarrow");
 
   // Draw 5th Column
   y = 0.99;
   step = 0.0126;
   x1 = 0.53;
   x2 = x1 + 0.02;
   l.DrawMathText(x1, y, "\nsim");
   l.DrawText(x2, y, "\nsim");
   y -= step;
   l.DrawMathText(x1, y, "\nsim");
   l.DrawText(x2, y, "\nsim");
   y -= step;
   l.DrawMathText(x1, y, "\nsimeq");
   l.DrawText(x2, y, "\nsimeq");
   y -= step;
   l.DrawMathText(x1, y, "\nsubset");
   l.DrawText(x2, y, "\nsubset");
   y -= step;
   l.DrawMathText(x1, y, "\nsubseteq");
   l.DrawText(x2, y, "\nsubseteq");
   y -= step;
   l.DrawMathText(x1, y, "\nsubseteqq");
   l.DrawText(x2, y, "\nsubseteqq");
   y -= step;
   l.DrawMathText(x1, y, "\nsucc");
   l.DrawText(x2, y, "\nsucc");
   y -= step;
   l.DrawMathText(x1, y, "\nsupset");
   l.DrawText(x2, y, "\nsupset");
   y -= step;
   l.DrawMathText(x1, y, "\nsupseteq");
   l.DrawText(x2, y, "\nsupseteq");
   y -= step;
   l.DrawMathText(x1, y, "\nsupseteqq");
   l.DrawText(x2, y, "\nsupseteqq");
   y -= step;
   l.DrawMathText(x1, y, "\ntriangleleft");
   l.DrawText(x2, y, "\ntriangleleft");
   y -= step;
   l.DrawMathText(x1, y, "\ntrianglelefteq");
   l.DrawText(x2, y, "\ntrianglelefteq");
   y -= step;
   l.DrawMathText(x1, y, "\ntriangleright");
   l.DrawText(x2, y, "\ntriangleright");
   y -= step;
   l.DrawMathText(x1, y, "\ntrianglerighteq");
   l.DrawText(x2, y, "\ntrianglerighteq");
   y -= step;
   l.DrawMathText(x1, y, "\nu");
   l.DrawText(x2, y, "\nu");
   y -= step;
   l.DrawMathText(x1, y, "\nvDash");
   l.DrawText(x2, y, "\nvDash");
   y -= step;
   l.DrawMathText(x1, y, "\nvdash");
   l.DrawText(x2, y, "\nvdash");
   y -= step;
   l.DrawMathText(x1, y, "\nwarrow");
   l.DrawText(x2, y, "\nwarrow");
   y -= step;
   l.DrawMathText(x1, y, "\odot");
   l.DrawText(x2, y, "\odot");
   y -= step;
   l.DrawMathText(x1, y, "\omega");
   l.DrawText(x2, y, "\omega");
   y -= step;
   l.DrawMathText(x1, y, "\ominus");
   l.DrawText(x2, y, "\ominus");
   y -= step;
   l.DrawMathText(x1, y, "\openclubsuit");
   l.DrawText(x2, y, "\openclubsuit");
   y -= step;
   l.DrawMathText(x1, y, "\openspadesuit");
   l.DrawText(x2, y, "\openspadesuit");
   y -= step;
   l.DrawMathText(x1, y, "\oplus");
   l.DrawText(x2, y, "\oplus");
   y -= step;
   l.DrawMathText(x1, y, "\oslash");
   l.DrawText(x2, y, "\oslash");
   y -= step;
   l.DrawMathText(x1, y, "\otimes");
   l.DrawText(x2, y, "\otimes");
   y -= step;
   l.DrawMathText(x1, y, "\owns");
   l.DrawText(x2, y, "\owns");
   y -= step;
   l.DrawMathText(x1, y, "\parallel");
   l.DrawText(x2, y, "\parallel");
   y -= step;
   l.DrawMathText(x1, y, "\partial");
   l.DrawText(x2, y, "\partial");
   y -= step;
   l.DrawMathText(x1, y, "\perp");
   l.DrawText(x2, y, "\perp");
   y -= step;
   l.DrawMathText(x1, y, "\phi");
   l.DrawText(x2, y, "\phi");
   y -= step;
   l.DrawMathText(x1, y, "\pi");
   l.DrawText(x2, y, "\pi");
   y -= step;
   l.DrawMathText(x1, y, "\pitchfork");
   l.DrawText(x2, y, "\pitchfork");
   y -= step;
   l.DrawMathText(x1, y, "\pm");
   l.DrawText(x2, y, "\pm");
   y -= step;
   l.DrawMathText(x1, y, "\prec");
   l.DrawText(x2, y, "\prec");
   y -= step;
   l.DrawMathText(x1, y, "\precapprox");
   l.DrawText(x2, y, "\precapprox");
   y -= step;
   l.DrawMathText(x1, y, "\preccurlyeq");
   l.DrawText(x2, y, "\preccurlyeq");
   y -= step;
   l.DrawMathText(x1, y, "\preceq");
   l.DrawText(x2, y, "\preceq");
   y -= step;
   l.DrawMathText(x1, y, "\precnapprox");
   l.DrawText(x2, y, "\precnapprox");
   y -= step;
   l.DrawMathText(x1, y, "\precneqq");
   l.DrawText(x2, y, "\precneqq");
   y -= step;
   l.DrawMathText(x1, y, "\precnsim");
   l.DrawText(x2, y, "\precnsim");
   y -= step;
   l.DrawMathText(x1, y, "\precsim");
   l.DrawText(x2, y, "\precsim");
   y -= step;
   l.DrawMathText(x1, y, "\prime");
   l.DrawText(x2, y, "\prime");
   y -= step;
   l.DrawMathText(x1, y, "\propto");
   l.DrawText(x2, y, "\propto");
   y -= step;
   l.DrawMathText(x1, y, "\psi");
   l.DrawText(x2, y, "\psi");
   y -= step;
   l.DrawMathText(x1, y, "\rangle");
   l.DrawText(x2, y, "\rangle");
   y -= step;
   l.DrawMathText(x1, y, "\rceil");
   l.DrawText(x2, y, "\rceil");
   y -= step;
   l.DrawMathText(x1, y, "\rdbrack");
   l.DrawText(x2, y, "\rdbrack");
   y -= step;
   l.DrawMathText(x1, y, "\restriction");
   l.DrawText(x2, y, "\restriction");
   y -= step;
   l.DrawMathText(x1, y, "\rfloor");
   l.DrawText(x2, y, "\rfloor");
   y -= step;
   l.DrawMathText(x1, y, "\rho");
   l.DrawText(x2, y, "\rho");
   y -= step;
   l.DrawMathText(x1, y, "\rightarrow");
   l.DrawText(x2, y, "\rightarrow");
   y -= step;
   l.DrawMathText(x1, y, "\rightarrowtail");
   l.DrawText(x2, y, "\rightarrowtail");
   y -= step;
   l.DrawMathText(x1, y, "\rightharpoondown");
   l.DrawText(x2, y, "\rightharpoondown");
   y -= step;
   l.DrawMathText(x1, y, "\rightharpoonup");
   l.DrawText(x2, y, "\rightharpoonup");
   y -= step;
   l.DrawMathText(x1, y, "\rightleftarrows");
   l.DrawText(x2, y, "\rightleftarrows");
   y -= step;
   l.DrawMathText(x1, y, "\rightleftharpoons");
   l.DrawText(x2, y, "\rightleftharpoons");
   y -= step;
   l.DrawMathText(x1, y, "\rightrightarrows");
   l.DrawText(x2, y, "\rightrightarrows");
   y -= step;
   l.DrawMathText(x1, y, "\rightsquigarrow");
   l.DrawText(x2, y, "\rightsquigarrow");
   y -= step;
   l.DrawMathText(x1, y, "\rightthreetimes");
   l.DrawText(x2, y, "\rightthreetimes");
   y -= step;
   l.DrawMathText(x1, y, "\risingdotseq");
   l.DrawText(x2, y, "\risingdotseq");
   y -= step;
   l.DrawMathText(x1, y, "\rtimes");
   l.DrawText(x2, y, "\rtimes");
   y -= step;
   l.DrawMathText(x1, y, "\sampi");
   l.DrawText(x2, y, "\sampi");
   y -= step;
   l.DrawMathText(x1, y, "\san");
   l.DrawText(x2, y, "\san");
   y -= step;
   l.DrawMathText(x1, y, "\searrow");
   l.DrawText(x2, y, "\searrow");
   y -= step;
   l.DrawMathText(x1, y, "\setdif");
   l.DrawText(x2, y, "\setdif");
   y -= step;
   l.DrawMathText(x1, y, "\sharp");
   l.DrawText(x2, y, "\sharp");
   y -= step;
   l.DrawMathText(x1, y, "\sho");
   l.DrawText(x2, y, "\sho");
   y -= step;
   l.DrawMathText(x1, y, "\sigma");
   l.DrawText(x2, y, "\sigma");
   y -= step;
   l.DrawMathText(x1, y, "\sim");
   l.DrawText(x2, y, "\sim");
   y -= step;
   l.DrawMathText(x1, y, "\simarrow");
   l.DrawText(x2, y, "\simarrow");
   y -= step;
   l.DrawMathText(x1, y, "\simeq");
   l.DrawText(x2, y, "\simeq");
   y -= step;
   l.DrawMathText(x1, y, "\smallfrown");
   l.DrawText(x2, y, "\smallfrown");
   y -= step;
   l.DrawMathText(x1, y, "\smallint");
   l.DrawText(x2, y, "\smallint");
   y -= step;
   l.DrawMathText(x1, y, "\smallsetminus");
   l.DrawText(x2, y, "\smallsetminus");
   y -= step;
   l.DrawMathText(x1, y, "\smallsmile");
   l.DrawText(x2, y, "\smallsmile");
   y -= step;
   l.DrawMathText(x1, y, "\smile");
   l.DrawText(x2, y, "\smile");
   y -= step;
   l.DrawMathText(x1, y, "\spadesuit");
   l.DrawText(x2, y, "\spadesuit");
   y -= step;
   l.DrawMathText(x1, y, "\sphericalangle");
   l.DrawText(x2, y, "\sphericalangle");
 
   // Draw 6th Column
   y = 0.99;
   step = 0.0126;
   x1 = 0.66;
   x2 = x1 + 0.02;
   l.DrawMathText(x1, y, "\sqcap");
   l.DrawText(x2, y, "\sqcap");
   y -= step;
   l.DrawMathText(x1, y, "\sqcup");
   l.DrawText(x2, y, "\sqcup");
   y -= step;
   l.DrawMathText(x1, y, "\sqsubset");
   l.DrawText(x2, y, "\sqsubset");
   y -= step;
   l.DrawMathText(x1, y, "\sqsubseteq");
   l.DrawText(x2, y, "\sqsubseteq");
   y -= step;
   l.DrawMathText(x1, y, "\sqsupset");
   l.DrawText(x2, y, "\sqsupset");
   y -= step;
   l.DrawMathText(x1, y, "\sqsupseteq");
   l.DrawText(x2, y, "\sqsupseteq");
   y -= step;
   l.DrawMathText(x1, y, "\square");
   l.DrawText(x2, y, "\square");
   y -= step;
   l.DrawMathText(x1, y, "\star");
   l.DrawText(x2, y, "\star");
   y -= step;
   l.DrawMathText(x1, y, "\stigma");
   l.DrawText(x2, y, "\stigma");
   y -= step;
   l.DrawMathText(x1, y, "\subset");
   l.DrawText(x2, y, "\subset");
   y -= step;
   l.DrawMathText(x1, y, "\subseteq");
   l.DrawText(x2, y, "\subseteq");
   y -= step;
   l.DrawMathText(x1, y, "\subseteqq");
   l.DrawText(x2, y, "\subseteqq");
   y -= step;
   l.DrawMathText(x1, y, "\subsetneq");
   l.DrawText(x2, y, "\subsetneq");
   y -= step;
   l.DrawMathText(x1, y, "\subsetneqq");
   l.DrawText(x2, y, "\subsetneqq");
   y -= step;
   l.DrawMathText(x1, y, "\succ");
   l.DrawText(x2, y, "\succ");
   y -= step;
   l.DrawMathText(x1, y, "\succapprox");
   l.DrawText(x2, y, "\succapprox");
   y -= step;
   l.DrawMathText(x1, y, "\succcurlyeq");
   l.DrawText(x2, y, "\succcurlyeq");
   y -= step;
   l.DrawMathText(x1, y, "\succeq");
   l.DrawText(x2, y, "\succeq");
   y -= step;
   l.DrawMathText(x1, y, "\succnapprox");
   l.DrawText(x2, y, "\succnapprox");
   y -= step;
   l.DrawMathText(x1, y, "\succneqq");
   l.DrawText(x2, y, "\succneqq");
   y -= step;
   l.DrawMathText(x1, y, "\succnsim");
   l.DrawText(x2, y, "\succnsim");
   y -= step;
   l.DrawMathText(x1, y, "\succsim");
   l.DrawText(x2, y, "\succsim");
   y -= step;
   l.DrawMathText(x1, y, "\supset");
   l.DrawText(x2, y, "\supset");
   y -= step;
   l.DrawMathText(x1, y, "\supseteq");
   l.DrawText(x2, y, "\supseteq");
   y -= step;
   l.DrawMathText(x1, y, "\supseteqq");
   l.DrawText(x2, y, "\supseteqq");
   y -= step;
   l.DrawMathText(x1, y, "\supsetneq");
   l.DrawText(x2, y, "\supsetneq");
   y -= step;
   l.DrawMathText(x1, y, "\supsetneqq");
   l.DrawText(x2, y, "\supsetneqq");
   y -= step;
   l.DrawMathText(x1, y, "\surd");
   l.DrawText(x2, y, "\surd");
   y -= step;
   l.DrawMathText(x1, y, "\swarrow");
   l.DrawText(x2, y, "\swarrow");
   y -= step;
   l.DrawMathText(x1, y, "\t");
   l.DrawText(x2, y, "\t");
   y -= step;
   l.DrawMathText(x1, y, "\tau");
   l.DrawText(x2, y, "\tau");
   y -= step;
   l.DrawMathText(x1, y, "\therefore");
   l.DrawText(x2, y, "\therefore");
   y -= step;
   l.DrawMathText(x1, y, "\theta");
   l.DrawText(x2, y, "\theta");
   y -= step;
   l.DrawMathText(x1, y, "\times");
   l.DrawText(x2, y, "\times");
   y -= step;
   l.DrawMathText(x1, y, "\to");
   l.DrawText(x2, y, "\to");
   y -= step;
   l.DrawMathText(x1, y, "\top");
   l.DrawText(x2, y, "\top");
   y -= step;
   l.DrawMathText(x1, y, "\triangledown");
   l.DrawText(x2, y, "\triangledown");
   y -= step;
   l.DrawMathText(x1, y, "\triangleleft");
   l.DrawText(x2, y, "\triangleleft");
   y -= step;
   l.DrawMathText(x1, y, "\triangleleft");
   l.DrawText(x2, y, "\triangleleft");
   y -= step;
   l.DrawMathText(x1, y, "\trianglelefteq");
   l.DrawText(x2, y, "\trianglelefteq");
   y -= step;
   l.DrawMathText(x1, y, "\triangleq");
   l.DrawText(x2, y, "\triangleq");
   y -= step;
   l.DrawMathText(x1, y, "\triangleright");
   l.DrawText(x2, y, "\triangleright");
   y -= step;
   l.DrawMathText(x1, y, "\trianglerighteq");
   l.DrawText(x2, y, "\trianglerighteq");
   y -= step;
   l.DrawMathText(x1, y, "\twoheadleftarrow");
   l.DrawText(x2, y, "\twoheadleftarrow");
   y -= step;
   l.DrawMathText(x1, y, "\twoheadrightarrow");
   l.DrawText(x2, y, "\twoheadrightarrow");
   y -= step;
   l.DrawMathText(x1, y, "\u");
   l.DrawText(x2, y, "\u");
   y -= step;
   l.DrawMathText(x1, y, "\ulcorner");
   l.DrawText(x2, y, "\ulcorner");
   y -= step;
   l.DrawMathText(x1, y, "\undercurvearrowright");
   l.DrawText(x2, y, "\undercurvearrowright");
   y -= step;
   l.DrawMathText(x1, y, "\upDelta");
   l.DrawText(x2, y, "\upDelta");
   y -= step;
   l.DrawMathText(x1, y, "\upDigamma");
   l.DrawText(x2, y, "\upDigamma");
   y -= step;
   l.DrawMathText(x1, y, "\upGamma");
   l.DrawText(x2, y, "\upGamma");
   y -= step;
   l.DrawMathText(x1, y, "\upKoppa");
   l.DrawText(x2, y, "\upKoppa");
   y -= step;
   l.DrawMathText(x1, y, "\upLambda");
   l.DrawText(x2, y, "\upLambda");
   y -= step;
   l.DrawMathText(x1, y, "\upOmega");
   l.DrawText(x2, y, "\upOmega");
   y -= step;
   l.DrawMathText(x1, y, "\upPhi");
   l.DrawText(x2, y, "\upPhi");
   y -= step;
   l.DrawMathText(x1, y, "\upPi");
   l.DrawText(x2, y, "\upPi");
   y -= step;
   l.DrawMathText(x1, y, "\upPsi");
   l.DrawText(x2, y, "\upPsi");
   y -= step;
   l.DrawMathText(x1, y, "\upSampi");
   l.DrawText(x2, y, "\upSampi");
   y -= step;
   l.DrawMathText(x1, y, "\upSan");
   l.DrawText(x2, y, "\upSan");
   y -= step;
   l.DrawMathText(x1, y, "\upSho");
   l.DrawText(x2, y, "\upSho");
   y -= step;
   l.DrawMathText(x1, y, "\upSigma");
   l.DrawText(x2, y, "\upSigma");
   y -= step;
   l.DrawMathText(x1, y, "\upStigma");
   l.DrawText(x2, y, "\upStigma");
   y -= step;
   l.DrawMathText(x1, y, "\upTheta");
   l.DrawText(x2, y, "\upTheta");
   y -= step;
   l.DrawMathText(x1, y, "\upUpsilon");
   l.DrawText(x2, y, "\upUpsilon");
   y -= step;
   l.DrawMathText(x1, y, "\upVarKoppa");
   l.DrawText(x2, y, "\upVarKoppa");
   y -= step;
   l.DrawMathText(x1, y, "\upXi");
   l.DrawText(x2, y, "\upXi");
   y -= step;
   l.DrawMathText(x1, y, "\upalpha");
   l.DrawText(x2, y, "\upalpha");
   y -= step;
   l.DrawMathText(x1, y, "\uparrow");
   l.DrawText(x2, y, "\uparrow");
   y -= step;
   l.DrawMathText(x1, y, "\upbeta");
   l.DrawText(x2, y, "\upbeta");
   y -= step;
   l.DrawMathText(x1, y, "\upchi");
   l.DrawText(x2, y, "\upchi");
   y -= step;
   l.DrawMathText(x1, y, "\updbar");
   l.DrawText(x2, y, "\updbar");
   y -= step;
   l.DrawMathText(x1, y, "\updelta");
   l.DrawText(x2, y, "\updelta");
   y -= step;
   l.DrawMathText(x1, y, "\updigamma");
   l.DrawText(x2, y, "\updigamma");
   y -= step;
   l.DrawMathText(x1, y, "\updownarrow");
   l.DrawText(x2, y, "\updownarrow");
   y -= step;
   l.DrawMathText(x1, y, "\updownarrows");
   l.DrawText(x2, y, "\updownarrows");
   y -= step;
   l.DrawMathText(x1, y, "\updownharpoons");
   l.DrawText(x2, y, "\updownharpoons");
   y -= step;
   l.DrawMathText(x1, y, "\upepsilon");
   l.DrawText(x2, y, "\upepsilon");
   y -= step;
   l.DrawMathText(x1, y, "\upeta");
   l.DrawText(x2, y, "\upeta");
   y -= step;
   l.DrawMathText(x1, y, "\upgamma");
   l.DrawText(x2, y, "\upgamma");
 
   // Draw 7th Column
   y = 0.99;
   step = 0.0126;
   x1 = 0.79;
   x2 = x1 + 0.02;
   l.DrawMathText(x1, y, "\upharpoonleft");
   l.DrawText(x2, y, "\upharpoonleft");
   y -= step;
   l.DrawMathText(x1, y, "\upharpoonright");
   l.DrawText(x2, y, "\upharpoonright");
   y -= step;
   l.DrawMathText(x1, y, "\upiota");
   l.DrawText(x2, y, "\upiota");
   y -= step;
   l.DrawMathText(x1, y, "\upkappa");
   l.DrawText(x2, y, "\upkappa");
   y -= step;
   l.DrawMathText(x1, y, "\upkoppa");
   l.DrawText(x2, y, "\upkoppa");
   y -= step;
   l.DrawMathText(x1, y, "\uplambda");
   l.DrawText(x2, y, "\uplambda");
   y -= step;
   l.DrawMathText(x1, y, "\uplus");
   l.DrawText(x2, y, "\uplus");
   y -= step;
   l.DrawMathText(x1, y, "\upmu");
   l.DrawText(x2, y, "\upmu");
   y -= step;
   l.DrawMathText(x1, y, "\upnu");
   l.DrawText(x2, y, "\upnu");
   y -= step;
   l.DrawMathText(x1, y, "\upomega");
   l.DrawText(x2, y, "\upomega");
   y -= step;
   l.DrawMathText(x1, y, "\upphi");
   l.DrawText(x2, y, "\upphi");
   y -= step;
   l.DrawMathText(x1, y, "\uppi");
   l.DrawText(x2, y, "\uppi");
   y -= step;
   l.DrawMathText(x1, y, "\uppsi");
   l.DrawText(x2, y, "\uppsi");
   y -= step;
   l.DrawMathText(x1, y, "\uprho");
   l.DrawText(x2, y, "\uprho");
   y -= step;
   l.DrawMathText(x1, y, "\upsampi");
   l.DrawText(x2, y, "\upsampi");
   y -= step;
   l.DrawMathText(x1, y, "\upsan");
   l.DrawText(x2, y, "\upsan");
   y -= step;
   l.DrawMathText(x1, y, "\upsho");
   l.DrawText(x2, y, "\upsho");
   y -= step;
   l.DrawMathText(x1, y, "\upsigma");
   l.DrawText(x2, y, "\upsigma");
   y -= step;
   l.DrawMathText(x1, y, "\upsilon");
   l.DrawText(x2, y, "\upsilon");
   y -= step;
   l.DrawMathText(x1, y, "\upstigma");
   l.DrawText(x2, y, "\upstigma");
   y -= step;
   l.DrawMathText(x1, y, "\uptau");
   l.DrawText(x2, y, "\uptau");
   y -= step;
   l.DrawMathText(x1, y, "\uptheta");
   l.DrawText(x2, y, "\uptheta");
   y -= step;
   l.DrawMathText(x1, y, "\upuparrows");
   l.DrawText(x2, y, "\upuparrows");
   y -= step;
   l.DrawMathText(x1, y, "\upupharpoons");
   l.DrawText(x2, y, "\upupharpoons");
   y -= step;
   l.DrawMathText(x1, y, "\upupsilon");
   l.DrawText(x2, y, "\upupsilon");
   y -= step;
   l.DrawMathText(x1, y, "\upvarbeta");
   l.DrawText(x2, y, "\upvarbeta");
   y -= step;
   l.DrawMathText(x1, y, "\upvarepsilon");
   l.DrawText(x2, y, "\upvarepsilon");
   y -= step;
   l.DrawMathText(x1, y, "\upvarkappa");
   l.DrawText(x2, y, "\upvarkappa");
   y -= step;
   l.DrawMathText(x1, y, "\upvarkoppa");
   l.DrawText(x2, y, "\upvarkoppa");
   y -= step;
   l.DrawMathText(x1, y, "\upvarphi");
   l.DrawText(x2, y, "\upvarphi");
   y -= step;
   l.DrawMathText(x1, y, "\upvarpi");
   l.DrawText(x2, y, "\upvarpi");
   y -= step;
   l.DrawMathText(x1, y, "\upvarrho");
   l.DrawText(x2, y, "\upvarrho");
   y -= step;
   l.DrawMathText(x1, y, "\upvarsigma");
   l.DrawText(x2, y, "\upvarsigma");
   y -= step;
   l.DrawMathText(x1, y, "\upvartheta");
   l.DrawText(x2, y, "\upvartheta");
   y -= step;
   l.DrawMathText(x1, y, "\upxi");
   l.DrawText(x2, y, "\upxi");
   y -= step;
   l.DrawMathText(x1, y, "\upzeta");
   l.DrawText(x2, y, "\upzeta");
   y -= step;
   l.DrawMathText(x1, y, "\urcorner");
   l.DrawText(x2, y, "\urcorner");
   y -= step;
   l.DrawMathText(x1, y, "\v");
   l.DrawText(x2, y, "\v");
   y -= step;
   l.DrawMathText(x1, y, "\vDash");
   l.DrawText(x2, y, "\vDash");
   y -= step;
   l.DrawMathText(x1, y, "\vDash");
   l.DrawText(x2, y, "\vDash");
   y -= step;
   l.DrawMathText(x1, y, "\varbeta");
   l.DrawText(x2, y, "\varbeta");
   y -= step;
   l.DrawMathText(x1, y, "\varepsilon");
   l.DrawText(x2, y, "\varepsilon");
   y -= step;
   l.DrawMathText(x1, y, "\varkappa");
   l.DrawText(x2, y, "\varkappa");
   y -= step;
   l.DrawMathText(x1, y, "\varkoppa");
   l.DrawText(x2, y, "\varkoppa");
   y -= step;
   l.DrawMathText(x1, y, "\varnothing");
   l.DrawText(x2, y, "\varnothing");
   y -= step;
   l.DrawMathText(x1, y, "\varphi");
   l.DrawText(x2, y, "\varphi");
   y -= step;
   l.DrawMathText(x1, y, "\varpi");
   l.DrawText(x2, y, "\varpi");
   y -= step;
   l.DrawMathText(x1, y, "\varpropto");
   l.DrawText(x2, y, "\varpropto");
   y -= step;
   l.DrawMathText(x1, y, "\varrho");
   l.DrawText(x2, y, "\varrho");
   y -= step;
   l.DrawMathText(x1, y, "\varsigma");
   l.DrawText(x2, y, "\varsigma");
   y -= step;
   l.DrawMathText(x1, y, "\vartheta");
   l.DrawText(x2, y, "\vartheta");
   y -= step;
   l.DrawMathText(x1, y, "\vartriangle");
   l.DrawText(x2, y, "\vartriangle");
   y -= step;
   l.DrawMathText(x1, y, "\vartriangleleft");
   l.DrawText(x2, y, "\vartriangleleft");
   y -= step;
   l.DrawMathText(x1, y, "\vartriangleright");
   l.DrawText(x2, y, "\vartriangleright");
   y -= step;
   l.DrawMathText(x1, y, "\vdash");
   l.DrawText(x2, y, "\vdash");
   y -= step;
   l.DrawMathText(x1, y, "\vdots");
   l.DrawText(x2, y, "\vdots");
   y -= step;
   l.DrawMathText(x1, y, "\vec");
   l.DrawText(x2, y, "\vec");
   y -= step;
   l.DrawMathText(x1, y, "\vee");
   l.DrawText(x2, y, "\vee");
   y -= step;
   l.DrawMathText(x1, y, "\veebar");
   l.DrawText(x2, y, "\veebar");
   y -= step;
   l.DrawMathText(x1, y, "\vert");
   l.DrawText(x2, y, "\vert");
   y -= step;
   l.DrawMathText(x1, y, "\wedge");
   l.DrawText(x2, y, "\wedge");
   y -= step;
   l.DrawMathText(x1, y, "\wp");
   l.DrawText(x2, y, "\wp");
   y -= step;
   l.DrawMathText(x1, y, "\wr");
   l.DrawText(x2, y, "\wr");
   y -= step;
   l.DrawMathText(x1, y, "\wwbar");
   l.DrawText(x2, y, "\wwbar");
   y -= step;
   l.DrawMathText(x1, y, "\xi");
   l.DrawText(x2, y, "\xi");
   y -= step;
   l.DrawMathText(x1, y, "\yen");
   l.DrawText(x2, y, "\yen");
   y -= step;
   l.DrawMathText(x1, y, "\zeta");
   l.DrawText(x2, y, "\zeta");
   y -= step;
   l.DrawMathText(x1, y, "\{");
   l.DrawText(x2, y, "\{");
   y -= step;
   l.DrawMathText(x1, y, "\|");
   l.DrawText(x2, y, "\|");
   y -= step;
   l.DrawMathText(x1, y, "\}");
   l.DrawText(x2, y, "\}");
   y -= step;
   l.DrawMathText(x1, y, "\~");
   l.DrawText(x2, y, "\~");
   y -= step;
   l.DrawMathText(x1, y, "\Pr");
   l.DrawText(x2, y, "\Pr");
   y -= step;
   l.DrawMathText(x1, y, "\awoint");
   l.DrawText(x2, y, "\awoint");
   y -= step;
   l.DrawMathText(x1, y, "\awointop");
   l.DrawText(x2, y, "\awointop");
   y -= step;
   l.DrawMathText(x1, y, "\barint");
   l.DrawText(x2, y, "\barint");
   y -= step;
   l.DrawMathText(x1, y, "\barintop");
   l.DrawText(x2, y, "\barintop");
   y -= step;
   l.DrawMathText(x1, y, "\bigcap");
   l.DrawText(x2, y, "\bigcap");
   y -= step;
   l.DrawMathText(x1, y, "\bigcup");
   l.DrawText(x2, y, "\bigcup");
   y -= step;
   l.DrawMathText(x1, y, "\bigodot");
   l.DrawText(x2, y, "\bigodot");
 
   // Draw 8th Column
   y = 0.99;
   step = 0.0126;
   x1 = 0.92;
   x2 = x1 + 0.02;
   l.DrawMathText(x1, y, "\bigoplus");
   l.DrawText(x2, y, "\bigoplus");
   y -= step;
   l.DrawMathText(x1, y, "\bigotimes");
   l.DrawText(x2, y, "\bigotimes");
   y -= step;
   l.DrawMathText(x1, y, "\bigsqcup");
   l.DrawText(x2, y, "\bigsqcup");
   y -= step;
   l.DrawMathText(x1, y, "\biguplus");
   l.DrawText(x2, y, "\biguplus");
   y -= step;
   l.DrawMathText(x1, y, "\bigvee");
   l.DrawText(x2, y, "\bigvee");
   y -= step;
   l.DrawMathText(x1, y, "\bigwedge");
   l.DrawText(x2, y, "\bigwedge");
   y -= step;
   l.DrawMathText(x1, y, "\coprod");
   l.DrawText(x2, y, "\coprod");
   y -= step;
   l.DrawMathText(x1, y, "\cwint");
   l.DrawText(x2, y, "\cwint");
   y -= step;
   l.DrawMathText(x1, y, "\cwintop");
   l.DrawText(x2, y, "\cwintop");
   y -= step;
   l.DrawMathText(x1, y, "\cwoint");
   l.DrawText(x2, y, "\cwoint");
   y -= step;
   l.DrawMathText(x1, y, "\cwointop");
   l.DrawText(x2, y, "\cwointop");
   y -= step;
   l.DrawMathText(x1, y, "\iiint");
   l.DrawText(x2, y, "\iiint");
   y -= step;
   l.DrawMathText(x1, y, "\iiintop");
   l.DrawText(x2, y, "\iiintop");
   y -= step;
   l.DrawMathText(x1, y, "\iint");
   l.DrawText(x2, y, "\iint");
   y -= step;
   l.DrawMathText(x1, y, "\iintop");
   l.DrawText(x2, y, "\iintop");
   y -= step;
   l.DrawMathText(x1, y, "\int");
   l.DrawText(x2, y, "\int");
   y -= step;
   l.DrawMathText(x1, y, "\intop");
   l.DrawText(x2, y, "\intop");
   y -= step;
   l.DrawMathText(x1, y, "\oiiint");
   l.DrawText(x2, y, "\oiiint");
   y -= step;
   l.DrawMathText(x1, y, "\oiiintop");
   l.DrawText(x2, y, "\oiiintop");
   y -= step;
   l.DrawMathText(x1, y, "\oiint");
   l.DrawText(x2, y, "\oiint");
   y -= step;
   l.DrawMathText(x1, y, "\oiintop");
   l.DrawText(x2, y, "\oiintop");
   y -= step;
   l.DrawMathText(x1, y, "\oint");
   l.DrawText(x2, y, "\oint");
   y -= step;
   l.DrawMathText(x1, y, "\ointop");
   l.DrawText(x2, y, "\ointop");
   y -= step;
   l.DrawMathText(x1, y, "\prod");
   l.DrawText(x2, y, "\prod");
   y -= step;
   l.DrawMathText(x1, y, "\slashint");
   l.DrawText(x2, y, "\slashint");
   y -= step;
   l.DrawMathText(x1, y, "\slashintop");
   l.DrawText(x2, y, "\slashintop");
   y -= step;
   l.DrawMathText(x1, y, "\sum");
   l.DrawText(x2, y, "\sum");
 
   x2 = x2 + 0.02;
   y -= step;
   l.DrawMathText(x1, y, "\arccos");
   l.DrawText(x2, y, "\arccos");
   y -= step;
   l.DrawMathText(x1, y, "\arcsin");
   l.DrawText(x2, y, "\arcsin");
   y -= step;
   l.DrawMathText(x1, y, "\arctan");
   l.DrawText(x2, y, "\arctan");
   y -= step;
   l.DrawMathText(x1, y, "\arg");
   l.DrawText(x2, y, "\arg");
   y -= step;
   l.DrawMathText(x1, y, "\cos");
   l.DrawText(x2, y, "\cos");
   y -= step;
   l.DrawMathText(x1, y, "\cosh");
   l.DrawText(x2, y, "\cosh");
   y -= step;
   l.DrawMathText(x1, y, "\cot");
   l.DrawText(x2, y, "\cot");
   y -= step;
   l.DrawMathText(x1, y, "\coth");
   l.DrawText(x2, y, "\coth");
   y -= step;
   l.DrawMathText(x1, y, "\csc");
   l.DrawText(x2, y, "\csc");
   y -= step;
   l.DrawMathText(x1, y, "\deg");
   l.DrawText(x2, y, "\deg");
   y -= step;
   l.DrawMathText(x1, y, "\det");
   l.DrawText(x2, y, "\det");
   y -= step;
   l.DrawMathText(x1, y, "\dim");
   l.DrawText(x2, y, "\dim");
   y -= step;
   l.DrawMathText(x1, y, "\exp");
   l.DrawText(x2, y, "\exp");
   y -= step;
   l.DrawMathText(x1, y, "\gcd");
   l.DrawText(x2, y, "\gcd");
   y -= step;
   l.DrawMathText(x1, y, "\hom");
   l.DrawText(x2, y, "\hom");
   y -= step;
   l.DrawMathText(x1, y, "\inf");
   l.DrawText(x2, y, "\inf");
   y -= step;
   l.DrawMathText(x1, y, "\ker");
   l.DrawText(x2, y, "\ker");
   y -= step;
   l.DrawMathText(x1, y, "\lg");
   l.DrawText(x2, y, "\lg");
   y -= step;
   l.DrawMathText(x1, y, "\lim");
   l.DrawText(x2, y, "\lim");
   y -= step;
   l.DrawMathText(x1, y, "\liminf");
   l.DrawText(x2, y, "\liminf");
   y -= step;
   l.DrawMathText(x1, y, "\limsup");
   l.DrawText(x2, y, "\limsup");
   y -= step;
   l.DrawMathText(x1, y, "\ln");
   l.DrawText(x2, y, "\ln");
   y -= step;
   l.DrawMathText(x1, y, "\log");
   l.DrawText(x2, y, "\log");
   y -= step;
   l.DrawMathText(x1, y, "\max");
   l.DrawText(x2, y, "\max");
   y -= step;
   l.DrawMathText(x1, y, "\min");
   l.DrawText(x2, y, "\min");
   y -= step;
   l.DrawMathText(x1, y, "\sec");
   l.DrawText(x2, y, "\sec");
   y -= step;
   l.DrawMathText(x1, y, "\sin");
   l.DrawText(x2, y, "\sin");
   y -= step;
   l.DrawMathText(x1, y, "\sinh");
   l.DrawText(x2, y, "\sinh");
   y -= step;
   l.DrawMathText(x1, y, "\sup");
   l.DrawText(x2, y, "\sup");
   y -= step;
   l.DrawMathText(x1, y, "\tan");
   l.DrawText(x2, y, "\tan");
   y -= step;
   l.DrawMathText(x1, y, "\tanh");
   l.DrawText(x2, y, "\tanh");
 
   return c1;
}