TeXで描く構造式

$\spc\hspace{4cm}\decaheterovb[{F\xFiveCycle(0,0){162}[e]{4==\text{　};4==\put(-20,30){\downnobond{N}{H}};2s==\rotatebox{14}{\sixheteroh[ace]{}{1==(yl)}[a]}}[e]}]{{{10}}==N;2s==\sixheterov[]{5s==\tetramethylene{1==H$\bf_3$C;2==O}{3D==O;4==(yl)};3s==\WedgeAsSubstX(0,0)(140,-80)[10];5s==\WedgeAsSubstX(0,0)(-168,-113)[10];4s==\sixheterov[]{2==O;3==CH$\bf_3$}{1==(yl)}[acdef];3s==\tetramethylenei{2==O;4s==\sixheterov[bdf]{2s==\trimethylene{2==O;3==CH$\bf_3$}{1==(yl)};3s==\trimethylenei{2==O;3==CH$\bf_3$}{1==(yl)};4s==\sixheterov[]{4==CH$\bf_3$;5==O}{6==(yl)}[abcf]}{6==(yl)}[]}{1==(yl);3D==O}}{1==(yl);1GA==H;3FA==H;4FA==;4GB==H;5Sd==\put(-20,-10){H};6FA==H}[f]}{9B==H}[]\put(-1930,720){\rotatebox{-9}{\Ltrigonal{0==O;1==;3==H$\bf_3$C}}}$

\decaheterovb[{
F\xFiveCycle(0,0){162}[e]{4==\text{　};4==\put(-20,30){\downnobond{N}{H}};
2s==\rotatebox{14}{\sixheteroh[ace]{}{1==(yl)}[a]}
}[e]
}]{{{10}}==N;
2s==\sixheterov[]{
5s==\tetramethylene{1==H$\bf_3$C;2==O}{3D==O;4==(yl)};
3s==\WedgeAsSubstX(0,0)(140,-80)[10];5s==\WedgeAsSubstX(0,0)(-168,-113)[10];
4s==\sixheterov[]{2==O;3==CH$\bf_3$}{1==(yl)}[acdef];
3s==\tetramethylenei{2==O;
4s==\sixheterov[bdf]{
2s==\trimethylene{2==O;3==CH$\bf_3$}{1==(yl)};
3s==\trimethylenei{2==O;3==CH$\bf_3$}{1==(yl)};
4s==\sixheterov[]{4==CH$\bf_3$;5==O}{6==(yl)}[abcf]
}{6==(yl)}[]}
{1==(yl);3D==O}
}
{1==(yl);1GA==H;3FA==H;4FA==;4GB==H;5Sd==\put(-20,-10){H};6FA==H}
[f]
}{9B==H}[]
\put(-1950,720){\rotatebox{-9}{
\Ltrigonal{0==O;1==;3==H$\bf_3$C}
}}