text with different reflection
Καλημέρα!
I 'm want to have a word (Παρατηρήσεις) like a reflection below of a math text. I want:
- each letter to be bellow of each symbol,
- all the math text in the same line,
- all the image could be rotated.
I tried this, but as you can see the reflections are not good.
documentclass{article}
usepackage[english,greek]{babel}
usepackage[utf8]{inputenc}
usepackage{tikz}
usetikzlibrary{fadings}
usepackage{rotating}
usepackage{amsmath, amsfonts}
newcommand{iu}{{imkern1mu}}
begin{document}
begin{tikzpicture}
defmytext{$prodlimits_{j=1}^{9} overrightarrow{alpha} rho_1 mathbb{A} T_{3}H_0 dfrac{varrho}{2} eta' sumlimits_{jinmathbb{N}} exists iu int_{0}^{1}$}
tikzset{mynode/.style={anchor=south,inner sep=0}}
node[mynode]{mytext};
node[scope fading=south,opacity=0.4,yscale=-1,mynode]{Παρατηρήσεις};
end{tikzpicture}
begin{turn}{180}
begin{tikzpicture}[rotate=90]
defmytext{$prodlimits_{j=1}^{9} overrightarrow{alpha} rho_1 mathbb{A} T_{3}H_0 dfrac{varrho}{2} eta' sumlimits_{jinmathbb{N}} exists iu int_{0}^{1}$}
tikzset{mynode/.style={anchor=south,inner sep=0}}
node[mynode]{mytext};
node[scope fading=south,opacity=0.4,yscale=-1,mynode]{Παρατηρήσεις};
end{tikzpicture}
end{turn}
end{document}
I also tried this, but the lines are not good.
documentclass{article}
usepackage[english,greek]{babel}
usepackage[utf8]{inputenc}
usepackage{tikz}
usetikzlibrary{fadings}
usepackage{rotating}
usepackage{amsmath, amsfonts}
newcommand{iu}{{imkern1mu}}
begin{document}
begin{tikzpicture}
defmytext{$prodlimits_{j=1}^{9} $}
tikzset{mynode/.style={anchor=south,inner sep=0}}
node[mynode]{mytext};
node[scope fading=south,opacity=0.4,yscale=-1,mynode]{Π};
end{tikzpicture}
% no empty line here
begin{tikzpicture}
defmytext{$overrightarrow{alpha} $}
tikzset{mynode/.style={anchor=south,inner sep=0}}
node[mynode]{mytext};
node[scope fading=south,opacity=0.4,yscale=-1,mynode]{α};
end{tikzpicture}
% no empty line here
begin{tikzpicture}
defmytext{$ rho_1 $}
tikzset{mynode/.style={anchor=south,inner sep=0}}
node[mynode]{mytext};
node[scope fading=south,opacity=0.4,yscale=-1,mynode]{ρ};
end{tikzpicture}
% no empty line here
begin{tikzpicture}
defmytext{$mathbb{A}$}
tikzset{mynode/.style={anchor=south,inner sep=0}}
node[mynode]{mytext};
node[scope fading=south,opacity=0.4,yscale=-1,mynode]{α};
end{tikzpicture}... ...
end{document}
Is any solution?
Ευχαριστώ εκ των προτέρων!
tikz-pgf reflection
add a comment |
Καλημέρα!
I 'm want to have a word (Παρατηρήσεις) like a reflection below of a math text. I want:
- each letter to be bellow of each symbol,
- all the math text in the same line,
- all the image could be rotated.
I tried this, but as you can see the reflections are not good.
documentclass{article}
usepackage[english,greek]{babel}
usepackage[utf8]{inputenc}
usepackage{tikz}
usetikzlibrary{fadings}
usepackage{rotating}
usepackage{amsmath, amsfonts}
newcommand{iu}{{imkern1mu}}
begin{document}
begin{tikzpicture}
defmytext{$prodlimits_{j=1}^{9} overrightarrow{alpha} rho_1 mathbb{A} T_{3}H_0 dfrac{varrho}{2} eta' sumlimits_{jinmathbb{N}} exists iu int_{0}^{1}$}
tikzset{mynode/.style={anchor=south,inner sep=0}}
node[mynode]{mytext};
node[scope fading=south,opacity=0.4,yscale=-1,mynode]{Παρατηρήσεις};
end{tikzpicture}
begin{turn}{180}
begin{tikzpicture}[rotate=90]
defmytext{$prodlimits_{j=1}^{9} overrightarrow{alpha} rho_1 mathbb{A} T_{3}H_0 dfrac{varrho}{2} eta' sumlimits_{jinmathbb{N}} exists iu int_{0}^{1}$}
tikzset{mynode/.style={anchor=south,inner sep=0}}
node[mynode]{mytext};
node[scope fading=south,opacity=0.4,yscale=-1,mynode]{Παρατηρήσεις};
end{tikzpicture}
end{turn}
end{document}
I also tried this, but the lines are not good.
documentclass{article}
usepackage[english,greek]{babel}
usepackage[utf8]{inputenc}
usepackage{tikz}
usetikzlibrary{fadings}
usepackage{rotating}
usepackage{amsmath, amsfonts}
newcommand{iu}{{imkern1mu}}
begin{document}
begin{tikzpicture}
defmytext{$prodlimits_{j=1}^{9} $}
tikzset{mynode/.style={anchor=south,inner sep=0}}
node[mynode]{mytext};
node[scope fading=south,opacity=0.4,yscale=-1,mynode]{Π};
end{tikzpicture}
% no empty line here
begin{tikzpicture}
defmytext{$overrightarrow{alpha} $}
tikzset{mynode/.style={anchor=south,inner sep=0}}
node[mynode]{mytext};
node[scope fading=south,opacity=0.4,yscale=-1,mynode]{α};
end{tikzpicture}
% no empty line here
begin{tikzpicture}
defmytext{$ rho_1 $}
tikzset{mynode/.style={anchor=south,inner sep=0}}
node[mynode]{mytext};
node[scope fading=south,opacity=0.4,yscale=-1,mynode]{ρ};
end{tikzpicture}
% no empty line here
begin{tikzpicture}
defmytext{$mathbb{A}$}
tikzset{mynode/.style={anchor=south,inner sep=0}}
node[mynode]{mytext};
node[scope fading=south,opacity=0.4,yscale=-1,mynode]{α};
end{tikzpicture}... ...
end{document}
Is any solution?
Ευχαριστώ εκ των προτέρων!
tikz-pgf reflection
(I have studied so much math that I can read the greek in-betweens) Kalimera! Do you want to mirror the letters individually like bd/pq or rotate the whole text?
– Huang_d
Dec 10 at 8:24
When you are saying "each letter to be below of each symbol", what precisely is a symbol? Isrho_1one symbol or two? Likewise isprodlimits_{j=1}^{9}one symbol or many?
– marmot
Dec 10 at 8:31
prodlimits_{j=1}^{9} = Π *** overrightarrow{alpha} = α *** rho_1 = ρ *** mathbb{A} = α *** T_{3} = Τ *** H_0 = η *** dfrac{varrho}{2} = ρ *** eta' = ή *** sumlimits_{jinmathbb{N}} = σ *** exists = ε *** iu =ι *** int_{0}^{1} = ς
– Kώστας Κούδας
Dec 10 at 10:47
Thank's for your answer!!!
– Kώστας Κούδας
Dec 10 at 10:51
add a comment |
Καλημέρα!
I 'm want to have a word (Παρατηρήσεις) like a reflection below of a math text. I want:
- each letter to be bellow of each symbol,
- all the math text in the same line,
- all the image could be rotated.
I tried this, but as you can see the reflections are not good.
documentclass{article}
usepackage[english,greek]{babel}
usepackage[utf8]{inputenc}
usepackage{tikz}
usetikzlibrary{fadings}
usepackage{rotating}
usepackage{amsmath, amsfonts}
newcommand{iu}{{imkern1mu}}
begin{document}
begin{tikzpicture}
defmytext{$prodlimits_{j=1}^{9} overrightarrow{alpha} rho_1 mathbb{A} T_{3}H_0 dfrac{varrho}{2} eta' sumlimits_{jinmathbb{N}} exists iu int_{0}^{1}$}
tikzset{mynode/.style={anchor=south,inner sep=0}}
node[mynode]{mytext};
node[scope fading=south,opacity=0.4,yscale=-1,mynode]{Παρατηρήσεις};
end{tikzpicture}
begin{turn}{180}
begin{tikzpicture}[rotate=90]
defmytext{$prodlimits_{j=1}^{9} overrightarrow{alpha} rho_1 mathbb{A} T_{3}H_0 dfrac{varrho}{2} eta' sumlimits_{jinmathbb{N}} exists iu int_{0}^{1}$}
tikzset{mynode/.style={anchor=south,inner sep=0}}
node[mynode]{mytext};
node[scope fading=south,opacity=0.4,yscale=-1,mynode]{Παρατηρήσεις};
end{tikzpicture}
end{turn}
end{document}
I also tried this, but the lines are not good.
documentclass{article}
usepackage[english,greek]{babel}
usepackage[utf8]{inputenc}
usepackage{tikz}
usetikzlibrary{fadings}
usepackage{rotating}
usepackage{amsmath, amsfonts}
newcommand{iu}{{imkern1mu}}
begin{document}
begin{tikzpicture}
defmytext{$prodlimits_{j=1}^{9} $}
tikzset{mynode/.style={anchor=south,inner sep=0}}
node[mynode]{mytext};
node[scope fading=south,opacity=0.4,yscale=-1,mynode]{Π};
end{tikzpicture}
% no empty line here
begin{tikzpicture}
defmytext{$overrightarrow{alpha} $}
tikzset{mynode/.style={anchor=south,inner sep=0}}
node[mynode]{mytext};
node[scope fading=south,opacity=0.4,yscale=-1,mynode]{α};
end{tikzpicture}
% no empty line here
begin{tikzpicture}
defmytext{$ rho_1 $}
tikzset{mynode/.style={anchor=south,inner sep=0}}
node[mynode]{mytext};
node[scope fading=south,opacity=0.4,yscale=-1,mynode]{ρ};
end{tikzpicture}
% no empty line here
begin{tikzpicture}
defmytext{$mathbb{A}$}
tikzset{mynode/.style={anchor=south,inner sep=0}}
node[mynode]{mytext};
node[scope fading=south,opacity=0.4,yscale=-1,mynode]{α};
end{tikzpicture}... ...
end{document}
Is any solution?
Ευχαριστώ εκ των προτέρων!
tikz-pgf reflection
Καλημέρα!
I 'm want to have a word (Παρατηρήσεις) like a reflection below of a math text. I want:
- each letter to be bellow of each symbol,
- all the math text in the same line,
- all the image could be rotated.
I tried this, but as you can see the reflections are not good.
documentclass{article}
usepackage[english,greek]{babel}
usepackage[utf8]{inputenc}
usepackage{tikz}
usetikzlibrary{fadings}
usepackage{rotating}
usepackage{amsmath, amsfonts}
newcommand{iu}{{imkern1mu}}
begin{document}
begin{tikzpicture}
defmytext{$prodlimits_{j=1}^{9} overrightarrow{alpha} rho_1 mathbb{A} T_{3}H_0 dfrac{varrho}{2} eta' sumlimits_{jinmathbb{N}} exists iu int_{0}^{1}$}
tikzset{mynode/.style={anchor=south,inner sep=0}}
node[mynode]{mytext};
node[scope fading=south,opacity=0.4,yscale=-1,mynode]{Παρατηρήσεις};
end{tikzpicture}
begin{turn}{180}
begin{tikzpicture}[rotate=90]
defmytext{$prodlimits_{j=1}^{9} overrightarrow{alpha} rho_1 mathbb{A} T_{3}H_0 dfrac{varrho}{2} eta' sumlimits_{jinmathbb{N}} exists iu int_{0}^{1}$}
tikzset{mynode/.style={anchor=south,inner sep=0}}
node[mynode]{mytext};
node[scope fading=south,opacity=0.4,yscale=-1,mynode]{Παρατηρήσεις};
end{tikzpicture}
end{turn}
end{document}
I also tried this, but the lines are not good.
documentclass{article}
usepackage[english,greek]{babel}
usepackage[utf8]{inputenc}
usepackage{tikz}
usetikzlibrary{fadings}
usepackage{rotating}
usepackage{amsmath, amsfonts}
newcommand{iu}{{imkern1mu}}
begin{document}
begin{tikzpicture}
defmytext{$prodlimits_{j=1}^{9} $}
tikzset{mynode/.style={anchor=south,inner sep=0}}
node[mynode]{mytext};
node[scope fading=south,opacity=0.4,yscale=-1,mynode]{Π};
end{tikzpicture}
% no empty line here
begin{tikzpicture}
defmytext{$overrightarrow{alpha} $}
tikzset{mynode/.style={anchor=south,inner sep=0}}
node[mynode]{mytext};
node[scope fading=south,opacity=0.4,yscale=-1,mynode]{α};
end{tikzpicture}
% no empty line here
begin{tikzpicture}
defmytext{$ rho_1 $}
tikzset{mynode/.style={anchor=south,inner sep=0}}
node[mynode]{mytext};
node[scope fading=south,opacity=0.4,yscale=-1,mynode]{ρ};
end{tikzpicture}
% no empty line here
begin{tikzpicture}
defmytext{$mathbb{A}$}
tikzset{mynode/.style={anchor=south,inner sep=0}}
node[mynode]{mytext};
node[scope fading=south,opacity=0.4,yscale=-1,mynode]{α};
end{tikzpicture}... ...
end{document}
Is any solution?
Ευχαριστώ εκ των προτέρων!
tikz-pgf reflection
tikz-pgf reflection
asked Dec 10 at 8:11
Kώστας Κούδας
1037
1037
(I have studied so much math that I can read the greek in-betweens) Kalimera! Do you want to mirror the letters individually like bd/pq or rotate the whole text?
– Huang_d
Dec 10 at 8:24
When you are saying "each letter to be below of each symbol", what precisely is a symbol? Isrho_1one symbol or two? Likewise isprodlimits_{j=1}^{9}one symbol or many?
– marmot
Dec 10 at 8:31
prodlimits_{j=1}^{9} = Π *** overrightarrow{alpha} = α *** rho_1 = ρ *** mathbb{A} = α *** T_{3} = Τ *** H_0 = η *** dfrac{varrho}{2} = ρ *** eta' = ή *** sumlimits_{jinmathbb{N}} = σ *** exists = ε *** iu =ι *** int_{0}^{1} = ς
– Kώστας Κούδας
Dec 10 at 10:47
Thank's for your answer!!!
– Kώστας Κούδας
Dec 10 at 10:51
add a comment |
(I have studied so much math that I can read the greek in-betweens) Kalimera! Do you want to mirror the letters individually like bd/pq or rotate the whole text?
– Huang_d
Dec 10 at 8:24
When you are saying "each letter to be below of each symbol", what precisely is a symbol? Isrho_1one symbol or two? Likewise isprodlimits_{j=1}^{9}one symbol or many?
– marmot
Dec 10 at 8:31
prodlimits_{j=1}^{9} = Π *** overrightarrow{alpha} = α *** rho_1 = ρ *** mathbb{A} = α *** T_{3} = Τ *** H_0 = η *** dfrac{varrho}{2} = ρ *** eta' = ή *** sumlimits_{jinmathbb{N}} = σ *** exists = ε *** iu =ι *** int_{0}^{1} = ς
– Kώστας Κούδας
Dec 10 at 10:47
Thank's for your answer!!!
– Kώστας Κούδας
Dec 10 at 10:51
(I have studied so much math that I can read the greek in-betweens) Kalimera! Do you want to mirror the letters individually like bd/pq or rotate the whole text?
– Huang_d
Dec 10 at 8:24
(I have studied so much math that I can read the greek in-betweens) Kalimera! Do you want to mirror the letters individually like bd/pq or rotate the whole text?
– Huang_d
Dec 10 at 8:24
When you are saying "each letter to be below of each symbol", what precisely is a symbol? Is
rho_1 one symbol or two? Likewise is prodlimits_{j=1}^{9} one symbol or many?– marmot
Dec 10 at 8:31
When you are saying "each letter to be below of each symbol", what precisely is a symbol? Is
rho_1 one symbol or two? Likewise is prodlimits_{j=1}^{9} one symbol or many?– marmot
Dec 10 at 8:31
prodlimits_{j=1}^{9} = Π *** overrightarrow{alpha} = α *** rho_1 = ρ *** mathbb{A} = α *** T_{3} = Τ *** H_0 = η *** dfrac{varrho}{2} = ρ *** eta' = ή *** sumlimits_{jinmathbb{N}} = σ *** exists = ε *** iu =ι *** int_{0}^{1} = ς
– Kώστας Κούδας
Dec 10 at 10:47
prodlimits_{j=1}^{9} = Π *** overrightarrow{alpha} = α *** rho_1 = ρ *** mathbb{A} = α *** T_{3} = Τ *** H_0 = η *** dfrac{varrho}{2} = ρ *** eta' = ή *** sumlimits_{jinmathbb{N}} = σ *** exists = ε *** iu =ι *** int_{0}^{1} = ς
– Kώστας Κούδας
Dec 10 at 10:47
Thank's for your answer!!!
– Kώστας Κούδας
Dec 10 at 10:51
Thank's for your answer!!!
– Kώστας Κούδας
Dec 10 at 10:51
add a comment |
1 Answer
1
active
oldest
votes
This may not yet be the answer you are hoping for, but perhaps a first step towards such an answer. First of all, my editor does not deal with the Greek letters. So I produced them in the LaTeX way. (Of course, I could switch to another editor, but this would mean to exclude everyone whose editor has the same problem from being able to copy this answer, something I do not want to do.) Then I guess one has to decompose the formula into atoms. (I do not know if one can do that with decorations.text.) And then a loop over the atoms allows one to attach the mirrors.
documentclass{article}
usepackage{amsmath, amsfonts}
newcommand{iu}{{imkern1mu}}
usepackage{tikz}
usetikzlibrary{tikzmark,fit,fadings}
deflstMirrors{{"Pi","alpha","rho","alpha","eta","rho","eta","sigma","varepsilon","iota","zeta","zeta"}}
begin{document}
[tikzmarknode{1}{prodlimits_{j=1}^{9}}
tikzmarknode{2}{overrightarrow{alpha}}
tikzmarknode{3}{rho_1}
tikzmarknode{4}{mathbb{A}}
tikzmarknode{5}{T_{3}}
tikzmarknode{6}{H_0}
tikzmarknode{7}{dfrac{varrho}{2}}
tikzmarknode{8}{eta'}
tikzmarknode{9}{sumlimits_{jinmathbb{N}}}
tikzmarknode{10}{exists}
tikzmarknode{11}{iu}
tikzmarknode{12}{int_{0}^{1}}]
begin{tikzpicture}[overlay,remember picture]
foreach X in {1,...,12}
{ifnumX=1
xdeflstFit{(X)}
else
xdeflstFit{lstFit(X)}
fi}
node[fit=lstFit](fit){};
foreach X [evaluate=X as Y using {int(X-1)}]in {1,...,12}
{pgfmathsetmacro{tmp}{lstMirrors[Y]}
node[scope fading=south,opacity=0.4,yscale=-1,anchor=south] at
(X.south |- fit.south) {ensuremath{tmp}}; }
end{tikzpicture}
end{document}

Can one rotate this? Yes, e.g. by packing it into a savebox. I hesitate to put too much effort in this preliminary answer because you may find it unacceptable to use an editor that cannot deal with Greek characters. However, if you are OK with that and give me further feedback on the features you want to have, I will be happy to expand this answer.
1
Thank's a lot!!! That's all I wanted! I only fix the 5th letter witch is "τ", and the final, witch is "ς".
– Kώστας Κούδας
Dec 11 at 7:18
add a comment |
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1 Answer
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1 Answer
1
active
oldest
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active
oldest
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active
oldest
votes
This may not yet be the answer you are hoping for, but perhaps a first step towards such an answer. First of all, my editor does not deal with the Greek letters. So I produced them in the LaTeX way. (Of course, I could switch to another editor, but this would mean to exclude everyone whose editor has the same problem from being able to copy this answer, something I do not want to do.) Then I guess one has to decompose the formula into atoms. (I do not know if one can do that with decorations.text.) And then a loop over the atoms allows one to attach the mirrors.
documentclass{article}
usepackage{amsmath, amsfonts}
newcommand{iu}{{imkern1mu}}
usepackage{tikz}
usetikzlibrary{tikzmark,fit,fadings}
deflstMirrors{{"Pi","alpha","rho","alpha","eta","rho","eta","sigma","varepsilon","iota","zeta","zeta"}}
begin{document}
[tikzmarknode{1}{prodlimits_{j=1}^{9}}
tikzmarknode{2}{overrightarrow{alpha}}
tikzmarknode{3}{rho_1}
tikzmarknode{4}{mathbb{A}}
tikzmarknode{5}{T_{3}}
tikzmarknode{6}{H_0}
tikzmarknode{7}{dfrac{varrho}{2}}
tikzmarknode{8}{eta'}
tikzmarknode{9}{sumlimits_{jinmathbb{N}}}
tikzmarknode{10}{exists}
tikzmarknode{11}{iu}
tikzmarknode{12}{int_{0}^{1}}]
begin{tikzpicture}[overlay,remember picture]
foreach X in {1,...,12}
{ifnumX=1
xdeflstFit{(X)}
else
xdeflstFit{lstFit(X)}
fi}
node[fit=lstFit](fit){};
foreach X [evaluate=X as Y using {int(X-1)}]in {1,...,12}
{pgfmathsetmacro{tmp}{lstMirrors[Y]}
node[scope fading=south,opacity=0.4,yscale=-1,anchor=south] at
(X.south |- fit.south) {ensuremath{tmp}}; }
end{tikzpicture}
end{document}

Can one rotate this? Yes, e.g. by packing it into a savebox. I hesitate to put too much effort in this preliminary answer because you may find it unacceptable to use an editor that cannot deal with Greek characters. However, if you are OK with that and give me further feedback on the features you want to have, I will be happy to expand this answer.
1
Thank's a lot!!! That's all I wanted! I only fix the 5th letter witch is "τ", and the final, witch is "ς".
– Kώστας Κούδας
Dec 11 at 7:18
add a comment |
This may not yet be the answer you are hoping for, but perhaps a first step towards such an answer. First of all, my editor does not deal with the Greek letters. So I produced them in the LaTeX way. (Of course, I could switch to another editor, but this would mean to exclude everyone whose editor has the same problem from being able to copy this answer, something I do not want to do.) Then I guess one has to decompose the formula into atoms. (I do not know if one can do that with decorations.text.) And then a loop over the atoms allows one to attach the mirrors.
documentclass{article}
usepackage{amsmath, amsfonts}
newcommand{iu}{{imkern1mu}}
usepackage{tikz}
usetikzlibrary{tikzmark,fit,fadings}
deflstMirrors{{"Pi","alpha","rho","alpha","eta","rho","eta","sigma","varepsilon","iota","zeta","zeta"}}
begin{document}
[tikzmarknode{1}{prodlimits_{j=1}^{9}}
tikzmarknode{2}{overrightarrow{alpha}}
tikzmarknode{3}{rho_1}
tikzmarknode{4}{mathbb{A}}
tikzmarknode{5}{T_{3}}
tikzmarknode{6}{H_0}
tikzmarknode{7}{dfrac{varrho}{2}}
tikzmarknode{8}{eta'}
tikzmarknode{9}{sumlimits_{jinmathbb{N}}}
tikzmarknode{10}{exists}
tikzmarknode{11}{iu}
tikzmarknode{12}{int_{0}^{1}}]
begin{tikzpicture}[overlay,remember picture]
foreach X in {1,...,12}
{ifnumX=1
xdeflstFit{(X)}
else
xdeflstFit{lstFit(X)}
fi}
node[fit=lstFit](fit){};
foreach X [evaluate=X as Y using {int(X-1)}]in {1,...,12}
{pgfmathsetmacro{tmp}{lstMirrors[Y]}
node[scope fading=south,opacity=0.4,yscale=-1,anchor=south] at
(X.south |- fit.south) {ensuremath{tmp}}; }
end{tikzpicture}
end{document}

Can one rotate this? Yes, e.g. by packing it into a savebox. I hesitate to put too much effort in this preliminary answer because you may find it unacceptable to use an editor that cannot deal with Greek characters. However, if you are OK with that and give me further feedback on the features you want to have, I will be happy to expand this answer.
1
Thank's a lot!!! That's all I wanted! I only fix the 5th letter witch is "τ", and the final, witch is "ς".
– Kώστας Κούδας
Dec 11 at 7:18
add a comment |
This may not yet be the answer you are hoping for, but perhaps a first step towards such an answer. First of all, my editor does not deal with the Greek letters. So I produced them in the LaTeX way. (Of course, I could switch to another editor, but this would mean to exclude everyone whose editor has the same problem from being able to copy this answer, something I do not want to do.) Then I guess one has to decompose the formula into atoms. (I do not know if one can do that with decorations.text.) And then a loop over the atoms allows one to attach the mirrors.
documentclass{article}
usepackage{amsmath, amsfonts}
newcommand{iu}{{imkern1mu}}
usepackage{tikz}
usetikzlibrary{tikzmark,fit,fadings}
deflstMirrors{{"Pi","alpha","rho","alpha","eta","rho","eta","sigma","varepsilon","iota","zeta","zeta"}}
begin{document}
[tikzmarknode{1}{prodlimits_{j=1}^{9}}
tikzmarknode{2}{overrightarrow{alpha}}
tikzmarknode{3}{rho_1}
tikzmarknode{4}{mathbb{A}}
tikzmarknode{5}{T_{3}}
tikzmarknode{6}{H_0}
tikzmarknode{7}{dfrac{varrho}{2}}
tikzmarknode{8}{eta'}
tikzmarknode{9}{sumlimits_{jinmathbb{N}}}
tikzmarknode{10}{exists}
tikzmarknode{11}{iu}
tikzmarknode{12}{int_{0}^{1}}]
begin{tikzpicture}[overlay,remember picture]
foreach X in {1,...,12}
{ifnumX=1
xdeflstFit{(X)}
else
xdeflstFit{lstFit(X)}
fi}
node[fit=lstFit](fit){};
foreach X [evaluate=X as Y using {int(X-1)}]in {1,...,12}
{pgfmathsetmacro{tmp}{lstMirrors[Y]}
node[scope fading=south,opacity=0.4,yscale=-1,anchor=south] at
(X.south |- fit.south) {ensuremath{tmp}}; }
end{tikzpicture}
end{document}

Can one rotate this? Yes, e.g. by packing it into a savebox. I hesitate to put too much effort in this preliminary answer because you may find it unacceptable to use an editor that cannot deal with Greek characters. However, if you are OK with that and give me further feedback on the features you want to have, I will be happy to expand this answer.
This may not yet be the answer you are hoping for, but perhaps a first step towards such an answer. First of all, my editor does not deal with the Greek letters. So I produced them in the LaTeX way. (Of course, I could switch to another editor, but this would mean to exclude everyone whose editor has the same problem from being able to copy this answer, something I do not want to do.) Then I guess one has to decompose the formula into atoms. (I do not know if one can do that with decorations.text.) And then a loop over the atoms allows one to attach the mirrors.
documentclass{article}
usepackage{amsmath, amsfonts}
newcommand{iu}{{imkern1mu}}
usepackage{tikz}
usetikzlibrary{tikzmark,fit,fadings}
deflstMirrors{{"Pi","alpha","rho","alpha","eta","rho","eta","sigma","varepsilon","iota","zeta","zeta"}}
begin{document}
[tikzmarknode{1}{prodlimits_{j=1}^{9}}
tikzmarknode{2}{overrightarrow{alpha}}
tikzmarknode{3}{rho_1}
tikzmarknode{4}{mathbb{A}}
tikzmarknode{5}{T_{3}}
tikzmarknode{6}{H_0}
tikzmarknode{7}{dfrac{varrho}{2}}
tikzmarknode{8}{eta'}
tikzmarknode{9}{sumlimits_{jinmathbb{N}}}
tikzmarknode{10}{exists}
tikzmarknode{11}{iu}
tikzmarknode{12}{int_{0}^{1}}]
begin{tikzpicture}[overlay,remember picture]
foreach X in {1,...,12}
{ifnumX=1
xdeflstFit{(X)}
else
xdeflstFit{lstFit(X)}
fi}
node[fit=lstFit](fit){};
foreach X [evaluate=X as Y using {int(X-1)}]in {1,...,12}
{pgfmathsetmacro{tmp}{lstMirrors[Y]}
node[scope fading=south,opacity=0.4,yscale=-1,anchor=south] at
(X.south |- fit.south) {ensuremath{tmp}}; }
end{tikzpicture}
end{document}

Can one rotate this? Yes, e.g. by packing it into a savebox. I hesitate to put too much effort in this preliminary answer because you may find it unacceptable to use an editor that cannot deal with Greek characters. However, if you are OK with that and give me further feedback on the features you want to have, I will be happy to expand this answer.
answered Dec 10 at 11:20
marmot
86.8k499185
86.8k499185
1
Thank's a lot!!! That's all I wanted! I only fix the 5th letter witch is "τ", and the final, witch is "ς".
– Kώστας Κούδας
Dec 11 at 7:18
add a comment |
1
Thank's a lot!!! That's all I wanted! I only fix the 5th letter witch is "τ", and the final, witch is "ς".
– Kώστας Κούδας
Dec 11 at 7:18
1
1
Thank's a lot!!! That's all I wanted! I only fix the 5th letter witch is "τ", and the final, witch is "ς".
– Kώστας Κούδας
Dec 11 at 7:18
Thank's a lot!!! That's all I wanted! I only fix the 5th letter witch is "τ", and the final, witch is "ς".
– Kώστας Κούδας
Dec 11 at 7:18
add a comment |
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(I have studied so much math that I can read the greek in-betweens) Kalimera! Do you want to mirror the letters individually like bd/pq or rotate the whole text?
– Huang_d
Dec 10 at 8:24
When you are saying "each letter to be below of each symbol", what precisely is a symbol? Is
rho_1one symbol or two? Likewise isprodlimits_{j=1}^{9}one symbol or many?– marmot
Dec 10 at 8:31
prodlimits_{j=1}^{9} = Π *** overrightarrow{alpha} = α *** rho_1 = ρ *** mathbb{A} = α *** T_{3} = Τ *** H_0 = η *** dfrac{varrho}{2} = ρ *** eta' = ή *** sumlimits_{jinmathbb{N}} = σ *** exists = ε *** iu =ι *** int_{0}^{1} = ς
– Kώστας Κούδας
Dec 10 at 10:47
Thank's for your answer!!!
– Kώστας Κούδας
Dec 10 at 10:51