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How to write dots in circle in equations
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I do not know if I can write this kinds things in equations in latex.
equations
asked 3 hours ago
thone
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I do not know if I can write this kinds things in equations in latex.
equations
asked 3 hours ago
thone
1161
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thone is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
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2
Welcome to TeX.SX! Using tikz, for example, it is possible to do things like this. Can you post a minimal working example to show what you have tried? People are more likely to help if you can given them something to work from -- at a minimum supplying your equations without the circled dots would be a good start.
– Andrew
2 hours ago
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up vote
3
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up vote
3
down vote
favorite
I do not know if I can write this kinds things in equations in latex.
equations
asked 3 hours ago
thone
1161
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thone is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
I do not know if I can write this kinds things in equations in latex.
equations
equations
asked 3 hours ago
thone
1161
New contributor
thone is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
asked 3 hours ago
thone
1161
New contributor
thone is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
asked 3 hours ago
thone
1161
New contributor
thone is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
asked 3 hours ago
thone
1161
asked 3 hours ago
thone
1161
1161
New contributor
thone is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
New contributor
thone is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
thone is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
2
Welcome to TeX.SX! Using tikz, for example, it is possible to do things like this. Can you post a minimal working example to show what you have tried? People are more likely to help if you can given them something to work from -- at a minimum supplying your equations without the circled dots would be a good start.
– Andrew
2 hours ago
add a comment |Â
2
Welcome to TeX.SX! Using tikz, for example, it is possible to do things like this. Can you post a minimal working example to show what you have tried? People are more likely to help if you can given them something to work from -- at a minimum supplying your equations without the circled dots would be a good start.
– Andrew
2 hours ago
2
2
Welcome to TeX.SX! Using tikz, for example, it is possible to do things like this. Can you post a minimal working example to show what you have tried? People are more likely to help if you can given them something to work from -- at a minimum supplying your equations without the circled dots would be a good start.
– Andrew
2 hours ago
Welcome to TeX.SX! Using tikz, for example, it is possible to do things like this. Can you post a minimal working example to show what you have tried? People are more likely to help if you can given them something to work from -- at a minimum supplying your equations without the circled dots would be a good start.
– Andrew
2 hours ago
add a comment |Â
2 Answers
2
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up vote
3
down vote
The coefficients remind me of Bell polynomials. The following solution is far from perfect, but it’s a start.
documentclassarticle
usepackageamsmath
usepackagetikz
newcommandxone%
tikzfill (0pt,0pt) circle (1pt);%
newcommandxtwo%
tikzfill (0pt,0pt) circle (1pt);
fill (6pt,0pt) circle (1pt);
draw[densely dotted] (3pt,0pt) ellipse (5pt and 3pt);%
newcommandxthree%
tikzfill (0pt,0pt) circle (1pt);
fill (6pt,0pt) circle (1pt);
fill (3pt,5pt) circle (1pt);
draw[densely dotted,rounded corners] (-4pt,-3pt) -- (10pt,-3pt) -- (3pt,10pt) -- cycle;%
newcommandxfour%
tikzfill (0pt,0pt) circle (1pt);
fill (6pt,0pt) circle (1pt);
fill (0pt,6pt) circle (1pt);
fill (6pt,6pt) circle (1pt);
draw[densely dotted,rounded corners] (-3pt,-3pt) -- (9pt,-3pt) -- (9pt,9pt) -- (-3pt,9pt) -- cycle;%
begindocument
beginalignat*4
langle x rangle & = vcenterhboxxone \
langle x^2rangle & = vcenterhboxxtwo
&& + , vcenterhboxxonehspace4ptxone \
langle x^3rangle & = vcenterhboxxthree
&& + 3 , vcenterhbox$begintabular@c@xone\[-4pt]xtwoendtabular$
&& + vcenterhbox$begintabular@c@xone\[-6pt]xonehspace4ptxoneendtabular$ \
langle x^4rangle & = vcenterhboxxfour
&& + 4 , vcenterhboxxthreevcenterhboxxone
&& + 3 , vcenterhbox$begintabular@c@xtwo\[-5pt]xtwoendtabular$
+ 6 , vcenterhbox$begintabular@c@xonehspace4ptxone\[-3pt]xtwoendtabular$
+ , vcenterhbox$begintabular@c@xonehspace4ptxone\[-6pt]xonehspace4ptxoneendtabular$
endalignat*
enddocument
answered 1 hour ago
Ruixi Zhang
3,616217
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up vote
2
down vote
Very similar to Ruixi Zhang's nice answer except that I use fit to draw the dashed contours. This spares you from entering too many explicit coordinates.
documentclassarticle
usepackageamsmath,mathtools,braket
usepackagetikz
usetikzlibraryfit,shapes.geometric,positioning
tikzsetbullet/.style=circle,fill,inner sep=0pt,outer sep=0pt,minimum
size=4pt,node contents=,elli/.style=ellipse,draw,densely dashed,node
contents=,inner sep=1pt
begindocument
beginalign*
Braketx&~=~vcenterhboxtikznode[bullet];\
Braketx^2&~=~vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
node[elli,fit=(b1)(b2)];+vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];\
Braketx^3&~=~vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
path (b1) -- (b2) node(b3)[bullet,midway,above=1mm+2pt];
node[fit=(b1)(b2)(b3),inner ysep=1pt](f);
draw[densely dashed] (f.south west) --(f.south east) -- ([yshift=2pt]f.north) -- cycle;
+3vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
path (b1) -- (b2) node(b3)[bullet,midway,above=1mm+2pt];
node[elli,fit=(b1)(b2)];+vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
path (b1) -- (b2) node(b3)[bullet,midway,above=1mm+2pt];\
Braketx^4&~=~vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
node(b3)[above=1mm of b1,bullet];
node(b4)[above=1mm of b2,bullet];
node[draw,densely dashed,rounded corners,fit=(b1)(b2)(b3)(b4)];+4
vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
path (b1) -- (b2) node(b3)[bullet,midway,above=1mm+2pt];
node(b4)[above right=1.5mm of b2,bullet];
node[fit=(b1)(b2)(b3),inner ysep=1pt](f);
draw[densely dashed] (f.south west) --(f.south east) -- ([yshift=2pt]f.north) -- cycle;
+3vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
node(b3)[above=2mm of b1,bullet];
node(b4)[above=2mm of b2,bullet];
node[elli,fit=(b1)(b2)];
node[elli,fit=(b3)(b4)];
+6vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
node(b3)[above=2mm of b1,bullet];
node(b4)[above=2mm of b2,bullet];
node[elli,fit=(b1)(b2)];
+vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
node(b3)[above=1mm of b1,bullet];
node(b4)[above=1mm of b2,bullet];
endalign*
enddocument
answered 1 hour ago
marmot
58.7k463126
add a comment |Â
2 Answers
2
active
oldest
votes
2 Answers
2
active
oldest
votes
active
oldest
votes
active
oldest
votes
up vote
3
down vote
The coefficients remind me of Bell polynomials. The following solution is far from perfect, but it’s a start.
documentclassarticle
usepackageamsmath
usepackagetikz
newcommandxone%
tikzfill (0pt,0pt) circle (1pt);%
newcommandxtwo%
tikzfill (0pt,0pt) circle (1pt);
fill (6pt,0pt) circle (1pt);
draw[densely dotted] (3pt,0pt) ellipse (5pt and 3pt);%
newcommandxthree%
tikzfill (0pt,0pt) circle (1pt);
fill (6pt,0pt) circle (1pt);
fill (3pt,5pt) circle (1pt);
draw[densely dotted,rounded corners] (-4pt,-3pt) -- (10pt,-3pt) -- (3pt,10pt) -- cycle;%
newcommandxfour%
tikzfill (0pt,0pt) circle (1pt);
fill (6pt,0pt) circle (1pt);
fill (0pt,6pt) circle (1pt);
fill (6pt,6pt) circle (1pt);
draw[densely dotted,rounded corners] (-3pt,-3pt) -- (9pt,-3pt) -- (9pt,9pt) -- (-3pt,9pt) -- cycle;%
begindocument
beginalignat*4
langle x rangle & = vcenterhboxxone \
langle x^2rangle & = vcenterhboxxtwo
&& + , vcenterhboxxonehspace4ptxone \
langle x^3rangle & = vcenterhboxxthree
&& + 3 , vcenterhbox$begintabular@c@xone\[-4pt]xtwoendtabular$
&& + vcenterhbox$begintabular@c@xone\[-6pt]xonehspace4ptxoneendtabular$ \
langle x^4rangle & = vcenterhboxxfour
&& + 4 , vcenterhboxxthreevcenterhboxxone
&& + 3 , vcenterhbox$begintabular@c@xtwo\[-5pt]xtwoendtabular$
+ 6 , vcenterhbox$begintabular@c@xonehspace4ptxone\[-3pt]xtwoendtabular$
+ , vcenterhbox$begintabular@c@xonehspace4ptxone\[-6pt]xonehspace4ptxoneendtabular$
endalignat*
enddocument
answered 1 hour ago
Ruixi Zhang
3,616217
add a comment |Â
up vote
3
down vote
The coefficients remind me of Bell polynomials. The following solution is far from perfect, but it’s a start.
documentclassarticle
usepackageamsmath
usepackagetikz
newcommandxone%
tikzfill (0pt,0pt) circle (1pt);%
newcommandxtwo%
tikzfill (0pt,0pt) circle (1pt);
fill (6pt,0pt) circle (1pt);
draw[densely dotted] (3pt,0pt) ellipse (5pt and 3pt);%
newcommandxthree%
tikzfill (0pt,0pt) circle (1pt);
fill (6pt,0pt) circle (1pt);
fill (3pt,5pt) circle (1pt);
draw[densely dotted,rounded corners] (-4pt,-3pt) -- (10pt,-3pt) -- (3pt,10pt) -- cycle;%
newcommandxfour%
tikzfill (0pt,0pt) circle (1pt);
fill (6pt,0pt) circle (1pt);
fill (0pt,6pt) circle (1pt);
fill (6pt,6pt) circle (1pt);
draw[densely dotted,rounded corners] (-3pt,-3pt) -- (9pt,-3pt) -- (9pt,9pt) -- (-3pt,9pt) -- cycle;%
begindocument
beginalignat*4
langle x rangle & = vcenterhboxxone \
langle x^2rangle & = vcenterhboxxtwo
&& + , vcenterhboxxonehspace4ptxone \
langle x^3rangle & = vcenterhboxxthree
&& + 3 , vcenterhbox$begintabular@c@xone\[-4pt]xtwoendtabular$
&& + vcenterhbox$begintabular@c@xone\[-6pt]xonehspace4ptxoneendtabular$ \
langle x^4rangle & = vcenterhboxxfour
&& + 4 , vcenterhboxxthreevcenterhboxxone
&& + 3 , vcenterhbox$begintabular@c@xtwo\[-5pt]xtwoendtabular$
+ 6 , vcenterhbox$begintabular@c@xonehspace4ptxone\[-3pt]xtwoendtabular$
+ , vcenterhbox$begintabular@c@xonehspace4ptxone\[-6pt]xonehspace4ptxoneendtabular$
endalignat*
enddocument
answered 1 hour ago
Ruixi Zhang
3,616217
add a comment |Â
up vote
3
down vote
up vote
3
down vote
The coefficients remind me of Bell polynomials. The following solution is far from perfect, but it’s a start.
documentclassarticle
usepackageamsmath
usepackagetikz
newcommandxone%
tikzfill (0pt,0pt) circle (1pt);%
newcommandxtwo%
tikzfill (0pt,0pt) circle (1pt);
fill (6pt,0pt) circle (1pt);
draw[densely dotted] (3pt,0pt) ellipse (5pt and 3pt);%
newcommandxthree%
tikzfill (0pt,0pt) circle (1pt);
fill (6pt,0pt) circle (1pt);
fill (3pt,5pt) circle (1pt);
draw[densely dotted,rounded corners] (-4pt,-3pt) -- (10pt,-3pt) -- (3pt,10pt) -- cycle;%
newcommandxfour%
tikzfill (0pt,0pt) circle (1pt);
fill (6pt,0pt) circle (1pt);
fill (0pt,6pt) circle (1pt);
fill (6pt,6pt) circle (1pt);
draw[densely dotted,rounded corners] (-3pt,-3pt) -- (9pt,-3pt) -- (9pt,9pt) -- (-3pt,9pt) -- cycle;%
begindocument
beginalignat*4
langle x rangle & = vcenterhboxxone \
langle x^2rangle & = vcenterhboxxtwo
&& + , vcenterhboxxonehspace4ptxone \
langle x^3rangle & = vcenterhboxxthree
&& + 3 , vcenterhbox$begintabular@c@xone\[-4pt]xtwoendtabular$
&& + vcenterhbox$begintabular@c@xone\[-6pt]xonehspace4ptxoneendtabular$ \
langle x^4rangle & = vcenterhboxxfour
&& + 4 , vcenterhboxxthreevcenterhboxxone
&& + 3 , vcenterhbox$begintabular@c@xtwo\[-5pt]xtwoendtabular$
+ 6 , vcenterhbox$begintabular@c@xonehspace4ptxone\[-3pt]xtwoendtabular$
+ , vcenterhbox$begintabular@c@xonehspace4ptxone\[-6pt]xonehspace4ptxoneendtabular$
endalignat*
enddocument
answered 1 hour ago
Ruixi Zhang
3,616217
The coefficients remind me of Bell polynomials. The following solution is far from perfect, but it’s a start.
documentclassarticle
usepackageamsmath
usepackagetikz
newcommandxone%
tikzfill (0pt,0pt) circle (1pt);%
newcommandxtwo%
tikzfill (0pt,0pt) circle (1pt);
fill (6pt,0pt) circle (1pt);
draw[densely dotted] (3pt,0pt) ellipse (5pt and 3pt);%
newcommandxthree%
tikzfill (0pt,0pt) circle (1pt);
fill (6pt,0pt) circle (1pt);
fill (3pt,5pt) circle (1pt);
draw[densely dotted,rounded corners] (-4pt,-3pt) -- (10pt,-3pt) -- (3pt,10pt) -- cycle;%
newcommandxfour%
tikzfill (0pt,0pt) circle (1pt);
fill (6pt,0pt) circle (1pt);
fill (0pt,6pt) circle (1pt);
fill (6pt,6pt) circle (1pt);
draw[densely dotted,rounded corners] (-3pt,-3pt) -- (9pt,-3pt) -- (9pt,9pt) -- (-3pt,9pt) -- cycle;%
begindocument
beginalignat*4
langle x rangle & = vcenterhboxxone \
langle x^2rangle & = vcenterhboxxtwo
&& + , vcenterhboxxonehspace4ptxone \
langle x^3rangle & = vcenterhboxxthree
&& + 3 , vcenterhbox$begintabular@c@xone\[-4pt]xtwoendtabular$
&& + vcenterhbox$begintabular@c@xone\[-6pt]xonehspace4ptxoneendtabular$ \
langle x^4rangle & = vcenterhboxxfour
&& + 4 , vcenterhboxxthreevcenterhboxxone
&& + 3 , vcenterhbox$begintabular@c@xtwo\[-5pt]xtwoendtabular$
+ 6 , vcenterhbox$begintabular@c@xonehspace4ptxone\[-3pt]xtwoendtabular$
+ , vcenterhbox$begintabular@c@xonehspace4ptxone\[-6pt]xonehspace4ptxoneendtabular$
endalignat*
enddocument
answered 1 hour ago
Ruixi Zhang
3,616217
answered 1 hour ago
Ruixi Zhang
3,616217
answered 1 hour ago
Ruixi Zhang
3,616217
answered 1 hour ago
Ruixi Zhang
3,616217
3,616217
add a comment |Â
add a comment |Â
up vote
2
down vote
Very similar to Ruixi Zhang's nice answer except that I use fit to draw the dashed contours. This spares you from entering too many explicit coordinates.
documentclassarticle
usepackageamsmath,mathtools,braket
usepackagetikz
usetikzlibraryfit,shapes.geometric,positioning
tikzsetbullet/.style=circle,fill,inner sep=0pt,outer sep=0pt,minimum
size=4pt,node contents=,elli/.style=ellipse,draw,densely dashed,node
contents=,inner sep=1pt
begindocument
beginalign*
Braketx&~=~vcenterhboxtikznode[bullet];\
Braketx^2&~=~vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
node[elli,fit=(b1)(b2)];+vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];\
Braketx^3&~=~vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
path (b1) -- (b2) node(b3)[bullet,midway,above=1mm+2pt];
node[fit=(b1)(b2)(b3),inner ysep=1pt](f);
draw[densely dashed] (f.south west) --(f.south east) -- ([yshift=2pt]f.north) -- cycle;
+3vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
path (b1) -- (b2) node(b3)[bullet,midway,above=1mm+2pt];
node[elli,fit=(b1)(b2)];+vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
path (b1) -- (b2) node(b3)[bullet,midway,above=1mm+2pt];\
Braketx^4&~=~vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
node(b3)[above=1mm of b1,bullet];
node(b4)[above=1mm of b2,bullet];
node[draw,densely dashed,rounded corners,fit=(b1)(b2)(b3)(b4)];+4
vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
path (b1) -- (b2) node(b3)[bullet,midway,above=1mm+2pt];
node(b4)[above right=1.5mm of b2,bullet];
node[fit=(b1)(b2)(b3),inner ysep=1pt](f);
draw[densely dashed] (f.south west) --(f.south east) -- ([yshift=2pt]f.north) -- cycle;
+3vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
node(b3)[above=2mm of b1,bullet];
node(b4)[above=2mm of b2,bullet];
node[elli,fit=(b1)(b2)];
node[elli,fit=(b3)(b4)];
+6vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
node(b3)[above=2mm of b1,bullet];
node(b4)[above=2mm of b2,bullet];
node[elli,fit=(b1)(b2)];
+vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
node(b3)[above=1mm of b1,bullet];
node(b4)[above=1mm of b2,bullet];
endalign*
enddocument
answered 1 hour ago
marmot
58.7k463126
add a comment |Â
up vote
2
down vote
Very similar to Ruixi Zhang's nice answer except that I use fit to draw the dashed contours. This spares you from entering too many explicit coordinates.
documentclassarticle
usepackageamsmath,mathtools,braket
usepackagetikz
usetikzlibraryfit,shapes.geometric,positioning
tikzsetbullet/.style=circle,fill,inner sep=0pt,outer sep=0pt,minimum
size=4pt,node contents=,elli/.style=ellipse,draw,densely dashed,node
contents=,inner sep=1pt
begindocument
beginalign*
Braketx&~=~vcenterhboxtikznode[bullet];\
Braketx^2&~=~vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
node[elli,fit=(b1)(b2)];+vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];\
Braketx^3&~=~vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
path (b1) -- (b2) node(b3)[bullet,midway,above=1mm+2pt];
node[fit=(b1)(b2)(b3),inner ysep=1pt](f);
draw[densely dashed] (f.south west) --(f.south east) -- ([yshift=2pt]f.north) -- cycle;
+3vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
path (b1) -- (b2) node(b3)[bullet,midway,above=1mm+2pt];
node[elli,fit=(b1)(b2)];+vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
path (b1) -- (b2) node(b3)[bullet,midway,above=1mm+2pt];\
Braketx^4&~=~vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
node(b3)[above=1mm of b1,bullet];
node(b4)[above=1mm of b2,bullet];
node[draw,densely dashed,rounded corners,fit=(b1)(b2)(b3)(b4)];+4
vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
path (b1) -- (b2) node(b3)[bullet,midway,above=1mm+2pt];
node(b4)[above right=1.5mm of b2,bullet];
node[fit=(b1)(b2)(b3),inner ysep=1pt](f);
draw[densely dashed] (f.south west) --(f.south east) -- ([yshift=2pt]f.north) -- cycle;
+3vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
node(b3)[above=2mm of b1,bullet];
node(b4)[above=2mm of b2,bullet];
node[elli,fit=(b1)(b2)];
node[elli,fit=(b3)(b4)];
+6vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
node(b3)[above=2mm of b1,bullet];
node(b4)[above=2mm of b2,bullet];
node[elli,fit=(b1)(b2)];
+vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
node(b3)[above=1mm of b1,bullet];
node(b4)[above=1mm of b2,bullet];
endalign*
enddocument
answered 1 hour ago
marmot
58.7k463126
add a comment |Â
up vote
2
down vote
up vote
2
down vote
Very similar to Ruixi Zhang's nice answer except that I use fit to draw the dashed contours. This spares you from entering too many explicit coordinates.
documentclassarticle
usepackageamsmath,mathtools,braket
usepackagetikz
usetikzlibraryfit,shapes.geometric,positioning
tikzsetbullet/.style=circle,fill,inner sep=0pt,outer sep=0pt,minimum
size=4pt,node contents=,elli/.style=ellipse,draw,densely dashed,node
contents=,inner sep=1pt
begindocument
beginalign*
Braketx&~=~vcenterhboxtikznode[bullet];\
Braketx^2&~=~vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
node[elli,fit=(b1)(b2)];+vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];\
Braketx^3&~=~vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
path (b1) -- (b2) node(b3)[bullet,midway,above=1mm+2pt];
node[fit=(b1)(b2)(b3),inner ysep=1pt](f);
draw[densely dashed] (f.south west) --(f.south east) -- ([yshift=2pt]f.north) -- cycle;
+3vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
path (b1) -- (b2) node(b3)[bullet,midway,above=1mm+2pt];
node[elli,fit=(b1)(b2)];+vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
path (b1) -- (b2) node(b3)[bullet,midway,above=1mm+2pt];\
Braketx^4&~=~vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
node(b3)[above=1mm of b1,bullet];
node(b4)[above=1mm of b2,bullet];
node[draw,densely dashed,rounded corners,fit=(b1)(b2)(b3)(b4)];+4
vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
path (b1) -- (b2) node(b3)[bullet,midway,above=1mm+2pt];
node(b4)[above right=1.5mm of b2,bullet];
node[fit=(b1)(b2)(b3),inner ysep=1pt](f);
draw[densely dashed] (f.south west) --(f.south east) -- ([yshift=2pt]f.north) -- cycle;
+3vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
node(b3)[above=2mm of b1,bullet];
node(b4)[above=2mm of b2,bullet];
node[elli,fit=(b1)(b2)];
node[elli,fit=(b3)(b4)];
+6vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
node(b3)[above=2mm of b1,bullet];
node(b4)[above=2mm of b2,bullet];
node[elli,fit=(b1)(b2)];
+vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
node(b3)[above=1mm of b1,bullet];
node(b4)[above=1mm of b2,bullet];
endalign*
enddocument
answered 1 hour ago
marmot
58.7k463126
Very similar to Ruixi Zhang's nice answer except that I use fit to draw the dashed contours. This spares you from entering too many explicit coordinates.
documentclassarticle
usepackageamsmath,mathtools,braket
usepackagetikz
usetikzlibraryfit,shapes.geometric,positioning
tikzsetbullet/.style=circle,fill,inner sep=0pt,outer sep=0pt,minimum
size=4pt,node contents=,elli/.style=ellipse,draw,densely dashed,node
contents=,inner sep=1pt
begindocument
beginalign*
Braketx&~=~vcenterhboxtikznode[bullet];\
Braketx^2&~=~vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
node[elli,fit=(b1)(b2)];+vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];\
Braketx^3&~=~vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
path (b1) -- (b2) node(b3)[bullet,midway,above=1mm+2pt];
node[fit=(b1)(b2)(b3),inner ysep=1pt](f);
draw[densely dashed] (f.south west) --(f.south east) -- ([yshift=2pt]f.north) -- cycle;
+3vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
path (b1) -- (b2) node(b3)[bullet,midway,above=1mm+2pt];
node[elli,fit=(b1)(b2)];+vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
path (b1) -- (b2) node(b3)[bullet,midway,above=1mm+2pt];\
Braketx^4&~=~vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
node(b3)[above=1mm of b1,bullet];
node(b4)[above=1mm of b2,bullet];
node[draw,densely dashed,rounded corners,fit=(b1)(b2)(b3)(b4)];+4
vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
path (b1) -- (b2) node(b3)[bullet,midway,above=1mm+2pt];
node(b4)[above right=1.5mm of b2,bullet];
node[fit=(b1)(b2)(b3),inner ysep=1pt](f);
draw[densely dashed] (f.south west) --(f.south east) -- ([yshift=2pt]f.north) -- cycle;
+3vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
node(b3)[above=2mm of b1,bullet];
node(b4)[above=2mm of b2,bullet];
node[elli,fit=(b1)(b2)];
node[elli,fit=(b3)(b4)];
+6vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
node(b3)[above=2mm of b1,bullet];
node(b4)[above=2mm of b2,bullet];
node[elli,fit=(b1)(b2)];
+vcenterhboxtikznode(b1)[bullet];
node(b2)[right=1mm of b1,bullet];
node(b3)[above=1mm of b1,bullet];
node(b4)[above=1mm of b2,bullet];
endalign*
enddocument
answered 1 hour ago
marmot
58.7k463126
answered 1 hour ago
marmot
58.7k463126
answered 1 hour ago
marmot
58.7k463126
answered 1 hour ago
marmot
58.7k463126
58.7k463126
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2
Welcome to TeX.SX! Using tikz, for example, it is possible to do things like this. Can you post a minimal working example to show what you have tried? People are more likely to help if you can given them something to work from -- at a minimum supplying your equations without the circled dots would be a good start.
– Andrew
2 hours ago