tabularx inside tcolorbox not centered properly
12
I am trying to put a tabularx inside a tcolorbox but it's not centered properly, it's shifted slightly to the right. Here is the code I am using. I am using figure environment for the caption. Is there a better way to do this?
documentclass[12pt, a4paper]{article}
usepackage[top=1in, bottom=1.5in, right=1in, left=1in]{geometry}
usepackage{tabularx}
usepackage{tcolorbox}
usepackage{chemfig}
newcolumntype{Y}{>{centeringarraybackslash}X}
begin{document}
begin{figure}[ht]
centering
begin{tcolorbox}
begin{tabularx}{1linewidth}{YYYY}
{}chemfig{C(-[:90,.6]H)(-[:180,.6]H)(-[:270,.6]H) -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)} &
{}chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C(-[:45,.6]H)(-[:315,.6]H)} &
{}chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C=[,.6]C(-[:45,.6]H)(-[:315,.6]H)} &
{}chemfig{C(-[:180,.6]H) ~[,.6]C -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)} \[5ex]
(a) Ethane & (b) Ethylene & (c) Propadiene & (d) Propyne\
end{tabularx}
end{tcolorbox}
vspace{-1.5ex}
caption{caption}
label{fig:my_label}
end{figure}
end{document}
tables tabularx tcolorbox
edited Jan 14 at 7:58
Mico
277k30380768
asked Jan 14 at 7:21
TantonTanton
614
add a comment |
12
I am trying to put a tabularx inside a tcolorbox but it's not centered properly, it's shifted slightly to the right. Here is the code I am using. I am using figure environment for the caption. Is there a better way to do this?
documentclass[12pt, a4paper]{article}
usepackage[top=1in, bottom=1.5in, right=1in, left=1in]{geometry}
usepackage{tabularx}
usepackage{tcolorbox}
usepackage{chemfig}
newcolumntype{Y}{>{centeringarraybackslash}X}
begin{document}
begin{figure}[ht]
centering
begin{tcolorbox}
begin{tabularx}{1linewidth}{YYYY}
{}chemfig{C(-[:90,.6]H)(-[:180,.6]H)(-[:270,.6]H) -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)} &
{}chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C(-[:45,.6]H)(-[:315,.6]H)} &
{}chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C=[,.6]C(-[:45,.6]H)(-[:315,.6]H)} &
{}chemfig{C(-[:180,.6]H) ~[,.6]C -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)} \[5ex]
(a) Ethane & (b) Ethylene & (c) Propadiene & (d) Propyne\
end{tabularx}
end{tcolorbox}
vspace{-1.5ex}
caption{caption}
label{fig:my_label}
end{figure}
end{document}
tables tabularx tcolorbox
edited Jan 14 at 7:58
Mico
277k30380768
asked Jan 14 at 7:21
TantonTanton
614
2
it is centred but as yiou have forced all the columns to be the same width, entries with smaller structures have more space around them. (if you used |Y|Y|Y|Y| so it added rules it would be clearer that the table itself is centred but there is white space inside the first column
– David Carlisle
Jan 14 at 8:03
add a comment |
12
12
12
2
I am trying to put a tabularx inside a tcolorbox but it's not centered properly, it's shifted slightly to the right. Here is the code I am using. I am using figure environment for the caption. Is there a better way to do this?
documentclass[12pt, a4paper]{article}
usepackage[top=1in, bottom=1.5in, right=1in, left=1in]{geometry}
usepackage{tabularx}
usepackage{tcolorbox}
usepackage{chemfig}
newcolumntype{Y}{>{centeringarraybackslash}X}
begin{document}
begin{figure}[ht]
centering
begin{tcolorbox}
begin{tabularx}{1linewidth}{YYYY}
{}chemfig{C(-[:90,.6]H)(-[:180,.6]H)(-[:270,.6]H) -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)} &
{}chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C(-[:45,.6]H)(-[:315,.6]H)} &
{}chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C=[,.6]C(-[:45,.6]H)(-[:315,.6]H)} &
{}chemfig{C(-[:180,.6]H) ~[,.6]C -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)} \[5ex]
(a) Ethane & (b) Ethylene & (c) Propadiene & (d) Propyne\
end{tabularx}
end{tcolorbox}
vspace{-1.5ex}
caption{caption}
label{fig:my_label}
end{figure}
end{document}
tables tabularx tcolorbox
edited Jan 14 at 7:58
Mico
277k30380768
asked Jan 14 at 7:21
TantonTanton
614
I am trying to put a tabularx inside a tcolorbox but it's not centered properly, it's shifted slightly to the right. Here is the code I am using. I am using figure environment for the caption. Is there a better way to do this?
documentclass[12pt, a4paper]{article}
usepackage[top=1in, bottom=1.5in, right=1in, left=1in]{geometry}
usepackage{tabularx}
usepackage{tcolorbox}
usepackage{chemfig}
newcolumntype{Y}{>{centeringarraybackslash}X}
begin{document}
begin{figure}[ht]
centering
begin{tcolorbox}
begin{tabularx}{1linewidth}{YYYY}
{}chemfig{C(-[:90,.6]H)(-[:180,.6]H)(-[:270,.6]H) -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)} &
{}chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C(-[:45,.6]H)(-[:315,.6]H)} &
{}chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C=[,.6]C(-[:45,.6]H)(-[:315,.6]H)} &
{}chemfig{C(-[:180,.6]H) ~[,.6]C -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)} \[5ex]
(a) Ethane & (b) Ethylene & (c) Propadiene & (d) Propyne\
end{tabularx}
end{tcolorbox}
vspace{-1.5ex}
caption{caption}
label{fig:my_label}
end{figure}
end{document}
tables tabularx tcolorbox
tables tabularx tcolorbox
edited Jan 14 at 7:58
Mico
277k30380768
asked Jan 14 at 7:21
TantonTanton
614
edited Jan 14 at 7:58
Mico
277k30380768
asked Jan 14 at 7:21
TantonTanton
614
edited Jan 14 at 7:58
Mico
277k30380768
edited Jan 14 at 7:58
Mico
277k30380768
edited Jan 14 at 7:58
Mico
277k30380768
277k30380768
asked Jan 14 at 7:21
TantonTanton
614
asked Jan 14 at 7:21
TantonTanton
614
asked Jan 14 at 7:21
TantonTanton
614
614
2
it is centred but as yiou have forced all the columns to be the same width, entries with smaller structures have more space around them. (if you used |Y|Y|Y|Y| so it added rules it would be clearer that the table itself is centred but there is white space inside the first column
– David Carlisle
Jan 14 at 8:03
add a comment |
2
it is centred but as yiou have forced all the columns to be the same width, entries with smaller structures have more space around them. (if you used |Y|Y|Y|Y| so it added rules it would be clearer that the table itself is centred but there is white space inside the first column
– David Carlisle
Jan 14 at 8:03
2
2
it is centred but as yiou have forced all the columns to be the same width, entries with smaller structures have more space around them. (if you used |Y|Y|Y|Y| so it added rules it would be clearer that the table itself is centred but there is white space inside the first column
– David Carlisle
Jan 14 at 8:03
it is centred but as yiou have forced all the columns to be the same width, entries with smaller structures have more space around them. (if you used |Y|Y|Y|Y| so it added rules it would be clearer that the table itself is centred but there is white space inside the first column
– David Carlisle
Jan 14 at 8:03
add a comment |
2 Answers
2
active
oldest
votes
14
Since line breaking inside the cells is neither expected nor desirable, and since the natural widths of the four columns are quite different, using a tabularx environment seems wrong. I suggest you use a tabular* environment instead.
documentclass[12pt, a4paper]{article}
usepackage[top=1in, bottom=1.5in, hmargin=1in]{geometry}
usepackage{tcolorbox,chemfig}
begin{document}
begin{figure}[ht]
setlengthtabcolsep{0pt} % let LaTeX figure out intercolumn spacing
begin{tcolorbox}
begin{tabular*}{1linewidth}{@{extracolsep{fill}} cccc }
chemfig{C(-[:90,.6]H)(-[:180,.6]H)(-[:270,.6]H) -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)} &
chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C(-[:45,.6]H)(-[:315,.6]H)} &
chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C=[,.6]C(-[:45,.6]H)(-[:315,.6]H)} &
chemfig{C(-[:180,.6]H) ~[,.6]C -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)} \[5ex]
(a) Ethane & (b) Ethylene & (c) Propadiene & (d) Propyne\
end{tabular*}
end{tcolorbox}
vspace{-2ex}
caption{caption}
label{fig:my_label}
end{figure}
end{document}
answered Jan 14 at 7:53
MicoMico
277k30380768
Thank you so much! It was bugging me for a long time.
– Tanton
Jan 14 at 8:11
1
@Tanton - One of the main differences betweentabularxandtabular*is that whereas the former works by adjusting the widths of the columns, the latter works by adjusting the amount of intercolumn whitespace. Since there is no reason for why the 4 columns should occupy equal widths, thetabular*environments seems to be the more natural device to employ.
– Mico
Jan 14 at 8:15
add a comment |
5
But why the hell any kind of tabular?
documentclass[12pt, a4paper]{article}
usepackage[top=1in, bottom=1.5in, right=1in, left=1in]{geometry}
usepackage{tcolorbox}
usepackage{chemfig}
usepackage{subfig}
begin{document}
begin{figure}[ht]
begin{tcolorbox}[left=1.5em,right=1.5em]
subfloat[Ethane]{chemfig{C(-[:90,.6]H)(-[:180,.6]H)(-[:270,.6]H) -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)}}hfill
subfloat[Ethylene]{chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C(-[:45,.6]H)(-[:315,.6]H)}}hfill
subfloat[Propadiene]{chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C=[,.6]C(-[:45,.6]H)(-[:315,.6]H)}}hfill
subfloat[Propyne]{chemfig{C(-[:180,.6]H) ~[,.6]C -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)}}
end{tcolorbox}
caption{caption}
end{figure}
Or ...
begin{figure}[ht]
begin{tcolorbox}[top=1em,bottom=1em,left=1.5em,right=1.5em]
chemname{chemfig{C(-[:90,.6]H)(-[:180,.6]H)(-[:270,.6]H) -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)}}{(a) Ethane} %
chemname{chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C(-[:45,.6]H)(-[:315,.6]H)}}{(b) Ethylene} %
chemname{chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C=[,.6]C(-[:45,.6]H)(-[:315,.6]H)}}{(c) Propadiene} %
chemname{chemfig{C(-[:180,.6]H) ~[,.6]C -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)}}{(d) Propyne}linebreak
end{tcolorbox}
caption{caption}
end{figure}
end{document}
answered Jan 18 at 13:38
FranFran
52.2k6115178
add a comment |
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2 Answers
2
active
oldest
votes
2 Answers
2
active
oldest
votes
active
oldest
votes
active
oldest
votes
14
Since line breaking inside the cells is neither expected nor desirable, and since the natural widths of the four columns are quite different, using a tabularx environment seems wrong. I suggest you use a tabular* environment instead.
documentclass[12pt, a4paper]{article}
usepackage[top=1in, bottom=1.5in, hmargin=1in]{geometry}
usepackage{tcolorbox,chemfig}
begin{document}
begin{figure}[ht]
setlengthtabcolsep{0pt} % let LaTeX figure out intercolumn spacing
begin{tcolorbox}
begin{tabular*}{1linewidth}{@{extracolsep{fill}} cccc }
chemfig{C(-[:90,.6]H)(-[:180,.6]H)(-[:270,.6]H) -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)} &
chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C(-[:45,.6]H)(-[:315,.6]H)} &
chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C=[,.6]C(-[:45,.6]H)(-[:315,.6]H)} &
chemfig{C(-[:180,.6]H) ~[,.6]C -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)} \[5ex]
(a) Ethane & (b) Ethylene & (c) Propadiene & (d) Propyne\
end{tabular*}
end{tcolorbox}
vspace{-2ex}
caption{caption}
label{fig:my_label}
end{figure}
end{document}
answered Jan 14 at 7:53
MicoMico
277k30380768
Thank you so much! It was bugging me for a long time.
– Tanton
Jan 14 at 8:11
1
@Tanton - One of the main differences betweentabularxandtabular*is that whereas the former works by adjusting the widths of the columns, the latter works by adjusting the amount of intercolumn whitespace. Since there is no reason for why the 4 columns should occupy equal widths, thetabular*environments seems to be the more natural device to employ.
– Mico
Jan 14 at 8:15
add a comment |
14
Since line breaking inside the cells is neither expected nor desirable, and since the natural widths of the four columns are quite different, using a tabularx environment seems wrong. I suggest you use a tabular* environment instead.
documentclass[12pt, a4paper]{article}
usepackage[top=1in, bottom=1.5in, hmargin=1in]{geometry}
usepackage{tcolorbox,chemfig}
begin{document}
begin{figure}[ht]
setlengthtabcolsep{0pt} % let LaTeX figure out intercolumn spacing
begin{tcolorbox}
begin{tabular*}{1linewidth}{@{extracolsep{fill}} cccc }
chemfig{C(-[:90,.6]H)(-[:180,.6]H)(-[:270,.6]H) -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)} &
chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C(-[:45,.6]H)(-[:315,.6]H)} &
chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C=[,.6]C(-[:45,.6]H)(-[:315,.6]H)} &
chemfig{C(-[:180,.6]H) ~[,.6]C -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)} \[5ex]
(a) Ethane & (b) Ethylene & (c) Propadiene & (d) Propyne\
end{tabular*}
end{tcolorbox}
vspace{-2ex}
caption{caption}
label{fig:my_label}
end{figure}
end{document}
answered Jan 14 at 7:53
MicoMico
277k30380768
Thank you so much! It was bugging me for a long time.
– Tanton
Jan 14 at 8:11
1
@Tanton - One of the main differences betweentabularxandtabular*is that whereas the former works by adjusting the widths of the columns, the latter works by adjusting the amount of intercolumn whitespace. Since there is no reason for why the 4 columns should occupy equal widths, thetabular*environments seems to be the more natural device to employ.
– Mico
Jan 14 at 8:15
add a comment |
14
14
14
Since line breaking inside the cells is neither expected nor desirable, and since the natural widths of the four columns are quite different, using a tabularx environment seems wrong. I suggest you use a tabular* environment instead.
documentclass[12pt, a4paper]{article}
usepackage[top=1in, bottom=1.5in, hmargin=1in]{geometry}
usepackage{tcolorbox,chemfig}
begin{document}
begin{figure}[ht]
setlengthtabcolsep{0pt} % let LaTeX figure out intercolumn spacing
begin{tcolorbox}
begin{tabular*}{1linewidth}{@{extracolsep{fill}} cccc }
chemfig{C(-[:90,.6]H)(-[:180,.6]H)(-[:270,.6]H) -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)} &
chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C(-[:45,.6]H)(-[:315,.6]H)} &
chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C=[,.6]C(-[:45,.6]H)(-[:315,.6]H)} &
chemfig{C(-[:180,.6]H) ~[,.6]C -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)} \[5ex]
(a) Ethane & (b) Ethylene & (c) Propadiene & (d) Propyne\
end{tabular*}
end{tcolorbox}
vspace{-2ex}
caption{caption}
label{fig:my_label}
end{figure}
end{document}
answered Jan 14 at 7:53
MicoMico
277k30380768
Since line breaking inside the cells is neither expected nor desirable, and since the natural widths of the four columns are quite different, using a tabularx environment seems wrong. I suggest you use a tabular* environment instead.
documentclass[12pt, a4paper]{article}
usepackage[top=1in, bottom=1.5in, hmargin=1in]{geometry}
usepackage{tcolorbox,chemfig}
begin{document}
begin{figure}[ht]
setlengthtabcolsep{0pt} % let LaTeX figure out intercolumn spacing
begin{tcolorbox}
begin{tabular*}{1linewidth}{@{extracolsep{fill}} cccc }
chemfig{C(-[:90,.6]H)(-[:180,.6]H)(-[:270,.6]H) -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)} &
chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C(-[:45,.6]H)(-[:315,.6]H)} &
chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C=[,.6]C(-[:45,.6]H)(-[:315,.6]H)} &
chemfig{C(-[:180,.6]H) ~[,.6]C -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)} \[5ex]
(a) Ethane & (b) Ethylene & (c) Propadiene & (d) Propyne\
end{tabular*}
end{tcolorbox}
vspace{-2ex}
caption{caption}
label{fig:my_label}
end{figure}
end{document}
answered Jan 14 at 7:53
MicoMico
277k30380768
edited Jan 14 at 8:25
answered Jan 14 at 7:53
MicoMico
277k30380768
answered Jan 14 at 7:53
MicoMico
277k30380768
answered Jan 14 at 7:53
MicoMico
277k30380768
277k30380768
Thank you so much! It was bugging me for a long time.
– Tanton
Jan 14 at 8:11
1
@Tanton - One of the main differences betweentabularxandtabular*is that whereas the former works by adjusting the widths of the columns, the latter works by adjusting the amount of intercolumn whitespace. Since there is no reason for why the 4 columns should occupy equal widths, thetabular*environments seems to be the more natural device to employ.
– Mico
Jan 14 at 8:15
add a comment |
Thank you so much! It was bugging me for a long time.
– Tanton
Jan 14 at 8:11
1
@Tanton - One of the main differences betweentabularxandtabular*is that whereas the former works by adjusting the widths of the columns, the latter works by adjusting the amount of intercolumn whitespace. Since there is no reason for why the 4 columns should occupy equal widths, thetabular*environments seems to be the more natural device to employ.
– Mico
Jan 14 at 8:15
Thank you so much! It was bugging me for a long time.
– Tanton
Jan 14 at 8:11
Thank you so much! It was bugging me for a long time.
– Tanton
Jan 14 at 8:11
1
1
@Tanton - One of the main differences between
tabularx and tabular* is that whereas the former works by adjusting the widths of the columns, the latter works by adjusting the amount of intercolumn whitespace. Since there is no reason for why the 4 columns should occupy equal widths, the tabular* environments seems to be the more natural device to employ.– Mico
Jan 14 at 8:15
@Tanton - One of the main differences between
tabularx and tabular* is that whereas the former works by adjusting the widths of the columns, the latter works by adjusting the amount of intercolumn whitespace. Since there is no reason for why the 4 columns should occupy equal widths, the tabular* environments seems to be the more natural device to employ.– Mico
Jan 14 at 8:15
add a comment |
5
But why the hell any kind of tabular?
documentclass[12pt, a4paper]{article}
usepackage[top=1in, bottom=1.5in, right=1in, left=1in]{geometry}
usepackage{tcolorbox}
usepackage{chemfig}
usepackage{subfig}
begin{document}
begin{figure}[ht]
begin{tcolorbox}[left=1.5em,right=1.5em]
subfloat[Ethane]{chemfig{C(-[:90,.6]H)(-[:180,.6]H)(-[:270,.6]H) -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)}}hfill
subfloat[Ethylene]{chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C(-[:45,.6]H)(-[:315,.6]H)}}hfill
subfloat[Propadiene]{chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C=[,.6]C(-[:45,.6]H)(-[:315,.6]H)}}hfill
subfloat[Propyne]{chemfig{C(-[:180,.6]H) ~[,.6]C -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)}}
end{tcolorbox}
caption{caption}
end{figure}
Or ...
begin{figure}[ht]
begin{tcolorbox}[top=1em,bottom=1em,left=1.5em,right=1.5em]
chemname{chemfig{C(-[:90,.6]H)(-[:180,.6]H)(-[:270,.6]H) -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)}}{(a) Ethane} %
chemname{chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C(-[:45,.6]H)(-[:315,.6]H)}}{(b) Ethylene} %
chemname{chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C=[,.6]C(-[:45,.6]H)(-[:315,.6]H)}}{(c) Propadiene} %
chemname{chemfig{C(-[:180,.6]H) ~[,.6]C -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)}}{(d) Propyne}linebreak
end{tcolorbox}
caption{caption}
end{figure}
end{document}
answered Jan 18 at 13:38
FranFran
52.2k6115178
add a comment |
5
But why the hell any kind of tabular?
documentclass[12pt, a4paper]{article}
usepackage[top=1in, bottom=1.5in, right=1in, left=1in]{geometry}
usepackage{tcolorbox}
usepackage{chemfig}
usepackage{subfig}
begin{document}
begin{figure}[ht]
begin{tcolorbox}[left=1.5em,right=1.5em]
subfloat[Ethane]{chemfig{C(-[:90,.6]H)(-[:180,.6]H)(-[:270,.6]H) -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)}}hfill
subfloat[Ethylene]{chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C(-[:45,.6]H)(-[:315,.6]H)}}hfill
subfloat[Propadiene]{chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C=[,.6]C(-[:45,.6]H)(-[:315,.6]H)}}hfill
subfloat[Propyne]{chemfig{C(-[:180,.6]H) ~[,.6]C -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)}}
end{tcolorbox}
caption{caption}
end{figure}
Or ...
begin{figure}[ht]
begin{tcolorbox}[top=1em,bottom=1em,left=1.5em,right=1.5em]
chemname{chemfig{C(-[:90,.6]H)(-[:180,.6]H)(-[:270,.6]H) -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)}}{(a) Ethane} %
chemname{chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C(-[:45,.6]H)(-[:315,.6]H)}}{(b) Ethylene} %
chemname{chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C=[,.6]C(-[:45,.6]H)(-[:315,.6]H)}}{(c) Propadiene} %
chemname{chemfig{C(-[:180,.6]H) ~[,.6]C -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)}}{(d) Propyne}linebreak
end{tcolorbox}
caption{caption}
end{figure}
end{document}
answered Jan 18 at 13:38
FranFran
52.2k6115178
add a comment |
5
5
5
But why the hell any kind of tabular?
documentclass[12pt, a4paper]{article}
usepackage[top=1in, bottom=1.5in, right=1in, left=1in]{geometry}
usepackage{tcolorbox}
usepackage{chemfig}
usepackage{subfig}
begin{document}
begin{figure}[ht]
begin{tcolorbox}[left=1.5em,right=1.5em]
subfloat[Ethane]{chemfig{C(-[:90,.6]H)(-[:180,.6]H)(-[:270,.6]H) -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)}}hfill
subfloat[Ethylene]{chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C(-[:45,.6]H)(-[:315,.6]H)}}hfill
subfloat[Propadiene]{chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C=[,.6]C(-[:45,.6]H)(-[:315,.6]H)}}hfill
subfloat[Propyne]{chemfig{C(-[:180,.6]H) ~[,.6]C -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)}}
end{tcolorbox}
caption{caption}
end{figure}
Or ...
begin{figure}[ht]
begin{tcolorbox}[top=1em,bottom=1em,left=1.5em,right=1.5em]
chemname{chemfig{C(-[:90,.6]H)(-[:180,.6]H)(-[:270,.6]H) -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)}}{(a) Ethane} %
chemname{chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C(-[:45,.6]H)(-[:315,.6]H)}}{(b) Ethylene} %
chemname{chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C=[,.6]C(-[:45,.6]H)(-[:315,.6]H)}}{(c) Propadiene} %
chemname{chemfig{C(-[:180,.6]H) ~[,.6]C -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)}}{(d) Propyne}linebreak
end{tcolorbox}
caption{caption}
end{figure}
end{document}
answered Jan 18 at 13:38
FranFran
52.2k6115178
But why the hell any kind of tabular?
documentclass[12pt, a4paper]{article}
usepackage[top=1in, bottom=1.5in, right=1in, left=1in]{geometry}
usepackage{tcolorbox}
usepackage{chemfig}
usepackage{subfig}
begin{document}
begin{figure}[ht]
begin{tcolorbox}[left=1.5em,right=1.5em]
subfloat[Ethane]{chemfig{C(-[:90,.6]H)(-[:180,.6]H)(-[:270,.6]H) -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)}}hfill
subfloat[Ethylene]{chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C(-[:45,.6]H)(-[:315,.6]H)}}hfill
subfloat[Propadiene]{chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C=[,.6]C(-[:45,.6]H)(-[:315,.6]H)}}hfill
subfloat[Propyne]{chemfig{C(-[:180,.6]H) ~[,.6]C -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)}}
end{tcolorbox}
caption{caption}
end{figure}
Or ...
begin{figure}[ht]
begin{tcolorbox}[top=1em,bottom=1em,left=1.5em,right=1.5em]
chemname{chemfig{C(-[:90,.6]H)(-[:180,.6]H)(-[:270,.6]H) -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)}}{(a) Ethane} %
chemname{chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C(-[:45,.6]H)(-[:315,.6]H)}}{(b) Ethylene} %
chemname{chemfig{C(-[:135,.6]H)(-[:225,.6]H) =[,.6]C=[,.6]C(-[:45,.6]H)(-[:315,.6]H)}}{(c) Propadiene} %
chemname{chemfig{C(-[:180,.6]H) ~[,.6]C -[,.6]C(-[:90,.6]H)(-[:0,.6]H)(-[:270,.6]H)}}{(d) Propyne}linebreak
end{tcolorbox}
caption{caption}
end{figure}
end{document}
answered Jan 18 at 13:38
FranFran
52.2k6115178
edited Jan 19 at 15:37
answered Jan 18 at 13:38
FranFran
52.2k6115178
answered Jan 18 at 13:38
FranFran
52.2k6115178
answered Jan 18 at 13:38
FranFran
52.2k6115178
52.2k6115178
add a comment |
add a comment |
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2
it is centred but as yiou have forced all the columns to be the same width, entries with smaller structures have more space around them. (if you used |Y|Y|Y|Y| so it added rules it would be clearer that the table itself is centred but there is white space inside the first column
– David Carlisle
Jan 14 at 8:03