Table Formatting using siunitx
I am trying to make a table with four columns: three of the columns are to be center aligned, and one is to be aligned by decimal places ( using S[table-format=3.2]
). Here is my code:
documentclass{article}
usepackage{siunitx}
usepackage{booktabs}
begin{document}
begin{tabular}{c c S[table-format=3.2] c}
toprule
multicolumn{4}{c}{SI Prefixes} \
%hline hline
midrule midrule
Prefix & Symbol & Multiplication Factor & $ldots$ in Scientific Notation \
midrule
giga & G & 1000000000 & $10^9$ \
mega & M & 1000000 & $10^6$ \
kilo & k & 1000 & $10^3$ \
deca & D & 10 & $10^1$ \
rowcolor{gray!20} - & - & 1 & $10^0$ \
deci & d & 0.1 & $10^{-1}$ \
centi & c & 0.01 & $10^{-2}$ \
milli & m & 0.001 & $10^{-3}$ \
micro & $mu$ & 0.000001 & $10^{-6}$ \
nano & n & 0.000000001 & $10^{-9}$ \
bottomrule
end{tabular}
end{document}
However, here is my result:
The columns are overlapping, and I cannot figure out how to fix it. I can't think of a way to set the width of the third column, as that would fix the issue, but to my understanding, you can only fix the width by doing something like p{5cm}
; the S
type will not allow that.
tables siunitx
add a comment |
I am trying to make a table with four columns: three of the columns are to be center aligned, and one is to be aligned by decimal places ( using S[table-format=3.2]
). Here is my code:
documentclass{article}
usepackage{siunitx}
usepackage{booktabs}
begin{document}
begin{tabular}{c c S[table-format=3.2] c}
toprule
multicolumn{4}{c}{SI Prefixes} \
%hline hline
midrule midrule
Prefix & Symbol & Multiplication Factor & $ldots$ in Scientific Notation \
midrule
giga & G & 1000000000 & $10^9$ \
mega & M & 1000000 & $10^6$ \
kilo & k & 1000 & $10^3$ \
deca & D & 10 & $10^1$ \
rowcolor{gray!20} - & - & 1 & $10^0$ \
deci & d & 0.1 & $10^{-1}$ \
centi & c & 0.01 & $10^{-2}$ \
milli & m & 0.001 & $10^{-3}$ \
micro & $mu$ & 0.000001 & $10^{-6}$ \
nano & n & 0.000000001 & $10^{-9}$ \
bottomrule
end{tabular}
end{document}
However, here is my result:
The columns are overlapping, and I cannot figure out how to fix it. I can't think of a way to set the width of the third column, as that would fix the issue, but to my understanding, you can only fix the width by doing something like p{5cm}
; the S
type will not allow that.
tables siunitx
3
you need{...}
around the heading so it isn't parsed as a number but main issue is you have specified a format of 3.2 so 2 decimal places but your numbers are 0.000000001 which have rather more than 2 digits after the point. Use a format that matches your data
– David Carlisle
yesterday
How would I format it then? Sorry, I've never usedsiunitx
before. The max amount of digits is 9, so would I put 3.9?
– Aiden Kenny
yesterday
It just hit me, the number left of . is the number of digits left of the decimal and same with the right. So I should put 10.9.
– Aiden Kenny
yesterday
1
Slightly off-topic: The shortened form ofdeca
(deka
works too...) isda
, notD
.
– Mico
yesterday
Good point... I was not aware of this
– Aiden Kenny
yesterday
add a comment |
I am trying to make a table with four columns: three of the columns are to be center aligned, and one is to be aligned by decimal places ( using S[table-format=3.2]
). Here is my code:
documentclass{article}
usepackage{siunitx}
usepackage{booktabs}
begin{document}
begin{tabular}{c c S[table-format=3.2] c}
toprule
multicolumn{4}{c}{SI Prefixes} \
%hline hline
midrule midrule
Prefix & Symbol & Multiplication Factor & $ldots$ in Scientific Notation \
midrule
giga & G & 1000000000 & $10^9$ \
mega & M & 1000000 & $10^6$ \
kilo & k & 1000 & $10^3$ \
deca & D & 10 & $10^1$ \
rowcolor{gray!20} - & - & 1 & $10^0$ \
deci & d & 0.1 & $10^{-1}$ \
centi & c & 0.01 & $10^{-2}$ \
milli & m & 0.001 & $10^{-3}$ \
micro & $mu$ & 0.000001 & $10^{-6}$ \
nano & n & 0.000000001 & $10^{-9}$ \
bottomrule
end{tabular}
end{document}
However, here is my result:
The columns are overlapping, and I cannot figure out how to fix it. I can't think of a way to set the width of the third column, as that would fix the issue, but to my understanding, you can only fix the width by doing something like p{5cm}
; the S
type will not allow that.
tables siunitx
I am trying to make a table with four columns: three of the columns are to be center aligned, and one is to be aligned by decimal places ( using S[table-format=3.2]
). Here is my code:
documentclass{article}
usepackage{siunitx}
usepackage{booktabs}
begin{document}
begin{tabular}{c c S[table-format=3.2] c}
toprule
multicolumn{4}{c}{SI Prefixes} \
%hline hline
midrule midrule
Prefix & Symbol & Multiplication Factor & $ldots$ in Scientific Notation \
midrule
giga & G & 1000000000 & $10^9$ \
mega & M & 1000000 & $10^6$ \
kilo & k & 1000 & $10^3$ \
deca & D & 10 & $10^1$ \
rowcolor{gray!20} - & - & 1 & $10^0$ \
deci & d & 0.1 & $10^{-1}$ \
centi & c & 0.01 & $10^{-2}$ \
milli & m & 0.001 & $10^{-3}$ \
micro & $mu$ & 0.000001 & $10^{-6}$ \
nano & n & 0.000000001 & $10^{-9}$ \
bottomrule
end{tabular}
end{document}
However, here is my result:
The columns are overlapping, and I cannot figure out how to fix it. I can't think of a way to set the width of the third column, as that would fix the issue, but to my understanding, you can only fix the width by doing something like p{5cm}
; the S
type will not allow that.
tables siunitx
tables siunitx
asked yesterday
Aiden Kenny
3106
3106
3
you need{...}
around the heading so it isn't parsed as a number but main issue is you have specified a format of 3.2 so 2 decimal places but your numbers are 0.000000001 which have rather more than 2 digits after the point. Use a format that matches your data
– David Carlisle
yesterday
How would I format it then? Sorry, I've never usedsiunitx
before. The max amount of digits is 9, so would I put 3.9?
– Aiden Kenny
yesterday
It just hit me, the number left of . is the number of digits left of the decimal and same with the right. So I should put 10.9.
– Aiden Kenny
yesterday
1
Slightly off-topic: The shortened form ofdeca
(deka
works too...) isda
, notD
.
– Mico
yesterday
Good point... I was not aware of this
– Aiden Kenny
yesterday
add a comment |
3
you need{...}
around the heading so it isn't parsed as a number but main issue is you have specified a format of 3.2 so 2 decimal places but your numbers are 0.000000001 which have rather more than 2 digits after the point. Use a format that matches your data
– David Carlisle
yesterday
How would I format it then? Sorry, I've never usedsiunitx
before. The max amount of digits is 9, so would I put 3.9?
– Aiden Kenny
yesterday
It just hit me, the number left of . is the number of digits left of the decimal and same with the right. So I should put 10.9.
– Aiden Kenny
yesterday
1
Slightly off-topic: The shortened form ofdeca
(deka
works too...) isda
, notD
.
– Mico
yesterday
Good point... I was not aware of this
– Aiden Kenny
yesterday
3
3
you need
{...}
around the heading so it isn't parsed as a number but main issue is you have specified a format of 3.2 so 2 decimal places but your numbers are 0.000000001 which have rather more than 2 digits after the point. Use a format that matches your data– David Carlisle
yesterday
you need
{...}
around the heading so it isn't parsed as a number but main issue is you have specified a format of 3.2 so 2 decimal places but your numbers are 0.000000001 which have rather more than 2 digits after the point. Use a format that matches your data– David Carlisle
yesterday
How would I format it then? Sorry, I've never used
siunitx
before. The max amount of digits is 9, so would I put 3.9?– Aiden Kenny
yesterday
How would I format it then? Sorry, I've never used
siunitx
before. The max amount of digits is 9, so would I put 3.9?– Aiden Kenny
yesterday
It just hit me, the number left of . is the number of digits left of the decimal and same with the right. So I should put 10.9.
– Aiden Kenny
yesterday
It just hit me, the number left of . is the number of digits left of the decimal and same with the right. So I should put 10.9.
– Aiden Kenny
yesterday
1
1
Slightly off-topic: The shortened form of
deca
(deka
works too...) is da
, not D
.– Mico
yesterday
Slightly off-topic: The shortened form of
deca
(deka
works too...) is da
, not D
.– Mico
yesterday
Good point... I was not aware of this
– Aiden Kenny
yesterday
Good point... I was not aware of this
– Aiden Kenny
yesterday
add a comment |
1 Answer
1
active
oldest
votes
As David Carlisle has already pointed out in a comment, you must (a) change S[table-format=3.2]
to S[table-format=10.9]
and (b) encase the string Multiplication Factor
in curly braces, to keep it from being interpreted by siunitx
.
In addition, you may want to (c) write si{micro}
instead of $mu$
in the second column. The text-mu and math-mu glyphs look quite different in most fonts. Finally, since you're using the siunitx
package, why not (d) use the S
column type for the final column as well and write e9
thru e-9
instead of $10^9$
thru $10^{-9}$
?
A separate observation: the standard short form of deca
(or deka
) is da
, not D
. For sure, si{deca}
(si{deka}
works too...) produces da
.
documentclass{article}
usepackage{siunitx}
usepackage{booktabs}
usepackage[table]{xcolor}
begin{document}
noindent
begin{tabular}{l c S[table-format=10.9] S[retain-zero-exponent=true]}
toprule
multicolumn{4}{c}{SI Prefixes} \
addlinespace %midrule
Prefix & Symbol & {Multiplication Factor} & {dots in Scientific Notation} \
midrule
giga & si{giga} & 1000000000 & e9 \
mega & si{mega} & 1000000 & e6 \
kilo & si{kilo} & 1000 & e3 \
deca & si{deka} & 10 & e1 \
rowcolor{gray!20} -- & -- & 1 & e0 \
deci & si{deci} & 0.1 & e-1 \
centi & si{centi}& 0.01 & e-2 \
milli & si{milli}& 0.001 & e-3 \
micro & si{micro}& 0.000001 & e-6 \
nano & si{nano} & 0.000000001& e-9 \
bottomrule
end{tabular}
end{document}
2
What a great, comprehensive answer! Thanks!
– Aiden Kenny
yesterday
add a comment |
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votes
As David Carlisle has already pointed out in a comment, you must (a) change S[table-format=3.2]
to S[table-format=10.9]
and (b) encase the string Multiplication Factor
in curly braces, to keep it from being interpreted by siunitx
.
In addition, you may want to (c) write si{micro}
instead of $mu$
in the second column. The text-mu and math-mu glyphs look quite different in most fonts. Finally, since you're using the siunitx
package, why not (d) use the S
column type for the final column as well and write e9
thru e-9
instead of $10^9$
thru $10^{-9}$
?
A separate observation: the standard short form of deca
(or deka
) is da
, not D
. For sure, si{deca}
(si{deka}
works too...) produces da
.
documentclass{article}
usepackage{siunitx}
usepackage{booktabs}
usepackage[table]{xcolor}
begin{document}
noindent
begin{tabular}{l c S[table-format=10.9] S[retain-zero-exponent=true]}
toprule
multicolumn{4}{c}{SI Prefixes} \
addlinespace %midrule
Prefix & Symbol & {Multiplication Factor} & {dots in Scientific Notation} \
midrule
giga & si{giga} & 1000000000 & e9 \
mega & si{mega} & 1000000 & e6 \
kilo & si{kilo} & 1000 & e3 \
deca & si{deka} & 10 & e1 \
rowcolor{gray!20} -- & -- & 1 & e0 \
deci & si{deci} & 0.1 & e-1 \
centi & si{centi}& 0.01 & e-2 \
milli & si{milli}& 0.001 & e-3 \
micro & si{micro}& 0.000001 & e-6 \
nano & si{nano} & 0.000000001& e-9 \
bottomrule
end{tabular}
end{document}
2
What a great, comprehensive answer! Thanks!
– Aiden Kenny
yesterday
add a comment |
As David Carlisle has already pointed out in a comment, you must (a) change S[table-format=3.2]
to S[table-format=10.9]
and (b) encase the string Multiplication Factor
in curly braces, to keep it from being interpreted by siunitx
.
In addition, you may want to (c) write si{micro}
instead of $mu$
in the second column. The text-mu and math-mu glyphs look quite different in most fonts. Finally, since you're using the siunitx
package, why not (d) use the S
column type for the final column as well and write e9
thru e-9
instead of $10^9$
thru $10^{-9}$
?
A separate observation: the standard short form of deca
(or deka
) is da
, not D
. For sure, si{deca}
(si{deka}
works too...) produces da
.
documentclass{article}
usepackage{siunitx}
usepackage{booktabs}
usepackage[table]{xcolor}
begin{document}
noindent
begin{tabular}{l c S[table-format=10.9] S[retain-zero-exponent=true]}
toprule
multicolumn{4}{c}{SI Prefixes} \
addlinespace %midrule
Prefix & Symbol & {Multiplication Factor} & {dots in Scientific Notation} \
midrule
giga & si{giga} & 1000000000 & e9 \
mega & si{mega} & 1000000 & e6 \
kilo & si{kilo} & 1000 & e3 \
deca & si{deka} & 10 & e1 \
rowcolor{gray!20} -- & -- & 1 & e0 \
deci & si{deci} & 0.1 & e-1 \
centi & si{centi}& 0.01 & e-2 \
milli & si{milli}& 0.001 & e-3 \
micro & si{micro}& 0.000001 & e-6 \
nano & si{nano} & 0.000000001& e-9 \
bottomrule
end{tabular}
end{document}
2
What a great, comprehensive answer! Thanks!
– Aiden Kenny
yesterday
add a comment |
As David Carlisle has already pointed out in a comment, you must (a) change S[table-format=3.2]
to S[table-format=10.9]
and (b) encase the string Multiplication Factor
in curly braces, to keep it from being interpreted by siunitx
.
In addition, you may want to (c) write si{micro}
instead of $mu$
in the second column. The text-mu and math-mu glyphs look quite different in most fonts. Finally, since you're using the siunitx
package, why not (d) use the S
column type for the final column as well and write e9
thru e-9
instead of $10^9$
thru $10^{-9}$
?
A separate observation: the standard short form of deca
(or deka
) is da
, not D
. For sure, si{deca}
(si{deka}
works too...) produces da
.
documentclass{article}
usepackage{siunitx}
usepackage{booktabs}
usepackage[table]{xcolor}
begin{document}
noindent
begin{tabular}{l c S[table-format=10.9] S[retain-zero-exponent=true]}
toprule
multicolumn{4}{c}{SI Prefixes} \
addlinespace %midrule
Prefix & Symbol & {Multiplication Factor} & {dots in Scientific Notation} \
midrule
giga & si{giga} & 1000000000 & e9 \
mega & si{mega} & 1000000 & e6 \
kilo & si{kilo} & 1000 & e3 \
deca & si{deka} & 10 & e1 \
rowcolor{gray!20} -- & -- & 1 & e0 \
deci & si{deci} & 0.1 & e-1 \
centi & si{centi}& 0.01 & e-2 \
milli & si{milli}& 0.001 & e-3 \
micro & si{micro}& 0.000001 & e-6 \
nano & si{nano} & 0.000000001& e-9 \
bottomrule
end{tabular}
end{document}
As David Carlisle has already pointed out in a comment, you must (a) change S[table-format=3.2]
to S[table-format=10.9]
and (b) encase the string Multiplication Factor
in curly braces, to keep it from being interpreted by siunitx
.
In addition, you may want to (c) write si{micro}
instead of $mu$
in the second column. The text-mu and math-mu glyphs look quite different in most fonts. Finally, since you're using the siunitx
package, why not (d) use the S
column type for the final column as well and write e9
thru e-9
instead of $10^9$
thru $10^{-9}$
?
A separate observation: the standard short form of deca
(or deka
) is da
, not D
. For sure, si{deca}
(si{deka}
works too...) produces da
.
documentclass{article}
usepackage{siunitx}
usepackage{booktabs}
usepackage[table]{xcolor}
begin{document}
noindent
begin{tabular}{l c S[table-format=10.9] S[retain-zero-exponent=true]}
toprule
multicolumn{4}{c}{SI Prefixes} \
addlinespace %midrule
Prefix & Symbol & {Multiplication Factor} & {dots in Scientific Notation} \
midrule
giga & si{giga} & 1000000000 & e9 \
mega & si{mega} & 1000000 & e6 \
kilo & si{kilo} & 1000 & e3 \
deca & si{deka} & 10 & e1 \
rowcolor{gray!20} -- & -- & 1 & e0 \
deci & si{deci} & 0.1 & e-1 \
centi & si{centi}& 0.01 & e-2 \
milli & si{milli}& 0.001 & e-3 \
micro & si{micro}& 0.000001 & e-6 \
nano & si{nano} & 0.000000001& e-9 \
bottomrule
end{tabular}
end{document}
answered yesterday
Mico
274k30371757
274k30371757
2
What a great, comprehensive answer! Thanks!
– Aiden Kenny
yesterday
add a comment |
2
What a great, comprehensive answer! Thanks!
– Aiden Kenny
yesterday
2
2
What a great, comprehensive answer! Thanks!
– Aiden Kenny
yesterday
What a great, comprehensive answer! Thanks!
– Aiden Kenny
yesterday
add a comment |
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3
you need
{...}
around the heading so it isn't parsed as a number but main issue is you have specified a format of 3.2 so 2 decimal places but your numbers are 0.000000001 which have rather more than 2 digits after the point. Use a format that matches your data– David Carlisle
yesterday
How would I format it then? Sorry, I've never used
siunitx
before. The max amount of digits is 9, so would I put 3.9?– Aiden Kenny
yesterday
It just hit me, the number left of . is the number of digits left of the decimal and same with the right. So I should put 10.9.
– Aiden Kenny
yesterday
1
Slightly off-topic: The shortened form of
deca
(deka
works too...) isda
, notD
.– Mico
yesterday
Good point... I was not aware of this
– Aiden Kenny
yesterday