Maths symbols and unicode-math input inside siunitx commands












6















What I’m trying to do is to input Unicode characters directly inside siunitx commands, like SIrange{≳9}{≈40}{kilogram}. But it does not work and I get errors like ! Package siunitx Error: Invalid token '≳' in numerical input..



Looking further, inputing the standard command for these symbols does not work for all of them either: SIrange{gtrsim9}{approx40}{kilogram}; gtrsim breaks but approx is accepted.



Some MNWE:



documentclass{standalone}

usepackage{siunitx}
usepackage{unicode-math}

begin{document}
SIrange{≳9}{≈40}{kilogram}\
SIrange{gtrsim9}{approx40}{kilogram}
end{document}


Does what I’m trying to do makes any sense? Is there a way to do that?










share|improve this question


















  • 1





    I think the parser needs to know those in advance to support them. It does not handle all symbols by default only common ones. The ones you present here are not really common

    – daleif
    2 days ago
















6















What I’m trying to do is to input Unicode characters directly inside siunitx commands, like SIrange{≳9}{≈40}{kilogram}. But it does not work and I get errors like ! Package siunitx Error: Invalid token '≳' in numerical input..



Looking further, inputing the standard command for these symbols does not work for all of them either: SIrange{gtrsim9}{approx40}{kilogram}; gtrsim breaks but approx is accepted.



Some MNWE:



documentclass{standalone}

usepackage{siunitx}
usepackage{unicode-math}

begin{document}
SIrange{≳9}{≈40}{kilogram}\
SIrange{gtrsim9}{approx40}{kilogram}
end{document}


Does what I’m trying to do makes any sense? Is there a way to do that?










share|improve this question


















  • 1





    I think the parser needs to know those in advance to support them. It does not handle all symbols by default only common ones. The ones you present here are not really common

    – daleif
    2 days ago














6












6








6








What I’m trying to do is to input Unicode characters directly inside siunitx commands, like SIrange{≳9}{≈40}{kilogram}. But it does not work and I get errors like ! Package siunitx Error: Invalid token '≳' in numerical input..



Looking further, inputing the standard command for these symbols does not work for all of them either: SIrange{gtrsim9}{approx40}{kilogram}; gtrsim breaks but approx is accepted.



Some MNWE:



documentclass{standalone}

usepackage{siunitx}
usepackage{unicode-math}

begin{document}
SIrange{≳9}{≈40}{kilogram}\
SIrange{gtrsim9}{approx40}{kilogram}
end{document}


Does what I’m trying to do makes any sense? Is there a way to do that?










share|improve this question














What I’m trying to do is to input Unicode characters directly inside siunitx commands, like SIrange{≳9}{≈40}{kilogram}. But it does not work and I get errors like ! Package siunitx Error: Invalid token '≳' in numerical input..



Looking further, inputing the standard command for these symbols does not work for all of them either: SIrange{gtrsim9}{approx40}{kilogram}; gtrsim breaks but approx is accepted.



Some MNWE:



documentclass{standalone}

usepackage{siunitx}
usepackage{unicode-math}

begin{document}
SIrange{≳9}{≈40}{kilogram}\
SIrange{gtrsim9}{approx40}{kilogram}
end{document}


Does what I’m trying to do makes any sense? Is there a way to do that?







siunitx unicode-math






share|improve this question













share|improve this question











share|improve this question




share|improve this question










asked 2 days ago









ArchangeArchange

877




877








  • 1





    I think the parser needs to know those in advance to support them. It does not handle all symbols by default only common ones. The ones you present here are not really common

    – daleif
    2 days ago














  • 1





    I think the parser needs to know those in advance to support them. It does not handle all symbols by default only common ones. The ones you present here are not really common

    – daleif
    2 days ago








1




1





I think the parser needs to know those in advance to support them. It does not handle all symbols by default only common ones. The ones you present here are not really common

– daleif
2 days ago





I think the parser needs to know those in advance to support them. It does not handle all symbols by default only common ones. The ones you present here are not really common

– daleif
2 days ago










2 Answers
2






active

oldest

votes


















7














You can add other comparators to the default list:



documentclass{article}

usepackage{siunitx}
usepackage{unicode-math}

sisetup{
input-comparators = {
< = > approx ge geq gg le leq ll sim % default
gtrsim ≳ ≈
},
}

begin{document}

SIrange{≳9}{≈40}{kilogram}

SIrange{gtrsim9}{approx40}{kilogram}

end{document}


enter image description here






share|improve this answer
























  • Awesome, thanks. I guess there are reasons for the initial list being limited to those symbols? Like symbols origins (TeX/LaTeX/amssymb…) for the others or something in that vein?

    – Archange
    yesterday











  • @ArchangeThe author added the most common comparators, I guess.

    – egreg
    yesterday



















5














You could set parse-numbers to false to allow arbitrary code in the number fields:



documentclass{standalone}

usepackage{siunitx}
usepackage{unicode-math}

begin{document}
SIrange[parse-numbers = false]{≳9}{≈40}{kilogram}\
SIrange[parse-numbers = false]{gtrsim9}{approx40}{kilogram}
end{document}


Or, you could declare the symbols explicitly in sisetup:



documentclass{standalone}

usepackage{siunitx}
sisetup{
input-symbols=≈≳gtrsimapprox
}
usepackage{unicode-math}

begin{document}
SIrange{≳9}{≈40}{kilogram}\
SIrange{gtrsim9}{approx40}{kilogram}
end{document}





share|improve this answer





















  • 1





    parse-numbers=false has side effects I would prefer to avoid. input-symbols is good, but input-comparators from @egreg has even better semantical value. ;)

    – Archange
    yesterday











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2 Answers
2






active

oldest

votes








2 Answers
2






active

oldest

votes









active

oldest

votes






active

oldest

votes









7














You can add other comparators to the default list:



documentclass{article}

usepackage{siunitx}
usepackage{unicode-math}

sisetup{
input-comparators = {
< = > approx ge geq gg le leq ll sim % default
gtrsim ≳ ≈
},
}

begin{document}

SIrange{≳9}{≈40}{kilogram}

SIrange{gtrsim9}{approx40}{kilogram}

end{document}


enter image description here






share|improve this answer
























  • Awesome, thanks. I guess there are reasons for the initial list being limited to those symbols? Like symbols origins (TeX/LaTeX/amssymb…) for the others or something in that vein?

    – Archange
    yesterday











  • @ArchangeThe author added the most common comparators, I guess.

    – egreg
    yesterday
















7














You can add other comparators to the default list:



documentclass{article}

usepackage{siunitx}
usepackage{unicode-math}

sisetup{
input-comparators = {
< = > approx ge geq gg le leq ll sim % default
gtrsim ≳ ≈
},
}

begin{document}

SIrange{≳9}{≈40}{kilogram}

SIrange{gtrsim9}{approx40}{kilogram}

end{document}


enter image description here






share|improve this answer
























  • Awesome, thanks. I guess there are reasons for the initial list being limited to those symbols? Like symbols origins (TeX/LaTeX/amssymb…) for the others or something in that vein?

    – Archange
    yesterday











  • @ArchangeThe author added the most common comparators, I guess.

    – egreg
    yesterday














7












7








7







You can add other comparators to the default list:



documentclass{article}

usepackage{siunitx}
usepackage{unicode-math}

sisetup{
input-comparators = {
< = > approx ge geq gg le leq ll sim % default
gtrsim ≳ ≈
},
}

begin{document}

SIrange{≳9}{≈40}{kilogram}

SIrange{gtrsim9}{approx40}{kilogram}

end{document}


enter image description here






share|improve this answer













You can add other comparators to the default list:



documentclass{article}

usepackage{siunitx}
usepackage{unicode-math}

sisetup{
input-comparators = {
< = > approx ge geq gg le leq ll sim % default
gtrsim ≳ ≈
},
}

begin{document}

SIrange{≳9}{≈40}{kilogram}

SIrange{gtrsim9}{approx40}{kilogram}

end{document}


enter image description here







share|improve this answer












share|improve this answer



share|improve this answer










answered 2 days ago









egregegreg

727k8819233233




727k8819233233













  • Awesome, thanks. I guess there are reasons for the initial list being limited to those symbols? Like symbols origins (TeX/LaTeX/amssymb…) for the others or something in that vein?

    – Archange
    yesterday











  • @ArchangeThe author added the most common comparators, I guess.

    – egreg
    yesterday



















  • Awesome, thanks. I guess there are reasons for the initial list being limited to those symbols? Like symbols origins (TeX/LaTeX/amssymb…) for the others or something in that vein?

    – Archange
    yesterday











  • @ArchangeThe author added the most common comparators, I guess.

    – egreg
    yesterday

















Awesome, thanks. I guess there are reasons for the initial list being limited to those symbols? Like symbols origins (TeX/LaTeX/amssymb…) for the others or something in that vein?

– Archange
yesterday





Awesome, thanks. I guess there are reasons for the initial list being limited to those symbols? Like symbols origins (TeX/LaTeX/amssymb…) for the others or something in that vein?

– Archange
yesterday













@ArchangeThe author added the most common comparators, I guess.

– egreg
yesterday





@ArchangeThe author added the most common comparators, I guess.

– egreg
yesterday











5














You could set parse-numbers to false to allow arbitrary code in the number fields:



documentclass{standalone}

usepackage{siunitx}
usepackage{unicode-math}

begin{document}
SIrange[parse-numbers = false]{≳9}{≈40}{kilogram}\
SIrange[parse-numbers = false]{gtrsim9}{approx40}{kilogram}
end{document}


Or, you could declare the symbols explicitly in sisetup:



documentclass{standalone}

usepackage{siunitx}
sisetup{
input-symbols=≈≳gtrsimapprox
}
usepackage{unicode-math}

begin{document}
SIrange{≳9}{≈40}{kilogram}\
SIrange{gtrsim9}{approx40}{kilogram}
end{document}





share|improve this answer





















  • 1





    parse-numbers=false has side effects I would prefer to avoid. input-symbols is good, but input-comparators from @egreg has even better semantical value. ;)

    – Archange
    yesterday
















5














You could set parse-numbers to false to allow arbitrary code in the number fields:



documentclass{standalone}

usepackage{siunitx}
usepackage{unicode-math}

begin{document}
SIrange[parse-numbers = false]{≳9}{≈40}{kilogram}\
SIrange[parse-numbers = false]{gtrsim9}{approx40}{kilogram}
end{document}


Or, you could declare the symbols explicitly in sisetup:



documentclass{standalone}

usepackage{siunitx}
sisetup{
input-symbols=≈≳gtrsimapprox
}
usepackage{unicode-math}

begin{document}
SIrange{≳9}{≈40}{kilogram}\
SIrange{gtrsim9}{approx40}{kilogram}
end{document}





share|improve this answer





















  • 1





    parse-numbers=false has side effects I would prefer to avoid. input-symbols is good, but input-comparators from @egreg has even better semantical value. ;)

    – Archange
    yesterday














5












5








5







You could set parse-numbers to false to allow arbitrary code in the number fields:



documentclass{standalone}

usepackage{siunitx}
usepackage{unicode-math}

begin{document}
SIrange[parse-numbers = false]{≳9}{≈40}{kilogram}\
SIrange[parse-numbers = false]{gtrsim9}{approx40}{kilogram}
end{document}


Or, you could declare the symbols explicitly in sisetup:



documentclass{standalone}

usepackage{siunitx}
sisetup{
input-symbols=≈≳gtrsimapprox
}
usepackage{unicode-math}

begin{document}
SIrange{≳9}{≈40}{kilogram}\
SIrange{gtrsim9}{approx40}{kilogram}
end{document}





share|improve this answer















You could set parse-numbers to false to allow arbitrary code in the number fields:



documentclass{standalone}

usepackage{siunitx}
usepackage{unicode-math}

begin{document}
SIrange[parse-numbers = false]{≳9}{≈40}{kilogram}\
SIrange[parse-numbers = false]{gtrsim9}{approx40}{kilogram}
end{document}


Or, you could declare the symbols explicitly in sisetup:



documentclass{standalone}

usepackage{siunitx}
sisetup{
input-symbols=≈≳gtrsimapprox
}
usepackage{unicode-math}

begin{document}
SIrange{≳9}{≈40}{kilogram}\
SIrange{gtrsim9}{approx40}{kilogram}
end{document}






share|improve this answer














share|improve this answer



share|improve this answer








edited 2 days ago

























answered 2 days ago









DG'DG'

10.9k21846




10.9k21846








  • 1





    parse-numbers=false has side effects I would prefer to avoid. input-symbols is good, but input-comparators from @egreg has even better semantical value. ;)

    – Archange
    yesterday














  • 1





    parse-numbers=false has side effects I would prefer to avoid. input-symbols is good, but input-comparators from @egreg has even better semantical value. ;)

    – Archange
    yesterday








1




1





parse-numbers=false has side effects I would prefer to avoid. input-symbols is good, but input-comparators from @egreg has even better semantical value. ;)

– Archange
yesterday





parse-numbers=false has side effects I would prefer to avoid. input-symbols is good, but input-comparators from @egreg has even better semantical value. ;)

– Archange
yesterday


















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