How to make fractions and exponents larger?












0














In an align environment in the amsmath package, sometimes an exponent like e^{...} is too small and a fraction like frac{1}{2} is too small. I can use tfrac to make fractions smaller, but for some reason there is no way to make them bigger. Whenever I've tried to use hfrac it doesn't work. Is there also a way to make exponents larger in a similar way?






math-mode amsmath fractions







share|improve this question
























  • Welcome to TeX.SE! Please show a short compilable code resulting in your issue!
    – Kurt
    Jan 2 at 23:24










  • the "for some reason" is simply there are four styles fraction frac selects the default, tfrac forces textstyle, dfrac forces display style, so if you are in display math tfrac is smaller than frac and dfrac is the same.
    – David Carlisle
    Jan 2 at 23:55












  • Did you see the posting Fractions with large elements? The ddfrac macro proposed in the accepted answer -- shameless self-citation alert! -- would appear to be what you're looking for in terms of fractions with "large" numerators and denominators.
    – Mico
    Jan 3 at 1:27


















0














In an align environment in the amsmath package, sometimes an exponent like e^{...} is too small and a fraction like frac{1}{2} is too small. I can use tfrac to make fractions smaller, but for some reason there is no way to make them bigger. Whenever I've tried to use hfrac it doesn't work. Is there also a way to make exponents larger in a similar way?






math-mode amsmath fractions







share|improve this question
























  • Welcome to TeX.SE! Please show a short compilable code resulting in your issue!
    – Kurt
    Jan 2 at 23:24










  • the "for some reason" is simply there are four styles fraction frac selects the default, tfrac forces textstyle, dfrac forces display style, so if you are in display math tfrac is smaller than frac and dfrac is the same.
    – David Carlisle
    Jan 2 at 23:55












  • Did you see the posting Fractions with large elements? The ddfrac macro proposed in the accepted answer -- shameless self-citation alert! -- would appear to be what you're looking for in terms of fractions with "large" numerators and denominators.
    – Mico
    Jan 3 at 1:27
















0












0








0







In an align environment in the amsmath package, sometimes an exponent like e^{...} is too small and a fraction like frac{1}{2} is too small. I can use tfrac to make fractions smaller, but for some reason there is no way to make them bigger. Whenever I've tried to use hfrac it doesn't work. Is there also a way to make exponents larger in a similar way?






math-mode amsmath fractions







share|improve this question















In an align environment in the amsmath package, sometimes an exponent like e^{...} is too small and a fraction like frac{1}{2} is too small. I can use tfrac to make fractions smaller, but for some reason there is no way to make them bigger. Whenever I've tried to use hfrac it doesn't work. Is there also a way to make exponents larger in a similar way?






math-mode amsmath fractions




math-mode amsmath fractions






share|improve this question















share|improve this question













share|improve this question




share|improve this question








edited Jan 2 at 23:28









David Carlisle

484k4011171859




484k4011171859










asked Jan 2 at 22:00









user14554user14554

434




434












  • Welcome to TeX.SE! Please show a short compilable code resulting in your issue!
    – Kurt
    Jan 2 at 23:24










  • the "for some reason" is simply there are four styles fraction frac selects the default, tfrac forces textstyle, dfrac forces display style, so if you are in display math tfrac is smaller than frac and dfrac is the same.
    – David Carlisle
    Jan 2 at 23:55












  • Did you see the posting Fractions with large elements? The ddfrac macro proposed in the accepted answer -- shameless self-citation alert! -- would appear to be what you're looking for in terms of fractions with "large" numerators and denominators.
    – Mico
    Jan 3 at 1:27




















  • Welcome to TeX.SE! Please show a short compilable code resulting in your issue!
    – Kurt
    Jan 2 at 23:24










  • the "for some reason" is simply there are four styles fraction frac selects the default, tfrac forces textstyle, dfrac forces display style, so if you are in display math tfrac is smaller than frac and dfrac is the same.
    – David Carlisle
    Jan 2 at 23:55












  • Did you see the posting Fractions with large elements? The ddfrac macro proposed in the accepted answer -- shameless self-citation alert! -- would appear to be what you're looking for in terms of fractions with "large" numerators and denominators.
    – Mico
    Jan 3 at 1:27


















Welcome to TeX.SE! Please show a short compilable code resulting in your issue!
– Kurt
Jan 2 at 23:24




Welcome to TeX.SE! Please show a short compilable code resulting in your issue!
– Kurt
Jan 2 at 23:24












the "for some reason" is simply there are four styles fraction frac selects the default, tfrac forces textstyle, dfrac forces display style, so if you are in display math tfrac is smaller than frac and dfrac is the same.
– David Carlisle
Jan 2 at 23:55






the "for some reason" is simply there are four styles fraction frac selects the default, tfrac forces textstyle, dfrac forces display style, so if you are in display math tfrac is smaller than frac and dfrac is the same.
– David Carlisle
Jan 2 at 23:55














Did you see the posting Fractions with large elements? The ddfrac macro proposed in the accepted answer -- shameless self-citation alert! -- would appear to be what you're looking for in terms of fractions with "large" numerators and denominators.
– Mico
Jan 3 at 1:27






Did you see the posting Fractions with large elements? The ddfrac macro proposed in the accepted answer -- shameless self-citation alert! -- would appear to be what you're looking for in terms of fractions with "large" numerators and denominators.
– Mico
Jan 3 at 1:27












3 Answers
3






active

oldest

votes


















4














superscripts are in scriptstyle so in theory you could do



e^{textstyle a+b}


to use a textstyle rather than scriptstyle superscript, but really, I wouldn't.



If you have a large expression here it is better to use a different syntax



exp (a+b)


which naturally sets the expression in textstyle






share|improve this answer

















  • 1




    In some contexts, e.g. schools, it might be preferable to use the e^{}-notation instead of the exp()-notation.
    – Toscho
    Jan 2 at 22:10










  • exp might work, I'll give it a try. "h" also came from a past question I saw on this very site. But, there might have been some extra environment.
    – user14554
    Jan 2 at 22:10












  • For the most part exp solves the problem. Though, it would still be nice to have more control over textstyle since it is less convenient to read.
    – user14554
    Jan 2 at 22:31








  • 1




    @user14554 math fonts are set at four styles (usually three sizes) displaystyle textstyle subscriptstyle and subsubscriptsyle so they are always available, but to get other sizes would require more extensive setup
    – David Carlisle
    Jan 2 at 22:42










  • You say it's available in only three sizes, yet if you nest exponents or fractions, it will perpetually adjust them to be smaller or larger.
    – user14554
    Jan 2 at 22:47



















3














Caution: This should be wisely used!



The macro DeclareMathSizes{}{}{}{} has four arguments; text size, math sizes in display/text style, script style and scriptscript style, respectively.



documentclass[12pt,a4paper]{report}

usepackage{amsmath}



DeclareMathSizes{12}{12}{10}{7}



begin{document}



begin{align*}

frac{2x}{3y+z} 12e^{a+b}

end{align*}



end{document}





share|improve this answer





















  • Can I use these arbitrarily within any point in any part of an align environment? Could I make one fraction smaller while retaining the size of all others within one align environment?
    – user14554
    Jan 2 at 22:29












  • @user14554 this is only intended as a global document setting, it sets up the three sizes as i mentioned.
    – David Carlisle
    Jan 2 at 22:49












  • So in other words you're saying no, I can't arbitrarily change the sizes of only individual fractions with this?
    – user14554
    Jan 2 at 23:03






  • 1




    The command in my answer changes all math components in the document, for fractions, you have frac, dfrac, mfrac, and tfrac, if all these sizes are not sufficient, you can change the size arbitrarily using scalebox{<factor>}{$frac{}{}$}. You need graphicx package for that command.
    – AboAmmar
    Jan 2 at 23:18





















0














You can use displaystyle and the like to change the size inside a math environment.






share|improve this answer

















  • 5




    Please explain better what you mean ...
    – Kurt
    Jan 2 at 23:22










  • @Kurt No, it would only be a subset of David Carlisle's answer, which wasn't there, when I wrote my answer.
    – Toscho
    Jan 5 at 12:58











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3 Answers
3






active

oldest

votes








3 Answers
3






active

oldest

votes









active

oldest

votes






active

oldest

votes









4














superscripts are in scriptstyle so in theory you could do



e^{textstyle a+b}


to use a textstyle rather than scriptstyle superscript, but really, I wouldn't.



If you have a large expression here it is better to use a different syntax



exp (a+b)


which naturally sets the expression in textstyle






share|improve this answer

















  • 1




    In some contexts, e.g. schools, it might be preferable to use the e^{}-notation instead of the exp()-notation.
    – Toscho
    Jan 2 at 22:10










  • exp might work, I'll give it a try. "h" also came from a past question I saw on this very site. But, there might have been some extra environment.
    – user14554
    Jan 2 at 22:10












  • For the most part exp solves the problem. Though, it would still be nice to have more control over textstyle since it is less convenient to read.
    – user14554
    Jan 2 at 22:31








  • 1




    @user14554 math fonts are set at four styles (usually three sizes) displaystyle textstyle subscriptstyle and subsubscriptsyle so they are always available, but to get other sizes would require more extensive setup
    – David Carlisle
    Jan 2 at 22:42










  • You say it's available in only three sizes, yet if you nest exponents or fractions, it will perpetually adjust them to be smaller or larger.
    – user14554
    Jan 2 at 22:47
















4














superscripts are in scriptstyle so in theory you could do



e^{textstyle a+b}


to use a textstyle rather than scriptstyle superscript, but really, I wouldn't.



If you have a large expression here it is better to use a different syntax



exp (a+b)


which naturally sets the expression in textstyle






share|improve this answer

















  • 1




    In some contexts, e.g. schools, it might be preferable to use the e^{}-notation instead of the exp()-notation.
    – Toscho
    Jan 2 at 22:10










  • exp might work, I'll give it a try. "h" also came from a past question I saw on this very site. But, there might have been some extra environment.
    – user14554
    Jan 2 at 22:10












  • For the most part exp solves the problem. Though, it would still be nice to have more control over textstyle since it is less convenient to read.
    – user14554
    Jan 2 at 22:31








  • 1




    @user14554 math fonts are set at four styles (usually three sizes) displaystyle textstyle subscriptstyle and subsubscriptsyle so they are always available, but to get other sizes would require more extensive setup
    – David Carlisle
    Jan 2 at 22:42










  • You say it's available in only three sizes, yet if you nest exponents or fractions, it will perpetually adjust them to be smaller or larger.
    – user14554
    Jan 2 at 22:47














4












4








4






superscripts are in scriptstyle so in theory you could do



e^{textstyle a+b}


to use a textstyle rather than scriptstyle superscript, but really, I wouldn't.



If you have a large expression here it is better to use a different syntax



exp (a+b)


which naturally sets the expression in textstyle






share|improve this answer












superscripts are in scriptstyle so in theory you could do



e^{textstyle a+b}


to use a textstyle rather than scriptstyle superscript, but really, I wouldn't.



If you have a large expression here it is better to use a different syntax



exp (a+b)


which naturally sets the expression in textstyle







share|improve this answer












share|improve this answer



share|improve this answer










answered Jan 2 at 22:08









David CarlisleDavid Carlisle

484k4011171859




484k4011171859








  • 1




    In some contexts, e.g. schools, it might be preferable to use the e^{}-notation instead of the exp()-notation.
    – Toscho
    Jan 2 at 22:10










  • exp might work, I'll give it a try. "h" also came from a past question I saw on this very site. But, there might have been some extra environment.
    – user14554
    Jan 2 at 22:10












  • For the most part exp solves the problem. Though, it would still be nice to have more control over textstyle since it is less convenient to read.
    – user14554
    Jan 2 at 22:31








  • 1




    @user14554 math fonts are set at four styles (usually three sizes) displaystyle textstyle subscriptstyle and subsubscriptsyle so they are always available, but to get other sizes would require more extensive setup
    – David Carlisle
    Jan 2 at 22:42










  • You say it's available in only three sizes, yet if you nest exponents or fractions, it will perpetually adjust them to be smaller or larger.
    – user14554
    Jan 2 at 22:47














  • 1




    In some contexts, e.g. schools, it might be preferable to use the e^{}-notation instead of the exp()-notation.
    – Toscho
    Jan 2 at 22:10










  • exp might work, I'll give it a try. "h" also came from a past question I saw on this very site. But, there might have been some extra environment.
    – user14554
    Jan 2 at 22:10












  • For the most part exp solves the problem. Though, it would still be nice to have more control over textstyle since it is less convenient to read.
    – user14554
    Jan 2 at 22:31








  • 1




    @user14554 math fonts are set at four styles (usually three sizes) displaystyle textstyle subscriptstyle and subsubscriptsyle so they are always available, but to get other sizes would require more extensive setup
    – David Carlisle
    Jan 2 at 22:42










  • You say it's available in only three sizes, yet if you nest exponents or fractions, it will perpetually adjust them to be smaller or larger.
    – user14554
    Jan 2 at 22:47








1




1




In some contexts, e.g. schools, it might be preferable to use the e^{}-notation instead of the exp()-notation.
– Toscho
Jan 2 at 22:10




In some contexts, e.g. schools, it might be preferable to use the e^{}-notation instead of the exp()-notation.
– Toscho
Jan 2 at 22:10












exp might work, I'll give it a try. "h" also came from a past question I saw on this very site. But, there might have been some extra environment.
– user14554
Jan 2 at 22:10






exp might work, I'll give it a try. "h" also came from a past question I saw on this very site. But, there might have been some extra environment.
– user14554
Jan 2 at 22:10














For the most part exp solves the problem. Though, it would still be nice to have more control over textstyle since it is less convenient to read.
– user14554
Jan 2 at 22:31






For the most part exp solves the problem. Though, it would still be nice to have more control over textstyle since it is less convenient to read.
– user14554
Jan 2 at 22:31






1




1




@user14554 math fonts are set at four styles (usually three sizes) displaystyle textstyle subscriptstyle and subsubscriptsyle so they are always available, but to get other sizes would require more extensive setup
– David Carlisle
Jan 2 at 22:42




@user14554 math fonts are set at four styles (usually three sizes) displaystyle textstyle subscriptstyle and subsubscriptsyle so they are always available, but to get other sizes would require more extensive setup
– David Carlisle
Jan 2 at 22:42












You say it's available in only three sizes, yet if you nest exponents or fractions, it will perpetually adjust them to be smaller or larger.
– user14554
Jan 2 at 22:47




You say it's available in only three sizes, yet if you nest exponents or fractions, it will perpetually adjust them to be smaller or larger.
– user14554
Jan 2 at 22:47











3














Caution: This should be wisely used!



The macro DeclareMathSizes{}{}{}{} has four arguments; text size, math sizes in display/text style, script style and scriptscript style, respectively.



documentclass[12pt,a4paper]{report}

usepackage{amsmath}



DeclareMathSizes{12}{12}{10}{7}



begin{document}



begin{align*}

frac{2x}{3y+z} 12e^{a+b}

end{align*}



end{document}





share|improve this answer





















  • Can I use these arbitrarily within any point in any part of an align environment? Could I make one fraction smaller while retaining the size of all others within one align environment?
    – user14554
    Jan 2 at 22:29












  • @user14554 this is only intended as a global document setting, it sets up the three sizes as i mentioned.
    – David Carlisle
    Jan 2 at 22:49












  • So in other words you're saying no, I can't arbitrarily change the sizes of only individual fractions with this?
    – user14554
    Jan 2 at 23:03






  • 1




    The command in my answer changes all math components in the document, for fractions, you have frac, dfrac, mfrac, and tfrac, if all these sizes are not sufficient, you can change the size arbitrarily using scalebox{<factor>}{$frac{}{}$}. You need graphicx package for that command.
    – AboAmmar
    Jan 2 at 23:18


















3














Caution: This should be wisely used!



The macro DeclareMathSizes{}{}{}{} has four arguments; text size, math sizes in display/text style, script style and scriptscript style, respectively.



documentclass[12pt,a4paper]{report}

usepackage{amsmath}



DeclareMathSizes{12}{12}{10}{7}



begin{document}



begin{align*}

frac{2x}{3y+z} 12e^{a+b}

end{align*}



end{document}





share|improve this answer





















  • Can I use these arbitrarily within any point in any part of an align environment? Could I make one fraction smaller while retaining the size of all others within one align environment?
    – user14554
    Jan 2 at 22:29












  • @user14554 this is only intended as a global document setting, it sets up the three sizes as i mentioned.
    – David Carlisle
    Jan 2 at 22:49












  • So in other words you're saying no, I can't arbitrarily change the sizes of only individual fractions with this?
    – user14554
    Jan 2 at 23:03






  • 1




    The command in my answer changes all math components in the document, for fractions, you have frac, dfrac, mfrac, and tfrac, if all these sizes are not sufficient, you can change the size arbitrarily using scalebox{<factor>}{$frac{}{}$}. You need graphicx package for that command.
    – AboAmmar
    Jan 2 at 23:18
















3












3








3






Caution: This should be wisely used!



The macro DeclareMathSizes{}{}{}{} has four arguments; text size, math sizes in display/text style, script style and scriptscript style, respectively.



documentclass[12pt,a4paper]{report}

usepackage{amsmath}



DeclareMathSizes{12}{12}{10}{7}



begin{document}



begin{align*}

frac{2x}{3y+z} 12e^{a+b}

end{align*}



end{document}





share|improve this answer












Caution: This should be wisely used!



The macro DeclareMathSizes{}{}{}{} has four arguments; text size, math sizes in display/text style, script style and scriptscript style, respectively.



documentclass[12pt,a4paper]{report}

usepackage{amsmath}



DeclareMathSizes{12}{12}{10}{7}



begin{document}



begin{align*}

frac{2x}{3y+z} 12e^{a+b}

end{align*}



end{document}






share|improve this answer












share|improve this answer



share|improve this answer










answered Jan 2 at 22:20









AboAmmarAboAmmar

33.4k22882




33.4k22882












  • Can I use these arbitrarily within any point in any part of an align environment? Could I make one fraction smaller while retaining the size of all others within one align environment?
    – user14554
    Jan 2 at 22:29












  • @user14554 this is only intended as a global document setting, it sets up the three sizes as i mentioned.
    – David Carlisle
    Jan 2 at 22:49












  • So in other words you're saying no, I can't arbitrarily change the sizes of only individual fractions with this?
    – user14554
    Jan 2 at 23:03






  • 1




    The command in my answer changes all math components in the document, for fractions, you have frac, dfrac, mfrac, and tfrac, if all these sizes are not sufficient, you can change the size arbitrarily using scalebox{<factor>}{$frac{}{}$}. You need graphicx package for that command.
    – AboAmmar
    Jan 2 at 23:18




















  • Can I use these arbitrarily within any point in any part of an align environment? Could I make one fraction smaller while retaining the size of all others within one align environment?
    – user14554
    Jan 2 at 22:29












  • @user14554 this is only intended as a global document setting, it sets up the three sizes as i mentioned.
    – David Carlisle
    Jan 2 at 22:49












  • So in other words you're saying no, I can't arbitrarily change the sizes of only individual fractions with this?
    – user14554
    Jan 2 at 23:03






  • 1




    The command in my answer changes all math components in the document, for fractions, you have frac, dfrac, mfrac, and tfrac, if all these sizes are not sufficient, you can change the size arbitrarily using scalebox{<factor>}{$frac{}{}$}. You need graphicx package for that command.
    – AboAmmar
    Jan 2 at 23:18


















Can I use these arbitrarily within any point in any part of an align environment? Could I make one fraction smaller while retaining the size of all others within one align environment?
– user14554
Jan 2 at 22:29






Can I use these arbitrarily within any point in any part of an align environment? Could I make one fraction smaller while retaining the size of all others within one align environment?
– user14554
Jan 2 at 22:29














@user14554 this is only intended as a global document setting, it sets up the three sizes as i mentioned.
– David Carlisle
Jan 2 at 22:49






@user14554 this is only intended as a global document setting, it sets up the three sizes as i mentioned.
– David Carlisle
Jan 2 at 22:49














So in other words you're saying no, I can't arbitrarily change the sizes of only individual fractions with this?
– user14554
Jan 2 at 23:03




So in other words you're saying no, I can't arbitrarily change the sizes of only individual fractions with this?
– user14554
Jan 2 at 23:03




1




1




The command in my answer changes all math components in the document, for fractions, you have frac, dfrac, mfrac, and tfrac, if all these sizes are not sufficient, you can change the size arbitrarily using scalebox{<factor>}{$frac{}{}$}. You need graphicx package for that command.
– AboAmmar
Jan 2 at 23:18






The command in my answer changes all math components in the document, for fractions, you have frac, dfrac, mfrac, and tfrac, if all these sizes are not sufficient, you can change the size arbitrarily using scalebox{<factor>}{$frac{}{}$}. You need graphicx package for that command.
– AboAmmar
Jan 2 at 23:18













0














You can use displaystyle and the like to change the size inside a math environment.






share|improve this answer

















  • 5




    Please explain better what you mean ...
    – Kurt
    Jan 2 at 23:22










  • @Kurt No, it would only be a subset of David Carlisle's answer, which wasn't there, when I wrote my answer.
    – Toscho
    Jan 5 at 12:58
















0














You can use displaystyle and the like to change the size inside a math environment.






share|improve this answer

















  • 5




    Please explain better what you mean ...
    – Kurt
    Jan 2 at 23:22










  • @Kurt No, it would only be a subset of David Carlisle's answer, which wasn't there, when I wrote my answer.
    – Toscho
    Jan 5 at 12:58














0












0








0






You can use displaystyle and the like to change the size inside a math environment.






share|improve this answer












You can use displaystyle and the like to change the size inside a math environment.







share|improve this answer












share|improve this answer



share|improve this answer










answered Jan 2 at 22:09









ToschoToscho

3,8051118




3,8051118








  • 5




    Please explain better what you mean ...
    – Kurt
    Jan 2 at 23:22










  • @Kurt No, it would only be a subset of David Carlisle's answer, which wasn't there, when I wrote my answer.
    – Toscho
    Jan 5 at 12:58














  • 5




    Please explain better what you mean ...
    – Kurt
    Jan 2 at 23:22










  • @Kurt No, it would only be a subset of David Carlisle's answer, which wasn't there, when I wrote my answer.
    – Toscho
    Jan 5 at 12:58








5




5




Please explain better what you mean ...
– Kurt
Jan 2 at 23:22




Please explain better what you mean ...
– Kurt
Jan 2 at 23:22












@Kurt No, it would only be a subset of David Carlisle's answer, which wasn't there, when I wrote my answer.
– Toscho
Jan 5 at 12:58




@Kurt No, it would only be a subset of David Carlisle's answer, which wasn't there, when I wrote my answer.
– Toscho
Jan 5 at 12:58


















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