Thanks, I could have sworn I had tested that. With my new setup, I still have trouble with some characters in math mode. Specifically, I don't see the \prime and \doubleprime characters in math mode, and I can't use \wedge as a footnote symbol. Consider this commented example, pdf result attached. /MJO % define the characters to use for Garamond in math mode \definefontfamilypreset [math:somesymbols] [range={0x0002A-0x0002E,0x000A7,0x000B6,0x000D7,0x000F7,0x02020-0x02021,0x02212,0x02219-0x02226,0x02228-0x02265,0x02012,0x0003C-0x0003E,0x0007C}, tf=style:regular, offset=lowercasenormal, ] \definefallbackfamily[mainface][math][Adobe Garamond Pro][rscale=1.05,range=digitsnormal] \definefallbackfamily[mainface][math][Adobe Garamond Pro][rscale=1.05,range=lowercasenormal] \definefallbackfamily[mainface][math][Adobe Garamond Pro][rscale=1.05,range=lowercaseitalic] \definefallbackfamily[mainface][math][Adobe Garamond Pro][rscale=1.05,range=uppercasenormal] \definefallbackfamily[mainface][math][Adobe Garamond Pro][rscale=1.05,range=uppercaseitalic] \definefallbackfamily[mainface][math][Adobe Garamond Pro][rscale=1.05,range=math:somesymbols] \definefontfamily[mainface][serif][Adobe Garamond Pro] \definefontfamily[mainface][math][TeX Gyre Termes Math][scale=0.9] \setupbodyfont[mainface,11pt] % footnotes \defineconversion[avhset][\m{\wedge},\m{\prime}] \setupnotation[footnote][way=bypage,numberconversion=avhset] \enabletrackers[fonts.missing] \starttext $D\prime = 0.98$ % <-- no \prime in output $D\doubleprime = 0.98$ % <-- no \doubleprime in output wedge\wedge\footnote{wedge} % <-- lua stats > unknown math characters: ∧ (U+02227) (n=2) prime\prime\footnote{prime} % <-- \stoptext

On 4/12/2018 6:17 PM, Magnus J wrote:

...

I use Adobe Garamond Pro in combination with Termes Math for math (the latter for missing glyphs, Garamond is not very complete). How can I scale size of Termes Math without decreasing the size of the Garamond glyphs in math mode?

/MJO

% define the characters to use for Garamond in math mode \definefontfamilypreset [math:somesymbols]

[range={0x0002A-0x0002E,0x000A7,0x000B6,0x000D7,0x000F7,0x02020-0x02021,0= x02212,0x02219-0x02226,0x02228-0x02265,0x02012,0x0003C-0x0003E,0x0007C},

...

tf=style:regular, offset=lowercasenormal, ]

\definefallbackfamily[mainface][mm][Adobe Garamond Pro][math:digitsnormal] \definefallbackfamily[mainface][mm][Adobe Garamond Pro][math:lowercasenormal] \definefallbackfamily[mainface][mm][Adobe Garamond Pro][math:lowercaseitalic] \definefallbackfamily[mainface][mm][Adobe Garamond Pro][math:uppercasenormal] \definefallbackfamily[mainface][mm][Adobe Garamond Pro][math:uppercaseitalic] \definefallbackfamily[mainface][mm][Adobe Garamond Pro][math:somesymbols]

\definefontfamily[mainface][rm][Adobe Garamond Pro] \definefontfamily[mainface][mm][TeX Gyre Termes Math][scale=0.9]

%

...

<-- scaling here...

\setupbodyfont[mainface,11pt]

\starttext 100

$100$ % <-- leads to math mode that is smaller than text, even for Garamond glyphs \stoptext \definefallbackfamily[mainface][math][Adobe Garamond Pro][rscale=1.05,range=digitsnormal] \definefallbackfamily[mainface][math][Adobe Garamond Pro][rscale=1.05,range=lowercasenormal] \definefallbackfamily[mainface][math][Adobe Garamond Pro][rscale=1.05,range=lowercaseitalic] \definefallbackfamily[mainface][math][Adobe Garamond Pro][rscale=1.05,range=uppercasenormal] \definefallbackfamily[mainface][math][Adobe Garamond Pro][rscale=1.05,range=uppercaseitalic] \definefallbackfamily[mainface][math][Adobe Garamond Pro][rscale=1.05,range=math:somesymbols]

\definefontfamily [mainface] [serif] [Adobe Garamond Pro] \definefontfamily [mainface] [math] [TeX Gyre Termes Math]

\setupbodyfont[mainface]

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