Why won't this compile? Argument of h has an extra {
7
documentclass{article}
usepackage{amsmath}
begin{document}
newcommand{x}[1][1]{ensuremath{a_{n-#1}}}
newcommand{e}[1][left(1+dfrac{1+sqrt{5}}{2}right)-left(dfrac{1-sqrt{5}}{2}right)^{n-2}left(1+dfrac{1-sqrt{5}}{2}right)]{ensuremath{\\=dfrac{left(dfrac{1+sqrt{5}}{2}right) ^{n-2}#1}{sqrt{5}}}}
newcommand{f}{ensuremath{left(dfrac{1-sqrt{5}}{2}right)^{n-2}}}
newcommand{g}[1][n-1]{ensuremath{left(dfrac{1-sqrt{5}}{2}right)^{#1}}}
newcommand{h}[1][n-1]{ensuremath{left(dfrac{1+sqrt{5}}{2}right)^{#1}}}
newcommand{n}{ensuremath{left(dfrac{1+sqrt{5}}{2}right) ^{n-2}}}
$a_n=x+x[2]e[-f+hg]ee[h[2]]$
end{document}
compilation-error
asked 13 hours ago
SevenSeven
384
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7
documentclass{article}
usepackage{amsmath}
begin{document}
newcommand{x}[1][1]{ensuremath{a_{n-#1}}}
newcommand{e}[1][left(1+dfrac{1+sqrt{5}}{2}right)-left(dfrac{1-sqrt{5}}{2}right)^{n-2}left(1+dfrac{1-sqrt{5}}{2}right)]{ensuremath{\\=dfrac{left(dfrac{1+sqrt{5}}{2}right) ^{n-2}#1}{sqrt{5}}}}
newcommand{f}{ensuremath{left(dfrac{1-sqrt{5}}{2}right)^{n-2}}}
newcommand{g}[1][n-1]{ensuremath{left(dfrac{1-sqrt{5}}{2}right)^{#1}}}
newcommand{h}[1][n-1]{ensuremath{left(dfrac{1+sqrt{5}}{2}right)^{#1}}}
newcommand{n}{ensuremath{left(dfrac{1+sqrt{5}}{2}right) ^{n-2}}}
$a_n=x+x[2]e[-f+hg]ee[h[2]]$
end{document}
compilation-error
asked 13 hours ago
SevenSeven
384
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Seven is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
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7
7
7
documentclass{article}
usepackage{amsmath}
begin{document}
newcommand{x}[1][1]{ensuremath{a_{n-#1}}}
newcommand{e}[1][left(1+dfrac{1+sqrt{5}}{2}right)-left(dfrac{1-sqrt{5}}{2}right)^{n-2}left(1+dfrac{1-sqrt{5}}{2}right)]{ensuremath{\\=dfrac{left(dfrac{1+sqrt{5}}{2}right) ^{n-2}#1}{sqrt{5}}}}
newcommand{f}{ensuremath{left(dfrac{1-sqrt{5}}{2}right)^{n-2}}}
newcommand{g}[1][n-1]{ensuremath{left(dfrac{1-sqrt{5}}{2}right)^{#1}}}
newcommand{h}[1][n-1]{ensuremath{left(dfrac{1+sqrt{5}}{2}right)^{#1}}}
newcommand{n}{ensuremath{left(dfrac{1+sqrt{5}}{2}right) ^{n-2}}}
$a_n=x+x[2]e[-f+hg]ee[h[2]]$
end{document}
compilation-error
asked 13 hours ago
SevenSeven
384
New contributor
Seven is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
documentclass{article}
usepackage{amsmath}
begin{document}
newcommand{x}[1][1]{ensuremath{a_{n-#1}}}
newcommand{e}[1][left(1+dfrac{1+sqrt{5}}{2}right)-left(dfrac{1-sqrt{5}}{2}right)^{n-2}left(1+dfrac{1-sqrt{5}}{2}right)]{ensuremath{\\=dfrac{left(dfrac{1+sqrt{5}}{2}right) ^{n-2}#1}{sqrt{5}}}}
newcommand{f}{ensuremath{left(dfrac{1-sqrt{5}}{2}right)^{n-2}}}
newcommand{g}[1][n-1]{ensuremath{left(dfrac{1-sqrt{5}}{2}right)^{#1}}}
newcommand{h}[1][n-1]{ensuremath{left(dfrac{1+sqrt{5}}{2}right)^{#1}}}
newcommand{n}{ensuremath{left(dfrac{1+sqrt{5}}{2}right) ^{n-2}}}
$a_n=x+x[2]e[-f+hg]ee[h[2]]$
end{document}
compilation-error
compilation-error
asked 13 hours ago
SevenSeven
384
New contributor
Seven is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
asked 13 hours ago
SevenSeven
384
New contributor
Seven is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
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edited 13 hours ago
Seven
asked 13 hours ago
SevenSeven
384
New contributor
Seven is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
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asked 13 hours ago
SevenSeven
384
asked 13 hours ago
SevenSeven
384
384
New contributor
Seven is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
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New contributor
Seven is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
Seven is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
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add a comment |
add a comment |
2 Answers
2
active
oldest
votes
6
use
e[{h[n-1]}]
Put the inner h[..] into braces
answered 13 hours ago
HerbertHerbert
276k25419732
add a comment |
4
If you define commands with optional argument through xparse, then you can nest them.
documentclass{article}
usepackage{amsmath}
usepackage{xparse}
newcommand{grplus}{dfrac{1+sqrt{5}}{2}}
newcommand{grminus}{dfrac{1-sqrt{5}}{2}}
newcommand{eopt}{%
left(1+grplusright)-fleft(1+grminusright)%
}
NewDocumentCommand{x}{O{1}}{a_{n-#1}}
NewDocumentCommand{e}{O{eopt}}{\&=dfrac{n #1}{sqrt{5}}}
NewDocumentCommand{g}{O{n-1}}{left(grminusright)^{#1}}
NewDocumentCommand{h}{O{n-1}}{left(grplusright)^{#1}}
newcommand{n}{g[n-2]}
newcommand{f}{h[n-2]}
begin{document}
$begin{aligned}[t]
a_n&=x+x[2]e[-f+hg]ee[h[2]]
end{aligned}$
I also used aligned in order to get a better alignment.
There's no reason for plaguing you code with useless ensuremath.
answered 13 hours ago
egregegreg
726k8819223231
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
6
use
e[{h[n-1]}]
Put the inner h[..] into braces
answered 13 hours ago
HerbertHerbert
276k25419732
add a comment |
6
use
e[{h[n-1]}]
Put the inner h[..] into braces
answered 13 hours ago
HerbertHerbert
276k25419732
add a comment |
6
6
6
use
e[{h[n-1]}]
Put the inner h[..] into braces
answered 13 hours ago
HerbertHerbert
276k25419732
use
e[{h[n-1]}]
Put the inner h[..] into braces
answered 13 hours ago
HerbertHerbert
276k25419732
answered 13 hours ago
HerbertHerbert
276k25419732
answered 13 hours ago
HerbertHerbert
276k25419732
answered 13 hours ago
HerbertHerbert
276k25419732
276k25419732
add a comment |
add a comment |
4
If you define commands with optional argument through xparse, then you can nest them.
documentclass{article}
usepackage{amsmath}
usepackage{xparse}
newcommand{grplus}{dfrac{1+sqrt{5}}{2}}
newcommand{grminus}{dfrac{1-sqrt{5}}{2}}
newcommand{eopt}{%
left(1+grplusright)-fleft(1+grminusright)%
}
NewDocumentCommand{x}{O{1}}{a_{n-#1}}
NewDocumentCommand{e}{O{eopt}}{\&=dfrac{n #1}{sqrt{5}}}
NewDocumentCommand{g}{O{n-1}}{left(grminusright)^{#1}}
NewDocumentCommand{h}{O{n-1}}{left(grplusright)^{#1}}
newcommand{n}{g[n-2]}
newcommand{f}{h[n-2]}
begin{document}
$begin{aligned}[t]
a_n&=x+x[2]e[-f+hg]ee[h[2]]
end{aligned}$
I also used aligned in order to get a better alignment.
There's no reason for plaguing you code with useless ensuremath.
answered 13 hours ago
egregegreg
726k8819223231
add a comment |
4
If you define commands with optional argument through xparse, then you can nest them.
documentclass{article}
usepackage{amsmath}
usepackage{xparse}
newcommand{grplus}{dfrac{1+sqrt{5}}{2}}
newcommand{grminus}{dfrac{1-sqrt{5}}{2}}
newcommand{eopt}{%
left(1+grplusright)-fleft(1+grminusright)%
}
NewDocumentCommand{x}{O{1}}{a_{n-#1}}
NewDocumentCommand{e}{O{eopt}}{\&=dfrac{n #1}{sqrt{5}}}
NewDocumentCommand{g}{O{n-1}}{left(grminusright)^{#1}}
NewDocumentCommand{h}{O{n-1}}{left(grplusright)^{#1}}
newcommand{n}{g[n-2]}
newcommand{f}{h[n-2]}
begin{document}
$begin{aligned}[t]
a_n&=x+x[2]e[-f+hg]ee[h[2]]
end{aligned}$
I also used aligned in order to get a better alignment.
There's no reason for plaguing you code with useless ensuremath.
answered 13 hours ago
egregegreg
726k8819223231
add a comment |
4
4
4
If you define commands with optional argument through xparse, then you can nest them.
documentclass{article}
usepackage{amsmath}
usepackage{xparse}
newcommand{grplus}{dfrac{1+sqrt{5}}{2}}
newcommand{grminus}{dfrac{1-sqrt{5}}{2}}
newcommand{eopt}{%
left(1+grplusright)-fleft(1+grminusright)%
}
NewDocumentCommand{x}{O{1}}{a_{n-#1}}
NewDocumentCommand{e}{O{eopt}}{\&=dfrac{n #1}{sqrt{5}}}
NewDocumentCommand{g}{O{n-1}}{left(grminusright)^{#1}}
NewDocumentCommand{h}{O{n-1}}{left(grplusright)^{#1}}
newcommand{n}{g[n-2]}
newcommand{f}{h[n-2]}
begin{document}
$begin{aligned}[t]
a_n&=x+x[2]e[-f+hg]ee[h[2]]
end{aligned}$
I also used aligned in order to get a better alignment.
There's no reason for plaguing you code with useless ensuremath.
answered 13 hours ago
egregegreg
726k8819223231
If you define commands with optional argument through xparse, then you can nest them.
documentclass{article}
usepackage{amsmath}
usepackage{xparse}
newcommand{grplus}{dfrac{1+sqrt{5}}{2}}
newcommand{grminus}{dfrac{1-sqrt{5}}{2}}
newcommand{eopt}{%
left(1+grplusright)-fleft(1+grminusright)%
}
NewDocumentCommand{x}{O{1}}{a_{n-#1}}
NewDocumentCommand{e}{O{eopt}}{\&=dfrac{n #1}{sqrt{5}}}
NewDocumentCommand{g}{O{n-1}}{left(grminusright)^{#1}}
NewDocumentCommand{h}{O{n-1}}{left(grplusright)^{#1}}
newcommand{n}{g[n-2]}
newcommand{f}{h[n-2]}
begin{document}
$begin{aligned}[t]
a_n&=x+x[2]e[-f+hg]ee[h[2]]
end{aligned}$
I also used aligned in order to get a better alignment.
There's no reason for plaguing you code with useless ensuremath.
answered 13 hours ago
egregegreg
726k8819223231
answered 13 hours ago
egregegreg
726k8819223231
answered 13 hours ago
egregegreg
726k8819223231
answered 13 hours ago
egregegreg
726k8819223231
726k8819223231
add a comment |
add a comment |
Seven is a new contributor. Be nice, and check out our Code of Conduct.
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