glossaries: one entry for every symbol without derivatives
up vote
1
down vote
favorite
I have created a symbol-list with the glossaries
package and so far everything worked great. Now, I have to write an equation which includes the derivative of one entry. The derivative is shown by a dot over the symbol. I would like to just do something like: dot{gls{...}}
but this obviously doesn't account for the indices and prints the dot over the middle.
I can just include the derivative in the glossary, but this has some disadvantages:
- If only the derivative is referenced, the glossary will not include the normal symbol.
- If I have multiple derivatives the glossary gets crowded.
- The derivatives have often no "real" meaning, like
a=dot{v}=ddot{x}
Unfortunately, I can't just use the prime
operator to show the derivatives, because this is already used to show a transformation.
How can I archive a glossary like that?
Here is one of my entries, maybe it helps:
newglossaryentry{form:komplstatorwiderstand}{
name=ensuremath{uline{Z}_mathrm{S}},
description={Statorwiderstand},
sort=ZS,
type=symbolslist
}
glossaries
New contributor
add a comment |
up vote
1
down vote
favorite
I have created a symbol-list with the glossaries
package and so far everything worked great. Now, I have to write an equation which includes the derivative of one entry. The derivative is shown by a dot over the symbol. I would like to just do something like: dot{gls{...}}
but this obviously doesn't account for the indices and prints the dot over the middle.
I can just include the derivative in the glossary, but this has some disadvantages:
- If only the derivative is referenced, the glossary will not include the normal symbol.
- If I have multiple derivatives the glossary gets crowded.
- The derivatives have often no "real" meaning, like
a=dot{v}=ddot{x}
Unfortunately, I can't just use the prime
operator to show the derivatives, because this is already used to show a transformation.
How can I archive a glossary like that?
Here is one of my entries, maybe it helps:
newglossaryentry{form:komplstatorwiderstand}{
name=ensuremath{uline{Z}_mathrm{S}},
description={Statorwiderstand},
sort=ZS,
type=symbolslist
}
glossaries
New contributor
Perhaps something like Symbols with optional parameter in glossaries with newglossary.
– Nicola Talbot
Nov 21 at 17:44
add a comment |
up vote
1
down vote
favorite
up vote
1
down vote
favorite
I have created a symbol-list with the glossaries
package and so far everything worked great. Now, I have to write an equation which includes the derivative of one entry. The derivative is shown by a dot over the symbol. I would like to just do something like: dot{gls{...}}
but this obviously doesn't account for the indices and prints the dot over the middle.
I can just include the derivative in the glossary, but this has some disadvantages:
- If only the derivative is referenced, the glossary will not include the normal symbol.
- If I have multiple derivatives the glossary gets crowded.
- The derivatives have often no "real" meaning, like
a=dot{v}=ddot{x}
Unfortunately, I can't just use the prime
operator to show the derivatives, because this is already used to show a transformation.
How can I archive a glossary like that?
Here is one of my entries, maybe it helps:
newglossaryentry{form:komplstatorwiderstand}{
name=ensuremath{uline{Z}_mathrm{S}},
description={Statorwiderstand},
sort=ZS,
type=symbolslist
}
glossaries
New contributor
I have created a symbol-list with the glossaries
package and so far everything worked great. Now, I have to write an equation which includes the derivative of one entry. The derivative is shown by a dot over the symbol. I would like to just do something like: dot{gls{...}}
but this obviously doesn't account for the indices and prints the dot over the middle.
I can just include the derivative in the glossary, but this has some disadvantages:
- If only the derivative is referenced, the glossary will not include the normal symbol.
- If I have multiple derivatives the glossary gets crowded.
- The derivatives have often no "real" meaning, like
a=dot{v}=ddot{x}
Unfortunately, I can't just use the prime
operator to show the derivatives, because this is already used to show a transformation.
How can I archive a glossary like that?
Here is one of my entries, maybe it helps:
newglossaryentry{form:komplstatorwiderstand}{
name=ensuremath{uline{Z}_mathrm{S}},
description={Statorwiderstand},
sort=ZS,
type=symbolslist
}
glossaries
glossaries
New contributor
New contributor
New contributor
asked Nov 21 at 17:00
Darkproduct
62
62
New contributor
New contributor
Perhaps something like Symbols with optional parameter in glossaries with newglossary.
– Nicola Talbot
Nov 21 at 17:44
add a comment |
Perhaps something like Symbols with optional parameter in glossaries with newglossary.
– Nicola Talbot
Nov 21 at 17:44
Perhaps something like Symbols with optional parameter in glossaries with newglossary.
– Nicola Talbot
Nov 21 at 17:44
Perhaps something like Symbols with optional parameter in glossaries with newglossary.
– Nicola Talbot
Nov 21 at 17:44
add a comment |
1 Answer
1
active
oldest
votes
up vote
0
down vote
You can use the extra fields in the glossaries package: user1
, user2
, user3
, and so on. You call them by using glsuseri
, glsuserii
, glsuseriii
and so on (using roman numerals).
example:
documentclass{article}
usepackage{glossaries}
newglossaryentry{ex}{
name=ensuremath{X_mathrm{S}},
description={Statorwiderstand},
sort=ZS,
user1 =ensuremath{dot{X}_mathrm{S}}
}
begin{document}
Testing the normal gls{ex} and now with dot glsuseri{ex}
end{document}
add a comment |
1 Answer
1
active
oldest
votes
1 Answer
1
active
oldest
votes
active
oldest
votes
active
oldest
votes
up vote
0
down vote
You can use the extra fields in the glossaries package: user1
, user2
, user3
, and so on. You call them by using glsuseri
, glsuserii
, glsuseriii
and so on (using roman numerals).
example:
documentclass{article}
usepackage{glossaries}
newglossaryentry{ex}{
name=ensuremath{X_mathrm{S}},
description={Statorwiderstand},
sort=ZS,
user1 =ensuremath{dot{X}_mathrm{S}}
}
begin{document}
Testing the normal gls{ex} and now with dot glsuseri{ex}
end{document}
add a comment |
up vote
0
down vote
You can use the extra fields in the glossaries package: user1
, user2
, user3
, and so on. You call them by using glsuseri
, glsuserii
, glsuseriii
and so on (using roman numerals).
example:
documentclass{article}
usepackage{glossaries}
newglossaryentry{ex}{
name=ensuremath{X_mathrm{S}},
description={Statorwiderstand},
sort=ZS,
user1 =ensuremath{dot{X}_mathrm{S}}
}
begin{document}
Testing the normal gls{ex} and now with dot glsuseri{ex}
end{document}
add a comment |
up vote
0
down vote
up vote
0
down vote
You can use the extra fields in the glossaries package: user1
, user2
, user3
, and so on. You call them by using glsuseri
, glsuserii
, glsuseriii
and so on (using roman numerals).
example:
documentclass{article}
usepackage{glossaries}
newglossaryentry{ex}{
name=ensuremath{X_mathrm{S}},
description={Statorwiderstand},
sort=ZS,
user1 =ensuremath{dot{X}_mathrm{S}}
}
begin{document}
Testing the normal gls{ex} and now with dot glsuseri{ex}
end{document}
You can use the extra fields in the glossaries package: user1
, user2
, user3
, and so on. You call them by using glsuseri
, glsuserii
, glsuseriii
and so on (using roman numerals).
example:
documentclass{article}
usepackage{glossaries}
newglossaryentry{ex}{
name=ensuremath{X_mathrm{S}},
description={Statorwiderstand},
sort=ZS,
user1 =ensuremath{dot{X}_mathrm{S}}
}
begin{document}
Testing the normal gls{ex} and now with dot glsuseri{ex}
end{document}
answered Nov 23 at 13:47
Elad Den
1,789526
1,789526
add a comment |
add a comment |
Darkproduct is a new contributor. Be nice, and check out our Code of Conduct.
Darkproduct is a new contributor. Be nice, and check out our Code of Conduct.
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Perhaps something like Symbols with optional parameter in glossaries with newglossary.
– Nicola Talbot
Nov 21 at 17:44