Underline Theorem's 'Theorem' part, not the title
1
I would like to have two different styles of theorems in my LaTeX document to differentiate between original and unoriginal work. For one I would like the 'Theorem' underlined and the other I would like without extra text decoration (as normal).
I use the amsthm package for theorems usually.
For example I would like two different theorems that look like the following would.
textbf{Theorem 2.2.} textit{blah blah blah}
underline{textbf{Theorem 2.3.}} textit{blah blah blah}
theorems
asked Apr 2 at 14:22
Joshua FarrellJoshua Farrell
1085
add a comment |
1
I would like to have two different styles of theorems in my LaTeX document to differentiate between original and unoriginal work. For one I would like the 'Theorem' underlined and the other I would like without extra text decoration (as normal).
I use the amsthm package for theorems usually.
For example I would like two different theorems that look like the following would.
textbf{Theorem 2.2.} textit{blah blah blah}
underline{textbf{Theorem 2.3.}} textit{blah blah blah}
theorems
asked Apr 2 at 14:22
Joshua FarrellJoshua Farrell
1085
add a comment |
1
1
1
I would like to have two different styles of theorems in my LaTeX document to differentiate between original and unoriginal work. For one I would like the 'Theorem' underlined and the other I would like without extra text decoration (as normal).
I use the amsthm package for theorems usually.
For example I would like two different theorems that look like the following would.
textbf{Theorem 2.2.} textit{blah blah blah}
underline{textbf{Theorem 2.3.}} textit{blah blah blah}
theorems
asked Apr 2 at 14:22
Joshua FarrellJoshua Farrell
1085
I would like to have two different styles of theorems in my LaTeX document to differentiate between original and unoriginal work. For one I would like the 'Theorem' underlined and the other I would like without extra text decoration (as normal).
I use the amsthm package for theorems usually.
For example I would like two different theorems that look like the following would.
textbf{Theorem 2.2.} textit{blah blah blah}
underline{textbf{Theorem 2.3.}} textit{blah blah blah}
theorems
theorems
asked Apr 2 at 14:22
Joshua FarrellJoshua Farrell
1085
asked Apr 2 at 14:22
Joshua FarrellJoshua Farrell
1085
edited Apr 2 at 15:28
Joshua Farrell
asked Apr 2 at 14:22
Joshua FarrellJoshua Farrell
1085
asked Apr 2 at 14:22
Joshua FarrellJoshua Farrell
1085
asked Apr 2 at 14:22
Joshua FarrellJoshua Farrell
1085
1085
add a comment |
add a comment |
1 Answer
1
active
oldest
votes
2
Like this?
documentclass{article}
usepackage{amsmath}
usepackage[utf8]{inputenc}
usepackage[english]{babel}
usepackage[amsmath,thmmarks]{ntheorem}
makeatletter
newtheoremstyle{myu}%
{item[hskiplabelsep bfunderline{##1 theorem@headerfont ##2.}]}%
makeatother
makeatletter
newtheoremstyle{myn}%
{item[hskiplabelsep bf ##1 theorem@headerfont ##2.]}%
makeatother
theoremstyle{myn}
newtheorem{theoremn}{Theorem} %<-- Normal Theorem Definition
theoremstyle{myu}
newtheorem{theoremu}[theoremn]{Theorem}%<-- Underlined Theorem Definition
begin{document}
section{Introduction}
Theorems can easily be defined
begin{theoremn}
Let $f$ be a function whose derivative exists in every point, then $f$
is a continuous function.
end{theoremn}
begin{theoremu}
Let $f$ be a function whose derivative exists in every point, then $f$
is a continuous function.
end{theoremu}
begin{theoremn}
Let $f$ be a function whose derivative exists in every point, then $f$
is a continuous function.
end{theoremn}
begin{theoremu}
Let $f$ be a function whose derivative exists in every point, then $f$
is a continuous function.
%noindentunderline{makebox[3mm][l]{Jane Doe}}
end{theoremu}
begin{theoremu}
Let $f$ be a function whose derivative exists in every point, then $f$
is a continuous function.
end{theoremu}
end{document}
answered Apr 2 at 17:18
ferahfezaferahfeza
7,43911933
No as you can see for my example, I would like the number underlined also (one continuous line).
– Joshua Farrell
Apr 3 at 11:36
@JoshuaFarrell, I have edited my answer.
– ferahfeza
Apr 3 at 13:51
bfhas been a deprecated command for more than 20 years.
– egreg
Apr 3 at 14:22
@egreg, Thank you for your warning. It sounds easy to use.
– ferahfeza
Apr 3 at 14:55
add a comment |
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1 Answer
1
active
oldest
votes
1 Answer
1
active
oldest
votes
active
oldest
votes
active
oldest
votes
2
Like this?
documentclass{article}
usepackage{amsmath}
usepackage[utf8]{inputenc}
usepackage[english]{babel}
usepackage[amsmath,thmmarks]{ntheorem}
makeatletter
newtheoremstyle{myu}%
{item[hskiplabelsep bfunderline{##1 theorem@headerfont ##2.}]}%
makeatother
makeatletter
newtheoremstyle{myn}%
{item[hskiplabelsep bf ##1 theorem@headerfont ##2.]}%
makeatother
theoremstyle{myn}
newtheorem{theoremn}{Theorem} %<-- Normal Theorem Definition
theoremstyle{myu}
newtheorem{theoremu}[theoremn]{Theorem}%<-- Underlined Theorem Definition
begin{document}
section{Introduction}
Theorems can easily be defined
begin{theoremn}
Let $f$ be a function whose derivative exists in every point, then $f$
is a continuous function.
end{theoremn}
begin{theoremu}
Let $f$ be a function whose derivative exists in every point, then $f$
is a continuous function.
end{theoremu}
begin{theoremn}
Let $f$ be a function whose derivative exists in every point, then $f$
is a continuous function.
end{theoremn}
begin{theoremu}
Let $f$ be a function whose derivative exists in every point, then $f$
is a continuous function.
%noindentunderline{makebox[3mm][l]{Jane Doe}}
end{theoremu}
begin{theoremu}
Let $f$ be a function whose derivative exists in every point, then $f$
is a continuous function.
end{theoremu}
end{document}
answered Apr 2 at 17:18
ferahfezaferahfeza
7,43911933
No as you can see for my example, I would like the number underlined also (one continuous line).
– Joshua Farrell
Apr 3 at 11:36
@JoshuaFarrell, I have edited my answer.
– ferahfeza
Apr 3 at 13:51
bfhas been a deprecated command for more than 20 years.
– egreg
Apr 3 at 14:22
@egreg, Thank you for your warning. It sounds easy to use.
– ferahfeza
Apr 3 at 14:55
add a comment |
2
Like this?
documentclass{article}
usepackage{amsmath}
usepackage[utf8]{inputenc}
usepackage[english]{babel}
usepackage[amsmath,thmmarks]{ntheorem}
makeatletter
newtheoremstyle{myu}%
{item[hskiplabelsep bfunderline{##1 theorem@headerfont ##2.}]}%
makeatother
makeatletter
newtheoremstyle{myn}%
{item[hskiplabelsep bf ##1 theorem@headerfont ##2.]}%
makeatother
theoremstyle{myn}
newtheorem{theoremn}{Theorem} %<-- Normal Theorem Definition
theoremstyle{myu}
newtheorem{theoremu}[theoremn]{Theorem}%<-- Underlined Theorem Definition
begin{document}
section{Introduction}
Theorems can easily be defined
begin{theoremn}
Let $f$ be a function whose derivative exists in every point, then $f$
is a continuous function.
end{theoremn}
begin{theoremu}
Let $f$ be a function whose derivative exists in every point, then $f$
is a continuous function.
end{theoremu}
begin{theoremn}
Let $f$ be a function whose derivative exists in every point, then $f$
is a continuous function.
end{theoremn}
begin{theoremu}
Let $f$ be a function whose derivative exists in every point, then $f$
is a continuous function.
%noindentunderline{makebox[3mm][l]{Jane Doe}}
end{theoremu}
begin{theoremu}
Let $f$ be a function whose derivative exists in every point, then $f$
is a continuous function.
end{theoremu}
end{document}
answered Apr 2 at 17:18
ferahfezaferahfeza
7,43911933
No as you can see for my example, I would like the number underlined also (one continuous line).
– Joshua Farrell
Apr 3 at 11:36
@JoshuaFarrell, I have edited my answer.
– ferahfeza
Apr 3 at 13:51
bfhas been a deprecated command for more than 20 years.
– egreg
Apr 3 at 14:22
@egreg, Thank you for your warning. It sounds easy to use.
– ferahfeza
Apr 3 at 14:55
add a comment |
2
2
2
Like this?
documentclass{article}
usepackage{amsmath}
usepackage[utf8]{inputenc}
usepackage[english]{babel}
usepackage[amsmath,thmmarks]{ntheorem}
makeatletter
newtheoremstyle{myu}%
{item[hskiplabelsep bfunderline{##1 theorem@headerfont ##2.}]}%
makeatother
makeatletter
newtheoremstyle{myn}%
{item[hskiplabelsep bf ##1 theorem@headerfont ##2.]}%
makeatother
theoremstyle{myn}
newtheorem{theoremn}{Theorem} %<-- Normal Theorem Definition
theoremstyle{myu}
newtheorem{theoremu}[theoremn]{Theorem}%<-- Underlined Theorem Definition
begin{document}
section{Introduction}
Theorems can easily be defined
begin{theoremn}
Let $f$ be a function whose derivative exists in every point, then $f$
is a continuous function.
end{theoremn}
begin{theoremu}
Let $f$ be a function whose derivative exists in every point, then $f$
is a continuous function.
end{theoremu}
begin{theoremn}
Let $f$ be a function whose derivative exists in every point, then $f$
is a continuous function.
end{theoremn}
begin{theoremu}
Let $f$ be a function whose derivative exists in every point, then $f$
is a continuous function.
%noindentunderline{makebox[3mm][l]{Jane Doe}}
end{theoremu}
begin{theoremu}
Let $f$ be a function whose derivative exists in every point, then $f$
is a continuous function.
end{theoremu}
end{document}
answered Apr 2 at 17:18
ferahfezaferahfeza
7,43911933
Like this?
documentclass{article}
usepackage{amsmath}
usepackage[utf8]{inputenc}
usepackage[english]{babel}
usepackage[amsmath,thmmarks]{ntheorem}
makeatletter
newtheoremstyle{myu}%
{item[hskiplabelsep bfunderline{##1 theorem@headerfont ##2.}]}%
makeatother
makeatletter
newtheoremstyle{myn}%
{item[hskiplabelsep bf ##1 theorem@headerfont ##2.]}%
makeatother
theoremstyle{myn}
newtheorem{theoremn}{Theorem} %<-- Normal Theorem Definition
theoremstyle{myu}
newtheorem{theoremu}[theoremn]{Theorem}%<-- Underlined Theorem Definition
begin{document}
section{Introduction}
Theorems can easily be defined
begin{theoremn}
Let $f$ be a function whose derivative exists in every point, then $f$
is a continuous function.
end{theoremn}
begin{theoremu}
Let $f$ be a function whose derivative exists in every point, then $f$
is a continuous function.
end{theoremu}
begin{theoremn}
Let $f$ be a function whose derivative exists in every point, then $f$
is a continuous function.
end{theoremn}
begin{theoremu}
Let $f$ be a function whose derivative exists in every point, then $f$
is a continuous function.
%noindentunderline{makebox[3mm][l]{Jane Doe}}
end{theoremu}
begin{theoremu}
Let $f$ be a function whose derivative exists in every point, then $f$
is a continuous function.
end{theoremu}
end{document}
answered Apr 2 at 17:18
ferahfezaferahfeza
7,43911933
edited Apr 3 at 13:59
answered Apr 2 at 17:18
ferahfezaferahfeza
7,43911933
answered Apr 2 at 17:18
ferahfezaferahfeza
7,43911933
answered Apr 2 at 17:18
ferahfezaferahfeza
7,43911933
7,43911933
No as you can see for my example, I would like the number underlined also (one continuous line).
– Joshua Farrell
Apr 3 at 11:36
@JoshuaFarrell, I have edited my answer.
– ferahfeza
Apr 3 at 13:51
bfhas been a deprecated command for more than 20 years.
– egreg
Apr 3 at 14:22
@egreg, Thank you for your warning. It sounds easy to use.
– ferahfeza
Apr 3 at 14:55
add a comment |
No as you can see for my example, I would like the number underlined also (one continuous line).
– Joshua Farrell
Apr 3 at 11:36
@JoshuaFarrell, I have edited my answer.
– ferahfeza
Apr 3 at 13:51
bfhas been a deprecated command for more than 20 years.
– egreg
Apr 3 at 14:22
@egreg, Thank you for your warning. It sounds easy to use.
– ferahfeza
Apr 3 at 14:55
No as you can see for my example, I would like the number underlined also (one continuous line).
– Joshua Farrell
Apr 3 at 11:36
No as you can see for my example, I would like the number underlined also (one continuous line).
– Joshua Farrell
Apr 3 at 11:36
@JoshuaFarrell, I have edited my answer.
– ferahfeza
Apr 3 at 13:51
@JoshuaFarrell, I have edited my answer.
– ferahfeza
Apr 3 at 13:51
bf has been a deprecated command for more than 20 years.– egreg
Apr 3 at 14:22
bf has been a deprecated command for more than 20 years.– egreg
Apr 3 at 14:22
@egreg, Thank you for your warning. It sounds easy to use.
– ferahfeza
Apr 3 at 14:55
@egreg, Thank you for your warning. It sounds easy to use.
– ferahfeza
Apr 3 at 14:55
add a comment |
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