Displaymode-like theorem environment
4
I am having trouble recreating this theorem environment. I want to create an environment that is essentially on its own line, much like a block quote.
The only code I have so far just makes the this specific environment that is pictured
newtheorem*{theorem}{Theorem}
newtheoremstyle{named}{}{}{itshape}{}{normalfontscshape}{.}{.5em}{thmnote{#3}#1}
theoremstyle{named}
newtheorem*{namedtheorem}{}
theorems amsthm displaystyle
asked Feb 13 at 19:11
Lukas ZamoraLukas Zamora
232
add a comment |
4
I am having trouble recreating this theorem environment. I want to create an environment that is essentially on its own line, much like a block quote.
The only code I have so far just makes the this specific environment that is pictured
newtheorem*{theorem}{Theorem}
newtheoremstyle{named}{}{}{itshape}{}{normalfontscshape}{.}{.5em}{thmnote{#3}#1}
theoremstyle{named}
newtheorem*{namedtheorem}{}
theorems amsthm displaystyle
asked Feb 13 at 19:11
Lukas ZamoraLukas Zamora
232
1
Welcome to TeX SX! Could you post a compilable code?
– Bernard
Feb 13 at 20:33
add a comment |
4
4
4
I am having trouble recreating this theorem environment. I want to create an environment that is essentially on its own line, much like a block quote.
The only code I have so far just makes the this specific environment that is pictured
newtheorem*{theorem}{Theorem}
newtheoremstyle{named}{}{}{itshape}{}{normalfontscshape}{.}{.5em}{thmnote{#3}#1}
theoremstyle{named}
newtheorem*{namedtheorem}{}
theorems amsthm displaystyle
asked Feb 13 at 19:11
Lukas ZamoraLukas Zamora
232
I am having trouble recreating this theorem environment. I want to create an environment that is essentially on its own line, much like a block quote.
The only code I have so far just makes the this specific environment that is pictured
newtheorem*{theorem}{Theorem}
newtheoremstyle{named}{}{}{itshape}{}{normalfontscshape}{.}{.5em}{thmnote{#3}#1}
theoremstyle{named}
newtheorem*{namedtheorem}{}
theorems amsthm displaystyle
theorems amsthm displaystyle
asked Feb 13 at 19:11
Lukas ZamoraLukas Zamora
232
asked Feb 13 at 19:11
Lukas ZamoraLukas Zamora
232
asked Feb 13 at 19:11
Lukas ZamoraLukas Zamora
232
asked Feb 13 at 19:11
Lukas ZamoraLukas Zamora
232
asked Feb 13 at 19:11
Lukas ZamoraLukas Zamora
232
232
1
Welcome to TeX SX! Could you post a compilable code?
– Bernard
Feb 13 at 20:33
add a comment |
1
Welcome to TeX SX! Could you post a compilable code?
– Bernard
Feb 13 at 20:33
1
1
Welcome to TeX SX! Could you post a compilable code?
– Bernard
Feb 13 at 20:33
Welcome to TeX SX! Could you post a compilable code?
– Bernard
Feb 13 at 20:33
add a comment |
1 Answer
1
active
oldest
votes
2
You need no special newtheorem declaration:
documentclass{article}
usepackage{amsmath}
usepackage{lipsum} % for context
newenvironment{namedtheorem}[1]
{begin{quotation}noindenttextsc{#1.} itshapeignorespaces}
{end{quotation}}
begin{document}
lipsum[1][1-5]
begin{namedtheorem}{Scale-Invariance}
For any distance function $d$ and any $alpha>0$,
we have $f(d)=f(alphacdot d)$.
end{namedtheorem}
lipsum[4]
end{document}
A more customizable version:
documentclass{article}
usepackage{amsmath,amsthm,microtype}
usepackage{lipsum} % for context
newtheoremstyle{personal}
{topsep} % ABOVESPACE
{topsep} % BELOWSPACE
{itshape} % BODYFONT
{0pt} % INDENT (empty value is the same as 0pt)
{scshape} % HEADFONT
{.} % HEADPUNCT
{5pt plus 1pt minus 1pt} % HEADSPACE
{thmname{{lsstyle#1}}thmnote{ (#3)}} % CUSTOM-HEAD-SPEC
theoremstyle{personal}
newtheorem*{namedtheoreminner}{namedtheoremname}
newenvironment{namedtheorem}[1]
{paraddvspace{bigskipamount}
dimen0=parindent
centeringbegin{minipage}{dimexprtextwidth-2dimen0relax}
parindent=dimen0
newcommandnamedtheoremname{#1}%
begin{namedtheoreminner}}
{end{namedtheoreminner}end{minipage}par
addvspace{bigskipamount}}
begin{document}
lipsum[1][1-5]
begin{namedtheorem}{Scale-Invariance}
For any distance function $d$ and any $alpha>0$,
we have $f(d)=f(alphacdot d)$.
end{namedtheorem}
lipsum[4]
end{document}
answered Feb 13 at 22:04
egregegreg
721k8719113210
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
You need no special newtheorem declaration:
documentclass{article}
usepackage{amsmath}
usepackage{lipsum} % for context
newenvironment{namedtheorem}[1]
{begin{quotation}noindenttextsc{#1.} itshapeignorespaces}
{end{quotation}}
begin{document}
lipsum[1][1-5]
begin{namedtheorem}{Scale-Invariance}
For any distance function $d$ and any $alpha>0$,
we have $f(d)=f(alphacdot d)$.
end{namedtheorem}
lipsum[4]
end{document}
A more customizable version:
documentclass{article}
usepackage{amsmath,amsthm,microtype}
usepackage{lipsum} % for context
newtheoremstyle{personal}
{topsep} % ABOVESPACE
{topsep} % BELOWSPACE
{itshape} % BODYFONT
{0pt} % INDENT (empty value is the same as 0pt)
{scshape} % HEADFONT
{.} % HEADPUNCT
{5pt plus 1pt minus 1pt} % HEADSPACE
{thmname{{lsstyle#1}}thmnote{ (#3)}} % CUSTOM-HEAD-SPEC
theoremstyle{personal}
newtheorem*{namedtheoreminner}{namedtheoremname}
newenvironment{namedtheorem}[1]
{paraddvspace{bigskipamount}
dimen0=parindent
centeringbegin{minipage}{dimexprtextwidth-2dimen0relax}
parindent=dimen0
newcommandnamedtheoremname{#1}%
begin{namedtheoreminner}}
{end{namedtheoreminner}end{minipage}par
addvspace{bigskipamount}}
begin{document}
lipsum[1][1-5]
begin{namedtheorem}{Scale-Invariance}
For any distance function $d$ and any $alpha>0$,
we have $f(d)=f(alphacdot d)$.
end{namedtheorem}
lipsum[4]
end{document}
answered Feb 13 at 22:04
egregegreg
721k8719113210
add a comment |
2
You need no special newtheorem declaration:
documentclass{article}
usepackage{amsmath}
usepackage{lipsum} % for context
newenvironment{namedtheorem}[1]
{begin{quotation}noindenttextsc{#1.} itshapeignorespaces}
{end{quotation}}
begin{document}
lipsum[1][1-5]
begin{namedtheorem}{Scale-Invariance}
For any distance function $d$ and any $alpha>0$,
we have $f(d)=f(alphacdot d)$.
end{namedtheorem}
lipsum[4]
end{document}
A more customizable version:
documentclass{article}
usepackage{amsmath,amsthm,microtype}
usepackage{lipsum} % for context
newtheoremstyle{personal}
{topsep} % ABOVESPACE
{topsep} % BELOWSPACE
{itshape} % BODYFONT
{0pt} % INDENT (empty value is the same as 0pt)
{scshape} % HEADFONT
{.} % HEADPUNCT
{5pt plus 1pt minus 1pt} % HEADSPACE
{thmname{{lsstyle#1}}thmnote{ (#3)}} % CUSTOM-HEAD-SPEC
theoremstyle{personal}
newtheorem*{namedtheoreminner}{namedtheoremname}
newenvironment{namedtheorem}[1]
{paraddvspace{bigskipamount}
dimen0=parindent
centeringbegin{minipage}{dimexprtextwidth-2dimen0relax}
parindent=dimen0
newcommandnamedtheoremname{#1}%
begin{namedtheoreminner}}
{end{namedtheoreminner}end{minipage}par
addvspace{bigskipamount}}
begin{document}
lipsum[1][1-5]
begin{namedtheorem}{Scale-Invariance}
For any distance function $d$ and any $alpha>0$,
we have $f(d)=f(alphacdot d)$.
end{namedtheorem}
lipsum[4]
end{document}
answered Feb 13 at 22:04
egregegreg
721k8719113210
add a comment |
2
2
2
You need no special newtheorem declaration:
documentclass{article}
usepackage{amsmath}
usepackage{lipsum} % for context
newenvironment{namedtheorem}[1]
{begin{quotation}noindenttextsc{#1.} itshapeignorespaces}
{end{quotation}}
begin{document}
lipsum[1][1-5]
begin{namedtheorem}{Scale-Invariance}
For any distance function $d$ and any $alpha>0$,
we have $f(d)=f(alphacdot d)$.
end{namedtheorem}
lipsum[4]
end{document}
A more customizable version:
documentclass{article}
usepackage{amsmath,amsthm,microtype}
usepackage{lipsum} % for context
newtheoremstyle{personal}
{topsep} % ABOVESPACE
{topsep} % BELOWSPACE
{itshape} % BODYFONT
{0pt} % INDENT (empty value is the same as 0pt)
{scshape} % HEADFONT
{.} % HEADPUNCT
{5pt plus 1pt minus 1pt} % HEADSPACE
{thmname{{lsstyle#1}}thmnote{ (#3)}} % CUSTOM-HEAD-SPEC
theoremstyle{personal}
newtheorem*{namedtheoreminner}{namedtheoremname}
newenvironment{namedtheorem}[1]
{paraddvspace{bigskipamount}
dimen0=parindent
centeringbegin{minipage}{dimexprtextwidth-2dimen0relax}
parindent=dimen0
newcommandnamedtheoremname{#1}%
begin{namedtheoreminner}}
{end{namedtheoreminner}end{minipage}par
addvspace{bigskipamount}}
begin{document}
lipsum[1][1-5]
begin{namedtheorem}{Scale-Invariance}
For any distance function $d$ and any $alpha>0$,
we have $f(d)=f(alphacdot d)$.
end{namedtheorem}
lipsum[4]
end{document}
answered Feb 13 at 22:04
egregegreg
721k8719113210
You need no special newtheorem declaration:
documentclass{article}
usepackage{amsmath}
usepackage{lipsum} % for context
newenvironment{namedtheorem}[1]
{begin{quotation}noindenttextsc{#1.} itshapeignorespaces}
{end{quotation}}
begin{document}
lipsum[1][1-5]
begin{namedtheorem}{Scale-Invariance}
For any distance function $d$ and any $alpha>0$,
we have $f(d)=f(alphacdot d)$.
end{namedtheorem}
lipsum[4]
end{document}
A more customizable version:
documentclass{article}
usepackage{amsmath,amsthm,microtype}
usepackage{lipsum} % for context
newtheoremstyle{personal}
{topsep} % ABOVESPACE
{topsep} % BELOWSPACE
{itshape} % BODYFONT
{0pt} % INDENT (empty value is the same as 0pt)
{scshape} % HEADFONT
{.} % HEADPUNCT
{5pt plus 1pt minus 1pt} % HEADSPACE
{thmname{{lsstyle#1}}thmnote{ (#3)}} % CUSTOM-HEAD-SPEC
theoremstyle{personal}
newtheorem*{namedtheoreminner}{namedtheoremname}
newenvironment{namedtheorem}[1]
{paraddvspace{bigskipamount}
dimen0=parindent
centeringbegin{minipage}{dimexprtextwidth-2dimen0relax}
parindent=dimen0
newcommandnamedtheoremname{#1}%
begin{namedtheoreminner}}
{end{namedtheoreminner}end{minipage}par
addvspace{bigskipamount}}
begin{document}
lipsum[1][1-5]
begin{namedtheorem}{Scale-Invariance}
For any distance function $d$ and any $alpha>0$,
we have $f(d)=f(alphacdot d)$.
end{namedtheorem}
lipsum[4]
end{document}
answered Feb 13 at 22:04
egregegreg
721k8719113210
edited Feb 13 at 22:14
answered Feb 13 at 22:04
egregegreg
721k8719113210
answered Feb 13 at 22:04
egregegreg
721k8719113210
answered Feb 13 at 22:04
egregegreg
721k8719113210
721k8719113210
add a comment |
add a comment |
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1
Welcome to TeX SX! Could you post a compilable code?
– Bernard
Feb 13 at 20:33