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Remove Endif from algorithm
Algorithm spanning two columns error with prevdepthDivide algorithm inside If EndIfRemove top rule from algorithm packageAlgorithmic: Put If and EndIf into same lineAlgorithm indent problem with sig-alternate document & algorithm(ic) packageAlgorithmic package in two different languages in same documentInserting multiple columns in algorithmHow to remove leading indentation from algorithm?how to remove spaces from algorithm and align nicely algorithmAlgorithm returning 0
I want to write the following algorithm in LaTeX.
The code I used is as follows:
documentclass{article}
usepackage{algorithm}
usepackage{algorithmic}
%usepackage{algpseudocode}
%algtext*{EndIf}
begin{document}
begin{algorithm}
caption{Left-rotate $(T,x)$}
begin{algorithmic}
STATE $y gets mathrm{right}[x]$
STATE $ mathrm{right}[x] gets mathrm{left}[y]$
IF {$ mathrm{left}[y] neq mathrm{NIL} $}
STATE $ p[mathrm{left}[y]] gets x $
ENDIF
IF {$ p[x]=mathrm{NIL} $}
STATE $ mathrm{root}[T] gets y $
ELSIF {$ x=mathrm{left}[p[x]] $}
STATE $ mathrm{left}[p[x]] gets y $
ELSE
STATE $ mathrm{right}[p[x]] gets y $
ENDIF
STATE $ mathrm{left}[y] gets x $
STATE $ p[x] gets x $
end{algorithmic}
end{algorithm}
end{document}
I have already tried all the solutions on this platform but unfortunately, none worked. The output generated is the following:
I do not want the ENDIF, it would be nice if then can be on the line below the one with IF, and the nesting should be according to the first image. Please help me out.
algorithms algorithmic
edited 15 mins ago
Kurt
42.3k950167
asked 30 mins ago
user473334user473334
254
add a comment |
I want to write the following algorithm in LaTeX.
The code I used is as follows:
documentclass{article}
usepackage{algorithm}
usepackage{algorithmic}
%usepackage{algpseudocode}
%algtext*{EndIf}
begin{document}
begin{algorithm}
caption{Left-rotate $(T,x)$}
begin{algorithmic}
STATE $y gets mathrm{right}[x]$
STATE $ mathrm{right}[x] gets mathrm{left}[y]$
IF {$ mathrm{left}[y] neq mathrm{NIL} $}
STATE $ p[mathrm{left}[y]] gets x $
ENDIF
IF {$ p[x]=mathrm{NIL} $}
STATE $ mathrm{root}[T] gets y $
ELSIF {$ x=mathrm{left}[p[x]] $}
STATE $ mathrm{left}[p[x]] gets y $
ELSE
STATE $ mathrm{right}[p[x]] gets y $
ENDIF
STATE $ mathrm{left}[y] gets x $
STATE $ p[x] gets x $
end{algorithmic}
end{algorithm}
end{document}
I have already tried all the solutions on this platform but unfortunately, none worked. The output generated is the following:
I do not want the ENDIF, it would be nice if then can be on the line below the one with IF, and the nesting should be according to the first image. Please help me out.
algorithms algorithmic
edited 15 mins ago
Kurt
42.3k950167
asked 30 mins ago
user473334user473334
254
add a comment |
I want to write the following algorithm in LaTeX.
The code I used is as follows:
documentclass{article}
usepackage{algorithm}
usepackage{algorithmic}
%usepackage{algpseudocode}
%algtext*{EndIf}
begin{document}
begin{algorithm}
caption{Left-rotate $(T,x)$}
begin{algorithmic}
STATE $y gets mathrm{right}[x]$
STATE $ mathrm{right}[x] gets mathrm{left}[y]$
IF {$ mathrm{left}[y] neq mathrm{NIL} $}
STATE $ p[mathrm{left}[y]] gets x $
ENDIF
IF {$ p[x]=mathrm{NIL} $}
STATE $ mathrm{root}[T] gets y $
ELSIF {$ x=mathrm{left}[p[x]] $}
STATE $ mathrm{left}[p[x]] gets y $
ELSE
STATE $ mathrm{right}[p[x]] gets y $
ENDIF
STATE $ mathrm{left}[y] gets x $
STATE $ p[x] gets x $
end{algorithmic}
end{algorithm}
end{document}
I have already tried all the solutions on this platform but unfortunately, none worked. The output generated is the following:
I do not want the ENDIF, it would be nice if then can be on the line below the one with IF, and the nesting should be according to the first image. Please help me out.
algorithms algorithmic
edited 15 mins ago
Kurt
42.3k950167
asked 30 mins ago
user473334user473334
254
I want to write the following algorithm in LaTeX.
The code I used is as follows:
documentclass{article}
usepackage{algorithm}
usepackage{algorithmic}
%usepackage{algpseudocode}
%algtext*{EndIf}
begin{document}
begin{algorithm}
caption{Left-rotate $(T,x)$}
begin{algorithmic}
STATE $y gets mathrm{right}[x]$
STATE $ mathrm{right}[x] gets mathrm{left}[y]$
IF {$ mathrm{left}[y] neq mathrm{NIL} $}
STATE $ p[mathrm{left}[y]] gets x $
ENDIF
IF {$ p[x]=mathrm{NIL} $}
STATE $ mathrm{root}[T] gets y $
ELSIF {$ x=mathrm{left}[p[x]] $}
STATE $ mathrm{left}[p[x]] gets y $
ELSE
STATE $ mathrm{right}[p[x]] gets y $
ENDIF
STATE $ mathrm{left}[y] gets x $
STATE $ p[x] gets x $
end{algorithmic}
end{algorithm}
end{document}
I have already tried all the solutions on this platform but unfortunately, none worked. The output generated is the following:
I do not want the ENDIF, it would be nice if then can be on the line below the one with IF, and the nesting should be according to the first image. Please help me out.
algorithms algorithmic
algorithms algorithmic
edited 15 mins ago
Kurt
42.3k950167
asked 30 mins ago
user473334user473334
254
edited 15 mins ago
Kurt
42.3k950167
asked 30 mins ago
user473334user473334
254
edited 15 mins ago
Kurt
42.3k950167
edited 15 mins ago
Kurt
42.3k950167
edited 15 mins ago
Kurt
42.3k950167
42.3k950167
asked 30 mins ago
user473334user473334
254
asked 30 mins ago
user473334user473334
254
asked 30 mins ago
user473334user473334
254
254
add a comment |
add a comment |
1 Answer
1
active
oldest
votes
Simply add package option noend to algorithmic:
usepackage[noend]{algorithmic}
With the following complete code
documentclass{article}
usepackage{algorithm}
usepackage[noend]{algorithmic}
%usepackage{algpseudocode}
%algtext*{EndIf}
begin{document}
begin{algorithm}
caption{Left-rotate $(T,x)$}
begin{algorithmic}
STATE $y gets mathrm{right}[x]$
STATE $ mathrm{right}[x] gets mathrm{left}[y]$
IF {$ mathrm{left}[y] neq mathrm{NIL} $}
STATE $ p[mathrm{left}[y]] gets x $
ENDIF
IF {$ p[x]=mathrm{NIL} $}
STATE $ mathrm{root}[T] gets y $
ELSIF {$ x=mathrm{left}[p[x]] $}
STATE $ mathrm{left}[p[x]] gets y $
ELSE
STATE $ mathrm{right}[p[x]] gets y $
ENDIF
STATE $ mathrm{left}[y] gets x $
STATE $ p[x] gets x $
end{algorithmic}
end{algorithm}
end{document}
you get the result:
I personaly would prefer the version with end marks, the algorithm is better readable ...
answered 19 mins ago
KurtKurt
42.3k950167
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
Simply add package option noend to algorithmic:
usepackage[noend]{algorithmic}
With the following complete code
documentclass{article}
usepackage{algorithm}
usepackage[noend]{algorithmic}
%usepackage{algpseudocode}
%algtext*{EndIf}
begin{document}
begin{algorithm}
caption{Left-rotate $(T,x)$}
begin{algorithmic}
STATE $y gets mathrm{right}[x]$
STATE $ mathrm{right}[x] gets mathrm{left}[y]$
IF {$ mathrm{left}[y] neq mathrm{NIL} $}
STATE $ p[mathrm{left}[y]] gets x $
ENDIF
IF {$ p[x]=mathrm{NIL} $}
STATE $ mathrm{root}[T] gets y $
ELSIF {$ x=mathrm{left}[p[x]] $}
STATE $ mathrm{left}[p[x]] gets y $
ELSE
STATE $ mathrm{right}[p[x]] gets y $
ENDIF
STATE $ mathrm{left}[y] gets x $
STATE $ p[x] gets x $
end{algorithmic}
end{algorithm}
end{document}
you get the result:
I personaly would prefer the version with end marks, the algorithm is better readable ...
answered 19 mins ago
KurtKurt
42.3k950167
add a comment |
Simply add package option noend to algorithmic:
usepackage[noend]{algorithmic}
With the following complete code
documentclass{article}
usepackage{algorithm}
usepackage[noend]{algorithmic}
%usepackage{algpseudocode}
%algtext*{EndIf}
begin{document}
begin{algorithm}
caption{Left-rotate $(T,x)$}
begin{algorithmic}
STATE $y gets mathrm{right}[x]$
STATE $ mathrm{right}[x] gets mathrm{left}[y]$
IF {$ mathrm{left}[y] neq mathrm{NIL} $}
STATE $ p[mathrm{left}[y]] gets x $
ENDIF
IF {$ p[x]=mathrm{NIL} $}
STATE $ mathrm{root}[T] gets y $
ELSIF {$ x=mathrm{left}[p[x]] $}
STATE $ mathrm{left}[p[x]] gets y $
ELSE
STATE $ mathrm{right}[p[x]] gets y $
ENDIF
STATE $ mathrm{left}[y] gets x $
STATE $ p[x] gets x $
end{algorithmic}
end{algorithm}
end{document}
you get the result:
I personaly would prefer the version with end marks, the algorithm is better readable ...
answered 19 mins ago
KurtKurt
42.3k950167
add a comment |
Simply add package option noend to algorithmic:
usepackage[noend]{algorithmic}
With the following complete code
documentclass{article}
usepackage{algorithm}
usepackage[noend]{algorithmic}
%usepackage{algpseudocode}
%algtext*{EndIf}
begin{document}
begin{algorithm}
caption{Left-rotate $(T,x)$}
begin{algorithmic}
STATE $y gets mathrm{right}[x]$
STATE $ mathrm{right}[x] gets mathrm{left}[y]$
IF {$ mathrm{left}[y] neq mathrm{NIL} $}
STATE $ p[mathrm{left}[y]] gets x $
ENDIF
IF {$ p[x]=mathrm{NIL} $}
STATE $ mathrm{root}[T] gets y $
ELSIF {$ x=mathrm{left}[p[x]] $}
STATE $ mathrm{left}[p[x]] gets y $
ELSE
STATE $ mathrm{right}[p[x]] gets y $
ENDIF
STATE $ mathrm{left}[y] gets x $
STATE $ p[x] gets x $
end{algorithmic}
end{algorithm}
end{document}
you get the result:
I personaly would prefer the version with end marks, the algorithm is better readable ...
answered 19 mins ago
KurtKurt
42.3k950167
Simply add package option noend to algorithmic:
usepackage[noend]{algorithmic}
With the following complete code
documentclass{article}
usepackage{algorithm}
usepackage[noend]{algorithmic}
%usepackage{algpseudocode}
%algtext*{EndIf}
begin{document}
begin{algorithm}
caption{Left-rotate $(T,x)$}
begin{algorithmic}
STATE $y gets mathrm{right}[x]$
STATE $ mathrm{right}[x] gets mathrm{left}[y]$
IF {$ mathrm{left}[y] neq mathrm{NIL} $}
STATE $ p[mathrm{left}[y]] gets x $
ENDIF
IF {$ p[x]=mathrm{NIL} $}
STATE $ mathrm{root}[T] gets y $
ELSIF {$ x=mathrm{left}[p[x]] $}
STATE $ mathrm{left}[p[x]] gets y $
ELSE
STATE $ mathrm{right}[p[x]] gets y $
ENDIF
STATE $ mathrm{left}[y] gets x $
STATE $ p[x] gets x $
end{algorithmic}
end{algorithm}
end{document}
you get the result:
I personaly would prefer the version with end marks, the algorithm is better readable ...
answered 19 mins ago
KurtKurt
42.3k950167
answered 19 mins ago
KurtKurt
42.3k950167
answered 19 mins ago
KurtKurt
42.3k950167
answered 19 mins ago
KurtKurt
42.3k950167
42.3k950167
add a comment |
add a comment |
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