How to get the end in algorithm2e












3















I am using algorithm2e to typeset an algorithm. I like the appearance of the following, but I am not able to get the end to close the `




begin




`. Any way to do this?



documentclass{article}
usepackage[longend,ruled,vlined]{algorithm2e}

begin{document}

begin{algorithm}
caption{PHORIZONTAL Algorithm}label{alg:phorizontal}
KwIn{$R$: relation; $Pr$: set of simple predicates}
KwOut{$F_{R}$: set of horizontal fragments of $R$}
Begin{
$Pr' leftarrow $COM_MIN($R, Pr$) ;
determine the set $M$ of minterm predicates ;
determine the set $I$ of implications among $p_i in Pr'$ ;
ForEach{$m_{i} in M$}{
If{ $m_{i}$ is contradictory according to $I$}{$M leftarrow M - m_{i}$}
}
$F_{R} = {R_{i} | sigma_{m_{i}} R, m_{i} in M}, forall m_{i} in M$ ;
}
end{algorithm}
end{document}


enter image description here










share|improve this question























  • Place SetAlgoLined at the inception point of your algorithm.

    – Siba Mishra
    Mar 30 at 12:53











  • THanks. Will try that as well.

    – ozsu
    Mar 30 at 16:29
















3















I am using algorithm2e to typeset an algorithm. I like the appearance of the following, but I am not able to get the end to close the `




begin




`. Any way to do this?



documentclass{article}
usepackage[longend,ruled,vlined]{algorithm2e}

begin{document}

begin{algorithm}
caption{PHORIZONTAL Algorithm}label{alg:phorizontal}
KwIn{$R$: relation; $Pr$: set of simple predicates}
KwOut{$F_{R}$: set of horizontal fragments of $R$}
Begin{
$Pr' leftarrow $COM_MIN($R, Pr$) ;
determine the set $M$ of minterm predicates ;
determine the set $I$ of implications among $p_i in Pr'$ ;
ForEach{$m_{i} in M$}{
If{ $m_{i}$ is contradictory according to $I$}{$M leftarrow M - m_{i}$}
}
$F_{R} = {R_{i} | sigma_{m_{i}} R, m_{i} in M}, forall m_{i} in M$ ;
}
end{algorithm}
end{document}


enter image description here










share|improve this question























  • Place SetAlgoLined at the inception point of your algorithm.

    – Siba Mishra
    Mar 30 at 12:53











  • THanks. Will try that as well.

    – ozsu
    Mar 30 at 16:29














3












3








3








I am using algorithm2e to typeset an algorithm. I like the appearance of the following, but I am not able to get the end to close the `




begin




`. Any way to do this?



documentclass{article}
usepackage[longend,ruled,vlined]{algorithm2e}

begin{document}

begin{algorithm}
caption{PHORIZONTAL Algorithm}label{alg:phorizontal}
KwIn{$R$: relation; $Pr$: set of simple predicates}
KwOut{$F_{R}$: set of horizontal fragments of $R$}
Begin{
$Pr' leftarrow $COM_MIN($R, Pr$) ;
determine the set $M$ of minterm predicates ;
determine the set $I$ of implications among $p_i in Pr'$ ;
ForEach{$m_{i} in M$}{
If{ $m_{i}$ is contradictory according to $I$}{$M leftarrow M - m_{i}$}
}
$F_{R} = {R_{i} | sigma_{m_{i}} R, m_{i} in M}, forall m_{i} in M$ ;
}
end{algorithm}
end{document}


enter image description here










share|improve this question














I am using algorithm2e to typeset an algorithm. I like the appearance of the following, but I am not able to get the end to close the `




begin




`. Any way to do this?



documentclass{article}
usepackage[longend,ruled,vlined]{algorithm2e}

begin{document}

begin{algorithm}
caption{PHORIZONTAL Algorithm}label{alg:phorizontal}
KwIn{$R$: relation; $Pr$: set of simple predicates}
KwOut{$F_{R}$: set of horizontal fragments of $R$}
Begin{
$Pr' leftarrow $COM_MIN($R, Pr$) ;
determine the set $M$ of minterm predicates ;
determine the set $I$ of implications among $p_i in Pr'$ ;
ForEach{$m_{i} in M$}{
If{ $m_{i}$ is contradictory according to $I$}{$M leftarrow M - m_{i}$}
}
$F_{R} = {R_{i} | sigma_{m_{i}} R, m_{i} in M}, forall m_{i} in M$ ;
}
end{algorithm}
end{document}


enter image description here







algorithm2e






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asked Mar 30 at 12:18









ozsuozsu

1,13111126




1,13111126













  • Place SetAlgoLined at the inception point of your algorithm.

    – Siba Mishra
    Mar 30 at 12:53











  • THanks. Will try that as well.

    – ozsu
    Mar 30 at 16:29



















  • Place SetAlgoLined at the inception point of your algorithm.

    – Siba Mishra
    Mar 30 at 12:53











  • THanks. Will try that as well.

    – ozsu
    Mar 30 at 16:29

















Place SetAlgoLined at the inception point of your algorithm.

– Siba Mishra
Mar 30 at 12:53





Place SetAlgoLined at the inception point of your algorithm.

– Siba Mishra
Mar 30 at 12:53













THanks. Will try that as well.

– ozsu
Mar 30 at 16:29





THanks. Will try that as well.

– ozsu
Mar 30 at 16:29










1 Answer
1






active

oldest

votes


















5














Referring to the answert by @egreg in End word is hidden in algorithm block , the vlined option suppresses the printing of “end”. Just remove the option:



documentclass{article}
usepackage[longend,ruled]{algorithm2e}

begin{document}

begin{algorithm}
caption{PHORIZONTAL Algorithm}label{alg:phorizontal}
KwIn{$R$: relation; $Pr$: set of simple predicates}
KwOut{$F_{R}$: set of horizontal fragments of $R$}
Begin{
$Pr' leftarrow $COM_MIN($R, Pr$) ;
determine the set $M$ of minterm predicates ;
determine the set $I$ of implications among $p_i in Pr'$ ;
ForEach{$m_{i} in M$}{
If{ $m_{i}$ is contradictory according to $I$}{$M leftarrow M - m_{i}$}
}
$F_{R} = {R_{i} | sigma_{m_{i}} R, m_{i} in M}, forall m_{i} in M$ ;
}
end{algorithm}
end{document}


enter image description here






share|improve this answer
























  • Thank you. I was hoping I could keep both, but apparently that is not possible.

    – ozsu
    Mar 30 at 16:02












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1 Answer
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active

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1 Answer
1






active

oldest

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active

oldest

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active

oldest

votes









5














Referring to the answert by @egreg in End word is hidden in algorithm block , the vlined option suppresses the printing of “end”. Just remove the option:



documentclass{article}
usepackage[longend,ruled]{algorithm2e}

begin{document}

begin{algorithm}
caption{PHORIZONTAL Algorithm}label{alg:phorizontal}
KwIn{$R$: relation; $Pr$: set of simple predicates}
KwOut{$F_{R}$: set of horizontal fragments of $R$}
Begin{
$Pr' leftarrow $COM_MIN($R, Pr$) ;
determine the set $M$ of minterm predicates ;
determine the set $I$ of implications among $p_i in Pr'$ ;
ForEach{$m_{i} in M$}{
If{ $m_{i}$ is contradictory according to $I$}{$M leftarrow M - m_{i}$}
}
$F_{R} = {R_{i} | sigma_{m_{i}} R, m_{i} in M}, forall m_{i} in M$ ;
}
end{algorithm}
end{document}


enter image description here






share|improve this answer
























  • Thank you. I was hoping I could keep both, but apparently that is not possible.

    – ozsu
    Mar 30 at 16:02
















5














Referring to the answert by @egreg in End word is hidden in algorithm block , the vlined option suppresses the printing of “end”. Just remove the option:



documentclass{article}
usepackage[longend,ruled]{algorithm2e}

begin{document}

begin{algorithm}
caption{PHORIZONTAL Algorithm}label{alg:phorizontal}
KwIn{$R$: relation; $Pr$: set of simple predicates}
KwOut{$F_{R}$: set of horizontal fragments of $R$}
Begin{
$Pr' leftarrow $COM_MIN($R, Pr$) ;
determine the set $M$ of minterm predicates ;
determine the set $I$ of implications among $p_i in Pr'$ ;
ForEach{$m_{i} in M$}{
If{ $m_{i}$ is contradictory according to $I$}{$M leftarrow M - m_{i}$}
}
$F_{R} = {R_{i} | sigma_{m_{i}} R, m_{i} in M}, forall m_{i} in M$ ;
}
end{algorithm}
end{document}


enter image description here






share|improve this answer
























  • Thank you. I was hoping I could keep both, but apparently that is not possible.

    – ozsu
    Mar 30 at 16:02














5












5








5







Referring to the answert by @egreg in End word is hidden in algorithm block , the vlined option suppresses the printing of “end”. Just remove the option:



documentclass{article}
usepackage[longend,ruled]{algorithm2e}

begin{document}

begin{algorithm}
caption{PHORIZONTAL Algorithm}label{alg:phorizontal}
KwIn{$R$: relation; $Pr$: set of simple predicates}
KwOut{$F_{R}$: set of horizontal fragments of $R$}
Begin{
$Pr' leftarrow $COM_MIN($R, Pr$) ;
determine the set $M$ of minterm predicates ;
determine the set $I$ of implications among $p_i in Pr'$ ;
ForEach{$m_{i} in M$}{
If{ $m_{i}$ is contradictory according to $I$}{$M leftarrow M - m_{i}$}
}
$F_{R} = {R_{i} | sigma_{m_{i}} R, m_{i} in M}, forall m_{i} in M$ ;
}
end{algorithm}
end{document}


enter image description here






share|improve this answer













Referring to the answert by @egreg in End word is hidden in algorithm block , the vlined option suppresses the printing of “end”. Just remove the option:



documentclass{article}
usepackage[longend,ruled]{algorithm2e}

begin{document}

begin{algorithm}
caption{PHORIZONTAL Algorithm}label{alg:phorizontal}
KwIn{$R$: relation; $Pr$: set of simple predicates}
KwOut{$F_{R}$: set of horizontal fragments of $R$}
Begin{
$Pr' leftarrow $COM_MIN($R, Pr$) ;
determine the set $M$ of minterm predicates ;
determine the set $I$ of implications among $p_i in Pr'$ ;
ForEach{$m_{i} in M$}{
If{ $m_{i}$ is contradictory according to $I$}{$M leftarrow M - m_{i}$}
}
$F_{R} = {R_{i} | sigma_{m_{i}} R, m_{i} in M}, forall m_{i} in M$ ;
}
end{algorithm}
end{document}


enter image description here







share|improve this answer












share|improve this answer



share|improve this answer










answered Mar 30 at 12:50









subham sonisubham soni

4,91683187




4,91683187













  • Thank you. I was hoping I could keep both, but apparently that is not possible.

    – ozsu
    Mar 30 at 16:02



















  • Thank you. I was hoping I could keep both, but apparently that is not possible.

    – ozsu
    Mar 30 at 16:02

















Thank you. I was hoping I could keep both, but apparently that is not possible.

– ozsu
Mar 30 at 16:02





Thank you. I was hoping I could keep both, but apparently that is not possible.

– ozsu
Mar 30 at 16:02


















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