Is it possible to draw vertical lines in algorithm (not algorithm2e) package?
3
My question is if it is possible to draw vertical lines in the algorithm package. I have seen the following question:
Vertical line for pseudo code
But I don't want to use algorithm2e because it changes the format of the algorithm. Is it possible to handle that with the algorithm package?
algorithms algorithmic line
asked Mar 3 at 4:13
ParisParis
161
add a comment |
3
My question is if it is possible to draw vertical lines in the algorithm package. I have seen the following question:
Vertical line for pseudo code
But I don't want to use algorithm2e because it changes the format of the algorithm. Is it possible to handle that with the algorithm package?
algorithms algorithmic line
asked Mar 3 at 4:13
ParisParis
161
welcome to tex.se!
– Zarko
Mar 3 at 6:09
add a comment |
3
3
3
My question is if it is possible to draw vertical lines in the algorithm package. I have seen the following question:
Vertical line for pseudo code
But I don't want to use algorithm2e because it changes the format of the algorithm. Is it possible to handle that with the algorithm package?
algorithms algorithmic line
asked Mar 3 at 4:13
ParisParis
161
My question is if it is possible to draw vertical lines in the algorithm package. I have seen the following question:
Vertical line for pseudo code
But I don't want to use algorithm2e because it changes the format of the algorithm. Is it possible to handle that with the algorithm package?
algorithms algorithmic line
algorithms algorithmic line
asked Mar 3 at 4:13
ParisParis
161
asked Mar 3 at 4:13
ParisParis
161
asked Mar 3 at 4:13
ParisParis
161
asked Mar 3 at 4:13
ParisParis
161
asked Mar 3 at 4:13
ParisParis
161
161
welcome to tex.se!
– Zarko
Mar 3 at 6:09
add a comment |
welcome to tex.se!
– Zarko
Mar 3 at 6:09
welcome to tex.se!
– Zarko
Mar 3 at 6:09
welcome to tex.se!
– Zarko
Mar 3 at 6:09
add a comment |
1 Answer
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Welcome to TeX-SE! With tikz and tikzmark you can certainly add lines. Whether or not this is the most efficient way to produce such an output, i.e. whether or not there is a package that does all that out of the box, I do not know.
documentclass[two column,conference]{IEEEtran}
usepackage{tikz}
usetikzlibrary{tikzmark}
usepackage{algorithm}
begin{document}
begin{algorithm}
caption{HD}
label{array-sum}
1: Initialization of parameters \
2: Randomly generate population using Eq. 28\
tikzmarknode{3}{3}: textbf{for} u=1:k \
tikzmarknode{4}{4}: textbf{for} s=1:i$_{c}$\
5: Randomly generated X$_{s}^{u}$ in da\
tikzmarknode{6}{6}: textbf{end for} \
tikzmarknode{7}{7}: textbf{end for}\
8: End of initialization step\
9: textbf{While} Maximum number of iteration reached textbf{do}\
10: Construction and assessment of new candidate\
11: textbf{if} ($rand (0,1)leq$ cpu)\
12: Choose random no \
13: textbf {if} ($rand (0,1 ) leq$ cpu) \
14: %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
15: textbf{end if} \
16: textbf{else} \
17: Evaluate fitness function a: F(a) using Eq. 17\
27: End of the construction and assessment step\
28: Construction and assessment of new candidate: a \
29: if (F(y) has best value than the worst member \
30: Replace DA member with new candidate: a\
31: else\
32: Discard x\
33: textbf{endif}\
34: End of update\
35: Until a preset termination criterion is met\
36: end textbf{while}\
end{algorithm}
begin{tikzpicture}[overlay,remember picture]
draw[blue,thick] (3.west) -- ++ (-4pt,0pt) |- (7);
draw[red,thick] (4.west) -- ++ (-2pt,0pt) |- (6);
end{tikzpicture}
end{document}
answered Mar 3 at 5:13
marmotmarmot
107k5129244
add a comment |
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1 Answer
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active
oldest
votes
1 Answer
1
active
oldest
votes
active
oldest
votes
active
oldest
votes
1
Welcome to TeX-SE! With tikz and tikzmark you can certainly add lines. Whether or not this is the most efficient way to produce such an output, i.e. whether or not there is a package that does all that out of the box, I do not know.
documentclass[two column,conference]{IEEEtran}
usepackage{tikz}
usetikzlibrary{tikzmark}
usepackage{algorithm}
begin{document}
begin{algorithm}
caption{HD}
label{array-sum}
1: Initialization of parameters \
2: Randomly generate population using Eq. 28\
tikzmarknode{3}{3}: textbf{for} u=1:k \
tikzmarknode{4}{4}: textbf{for} s=1:i$_{c}$\
5: Randomly generated X$_{s}^{u}$ in da\
tikzmarknode{6}{6}: textbf{end for} \
tikzmarknode{7}{7}: textbf{end for}\
8: End of initialization step\
9: textbf{While} Maximum number of iteration reached textbf{do}\
10: Construction and assessment of new candidate\
11: textbf{if} ($rand (0,1)leq$ cpu)\
12: Choose random no \
13: textbf {if} ($rand (0,1 ) leq$ cpu) \
14: %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
15: textbf{end if} \
16: textbf{else} \
17: Evaluate fitness function a: F(a) using Eq. 17\
27: End of the construction and assessment step\
28: Construction and assessment of new candidate: a \
29: if (F(y) has best value than the worst member \
30: Replace DA member with new candidate: a\
31: else\
32: Discard x\
33: textbf{endif}\
34: End of update\
35: Until a preset termination criterion is met\
36: end textbf{while}\
end{algorithm}
begin{tikzpicture}[overlay,remember picture]
draw[blue,thick] (3.west) -- ++ (-4pt,0pt) |- (7);
draw[red,thick] (4.west) -- ++ (-2pt,0pt) |- (6);
end{tikzpicture}
end{document}
answered Mar 3 at 5:13
marmotmarmot
107k5129244
add a comment |
1
Welcome to TeX-SE! With tikz and tikzmark you can certainly add lines. Whether or not this is the most efficient way to produce such an output, i.e. whether or not there is a package that does all that out of the box, I do not know.
documentclass[two column,conference]{IEEEtran}
usepackage{tikz}
usetikzlibrary{tikzmark}
usepackage{algorithm}
begin{document}
begin{algorithm}
caption{HD}
label{array-sum}
1: Initialization of parameters \
2: Randomly generate population using Eq. 28\
tikzmarknode{3}{3}: textbf{for} u=1:k \
tikzmarknode{4}{4}: textbf{for} s=1:i$_{c}$\
5: Randomly generated X$_{s}^{u}$ in da\
tikzmarknode{6}{6}: textbf{end for} \
tikzmarknode{7}{7}: textbf{end for}\
8: End of initialization step\
9: textbf{While} Maximum number of iteration reached textbf{do}\
10: Construction and assessment of new candidate\
11: textbf{if} ($rand (0,1)leq$ cpu)\
12: Choose random no \
13: textbf {if} ($rand (0,1 ) leq$ cpu) \
14: %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
15: textbf{end if} \
16: textbf{else} \
17: Evaluate fitness function a: F(a) using Eq. 17\
27: End of the construction and assessment step\
28: Construction and assessment of new candidate: a \
29: if (F(y) has best value than the worst member \
30: Replace DA member with new candidate: a\
31: else\
32: Discard x\
33: textbf{endif}\
34: End of update\
35: Until a preset termination criterion is met\
36: end textbf{while}\
end{algorithm}
begin{tikzpicture}[overlay,remember picture]
draw[blue,thick] (3.west) -- ++ (-4pt,0pt) |- (7);
draw[red,thick] (4.west) -- ++ (-2pt,0pt) |- (6);
end{tikzpicture}
end{document}
answered Mar 3 at 5:13
marmotmarmot
107k5129244
add a comment |
1
1
1
Welcome to TeX-SE! With tikz and tikzmark you can certainly add lines. Whether or not this is the most efficient way to produce such an output, i.e. whether or not there is a package that does all that out of the box, I do not know.
documentclass[two column,conference]{IEEEtran}
usepackage{tikz}
usetikzlibrary{tikzmark}
usepackage{algorithm}
begin{document}
begin{algorithm}
caption{HD}
label{array-sum}
1: Initialization of parameters \
2: Randomly generate population using Eq. 28\
tikzmarknode{3}{3}: textbf{for} u=1:k \
tikzmarknode{4}{4}: textbf{for} s=1:i$_{c}$\
5: Randomly generated X$_{s}^{u}$ in da\
tikzmarknode{6}{6}: textbf{end for} \
tikzmarknode{7}{7}: textbf{end for}\
8: End of initialization step\
9: textbf{While} Maximum number of iteration reached textbf{do}\
10: Construction and assessment of new candidate\
11: textbf{if} ($rand (0,1)leq$ cpu)\
12: Choose random no \
13: textbf {if} ($rand (0,1 ) leq$ cpu) \
14: %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
15: textbf{end if} \
16: textbf{else} \
17: Evaluate fitness function a: F(a) using Eq. 17\
27: End of the construction and assessment step\
28: Construction and assessment of new candidate: a \
29: if (F(y) has best value than the worst member \
30: Replace DA member with new candidate: a\
31: else\
32: Discard x\
33: textbf{endif}\
34: End of update\
35: Until a preset termination criterion is met\
36: end textbf{while}\
end{algorithm}
begin{tikzpicture}[overlay,remember picture]
draw[blue,thick] (3.west) -- ++ (-4pt,0pt) |- (7);
draw[red,thick] (4.west) -- ++ (-2pt,0pt) |- (6);
end{tikzpicture}
end{document}
answered Mar 3 at 5:13
marmotmarmot
107k5129244
Welcome to TeX-SE! With tikz and tikzmark you can certainly add lines. Whether or not this is the most efficient way to produce such an output, i.e. whether or not there is a package that does all that out of the box, I do not know.
documentclass[two column,conference]{IEEEtran}
usepackage{tikz}
usetikzlibrary{tikzmark}
usepackage{algorithm}
begin{document}
begin{algorithm}
caption{HD}
label{array-sum}
1: Initialization of parameters \
2: Randomly generate population using Eq. 28\
tikzmarknode{3}{3}: textbf{for} u=1:k \
tikzmarknode{4}{4}: textbf{for} s=1:i$_{c}$\
5: Randomly generated X$_{s}^{u}$ in da\
tikzmarknode{6}{6}: textbf{end for} \
tikzmarknode{7}{7}: textbf{end for}\
8: End of initialization step\
9: textbf{While} Maximum number of iteration reached textbf{do}\
10: Construction and assessment of new candidate\
11: textbf{if} ($rand (0,1)leq$ cpu)\
12: Choose random no \
13: textbf {if} ($rand (0,1 ) leq$ cpu) \
14: %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
15: textbf{end if} \
16: textbf{else} \
17: Evaluate fitness function a: F(a) using Eq. 17\
27: End of the construction and assessment step\
28: Construction and assessment of new candidate: a \
29: if (F(y) has best value than the worst member \
30: Replace DA member with new candidate: a\
31: else\
32: Discard x\
33: textbf{endif}\
34: End of update\
35: Until a preset termination criterion is met\
36: end textbf{while}\
end{algorithm}
begin{tikzpicture}[overlay,remember picture]
draw[blue,thick] (3.west) -- ++ (-4pt,0pt) |- (7);
draw[red,thick] (4.west) -- ++ (-2pt,0pt) |- (6);
end{tikzpicture}
end{document}
answered Mar 3 at 5:13
marmotmarmot
107k5129244
answered Mar 3 at 5:13
marmotmarmot
107k5129244
answered Mar 3 at 5:13
marmotmarmot
107k5129244
answered Mar 3 at 5:13
marmotmarmot
107k5129244
107k5129244
add a comment |
add a comment |
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welcome to tex.se!
– Zarko
Mar 3 at 6:09