How to generate a “value-frequency” table with random numbers?
up vote
3
down vote
favorite
I want to create a "value-frequency" table from the following expression.
Counts[Sort[RandomInteger[{1, 5}, 500]]] // TableForm
The generated table should be in LaTeX form either
- two rows and n columns. first row: Value, second row: Frequency
- n rows and 2 columns. first column: Value, second column: Frequency
Optionally with headings "Value" and "Frequency" to make it look nice.
How to achieve this?
list-manipulation table latex
asked Nov 28 at 4:06
Crazy Frog
184
add a comment |
up vote
3
down vote
favorite
I want to create a "value-frequency" table from the following expression.
Counts[Sort[RandomInteger[{1, 5}, 500]]] // TableForm
The generated table should be in LaTeX form either
- two rows and n columns. first row: Value, second row: Frequency
- n rows and 2 columns. first column: Value, second column: Frequency
Optionally with headings "Value" and "Frequency" to make it look nice.
How to achieve this?
list-manipulation table latex
asked Nov 28 at 4:06
Crazy Frog
184
add a comment |
up vote
3
down vote
favorite
up vote
3
down vote
favorite
I want to create a "value-frequency" table from the following expression.
Counts[Sort[RandomInteger[{1, 5}, 500]]] // TableForm
The generated table should be in LaTeX form either
- two rows and n columns. first row: Value, second row: Frequency
- n rows and 2 columns. first column: Value, second column: Frequency
Optionally with headings "Value" and "Frequency" to make it look nice.
How to achieve this?
list-manipulation table latex
asked Nov 28 at 4:06
Crazy Frog
184
I want to create a "value-frequency" table from the following expression.
Counts[Sort[RandomInteger[{1, 5}, 500]]] // TableForm
The generated table should be in LaTeX form either
- two rows and n columns. first row: Value, second row: Frequency
- n rows and 2 columns. first column: Value, second column: Frequency
Optionally with headings "Value" and "Frequency" to make it look nice.
How to achieve this?
list-manipulation table latex
list-manipulation table latex
asked Nov 28 at 4:06
Crazy Frog
184
asked Nov 28 at 4:06
Crazy Frog
184
asked Nov 28 at 4:06
Crazy Frog
184
asked Nov 28 at 4:06
Crazy Frog
184
asked Nov 28 at 4:06
Crazy Frog
184
184
add a comment |
add a comment |
2 Answers
2
active
oldest
votes
up vote
4
down vote
accepted
SeedRandom[1]
counts = Counts[Sort[RandomInteger[{1, 5}, 500]]];
TeXForm @ Grid[Join[{{"Value", "Frequency"}}, KeyValueMap[List][counts]], Dividers -> All]
$begin{array}{|c|c|}
hline
text{Value} & text{Frequency} \
hline
1 & 104 \
hline
2 & 92 \
hline
3 & 97 \
hline
4 & 101 \
hline
5 & 106 \
hline
end{array}$
TeXForm@Grid[Transpose@Join[{{"Value", "Frequency"}}, KeyValueMap[List][counts]],
Dividers -> All]
$begin{array}{|c|c|c|c|c|c|}
hline
text{Value} & 1 & 2 & 3 & 4 & 5 \
hline
text{Frequency} & 104 & 92 & 97 & 101 & 106 \
hline
end{array}$
answered Nov 28 at 4:30
kglr
175k9197402
add a comment |
up vote
3
down vote
One way to make your table:
TeXForm@TableForm[Sort[Tally@RandomInteger[{1, 5}, 500]],
TableHeadings -> {None, {"Value", "Frequency"}}]
The output is the Latex code for:
$begin{array}{cc}
text{Value} & text{Frequency} \
1 & 89 \
2 & 94 \
3 & 117 \
4 & 93 \
5 & 107 \
end{array}$
answered Nov 28 at 4:19
bill s
52.5k375149
add a comment |
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2 Answers
2
active
oldest
votes
2 Answers
2
active
oldest
votes
active
oldest
votes
active
oldest
votes
up vote
4
down vote
accepted
SeedRandom[1]
counts = Counts[Sort[RandomInteger[{1, 5}, 500]]];
TeXForm @ Grid[Join[{{"Value", "Frequency"}}, KeyValueMap[List][counts]], Dividers -> All]
$begin{array}{|c|c|}
hline
text{Value} & text{Frequency} \
hline
1 & 104 \
hline
2 & 92 \
hline
3 & 97 \
hline
4 & 101 \
hline
5 & 106 \
hline
end{array}$
TeXForm@Grid[Transpose@Join[{{"Value", "Frequency"}}, KeyValueMap[List][counts]],
Dividers -> All]
$begin{array}{|c|c|c|c|c|c|}
hline
text{Value} & 1 & 2 & 3 & 4 & 5 \
hline
text{Frequency} & 104 & 92 & 97 & 101 & 106 \
hline
end{array}$
answered Nov 28 at 4:30
kglr
175k9197402
add a comment |
up vote
4
down vote
accepted
SeedRandom[1]
counts = Counts[Sort[RandomInteger[{1, 5}, 500]]];
TeXForm @ Grid[Join[{{"Value", "Frequency"}}, KeyValueMap[List][counts]], Dividers -> All]
$begin{array}{|c|c|}
hline
text{Value} & text{Frequency} \
hline
1 & 104 \
hline
2 & 92 \
hline
3 & 97 \
hline
4 & 101 \
hline
5 & 106 \
hline
end{array}$
TeXForm@Grid[Transpose@Join[{{"Value", "Frequency"}}, KeyValueMap[List][counts]],
Dividers -> All]
$begin{array}{|c|c|c|c|c|c|}
hline
text{Value} & 1 & 2 & 3 & 4 & 5 \
hline
text{Frequency} & 104 & 92 & 97 & 101 & 106 \
hline
end{array}$
answered Nov 28 at 4:30
kglr
175k9197402
add a comment |
up vote
4
down vote
accepted
up vote
4
down vote
accepted
SeedRandom[1]
counts = Counts[Sort[RandomInteger[{1, 5}, 500]]];
TeXForm @ Grid[Join[{{"Value", "Frequency"}}, KeyValueMap[List][counts]], Dividers -> All]
$begin{array}{|c|c|}
hline
text{Value} & text{Frequency} \
hline
1 & 104 \
hline
2 & 92 \
hline
3 & 97 \
hline
4 & 101 \
hline
5 & 106 \
hline
end{array}$
TeXForm@Grid[Transpose@Join[{{"Value", "Frequency"}}, KeyValueMap[List][counts]],
Dividers -> All]
$begin{array}{|c|c|c|c|c|c|}
hline
text{Value} & 1 & 2 & 3 & 4 & 5 \
hline
text{Frequency} & 104 & 92 & 97 & 101 & 106 \
hline
end{array}$
answered Nov 28 at 4:30
kglr
175k9197402
SeedRandom[1]
counts = Counts[Sort[RandomInteger[{1, 5}, 500]]];
TeXForm @ Grid[Join[{{"Value", "Frequency"}}, KeyValueMap[List][counts]], Dividers -> All]
$begin{array}{|c|c|}
hline
text{Value} & text{Frequency} \
hline
1 & 104 \
hline
2 & 92 \
hline
3 & 97 \
hline
4 & 101 \
hline
5 & 106 \
hline
end{array}$
TeXForm@Grid[Transpose@Join[{{"Value", "Frequency"}}, KeyValueMap[List][counts]],
Dividers -> All]
$begin{array}{|c|c|c|c|c|c|}
hline
text{Value} & 1 & 2 & 3 & 4 & 5 \
hline
text{Frequency} & 104 & 92 & 97 & 101 & 106 \
hline
end{array}$
answered Nov 28 at 4:30
kglr
175k9197402
edited Nov 28 at 5:30
answered Nov 28 at 4:30
kglr
175k9197402
answered Nov 28 at 4:30
kglr
175k9197402
answered Nov 28 at 4:30
kglr
175k9197402
175k9197402
add a comment |
add a comment |
up vote
3
down vote
One way to make your table:
TeXForm@TableForm[Sort[Tally@RandomInteger[{1, 5}, 500]],
TableHeadings -> {None, {"Value", "Frequency"}}]
The output is the Latex code for:
$begin{array}{cc}
text{Value} & text{Frequency} \
1 & 89 \
2 & 94 \
3 & 117 \
4 & 93 \
5 & 107 \
end{array}$
answered Nov 28 at 4:19
bill s
52.5k375149
add a comment |
up vote
3
down vote
One way to make your table:
TeXForm@TableForm[Sort[Tally@RandomInteger[{1, 5}, 500]],
TableHeadings -> {None, {"Value", "Frequency"}}]
The output is the Latex code for:
$begin{array}{cc}
text{Value} & text{Frequency} \
1 & 89 \
2 & 94 \
3 & 117 \
4 & 93 \
5 & 107 \
end{array}$
answered Nov 28 at 4:19
bill s
52.5k375149
add a comment |
up vote
3
down vote
up vote
3
down vote
One way to make your table:
TeXForm@TableForm[Sort[Tally@RandomInteger[{1, 5}, 500]],
TableHeadings -> {None, {"Value", "Frequency"}}]
The output is the Latex code for:
$begin{array}{cc}
text{Value} & text{Frequency} \
1 & 89 \
2 & 94 \
3 & 117 \
4 & 93 \
5 & 107 \
end{array}$
answered Nov 28 at 4:19
bill s
52.5k375149
One way to make your table:
TeXForm@TableForm[Sort[Tally@RandomInteger[{1, 5}, 500]],
TableHeadings -> {None, {"Value", "Frequency"}}]
The output is the Latex code for:
$begin{array}{cc}
text{Value} & text{Frequency} \
1 & 89 \
2 & 94 \
3 & 117 \
4 & 93 \
5 & 107 \
end{array}$
answered Nov 28 at 4:19
bill s
52.5k375149
answered Nov 28 at 4:19
bill s
52.5k375149
answered Nov 28 at 4:19
bill s
52.5k375149
answered Nov 28 at 4:19
bill s
52.5k375149
52.5k375149
add a comment |
add a comment |
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