How can I have x-axis ticks that show ticks scaled in powers of ten?
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I am having trouble achieving this effect with on the x-axis. Does anybody have an idea how I can achieve this effect?
plotting
New contributor
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add a comment |
$begingroup$
I am having trouble achieving this effect with on the x-axis. Does anybody have an idea how I can achieve this effect?
plotting
New contributor
$endgroup$
$begingroup$
Use theTicks
option. Some code showing what you want to plot and perhaps what you have tried would help.
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– Michael E2
2 hours ago
1
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As a slight correction to kglr's comment: the "number theory" version of the logarithmic integral is expressed asLogIntegral[x] - LogIntegral[2]
.
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– J. M. is computer-less♦
2 hours ago
add a comment |
$begingroup$
I am having trouble achieving this effect with on the x-axis. Does anybody have an idea how I can achieve this effect?
plotting
New contributor
$endgroup$
I am having trouble achieving this effect with on the x-axis. Does anybody have an idea how I can achieve this effect?
plotting
plotting
New contributor
New contributor
edited 46 mins ago
m_goldberg
87.4k872198
87.4k872198
New contributor
asked 2 hours ago
Kanye WestKanye West
112
112
New contributor
New contributor
$begingroup$
Use theTicks
option. Some code showing what you want to plot and perhaps what you have tried would help.
$endgroup$
– Michael E2
2 hours ago
1
$begingroup$
As a slight correction to kglr's comment: the "number theory" version of the logarithmic integral is expressed asLogIntegral[x] - LogIntegral[2]
.
$endgroup$
– J. M. is computer-less♦
2 hours ago
add a comment |
$begingroup$
Use theTicks
option. Some code showing what you want to plot and perhaps what you have tried would help.
$endgroup$
– Michael E2
2 hours ago
1
$begingroup$
As a slight correction to kglr's comment: the "number theory" version of the logarithmic integral is expressed asLogIntegral[x] - LogIntegral[2]
.
$endgroup$
– J. M. is computer-less♦
2 hours ago
$begingroup$
Use the
Ticks
option. Some code showing what you want to plot and perhaps what you have tried would help.$endgroup$
– Michael E2
2 hours ago
$begingroup$
Use the
Ticks
option. Some code showing what you want to plot and perhaps what you have tried would help.$endgroup$
– Michael E2
2 hours ago
1
1
$begingroup$
As a slight correction to kglr's comment: the "number theory" version of the logarithmic integral is expressed as
LogIntegral[x] - LogIntegral[2]
.$endgroup$
– J. M. is computer-less♦
2 hours ago
$begingroup$
As a slight correction to kglr's comment: the "number theory" version of the logarithmic integral is expressed as
LogIntegral[x] - LogIntegral[2]
.$endgroup$
– J. M. is computer-less♦
2 hours ago
add a comment |
1 Answer
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LogLinearPlot[{PrimePi[x]/(LogIntegral[x]-LogIntegral[2]),
PrimePi[x]/(x/Log[x])}, {x, 2, 10000000}, GridLines -> {None, {1}}]
Thanks: @J.M.iscomputer-less for the LogIntegral[2]
correction.
$endgroup$
add a comment |
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1 Answer
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$begingroup$
LogLinearPlot[{PrimePi[x]/(LogIntegral[x]-LogIntegral[2]),
PrimePi[x]/(x/Log[x])}, {x, 2, 10000000}, GridLines -> {None, {1}}]
Thanks: @J.M.iscomputer-less for the LogIntegral[2]
correction.
$endgroup$
add a comment |
$begingroup$
LogLinearPlot[{PrimePi[x]/(LogIntegral[x]-LogIntegral[2]),
PrimePi[x]/(x/Log[x])}, {x, 2, 10000000}, GridLines -> {None, {1}}]
Thanks: @J.M.iscomputer-less for the LogIntegral[2]
correction.
$endgroup$
add a comment |
$begingroup$
LogLinearPlot[{PrimePi[x]/(LogIntegral[x]-LogIntegral[2]),
PrimePi[x]/(x/Log[x])}, {x, 2, 10000000}, GridLines -> {None, {1}}]
Thanks: @J.M.iscomputer-less for the LogIntegral[2]
correction.
$endgroup$
LogLinearPlot[{PrimePi[x]/(LogIntegral[x]-LogIntegral[2]),
PrimePi[x]/(x/Log[x])}, {x, 2, 10000000}, GridLines -> {None, {1}}]
Thanks: @J.M.iscomputer-less for the LogIntegral[2]
correction.
edited 1 hour ago
answered 2 hours ago
kglrkglr
187k10203421
187k10203421
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$begingroup$
Use the
Ticks
option. Some code showing what you want to plot and perhaps what you have tried would help.$endgroup$
– Michael E2
2 hours ago
1
$begingroup$
As a slight correction to kglr's comment: the "number theory" version of the logarithmic integral is expressed as
LogIntegral[x] - LogIntegral[2]
.$endgroup$
– J. M. is computer-less♦
2 hours ago