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How create a general legend which always remain on top of the plot


Increasing the thickness of line in plot legendMesh inside Plot legendPlotting: DensityPlot produces artifactsCreate a colorbar plot legendPlace legend without border above the plotLegend Matrix PlotHow to create a bar legend of a contour plot that contains labels of the extreme values?How to make plots 'blacker'?Make Plot Legend WiderLegend Missing In The Plot






.everyoneloves__top-leaderboard:empty,.everyoneloves__mid-leaderboard:empty,.everyoneloves__bot-mid-leaderboard:empty
margin-bottom:0;

.everyonelovesstackoverflowposition:absolute;height:1px;width:1px;opacity:0;top:0;left:0;pointer-events:none;








2












$begingroup$


I am writing a small report, wherein I have several plots, some plots are on a linear-linear scale, some are in log-linear scale, some in log-log. The problem I am facing is every time I change my scale it is becoming very difficult for me to adjust the legend. right now I am customized my legend using line command and circle command of graphics. Is there any way to fix this suppose my plot image size is 1500 (which is fixed for all of my plots), with respect to this can I set my legends.example. I don't have a



style1 = PlotStyle -> Black, Thickness[0.004], 
AbsoluteDashing[2, 7]
style2 = PlotStyle -> Black, Thickness[0.004],
AbsoluteDashing[8, 20]
style3 = PlotStyle -> Black, Thickness[0.004],
AbsoluteDashing[4, 18, 40]
p1 = Plot[Sin[π*x], x, 0, 1, Evaluate@style1];
p2 = Plot[Sin[2 π*x], x, 0, 1, Evaluate@style2];
p3 = Plot[Sin[3 π*x], x, 0, 1, Evaluate@style3];


s1 = Graphics[Thickness[0.004], AbsoluteDashing[2, 7],
Line[0, 14, 1.5, 14],
Text[StyleForm["!(*SubscriptBox[(β), (1)]),",
FontSize -> 30], 2.5, 14]];
s2 = Graphics[Thickness[0.004], AbsoluteDashing[8, 20],
Line[3.5, 14, 5, 14],
Text[StyleForm["!(*SubscriptBox[(β), (2)]),",
FontSize -> 30], 6, 14]];
s3 = Graphics[Thickness[0.004], AbsoluteDashing[4, 18, 40],
Line[7, 14, 10, 14],
Text[StyleForm["!(*SubscriptBox[(β), (3)]),",
FontSize -> 30], 10.5, 14]];

Show[p1, p2, p3,s1,s2,s3, PlotRange -> All]


The above plot is on a linear-linear scale I looking trying to fix the general legend for all type of scale.










share|improve this question











$endgroup$













  • $begingroup$
    Please add the code you're using to generate the legend. Otherwise, it is impossible for anyone to tell what's the problem with your legend
    $endgroup$
    – Lukas Lang
    10 hours ago










  • $begingroup$
    Can we use the above code as a reference code, because it is pretty big.
    $endgroup$
    – acoustics
    10 hours ago






  • 1




    $begingroup$
    I'm not asking for the full code with actual data (in fact, the example you have is much better) - but since your example image has a legend, and you are asking about how to position legends, it would help a lot if you could add the code you're currently using to create and position the legend. Even better would be if you could add the legend to the example above, and add a second example with e.g. log-log scaling and a legend that shows how the legend is no longer working in that case
    $endgroup$
    – Lukas Lang
    10 hours ago

















2












$begingroup$


I am writing a small report, wherein I have several plots, some plots are on a linear-linear scale, some are in log-linear scale, some in log-log. The problem I am facing is every time I change my scale it is becoming very difficult for me to adjust the legend. right now I am customized my legend using line command and circle command of graphics. Is there any way to fix this suppose my plot image size is 1500 (which is fixed for all of my plots), with respect to this can I set my legends.example. I don't have a



style1 = PlotStyle -> Black, Thickness[0.004], 
AbsoluteDashing[2, 7]
style2 = PlotStyle -> Black, Thickness[0.004],
AbsoluteDashing[8, 20]
style3 = PlotStyle -> Black, Thickness[0.004],
AbsoluteDashing[4, 18, 40]
p1 = Plot[Sin[π*x], x, 0, 1, Evaluate@style1];
p2 = Plot[Sin[2 π*x], x, 0, 1, Evaluate@style2];
p3 = Plot[Sin[3 π*x], x, 0, 1, Evaluate@style3];


s1 = Graphics[Thickness[0.004], AbsoluteDashing[2, 7],
Line[0, 14, 1.5, 14],
Text[StyleForm["!(*SubscriptBox[(β), (1)]),",
FontSize -> 30], 2.5, 14]];
s2 = Graphics[Thickness[0.004], AbsoluteDashing[8, 20],
Line[3.5, 14, 5, 14],
Text[StyleForm["!(*SubscriptBox[(β), (2)]),",
FontSize -> 30], 6, 14]];
s3 = Graphics[Thickness[0.004], AbsoluteDashing[4, 18, 40],
Line[7, 14, 10, 14],
Text[StyleForm["!(*SubscriptBox[(β), (3)]),",
FontSize -> 30], 10.5, 14]];

Show[p1, p2, p3,s1,s2,s3, PlotRange -> All]


The above plot is on a linear-linear scale I looking trying to fix the general legend for all type of scale.










share|improve this question











$endgroup$













  • $begingroup$
    Please add the code you're using to generate the legend. Otherwise, it is impossible for anyone to tell what's the problem with your legend
    $endgroup$
    – Lukas Lang
    10 hours ago










  • $begingroup$
    Can we use the above code as a reference code, because it is pretty big.
    $endgroup$
    – acoustics
    10 hours ago






  • 1




    $begingroup$
    I'm not asking for the full code with actual data (in fact, the example you have is much better) - but since your example image has a legend, and you are asking about how to position legends, it would help a lot if you could add the code you're currently using to create and position the legend. Even better would be if you could add the legend to the example above, and add a second example with e.g. log-log scaling and a legend that shows how the legend is no longer working in that case
    $endgroup$
    – Lukas Lang
    10 hours ago













2












2








2





$begingroup$


I am writing a small report, wherein I have several plots, some plots are on a linear-linear scale, some are in log-linear scale, some in log-log. The problem I am facing is every time I change my scale it is becoming very difficult for me to adjust the legend. right now I am customized my legend using line command and circle command of graphics. Is there any way to fix this suppose my plot image size is 1500 (which is fixed for all of my plots), with respect to this can I set my legends.example. I don't have a



style1 = PlotStyle -> Black, Thickness[0.004], 
AbsoluteDashing[2, 7]
style2 = PlotStyle -> Black, Thickness[0.004],
AbsoluteDashing[8, 20]
style3 = PlotStyle -> Black, Thickness[0.004],
AbsoluteDashing[4, 18, 40]
p1 = Plot[Sin[π*x], x, 0, 1, Evaluate@style1];
p2 = Plot[Sin[2 π*x], x, 0, 1, Evaluate@style2];
p3 = Plot[Sin[3 π*x], x, 0, 1, Evaluate@style3];


s1 = Graphics[Thickness[0.004], AbsoluteDashing[2, 7],
Line[0, 14, 1.5, 14],
Text[StyleForm["!(*SubscriptBox[(β), (1)]),",
FontSize -> 30], 2.5, 14]];
s2 = Graphics[Thickness[0.004], AbsoluteDashing[8, 20],
Line[3.5, 14, 5, 14],
Text[StyleForm["!(*SubscriptBox[(β), (2)]),",
FontSize -> 30], 6, 14]];
s3 = Graphics[Thickness[0.004], AbsoluteDashing[4, 18, 40],
Line[7, 14, 10, 14],
Text[StyleForm["!(*SubscriptBox[(β), (3)]),",
FontSize -> 30], 10.5, 14]];

Show[p1, p2, p3,s1,s2,s3, PlotRange -> All]


The above plot is on a linear-linear scale I looking trying to fix the general legend for all type of scale.










share|improve this question











$endgroup$




I am writing a small report, wherein I have several plots, some plots are on a linear-linear scale, some are in log-linear scale, some in log-log. The problem I am facing is every time I change my scale it is becoming very difficult for me to adjust the legend. right now I am customized my legend using line command and circle command of graphics. Is there any way to fix this suppose my plot image size is 1500 (which is fixed for all of my plots), with respect to this can I set my legends.example. I don't have a



style1 = PlotStyle -> Black, Thickness[0.004], 
AbsoluteDashing[2, 7]
style2 = PlotStyle -> Black, Thickness[0.004],
AbsoluteDashing[8, 20]
style3 = PlotStyle -> Black, Thickness[0.004],
AbsoluteDashing[4, 18, 40]
p1 = Plot[Sin[π*x], x, 0, 1, Evaluate@style1];
p2 = Plot[Sin[2 π*x], x, 0, 1, Evaluate@style2];
p3 = Plot[Sin[3 π*x], x, 0, 1, Evaluate@style3];


s1 = Graphics[Thickness[0.004], AbsoluteDashing[2, 7],
Line[0, 14, 1.5, 14],
Text[StyleForm["!(*SubscriptBox[(β), (1)]),",
FontSize -> 30], 2.5, 14]];
s2 = Graphics[Thickness[0.004], AbsoluteDashing[8, 20],
Line[3.5, 14, 5, 14],
Text[StyleForm["!(*SubscriptBox[(β), (2)]),",
FontSize -> 30], 6, 14]];
s3 = Graphics[Thickness[0.004], AbsoluteDashing[4, 18, 40],
Line[7, 14, 10, 14],
Text[StyleForm["!(*SubscriptBox[(β), (3)]),",
FontSize -> 30], 10.5, 14]];

Show[p1, p2, p3,s1,s2,s3, PlotRange -> All]


The above plot is on a linear-linear scale I looking trying to fix the general legend for all type of scale.







plotting legending






share|improve this question















share|improve this question













share|improve this question




share|improve this question








edited 10 hours ago







acoustics

















asked 10 hours ago









acousticsacoustics

6141 silver badge10 bronze badges




6141 silver badge10 bronze badges














  • $begingroup$
    Please add the code you're using to generate the legend. Otherwise, it is impossible for anyone to tell what's the problem with your legend
    $endgroup$
    – Lukas Lang
    10 hours ago










  • $begingroup$
    Can we use the above code as a reference code, because it is pretty big.
    $endgroup$
    – acoustics
    10 hours ago






  • 1




    $begingroup$
    I'm not asking for the full code with actual data (in fact, the example you have is much better) - but since your example image has a legend, and you are asking about how to position legends, it would help a lot if you could add the code you're currently using to create and position the legend. Even better would be if you could add the legend to the example above, and add a second example with e.g. log-log scaling and a legend that shows how the legend is no longer working in that case
    $endgroup$
    – Lukas Lang
    10 hours ago
















  • $begingroup$
    Please add the code you're using to generate the legend. Otherwise, it is impossible for anyone to tell what's the problem with your legend
    $endgroup$
    – Lukas Lang
    10 hours ago










  • $begingroup$
    Can we use the above code as a reference code, because it is pretty big.
    $endgroup$
    – acoustics
    10 hours ago






  • 1




    $begingroup$
    I'm not asking for the full code with actual data (in fact, the example you have is much better) - but since your example image has a legend, and you are asking about how to position legends, it would help a lot if you could add the code you're currently using to create and position the legend. Even better would be if you could add the legend to the example above, and add a second example with e.g. log-log scaling and a legend that shows how the legend is no longer working in that case
    $endgroup$
    – Lukas Lang
    10 hours ago















$begingroup$
Please add the code you're using to generate the legend. Otherwise, it is impossible for anyone to tell what's the problem with your legend
$endgroup$
– Lukas Lang
10 hours ago




$begingroup$
Please add the code you're using to generate the legend. Otherwise, it is impossible for anyone to tell what's the problem with your legend
$endgroup$
– Lukas Lang
10 hours ago












$begingroup$
Can we use the above code as a reference code, because it is pretty big.
$endgroup$
– acoustics
10 hours ago




$begingroup$
Can we use the above code as a reference code, because it is pretty big.
$endgroup$
– acoustics
10 hours ago




1




1




$begingroup$
I'm not asking for the full code with actual data (in fact, the example you have is much better) - but since your example image has a legend, and you are asking about how to position legends, it would help a lot if you could add the code you're currently using to create and position the legend. Even better would be if you could add the legend to the example above, and add a second example with e.g. log-log scaling and a legend that shows how the legend is no longer working in that case
$endgroup$
– Lukas Lang
10 hours ago




$begingroup$
I'm not asking for the full code with actual data (in fact, the example you have is much better) - but since your example image has a legend, and you are asking about how to position legends, it would help a lot if you could add the code you're currently using to create and position the legend. Even better would be if you could add the legend to the example above, and add a second example with e.g. log-log scaling and a legend that shows how the legend is no longer working in that case
$endgroup$
– Lukas Lang
10 hours ago










1 Answer
1






active

oldest

votes


















4














$begingroup$

Create a legend using your style1, style2, style3:



legend = LineLegend[Directive[#2] & @@@ style1, style2, style3, 
Subscript[β, #] & /@ Range[3], LegendLayout -> "Row", 1, LegendMarkerSize -> 60];


and use it as Epilog in Show controlling the position with the second argument of Inset:



Show[p1, p2, p3, PlotRange -> All, PlotRangePadding -> Scaled[.07],
Epilog -> Inset[legend, .5, 1.1]]


enter image description here



or place it Above the plot using Legended:



Legended[Show[p1, p2, p3, PlotRange -> All], Placed[legend, Above]]


enter image description here






share|improve this answer











$endgroup$














  • $begingroup$
    Does it work for Log-Linear scale, because last time I am trying to put , It was not adjusted properly.
    $endgroup$
    – acoustics
    8 hours ago










  • $begingroup$
    @acoustics, both should work. Try, for example,Legended[LogLinearPlot[Tanh[x], x, 1, 100], Placed[legend, .5, 1]]. For the first approach, you can use LogLinearPlot[Tanh[x], x, 1, 100, Epilog -> Inset[legend, Scaled@.5, 1]].
    $endgroup$
    – kglr
    7 hours ago












Your Answer








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1 Answer
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1 Answer
1






active

oldest

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active

oldest

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active

oldest

votes









4














$begingroup$

Create a legend using your style1, style2, style3:



legend = LineLegend[Directive[#2] & @@@ style1, style2, style3, 
Subscript[β, #] & /@ Range[3], LegendLayout -> "Row", 1, LegendMarkerSize -> 60];


and use it as Epilog in Show controlling the position with the second argument of Inset:



Show[p1, p2, p3, PlotRange -> All, PlotRangePadding -> Scaled[.07],
Epilog -> Inset[legend, .5, 1.1]]


enter image description here



or place it Above the plot using Legended:



Legended[Show[p1, p2, p3, PlotRange -> All], Placed[legend, Above]]


enter image description here






share|improve this answer











$endgroup$














  • $begingroup$
    Does it work for Log-Linear scale, because last time I am trying to put , It was not adjusted properly.
    $endgroup$
    – acoustics
    8 hours ago










  • $begingroup$
    @acoustics, both should work. Try, for example,Legended[LogLinearPlot[Tanh[x], x, 1, 100], Placed[legend, .5, 1]]. For the first approach, you can use LogLinearPlot[Tanh[x], x, 1, 100, Epilog -> Inset[legend, Scaled@.5, 1]].
    $endgroup$
    – kglr
    7 hours ago















4














$begingroup$

Create a legend using your style1, style2, style3:



legend = LineLegend[Directive[#2] & @@@ style1, style2, style3, 
Subscript[β, #] & /@ Range[3], LegendLayout -> "Row", 1, LegendMarkerSize -> 60];


and use it as Epilog in Show controlling the position with the second argument of Inset:



Show[p1, p2, p3, PlotRange -> All, PlotRangePadding -> Scaled[.07],
Epilog -> Inset[legend, .5, 1.1]]


enter image description here



or place it Above the plot using Legended:



Legended[Show[p1, p2, p3, PlotRange -> All], Placed[legend, Above]]


enter image description here






share|improve this answer











$endgroup$














  • $begingroup$
    Does it work for Log-Linear scale, because last time I am trying to put , It was not adjusted properly.
    $endgroup$
    – acoustics
    8 hours ago










  • $begingroup$
    @acoustics, both should work. Try, for example,Legended[LogLinearPlot[Tanh[x], x, 1, 100], Placed[legend, .5, 1]]. For the first approach, you can use LogLinearPlot[Tanh[x], x, 1, 100, Epilog -> Inset[legend, Scaled@.5, 1]].
    $endgroup$
    – kglr
    7 hours ago













4














4










4







$begingroup$

Create a legend using your style1, style2, style3:



legend = LineLegend[Directive[#2] & @@@ style1, style2, style3, 
Subscript[β, #] & /@ Range[3], LegendLayout -> "Row", 1, LegendMarkerSize -> 60];


and use it as Epilog in Show controlling the position with the second argument of Inset:



Show[p1, p2, p3, PlotRange -> All, PlotRangePadding -> Scaled[.07],
Epilog -> Inset[legend, .5, 1.1]]


enter image description here



or place it Above the plot using Legended:



Legended[Show[p1, p2, p3, PlotRange -> All], Placed[legend, Above]]


enter image description here






share|improve this answer











$endgroup$



Create a legend using your style1, style2, style3:



legend = LineLegend[Directive[#2] & @@@ style1, style2, style3, 
Subscript[β, #] & /@ Range[3], LegendLayout -> "Row", 1, LegendMarkerSize -> 60];


and use it as Epilog in Show controlling the position with the second argument of Inset:



Show[p1, p2, p3, PlotRange -> All, PlotRangePadding -> Scaled[.07],
Epilog -> Inset[legend, .5, 1.1]]


enter image description here



or place it Above the plot using Legended:



Legended[Show[p1, p2, p3, PlotRange -> All], Placed[legend, Above]]


enter image description here







share|improve this answer














share|improve this answer



share|improve this answer








edited 9 hours ago

























answered 9 hours ago









kglrkglr

219k10 gold badges250 silver badges503 bronze badges




219k10 gold badges250 silver badges503 bronze badges














  • $begingroup$
    Does it work for Log-Linear scale, because last time I am trying to put , It was not adjusted properly.
    $endgroup$
    – acoustics
    8 hours ago










  • $begingroup$
    @acoustics, both should work. Try, for example,Legended[LogLinearPlot[Tanh[x], x, 1, 100], Placed[legend, .5, 1]]. For the first approach, you can use LogLinearPlot[Tanh[x], x, 1, 100, Epilog -> Inset[legend, Scaled@.5, 1]].
    $endgroup$
    – kglr
    7 hours ago
















  • $begingroup$
    Does it work for Log-Linear scale, because last time I am trying to put , It was not adjusted properly.
    $endgroup$
    – acoustics
    8 hours ago










  • $begingroup$
    @acoustics, both should work. Try, for example,Legended[LogLinearPlot[Tanh[x], x, 1, 100], Placed[legend, .5, 1]]. For the first approach, you can use LogLinearPlot[Tanh[x], x, 1, 100, Epilog -> Inset[legend, Scaled@.5, 1]].
    $endgroup$
    – kglr
    7 hours ago















$begingroup$
Does it work for Log-Linear scale, because last time I am trying to put , It was not adjusted properly.
$endgroup$
– acoustics
8 hours ago




$begingroup$
Does it work for Log-Linear scale, because last time I am trying to put , It was not adjusted properly.
$endgroup$
– acoustics
8 hours ago












$begingroup$
@acoustics, both should work. Try, for example,Legended[LogLinearPlot[Tanh[x], x, 1, 100], Placed[legend, .5, 1]]. For the first approach, you can use LogLinearPlot[Tanh[x], x, 1, 100, Epilog -> Inset[legend, Scaled@.5, 1]].
$endgroup$
– kglr
7 hours ago




$begingroup$
@acoustics, both should work. Try, for example,Legended[LogLinearPlot[Tanh[x], x, 1, 100], Placed[legend, .5, 1]]. For the first approach, you can use LogLinearPlot[Tanh[x], x, 1, 100, Epilog -> Inset[legend, Scaled@.5, 1]].
$endgroup$
– kglr
7 hours ago


















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