How to insert the markers at two particular points
4
$begingroup$
I have a plot I wanted to put a marker at the transition (a point at which straight line starts to become little curve) and saturation (curve becomes straight line) points in the graph. I have manually identified the point. I wanted to put the star at transition point, and circle saturation point. And to name the graph as mode 1 with arrow.
ks1={0.01,1.,2.,4.,6.,8.,10.,25.,50.,100.,200.,300.,400.,500.,600.,800.,1000.,2000.,4000.,5000.,10000.,15000.,20000.,30000.,40000.,70000.,100000.,1.*10^6,1.*10^8,1.*10^12};
b1={1.8743,1.8784,1.88248,1.89049,1.89828,1.90587,1.91327,1.96335,2.03035,2.12536,2.23701,2.30098,2.34255,2.37175,2.3934,2.42334,2.44307,2.48725,2.51208,2.5173,2.52799,2.53164,2.53348,2.53533,2.53625,2.53745,2.53793,2.53894,2.53909,2.53543};
markermode1={{0.943,1.87835},{41086.3,2.53793}};
s1=ListLogLinearPlot[Transpose[{ks1, b1}], Joined -> True,
PlotStyle -> {Black, Thickness[0.01]}, AxesStyle -> Black,
Epilog -> {Red, AbsolutePointSize[10], Point[markermode1]}]
plotting
asked Jan 13 at 5:10
acousticsacoustics
40819
$endgroup$
add a comment |
4
$begingroup$
I have a plot I wanted to put a marker at the transition (a point at which straight line starts to become little curve) and saturation (curve becomes straight line) points in the graph. I have manually identified the point. I wanted to put the star at transition point, and circle saturation point. And to name the graph as mode 1 with arrow.
ks1={0.01,1.,2.,4.,6.,8.,10.,25.,50.,100.,200.,300.,400.,500.,600.,800.,1000.,2000.,4000.,5000.,10000.,15000.,20000.,30000.,40000.,70000.,100000.,1.*10^6,1.*10^8,1.*10^12};
b1={1.8743,1.8784,1.88248,1.89049,1.89828,1.90587,1.91327,1.96335,2.03035,2.12536,2.23701,2.30098,2.34255,2.37175,2.3934,2.42334,2.44307,2.48725,2.51208,2.5173,2.52799,2.53164,2.53348,2.53533,2.53625,2.53745,2.53793,2.53894,2.53909,2.53543};
markermode1={{0.943,1.87835},{41086.3,2.53793}};
s1=ListLogLinearPlot[Transpose[{ks1, b1}], Joined -> True,
PlotStyle -> {Black, Thickness[0.01]}, AxesStyle -> Black,
Epilog -> {Red, AbsolutePointSize[10], Point[markermode1]}]
plotting
asked Jan 13 at 5:10
acousticsacoustics
40819
$endgroup$
1
$begingroup$
do you get what you need if you usemarkermode1 = {{Log@0.943, 1.87835}, {Log@41086.3, 2.53793}}?
$endgroup$
– kglr
Jan 13 at 5:43
$begingroup$
I wanted my marker star symbol I used Style["[SixPointedStar]", 60]. but getting error
$endgroup$
– acoustics
Jan 13 at 5:48
add a comment |
4
4
4
1
$begingroup$
I have a plot I wanted to put a marker at the transition (a point at which straight line starts to become little curve) and saturation (curve becomes straight line) points in the graph. I have manually identified the point. I wanted to put the star at transition point, and circle saturation point. And to name the graph as mode 1 with arrow.
ks1={0.01,1.,2.,4.,6.,8.,10.,25.,50.,100.,200.,300.,400.,500.,600.,800.,1000.,2000.,4000.,5000.,10000.,15000.,20000.,30000.,40000.,70000.,100000.,1.*10^6,1.*10^8,1.*10^12};
b1={1.8743,1.8784,1.88248,1.89049,1.89828,1.90587,1.91327,1.96335,2.03035,2.12536,2.23701,2.30098,2.34255,2.37175,2.3934,2.42334,2.44307,2.48725,2.51208,2.5173,2.52799,2.53164,2.53348,2.53533,2.53625,2.53745,2.53793,2.53894,2.53909,2.53543};
markermode1={{0.943,1.87835},{41086.3,2.53793}};
s1=ListLogLinearPlot[Transpose[{ks1, b1}], Joined -> True,
PlotStyle -> {Black, Thickness[0.01]}, AxesStyle -> Black,
Epilog -> {Red, AbsolutePointSize[10], Point[markermode1]}]
plotting
asked Jan 13 at 5:10
acousticsacoustics
40819
$endgroup$
I have a plot I wanted to put a marker at the transition (a point at which straight line starts to become little curve) and saturation (curve becomes straight line) points in the graph. I have manually identified the point. I wanted to put the star at transition point, and circle saturation point. And to name the graph as mode 1 with arrow.
ks1={0.01,1.,2.,4.,6.,8.,10.,25.,50.,100.,200.,300.,400.,500.,600.,800.,1000.,2000.,4000.,5000.,10000.,15000.,20000.,30000.,40000.,70000.,100000.,1.*10^6,1.*10^8,1.*10^12};
b1={1.8743,1.8784,1.88248,1.89049,1.89828,1.90587,1.91327,1.96335,2.03035,2.12536,2.23701,2.30098,2.34255,2.37175,2.3934,2.42334,2.44307,2.48725,2.51208,2.5173,2.52799,2.53164,2.53348,2.53533,2.53625,2.53745,2.53793,2.53894,2.53909,2.53543};
markermode1={{0.943,1.87835},{41086.3,2.53793}};
s1=ListLogLinearPlot[Transpose[{ks1, b1}], Joined -> True,
PlotStyle -> {Black, Thickness[0.01]}, AxesStyle -> Black,
Epilog -> {Red, AbsolutePointSize[10], Point[markermode1]}]
plotting
plotting
asked Jan 13 at 5:10
acousticsacoustics
40819
asked Jan 13 at 5:10
acousticsacoustics
40819
asked Jan 13 at 5:10
acousticsacoustics
40819
asked Jan 13 at 5:10
acousticsacoustics
40819
asked Jan 13 at 5:10
acousticsacoustics
40819
40819
1
$begingroup$
do you get what you need if you usemarkermode1 = {{Log@0.943, 1.87835}, {Log@41086.3, 2.53793}}?
$endgroup$
– kglr
Jan 13 at 5:43
$begingroup$
I wanted my marker star symbol I used Style["[SixPointedStar]", 60]. but getting error
$endgroup$
– acoustics
Jan 13 at 5:48
add a comment |
1
$begingroup$
do you get what you need if you usemarkermode1 = {{Log@0.943, 1.87835}, {Log@41086.3, 2.53793}}?
$endgroup$
– kglr
Jan 13 at 5:43
$begingroup$
I wanted my marker star symbol I used Style["[SixPointedStar]", 60]. but getting error
$endgroup$
– acoustics
Jan 13 at 5:48
1
1
$begingroup$
do you get what you need if you use
markermode1 = {{Log@0.943, 1.87835}, {Log@41086.3, 2.53793}}?$endgroup$
– kglr
Jan 13 at 5:43
$begingroup$
do you get what you need if you use
markermode1 = {{Log@0.943, 1.87835}, {Log@41086.3, 2.53793}}?$endgroup$
– kglr
Jan 13 at 5:43
$begingroup$
I wanted my marker star symbol I used Style["[SixPointedStar]", 60]. but getting error
$endgroup$
– acoustics
Jan 13 at 5:48
$begingroup$
I wanted my marker star symbol I used Style["[SixPointedStar]", 60]. but getting error
$endgroup$
– acoustics
Jan 13 at 5:48
add a comment |
2 Answers
2
active
oldest
votes
4
$begingroup$
markermode1b = {{Log@0.943, 1.87835}, {Log@41086.3, 2.53793}};
ListLogLinearPlot[Transpose[{ks1, b1}], Joined -> True,
PlotRangeClipping -> False,
PlotStyle -> {Black, Thickness[0.01]}, AxesStyle -> Black,
Epilog -> {Red, Text[Style["[SixPointedStar]", 36], #] & /@ markermode1b}]
Update: "to make the lower one filled with colour and the upper one unfilled with colour"
star = First[First[ImportString[ExportString[
Style["[SixPointedStar]", FontSize -> 16], "PDF"], "PDF", "TextMode" -> "Outlines"]]];
emptyhex = Graphics[{EdgeForm[{Thickness[.1], Red}], White, star}, ImageSize -> 20];
filledhex = Graphics[{EdgeForm, Red, star}, ImageSize -> 20];
ListLogLinearPlot[Transpose[{ks1, b1}], Joined -> True,
PlotStyle -> {Black, Thickness[0.01]}, AxesStyle -> Black,
Epilog -> {Inset[filledhex, markermode1b[[1]]],
Inset[emptyhex, markermode1[[2]]]}, PlotRangeClipping -> False]
Update 2: Alternatively, you can use Mesh combined with a Dynamic setting for PlotMarkers:
hex = {filledhex, emptyhex};
ListLogLinearPlot[Transpose[{ks1, b1}],
Joined -> True, PlotStyle -> {Black, Thickness[0.01]},
AxesStyle -> Black, PlotRangeClipping -> False, PlotRange -> All,
Mesh -> {markermode1[[All, 1]]},
PlotMarkers -> Dynamic[{Last[hex = RotateRight[hex]], .1}]]
answered Jan 13 at 5:55
kglrkglr
179k9198410
$endgroup$
$begingroup$
How to make the lower one filled with colour and the upper one unfilled with colour?
$endgroup$
– acoustics
Jan 13 at 5:59
$begingroup$
@acoustics, please see the update.
$endgroup$
– kglr
2 days ago
add a comment |
3
$begingroup$
Creating a second ListLogLinearPlot solves this problem without having to modify markermode1:
s1 = ListLogLinearPlot[
Transpose[{ks1, b1}],
Joined -> True,
PlotStyle -> {Black, Thickness[0.01]},
AxesStyle -> Black
];
s2 = ListLogLinearPlot[
markermode1,
PlotMarkers -> Text[Style["[SixPointedStar]", 36]],
PlotStyle -> Red
];
Show[s1, s2]
We can also put these together like this:
s1 = ListLogLinearPlot[
{Transpose[{ks1, b1}], markermode1},
Joined -> {True, False},
PlotStyle -> {{Black, Thickness[0.01]}, Red},
PlotMarkers -> {{Graphics, 0}, {Text[Style["[SixPointedStar]", 36]], 1}},
AxesStyle -> Black
]
We can accommodate the filled and unfilled marker types by making one data series for each type. I used the nice markers that kglr created in his answer:
data = Transpose[{ks1, b1}];
filledMarkers = {{0.943, 1.87835}};
unfilledMarkers = {{41086.3, 2.53793}};
s1 = ListLogLinearPlot[
{data, filledMarkers, unfilledMarkers},
Joined -> {True, False, False},
PlotStyle -> {{Black, Thickness[0.01]}, Red, Red},
PlotMarkers -> {
{Graphics, 0},
{filledhex, 0.1},
{emptyhex, 0.1}
},
AxesStyle -> Black
]
answered 2 days ago
C. E.C. E.
50.2k397202
$endgroup$
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
4
$begingroup$
markermode1b = {{Log@0.943, 1.87835}, {Log@41086.3, 2.53793}};
ListLogLinearPlot[Transpose[{ks1, b1}], Joined -> True,
PlotRangeClipping -> False,
PlotStyle -> {Black, Thickness[0.01]}, AxesStyle -> Black,
Epilog -> {Red, Text[Style["[SixPointedStar]", 36], #] & /@ markermode1b}]
Update: "to make the lower one filled with colour and the upper one unfilled with colour"
star = First[First[ImportString[ExportString[
Style["[SixPointedStar]", FontSize -> 16], "PDF"], "PDF", "TextMode" -> "Outlines"]]];
emptyhex = Graphics[{EdgeForm[{Thickness[.1], Red}], White, star}, ImageSize -> 20];
filledhex = Graphics[{EdgeForm, Red, star}, ImageSize -> 20];
ListLogLinearPlot[Transpose[{ks1, b1}], Joined -> True,
PlotStyle -> {Black, Thickness[0.01]}, AxesStyle -> Black,
Epilog -> {Inset[filledhex, markermode1b[[1]]],
Inset[emptyhex, markermode1[[2]]]}, PlotRangeClipping -> False]
Update 2: Alternatively, you can use Mesh combined with a Dynamic setting for PlotMarkers:
hex = {filledhex, emptyhex};
ListLogLinearPlot[Transpose[{ks1, b1}],
Joined -> True, PlotStyle -> {Black, Thickness[0.01]},
AxesStyle -> Black, PlotRangeClipping -> False, PlotRange -> All,
Mesh -> {markermode1[[All, 1]]},
PlotMarkers -> Dynamic[{Last[hex = RotateRight[hex]], .1}]]
answered Jan 13 at 5:55
kglrkglr
179k9198410
$endgroup$
$begingroup$
How to make the lower one filled with colour and the upper one unfilled with colour?
$endgroup$
– acoustics
Jan 13 at 5:59
$begingroup$
@acoustics, please see the update.
$endgroup$
– kglr
2 days ago
add a comment |
4
$begingroup$
markermode1b = {{Log@0.943, 1.87835}, {Log@41086.3, 2.53793}};
ListLogLinearPlot[Transpose[{ks1, b1}], Joined -> True,
PlotRangeClipping -> False,
PlotStyle -> {Black, Thickness[0.01]}, AxesStyle -> Black,
Epilog -> {Red, Text[Style["[SixPointedStar]", 36], #] & /@ markermode1b}]
Update: "to make the lower one filled with colour and the upper one unfilled with colour"
star = First[First[ImportString[ExportString[
Style["[SixPointedStar]", FontSize -> 16], "PDF"], "PDF", "TextMode" -> "Outlines"]]];
emptyhex = Graphics[{EdgeForm[{Thickness[.1], Red}], White, star}, ImageSize -> 20];
filledhex = Graphics[{EdgeForm, Red, star}, ImageSize -> 20];
ListLogLinearPlot[Transpose[{ks1, b1}], Joined -> True,
PlotStyle -> {Black, Thickness[0.01]}, AxesStyle -> Black,
Epilog -> {Inset[filledhex, markermode1b[[1]]],
Inset[emptyhex, markermode1[[2]]]}, PlotRangeClipping -> False]
Update 2: Alternatively, you can use Mesh combined with a Dynamic setting for PlotMarkers:
hex = {filledhex, emptyhex};
ListLogLinearPlot[Transpose[{ks1, b1}],
Joined -> True, PlotStyle -> {Black, Thickness[0.01]},
AxesStyle -> Black, PlotRangeClipping -> False, PlotRange -> All,
Mesh -> {markermode1[[All, 1]]},
PlotMarkers -> Dynamic[{Last[hex = RotateRight[hex]], .1}]]
answered Jan 13 at 5:55
kglrkglr
179k9198410
$endgroup$
$begingroup$
How to make the lower one filled with colour and the upper one unfilled with colour?
$endgroup$
– acoustics
Jan 13 at 5:59
$begingroup$
@acoustics, please see the update.
$endgroup$
– kglr
2 days ago
add a comment |
4
4
4
$begingroup$
markermode1b = {{Log@0.943, 1.87835}, {Log@41086.3, 2.53793}};
ListLogLinearPlot[Transpose[{ks1, b1}], Joined -> True,
PlotRangeClipping -> False,
PlotStyle -> {Black, Thickness[0.01]}, AxesStyle -> Black,
Epilog -> {Red, Text[Style["[SixPointedStar]", 36], #] & /@ markermode1b}]
Update: "to make the lower one filled with colour and the upper one unfilled with colour"
star = First[First[ImportString[ExportString[
Style["[SixPointedStar]", FontSize -> 16], "PDF"], "PDF", "TextMode" -> "Outlines"]]];
emptyhex = Graphics[{EdgeForm[{Thickness[.1], Red}], White, star}, ImageSize -> 20];
filledhex = Graphics[{EdgeForm, Red, star}, ImageSize -> 20];
ListLogLinearPlot[Transpose[{ks1, b1}], Joined -> True,
PlotStyle -> {Black, Thickness[0.01]}, AxesStyle -> Black,
Epilog -> {Inset[filledhex, markermode1b[[1]]],
Inset[emptyhex, markermode1[[2]]]}, PlotRangeClipping -> False]
Update 2: Alternatively, you can use Mesh combined with a Dynamic setting for PlotMarkers:
hex = {filledhex, emptyhex};
ListLogLinearPlot[Transpose[{ks1, b1}],
Joined -> True, PlotStyle -> {Black, Thickness[0.01]},
AxesStyle -> Black, PlotRangeClipping -> False, PlotRange -> All,
Mesh -> {markermode1[[All, 1]]},
PlotMarkers -> Dynamic[{Last[hex = RotateRight[hex]], .1}]]
answered Jan 13 at 5:55
kglrkglr
179k9198410
$endgroup$
markermode1b = {{Log@0.943, 1.87835}, {Log@41086.3, 2.53793}};
ListLogLinearPlot[Transpose[{ks1, b1}], Joined -> True,
PlotRangeClipping -> False,
PlotStyle -> {Black, Thickness[0.01]}, AxesStyle -> Black,
Epilog -> {Red, Text[Style["[SixPointedStar]", 36], #] & /@ markermode1b}]
Update: "to make the lower one filled with colour and the upper one unfilled with colour"
star = First[First[ImportString[ExportString[
Style["[SixPointedStar]", FontSize -> 16], "PDF"], "PDF", "TextMode" -> "Outlines"]]];
emptyhex = Graphics[{EdgeForm[{Thickness[.1], Red}], White, star}, ImageSize -> 20];
filledhex = Graphics[{EdgeForm, Red, star}, ImageSize -> 20];
ListLogLinearPlot[Transpose[{ks1, b1}], Joined -> True,
PlotStyle -> {Black, Thickness[0.01]}, AxesStyle -> Black,
Epilog -> {Inset[filledhex, markermode1b[[1]]],
Inset[emptyhex, markermode1[[2]]]}, PlotRangeClipping -> False]
Update 2: Alternatively, you can use Mesh combined with a Dynamic setting for PlotMarkers:
hex = {filledhex, emptyhex};
ListLogLinearPlot[Transpose[{ks1, b1}],
Joined -> True, PlotStyle -> {Black, Thickness[0.01]},
AxesStyle -> Black, PlotRangeClipping -> False, PlotRange -> All,
Mesh -> {markermode1[[All, 1]]},
PlotMarkers -> Dynamic[{Last[hex = RotateRight[hex]], .1}]]
answered Jan 13 at 5:55
kglrkglr
179k9198410
edited 2 days ago
answered Jan 13 at 5:55
kglrkglr
179k9198410
answered Jan 13 at 5:55
kglrkglr
179k9198410
answered Jan 13 at 5:55
kglrkglr
179k9198410
179k9198410
$begingroup$
How to make the lower one filled with colour and the upper one unfilled with colour?
$endgroup$
– acoustics
Jan 13 at 5:59
$begingroup$
@acoustics, please see the update.
$endgroup$
– kglr
2 days ago
add a comment |
$begingroup$
How to make the lower one filled with colour and the upper one unfilled with colour?
$endgroup$
– acoustics
Jan 13 at 5:59
$begingroup$
@acoustics, please see the update.
$endgroup$
– kglr
2 days ago
$begingroup$
How to make the lower one filled with colour and the upper one unfilled with colour?
$endgroup$
– acoustics
Jan 13 at 5:59
$begingroup$
How to make the lower one filled with colour and the upper one unfilled with colour?
$endgroup$
– acoustics
Jan 13 at 5:59
$begingroup$
@acoustics, please see the update.
$endgroup$
– kglr
2 days ago
$begingroup$
@acoustics, please see the update.
$endgroup$
– kglr
2 days ago
add a comment |
3
$begingroup$
Creating a second ListLogLinearPlot solves this problem without having to modify markermode1:
s1 = ListLogLinearPlot[
Transpose[{ks1, b1}],
Joined -> True,
PlotStyle -> {Black, Thickness[0.01]},
AxesStyle -> Black
];
s2 = ListLogLinearPlot[
markermode1,
PlotMarkers -> Text[Style["[SixPointedStar]", 36]],
PlotStyle -> Red
];
Show[s1, s2]
We can also put these together like this:
s1 = ListLogLinearPlot[
{Transpose[{ks1, b1}], markermode1},
Joined -> {True, False},
PlotStyle -> {{Black, Thickness[0.01]}, Red},
PlotMarkers -> {{Graphics, 0}, {Text[Style["[SixPointedStar]", 36]], 1}},
AxesStyle -> Black
]
We can accommodate the filled and unfilled marker types by making one data series for each type. I used the nice markers that kglr created in his answer:
data = Transpose[{ks1, b1}];
filledMarkers = {{0.943, 1.87835}};
unfilledMarkers = {{41086.3, 2.53793}};
s1 = ListLogLinearPlot[
{data, filledMarkers, unfilledMarkers},
Joined -> {True, False, False},
PlotStyle -> {{Black, Thickness[0.01]}, Red, Red},
PlotMarkers -> {
{Graphics, 0},
{filledhex, 0.1},
{emptyhex, 0.1}
},
AxesStyle -> Black
]
answered 2 days ago
C. E.C. E.
50.2k397202
$endgroup$
add a comment |
3
$begingroup$
Creating a second ListLogLinearPlot solves this problem without having to modify markermode1:
s1 = ListLogLinearPlot[
Transpose[{ks1, b1}],
Joined -> True,
PlotStyle -> {Black, Thickness[0.01]},
AxesStyle -> Black
];
s2 = ListLogLinearPlot[
markermode1,
PlotMarkers -> Text[Style["[SixPointedStar]", 36]],
PlotStyle -> Red
];
Show[s1, s2]
We can also put these together like this:
s1 = ListLogLinearPlot[
{Transpose[{ks1, b1}], markermode1},
Joined -> {True, False},
PlotStyle -> {{Black, Thickness[0.01]}, Red},
PlotMarkers -> {{Graphics, 0}, {Text[Style["[SixPointedStar]", 36]], 1}},
AxesStyle -> Black
]
We can accommodate the filled and unfilled marker types by making one data series for each type. I used the nice markers that kglr created in his answer:
data = Transpose[{ks1, b1}];
filledMarkers = {{0.943, 1.87835}};
unfilledMarkers = {{41086.3, 2.53793}};
s1 = ListLogLinearPlot[
{data, filledMarkers, unfilledMarkers},
Joined -> {True, False, False},
PlotStyle -> {{Black, Thickness[0.01]}, Red, Red},
PlotMarkers -> {
{Graphics, 0},
{filledhex, 0.1},
{emptyhex, 0.1}
},
AxesStyle -> Black
]
answered 2 days ago
C. E.C. E.
50.2k397202
$endgroup$
add a comment |
3
3
3
$begingroup$
Creating a second ListLogLinearPlot solves this problem without having to modify markermode1:
s1 = ListLogLinearPlot[
Transpose[{ks1, b1}],
Joined -> True,
PlotStyle -> {Black, Thickness[0.01]},
AxesStyle -> Black
];
s2 = ListLogLinearPlot[
markermode1,
PlotMarkers -> Text[Style["[SixPointedStar]", 36]],
PlotStyle -> Red
];
Show[s1, s2]
We can also put these together like this:
s1 = ListLogLinearPlot[
{Transpose[{ks1, b1}], markermode1},
Joined -> {True, False},
PlotStyle -> {{Black, Thickness[0.01]}, Red},
PlotMarkers -> {{Graphics, 0}, {Text[Style["[SixPointedStar]", 36]], 1}},
AxesStyle -> Black
]
We can accommodate the filled and unfilled marker types by making one data series for each type. I used the nice markers that kglr created in his answer:
data = Transpose[{ks1, b1}];
filledMarkers = {{0.943, 1.87835}};
unfilledMarkers = {{41086.3, 2.53793}};
s1 = ListLogLinearPlot[
{data, filledMarkers, unfilledMarkers},
Joined -> {True, False, False},
PlotStyle -> {{Black, Thickness[0.01]}, Red, Red},
PlotMarkers -> {
{Graphics, 0},
{filledhex, 0.1},
{emptyhex, 0.1}
},
AxesStyle -> Black
]
answered 2 days ago
C. E.C. E.
50.2k397202
$endgroup$
Creating a second ListLogLinearPlot solves this problem without having to modify markermode1:
s1 = ListLogLinearPlot[
Transpose[{ks1, b1}],
Joined -> True,
PlotStyle -> {Black, Thickness[0.01]},
AxesStyle -> Black
];
s2 = ListLogLinearPlot[
markermode1,
PlotMarkers -> Text[Style["[SixPointedStar]", 36]],
PlotStyle -> Red
];
Show[s1, s2]
We can also put these together like this:
s1 = ListLogLinearPlot[
{Transpose[{ks1, b1}], markermode1},
Joined -> {True, False},
PlotStyle -> {{Black, Thickness[0.01]}, Red},
PlotMarkers -> {{Graphics, 0}, {Text[Style["[SixPointedStar]", 36]], 1}},
AxesStyle -> Black
]
We can accommodate the filled and unfilled marker types by making one data series for each type. I used the nice markers that kglr created in his answer:
data = Transpose[{ks1, b1}];
filledMarkers = {{0.943, 1.87835}};
unfilledMarkers = {{41086.3, 2.53793}};
s1 = ListLogLinearPlot[
{data, filledMarkers, unfilledMarkers},
Joined -> {True, False, False},
PlotStyle -> {{Black, Thickness[0.01]}, Red, Red},
PlotMarkers -> {
{Graphics, 0},
{filledhex, 0.1},
{emptyhex, 0.1}
},
AxesStyle -> Black
]
answered 2 days ago
C. E.C. E.
50.2k397202
edited 2 days ago
answered 2 days ago
C. E.C. E.
50.2k397202
answered 2 days ago
C. E.C. E.
50.2k397202
answered 2 days ago
C. E.C. E.
50.2k397202
50.2k397202
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$begingroup$
do you get what you need if you use
markermode1 = {{Log@0.943, 1.87835}, {Log@41086.3, 2.53793}}?$endgroup$
– kglr
Jan 13 at 5:43
$begingroup$
I wanted my marker star symbol I used Style["[SixPointedStar]", 60]. but getting error
$endgroup$
– acoustics
Jan 13 at 5:48