Labelling on ParametricPlot
up vote
3
down vote
favorite
Is it possible to add to the Mesh
points in a ParametricPlot
the x-values in sort of a Callout
-style way? E.g. on the following simple function:
ParametricPlot[{Sin@x, .3 Log@(x^2)}, {x, 0, 10}, Mesh -> 20]
The points are on the plot (a little small), now there should be the x values (0,0.5,1,1.5,...) indicated next to the points, as said in form of as it is produced with Callout
.
parametricplot
add a comment |
up vote
3
down vote
favorite
Is it possible to add to the Mesh
points in a ParametricPlot
the x-values in sort of a Callout
-style way? E.g. on the following simple function:
ParametricPlot[{Sin@x, .3 Log@(x^2)}, {x, 0, 10}, Mesh -> 20]
The points are on the plot (a little small), now there should be the x values (0,0.5,1,1.5,...) indicated next to the points, as said in form of as it is produced with Callout
.
parametricplot
This might help: link
– K.J.
yesterday
add a comment |
up vote
3
down vote
favorite
up vote
3
down vote
favorite
Is it possible to add to the Mesh
points in a ParametricPlot
the x-values in sort of a Callout
-style way? E.g. on the following simple function:
ParametricPlot[{Sin@x, .3 Log@(x^2)}, {x, 0, 10}, Mesh -> 20]
The points are on the plot (a little small), now there should be the x values (0,0.5,1,1.5,...) indicated next to the points, as said in form of as it is produced with Callout
.
parametricplot
Is it possible to add to the Mesh
points in a ParametricPlot
the x-values in sort of a Callout
-style way? E.g. on the following simple function:
ParametricPlot[{Sin@x, .3 Log@(x^2)}, {x, 0, 10}, Mesh -> 20]
The points are on the plot (a little small), now there should be the x values (0,0.5,1,1.5,...) indicated next to the points, as said in form of as it is produced with Callout
.
parametricplot
parametricplot
edited yesterday
kglr
171k8194399
171k8194399
asked yesterday
Mockup Dungeon
831513
831513
This might help: link
– K.J.
yesterday
add a comment |
This might help: link
– K.J.
yesterday
This might help: link
– K.J.
yesterday
This might help: link
– K.J.
yesterday
add a comment |
2 Answers
2
active
oldest
votes
up vote
6
down vote
accepted
pp = ParametricPlot[{Sin@x, .3 Log@(x^2)}, {x, 0, 10},
Mesh -> {Subdivide[0, 10, 20]}, MeshStyle -> PointSize[Large]];
points = Cases[Normal[pp], Point[x_] :> x, ∞];
Show[pp, ListPlot[Callout[#, #2] & @@@
Transpose[{SortBy[points, Last], N @ Rest@Subdivide[0, 10, 20]}]], ImageSize -> 400]
Also
ParametricPlot[{Sin@x, .3 Log@(x^2)}, {x, 0, 10},
Epilog -> ListPlot[Callout[{##2}, #] & @@@
Table[N@{x, Sin@x, .3 Log @ (x^2)}, {x, Subdivide[0, 10, 20]}],
PlotStyle -> PointSize[Large]][[1]]]
add a comment |
up vote
4
down vote
Using Epilog
ParametricPlot[{Sin@x, .3 Log@(x^2)}, {x, 0, 10},
Epilog -> {AbsolutePointSize[4],
{Text[N[#], pt = {Sin@#, .3 Log@(#^2)}, {0, If[IntegerQ[#], -2, 2]}],
Red, Point[pt]} & /@ Range[1/2, 10, 1/2]}]
add a comment |
2 Answers
2
active
oldest
votes
2 Answers
2
active
oldest
votes
active
oldest
votes
active
oldest
votes
up vote
6
down vote
accepted
pp = ParametricPlot[{Sin@x, .3 Log@(x^2)}, {x, 0, 10},
Mesh -> {Subdivide[0, 10, 20]}, MeshStyle -> PointSize[Large]];
points = Cases[Normal[pp], Point[x_] :> x, ∞];
Show[pp, ListPlot[Callout[#, #2] & @@@
Transpose[{SortBy[points, Last], N @ Rest@Subdivide[0, 10, 20]}]], ImageSize -> 400]
Also
ParametricPlot[{Sin@x, .3 Log@(x^2)}, {x, 0, 10},
Epilog -> ListPlot[Callout[{##2}, #] & @@@
Table[N@{x, Sin@x, .3 Log @ (x^2)}, {x, Subdivide[0, 10, 20]}],
PlotStyle -> PointSize[Large]][[1]]]
add a comment |
up vote
6
down vote
accepted
pp = ParametricPlot[{Sin@x, .3 Log@(x^2)}, {x, 0, 10},
Mesh -> {Subdivide[0, 10, 20]}, MeshStyle -> PointSize[Large]];
points = Cases[Normal[pp], Point[x_] :> x, ∞];
Show[pp, ListPlot[Callout[#, #2] & @@@
Transpose[{SortBy[points, Last], N @ Rest@Subdivide[0, 10, 20]}]], ImageSize -> 400]
Also
ParametricPlot[{Sin@x, .3 Log@(x^2)}, {x, 0, 10},
Epilog -> ListPlot[Callout[{##2}, #] & @@@
Table[N@{x, Sin@x, .3 Log @ (x^2)}, {x, Subdivide[0, 10, 20]}],
PlotStyle -> PointSize[Large]][[1]]]
add a comment |
up vote
6
down vote
accepted
up vote
6
down vote
accepted
pp = ParametricPlot[{Sin@x, .3 Log@(x^2)}, {x, 0, 10},
Mesh -> {Subdivide[0, 10, 20]}, MeshStyle -> PointSize[Large]];
points = Cases[Normal[pp], Point[x_] :> x, ∞];
Show[pp, ListPlot[Callout[#, #2] & @@@
Transpose[{SortBy[points, Last], N @ Rest@Subdivide[0, 10, 20]}]], ImageSize -> 400]
Also
ParametricPlot[{Sin@x, .3 Log@(x^2)}, {x, 0, 10},
Epilog -> ListPlot[Callout[{##2}, #] & @@@
Table[N@{x, Sin@x, .3 Log @ (x^2)}, {x, Subdivide[0, 10, 20]}],
PlotStyle -> PointSize[Large]][[1]]]
pp = ParametricPlot[{Sin@x, .3 Log@(x^2)}, {x, 0, 10},
Mesh -> {Subdivide[0, 10, 20]}, MeshStyle -> PointSize[Large]];
points = Cases[Normal[pp], Point[x_] :> x, ∞];
Show[pp, ListPlot[Callout[#, #2] & @@@
Transpose[{SortBy[points, Last], N @ Rest@Subdivide[0, 10, 20]}]], ImageSize -> 400]
Also
ParametricPlot[{Sin@x, .3 Log@(x^2)}, {x, 0, 10},
Epilog -> ListPlot[Callout[{##2}, #] & @@@
Table[N@{x, Sin@x, .3 Log @ (x^2)}, {x, Subdivide[0, 10, 20]}],
PlotStyle -> PointSize[Large]][[1]]]
edited yesterday
answered yesterday
kglr
171k8194399
171k8194399
add a comment |
add a comment |
up vote
4
down vote
Using Epilog
ParametricPlot[{Sin@x, .3 Log@(x^2)}, {x, 0, 10},
Epilog -> {AbsolutePointSize[4],
{Text[N[#], pt = {Sin@#, .3 Log@(#^2)}, {0, If[IntegerQ[#], -2, 2]}],
Red, Point[pt]} & /@ Range[1/2, 10, 1/2]}]
add a comment |
up vote
4
down vote
Using Epilog
ParametricPlot[{Sin@x, .3 Log@(x^2)}, {x, 0, 10},
Epilog -> {AbsolutePointSize[4],
{Text[N[#], pt = {Sin@#, .3 Log@(#^2)}, {0, If[IntegerQ[#], -2, 2]}],
Red, Point[pt]} & /@ Range[1/2, 10, 1/2]}]
add a comment |
up vote
4
down vote
up vote
4
down vote
Using Epilog
ParametricPlot[{Sin@x, .3 Log@(x^2)}, {x, 0, 10},
Epilog -> {AbsolutePointSize[4],
{Text[N[#], pt = {Sin@#, .3 Log@(#^2)}, {0, If[IntegerQ[#], -2, 2]}],
Red, Point[pt]} & /@ Range[1/2, 10, 1/2]}]
Using Epilog
ParametricPlot[{Sin@x, .3 Log@(x^2)}, {x, 0, 10},
Epilog -> {AbsolutePointSize[4],
{Text[N[#], pt = {Sin@#, .3 Log@(#^2)}, {0, If[IntegerQ[#], -2, 2]}],
Red, Point[pt]} & /@ Range[1/2, 10, 1/2]}]
answered yesterday
Bob Hanlon
57.5k23591
57.5k23591
add a comment |
add a comment |
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This might help: link
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yesterday