How to color a curveChanging the background color of the framed region of a plotHow to do the log scale plot for ListContourPlotContourPlot color problemsListPlot will not color markers in accordance with my color functionHow to color the exterior of a region in a `RegionPlot`?How to color a particular contour line in a ContourPlot and obtain the area surrounded?Color consistency in Plot3D with 2D projectionPlotting the outer region contourPlotting displacement values over defined regionWhat is the logarithmic color scales?(not logarithmic axes)
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How to color a curve
Changing the background color of the framed region of a plotHow to do the log scale plot for ListContourPlotContourPlot color problemsListPlot will not color markers in accordance with my color functionHow to color the exterior of a region in a `RegionPlot`?How to color a particular contour line in a ContourPlot and obtain the area surrounded?Color consistency in Plot3D with 2D projectionPlotting the outer region contourPlotting displacement values over defined regionWhat is the logarithmic color scales?(not logarithmic axes)
$begingroup$
How does one color the interior of the elongated circular region in the following figure:
ContourPlot[y^2 - x (x - 1)(x - 3) == 0, x, -2, 7, y, -4, 3]
plotting
edited Mar 25 at 0:04
J. M. is away♦
99.3k10315472
asked Mar 24 at 20:37
Sara yaqobSara yaqob
425
$endgroup$
add a comment |
$begingroup$
How does one color the interior of the elongated circular region in the following figure:
ContourPlot[y^2 - x (x - 1)(x - 3) == 0, x, -2, 7, y, -4, 3]
plotting
edited Mar 25 at 0:04
J. M. is away♦
99.3k10315472
asked Mar 24 at 20:37
Sara yaqobSara yaqob
425
$endgroup$
add a comment |
$begingroup$
How does one color the interior of the elongated circular region in the following figure:
ContourPlot[y^2 - x (x - 1)(x - 3) == 0, x, -2, 7, y, -4, 3]
plotting
edited Mar 25 at 0:04
J. M. is away♦
99.3k10315472
asked Mar 24 at 20:37
Sara yaqobSara yaqob
425
$endgroup$
How does one color the interior of the elongated circular region in the following figure:
ContourPlot[y^2 - x (x - 1)(x - 3) == 0, x, -2, 7, y, -4, 3]
plotting
plotting
edited Mar 25 at 0:04
J. M. is away♦
99.3k10315472
asked Mar 24 at 20:37
Sara yaqobSara yaqob
425
edited Mar 25 at 0:04
J. M. is away♦
99.3k10315472
asked Mar 24 at 20:37
Sara yaqobSara yaqob
425
edited Mar 25 at 0:04
J. M. is away♦
99.3k10315472
edited Mar 25 at 0:04
J. M. is away♦
99.3k10315472
edited Mar 25 at 0:04
J. M. is away♦
99.3k10315472
99.3k10315472
asked Mar 24 at 20:37
Sara yaqobSara yaqob
425
asked Mar 24 at 20:37
Sara yaqobSara yaqob
425
asked Mar 24 at 20:37
Sara yaqobSara yaqob
425
425
add a comment |
add a comment |
2 Answers
2
active
oldest
votes
$begingroup$
Try without "==0"
ContourPlot[y^2 - x (x - 1) (x - 3), x, -2, 7, y, -4, 3]
answered Mar 24 at 20:43
XminerXminer
520211
$endgroup$
$begingroup$
But I need only the curve not the surface
$endgroup$
– Sara yaqob
Mar 24 at 20:47
add a comment |
$begingroup$
Your plot
c = ContourPlot[y^2 - x (x - 1) (x - 3) == 0, x, -2, 7, y, -4, 3]
The region you would like colored
R = RegionPlot[y^2 - x (x - 1) (x - 3) < 0 && x < 2, x, -2, 7, y, -4, 3]
Both plotted together
Show[c, R]
answered Mar 24 at 20:49
mjwmjw
1,33910
$endgroup$
1
$begingroup$
Thank you so so much sir. That's what I need.
$endgroup$
– Sara yaqob
Mar 24 at 20:50
$begingroup$
@Sara, You are welcome!
$endgroup$
– mjw
Mar 24 at 20:52
2
$begingroup$
@Sarayaqob you mistakenly accepted my answer
$endgroup$
– Xminer
Mar 24 at 21:05
1
$begingroup$
That's okay. Anyway, your answer works. One question is whether or not we can color in the round area only usingContourPlot[].
$endgroup$
– mjw
Mar 26 at 17:11
$begingroup$
You can color theRegionPlotwithPlotStyle, e.g.R = RegionPlot[ y^2 - x (x - 1) (x - 3) < 0 && x < 2, x, -2, 7, y, -4, 3, PlotStyle -> Yellow]
$endgroup$
– rmw
Apr 4 at 17:08
add a comment |
Your Answer
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2 Answers
2
active
oldest
votes
2 Answers
2
active
oldest
votes
active
oldest
votes
active
oldest
votes
$begingroup$
Try without "==0"
ContourPlot[y^2 - x (x - 1) (x - 3), x, -2, 7, y, -4, 3]
answered Mar 24 at 20:43
XminerXminer
520211
$endgroup$
$begingroup$
But I need only the curve not the surface
$endgroup$
– Sara yaqob
Mar 24 at 20:47
add a comment |
$begingroup$
Try without "==0"
ContourPlot[y^2 - x (x - 1) (x - 3), x, -2, 7, y, -4, 3]
answered Mar 24 at 20:43
XminerXminer
520211
$endgroup$
$begingroup$
But I need only the curve not the surface
$endgroup$
– Sara yaqob
Mar 24 at 20:47
add a comment |
$begingroup$
Try without "==0"
ContourPlot[y^2 - x (x - 1) (x - 3), x, -2, 7, y, -4, 3]
answered Mar 24 at 20:43
XminerXminer
520211
$endgroup$
Try without "==0"
ContourPlot[y^2 - x (x - 1) (x - 3), x, -2, 7, y, -4, 3]
answered Mar 24 at 20:43
XminerXminer
520211
answered Mar 24 at 20:43
XminerXminer
520211
answered Mar 24 at 20:43
XminerXminer
520211
answered Mar 24 at 20:43
XminerXminer
520211
520211
$begingroup$
But I need only the curve not the surface
$endgroup$
– Sara yaqob
Mar 24 at 20:47
add a comment |
$begingroup$
But I need only the curve not the surface
$endgroup$
– Sara yaqob
Mar 24 at 20:47
$begingroup$
But I need only the curve not the surface
$endgroup$
– Sara yaqob
Mar 24 at 20:47
$begingroup$
But I need only the curve not the surface
$endgroup$
– Sara yaqob
Mar 24 at 20:47
add a comment |
$begingroup$
Your plot
c = ContourPlot[y^2 - x (x - 1) (x - 3) == 0, x, -2, 7, y, -4, 3]
The region you would like colored
R = RegionPlot[y^2 - x (x - 1) (x - 3) < 0 && x < 2, x, -2, 7, y, -4, 3]
Both plotted together
Show[c, R]
answered Mar 24 at 20:49
mjwmjw
1,33910
$endgroup$
1
$begingroup$
Thank you so so much sir. That's what I need.
$endgroup$
– Sara yaqob
Mar 24 at 20:50
$begingroup$
@Sara, You are welcome!
$endgroup$
– mjw
Mar 24 at 20:52
2
$begingroup$
@Sarayaqob you mistakenly accepted my answer
$endgroup$
– Xminer
Mar 24 at 21:05
1
$begingroup$
That's okay. Anyway, your answer works. One question is whether or not we can color in the round area only usingContourPlot[].
$endgroup$
– mjw
Mar 26 at 17:11
$begingroup$
You can color theRegionPlotwithPlotStyle, e.g.R = RegionPlot[ y^2 - x (x - 1) (x - 3) < 0 && x < 2, x, -2, 7, y, -4, 3, PlotStyle -> Yellow]
$endgroup$
– rmw
Apr 4 at 17:08
add a comment |
$begingroup$
Your plot
c = ContourPlot[y^2 - x (x - 1) (x - 3) == 0, x, -2, 7, y, -4, 3]
The region you would like colored
R = RegionPlot[y^2 - x (x - 1) (x - 3) < 0 && x < 2, x, -2, 7, y, -4, 3]
Both plotted together
Show[c, R]
answered Mar 24 at 20:49
mjwmjw
1,33910
$endgroup$
1
$begingroup$
Thank you so so much sir. That's what I need.
$endgroup$
– Sara yaqob
Mar 24 at 20:50
$begingroup$
@Sara, You are welcome!
$endgroup$
– mjw
Mar 24 at 20:52
2
$begingroup$
@Sarayaqob you mistakenly accepted my answer
$endgroup$
– Xminer
Mar 24 at 21:05
1
$begingroup$
That's okay. Anyway, your answer works. One question is whether or not we can color in the round area only usingContourPlot[].
$endgroup$
– mjw
Mar 26 at 17:11
$begingroup$
You can color theRegionPlotwithPlotStyle, e.g.R = RegionPlot[ y^2 - x (x - 1) (x - 3) < 0 && x < 2, x, -2, 7, y, -4, 3, PlotStyle -> Yellow]
$endgroup$
– rmw
Apr 4 at 17:08
add a comment |
$begingroup$
Your plot
c = ContourPlot[y^2 - x (x - 1) (x - 3) == 0, x, -2, 7, y, -4, 3]
The region you would like colored
R = RegionPlot[y^2 - x (x - 1) (x - 3) < 0 && x < 2, x, -2, 7, y, -4, 3]
Both plotted together
Show[c, R]
answered Mar 24 at 20:49
mjwmjw
1,33910
$endgroup$
Your plot
c = ContourPlot[y^2 - x (x - 1) (x - 3) == 0, x, -2, 7, y, -4, 3]
The region you would like colored
R = RegionPlot[y^2 - x (x - 1) (x - 3) < 0 && x < 2, x, -2, 7, y, -4, 3]
Both plotted together
Show[c, R]
answered Mar 24 at 20:49
mjwmjw
1,33910
edited Mar 25 at 1:24
answered Mar 24 at 20:49
mjwmjw
1,33910
answered Mar 24 at 20:49
mjwmjw
1,33910
answered Mar 24 at 20:49
mjwmjw
1,33910
1,33910
1
$begingroup$
Thank you so so much sir. That's what I need.
$endgroup$
– Sara yaqob
Mar 24 at 20:50
$begingroup$
@Sara, You are welcome!
$endgroup$
– mjw
Mar 24 at 20:52
2
$begingroup$
@Sarayaqob you mistakenly accepted my answer
$endgroup$
– Xminer
Mar 24 at 21:05
1
$begingroup$
That's okay. Anyway, your answer works. One question is whether or not we can color in the round area only usingContourPlot[].
$endgroup$
– mjw
Mar 26 at 17:11
$begingroup$
You can color theRegionPlotwithPlotStyle, e.g.R = RegionPlot[ y^2 - x (x - 1) (x - 3) < 0 && x < 2, x, -2, 7, y, -4, 3, PlotStyle -> Yellow]
$endgroup$
– rmw
Apr 4 at 17:08
add a comment |
1
$begingroup$
Thank you so so much sir. That's what I need.
$endgroup$
– Sara yaqob
Mar 24 at 20:50
$begingroup$
@Sara, You are welcome!
$endgroup$
– mjw
Mar 24 at 20:52
2
$begingroup$
@Sarayaqob you mistakenly accepted my answer
$endgroup$
– Xminer
Mar 24 at 21:05
1
$begingroup$
That's okay. Anyway, your answer works. One question is whether or not we can color in the round area only usingContourPlot[].
$endgroup$
– mjw
Mar 26 at 17:11
$begingroup$
You can color theRegionPlotwithPlotStyle, e.g.R = RegionPlot[ y^2 - x (x - 1) (x - 3) < 0 && x < 2, x, -2, 7, y, -4, 3, PlotStyle -> Yellow]
$endgroup$
– rmw
Apr 4 at 17:08
1
1
$begingroup$
Thank you so so much sir. That's what I need.
$endgroup$
– Sara yaqob
Mar 24 at 20:50
$begingroup$
Thank you so so much sir. That's what I need.
$endgroup$
– Sara yaqob
Mar 24 at 20:50
$begingroup$
@Sara, You are welcome!
$endgroup$
– mjw
Mar 24 at 20:52
$begingroup$
@Sara, You are welcome!
$endgroup$
– mjw
Mar 24 at 20:52
2
2
$begingroup$
@Sarayaqob you mistakenly accepted my answer
$endgroup$
– Xminer
Mar 24 at 21:05
$begingroup$
@Sarayaqob you mistakenly accepted my answer
$endgroup$
– Xminer
Mar 24 at 21:05
1
1
$begingroup$
That's okay. Anyway, your answer works. One question is whether or not we can color in the round area only using
ContourPlot[].$endgroup$
– mjw
Mar 26 at 17:11
$begingroup$
That's okay. Anyway, your answer works. One question is whether or not we can color in the round area only using
ContourPlot[].$endgroup$
– mjw
Mar 26 at 17:11
$begingroup$
You can color the
RegionPlotwith PlotStyle, e.g. R = RegionPlot[ y^2 - x (x - 1) (x - 3) < 0 && x < 2, x, -2, 7, y, -4, 3, PlotStyle -> Yellow]$endgroup$
– rmw
Apr 4 at 17:08
$begingroup$
You can color the
RegionPlotwith PlotStyle, e.g. R = RegionPlot[ y^2 - x (x - 1) (x - 3) < 0 && x < 2, x, -2, 7, y, -4, 3, PlotStyle -> Yellow]$endgroup$
– rmw
Apr 4 at 17:08
add a comment |
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