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Colorize specific region in plane


Colorize and the Four-Color TheoremPlot more points only in specific region of plotHow to create 3d region of f[x,y] over triangular region on xy plane?Colorize an image using two parametersRestricting VectorPlot3D to a specific regionParametricPlot3D colorfunction for a specific region of an objectIRR Plot on Complex PlaneHow to scale inset such that it takes up the specific region of a plotHow to colorize a specific contour with `ListContourPlot`Is it possible to shade specific region in DensityPlot?






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








2












$begingroup$


The plane is divided into a grid and points is distributed on it.



num = 100;
r = N[1/20];
points = RandomReal[0, 1, num, 2];
fig = ListPlot[points, GridLines -> Range[0, 1, r], Range[0, 1, r],
PlotMarkers -> Automatic, 3.5, PlotStyle -> Red,
ImageSize -> 1000]


I am interested in colorizing specific regions in the plane.



fig2 = Graphics[Green, Rectangle[], 
PlotRange -> 0.7`, 0.4`, 0.75`, 0.45`]
Show[fig2, fig]


But someting go wrong, any sugestion on how to do it correct? Aditionlly how to extend it to few squares in plane?










share|improve this question









$endgroup$













  • $begingroup$
    The problem is that options in the first item in Show override options given in the later ones. In this case, the settings for axes and gridlines are taken from fig2, i.e. are not included at all. The plot range of fig2 becomes the plot range for the combined figure.
    $endgroup$
    – C. E.
    8 hours ago


















2












$begingroup$


The plane is divided into a grid and points is distributed on it.



num = 100;
r = N[1/20];
points = RandomReal[0, 1, num, 2];
fig = ListPlot[points, GridLines -> Range[0, 1, r], Range[0, 1, r],
PlotMarkers -> Automatic, 3.5, PlotStyle -> Red,
ImageSize -> 1000]


I am interested in colorizing specific regions in the plane.



fig2 = Graphics[Green, Rectangle[], 
PlotRange -> 0.7`, 0.4`, 0.75`, 0.45`]
Show[fig2, fig]


But someting go wrong, any sugestion on how to do it correct? Aditionlly how to extend it to few squares in plane?










share|improve this question









$endgroup$













  • $begingroup$
    The problem is that options in the first item in Show override options given in the later ones. In this case, the settings for axes and gridlines are taken from fig2, i.e. are not included at all. The plot range of fig2 becomes the plot range for the combined figure.
    $endgroup$
    – C. E.
    8 hours ago














2












2








2





$begingroup$


The plane is divided into a grid and points is distributed on it.



num = 100;
r = N[1/20];
points = RandomReal[0, 1, num, 2];
fig = ListPlot[points, GridLines -> Range[0, 1, r], Range[0, 1, r],
PlotMarkers -> Automatic, 3.5, PlotStyle -> Red,
ImageSize -> 1000]


I am interested in colorizing specific regions in the plane.



fig2 = Graphics[Green, Rectangle[], 
PlotRange -> 0.7`, 0.4`, 0.75`, 0.45`]
Show[fig2, fig]


But someting go wrong, any sugestion on how to do it correct? Aditionlly how to extend it to few squares in plane?










share|improve this question









$endgroup$




The plane is divided into a grid and points is distributed on it.



num = 100;
r = N[1/20];
points = RandomReal[0, 1, num, 2];
fig = ListPlot[points, GridLines -> Range[0, 1, r], Range[0, 1, r],
PlotMarkers -> Automatic, 3.5, PlotStyle -> Red,
ImageSize -> 1000]


I am interested in colorizing specific regions in the plane.



fig2 = Graphics[Green, Rectangle[], 
PlotRange -> 0.7`, 0.4`, 0.75`, 0.45`]
Show[fig2, fig]


But someting go wrong, any sugestion on how to do it correct? Aditionlly how to extend it to few squares in plane?







plotting graphics






share|improve this question













share|improve this question











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share|improve this question










asked 9 hours ago









Kiril DanilchenkoKiril Danilchenko

8441 gold badge5 silver badges17 bronze badges




8441 gold badge5 silver badges17 bronze badges














  • $begingroup$
    The problem is that options in the first item in Show override options given in the later ones. In this case, the settings for axes and gridlines are taken from fig2, i.e. are not included at all. The plot range of fig2 becomes the plot range for the combined figure.
    $endgroup$
    – C. E.
    8 hours ago

















  • $begingroup$
    The problem is that options in the first item in Show override options given in the later ones. In this case, the settings for axes and gridlines are taken from fig2, i.e. are not included at all. The plot range of fig2 becomes the plot range for the combined figure.
    $endgroup$
    – C. E.
    8 hours ago
















$begingroup$
The problem is that options in the first item in Show override options given in the later ones. In this case, the settings for axes and gridlines are taken from fig2, i.e. are not included at all. The plot range of fig2 becomes the plot range for the combined figure.
$endgroup$
– C. E.
8 hours ago





$begingroup$
The problem is that options in the first item in Show override options given in the later ones. In this case, the settings for axes and gridlines are taken from fig2, i.e. are not included at all. The plot range of fig2 becomes the plot range for the combined figure.
$endgroup$
– C. E.
8 hours ago











1 Answer
1






active

oldest

votes


















4














$begingroup$

num = 100;
r = N[1/20];
points = RandomReal[0, 1, num, 2];
coord = 0.7`, 0.4`, 0.75`, 0.45`;
fig = ListPlot[points,
GridLines -> Range[0, 1, r], Range[0, 1, r],
PlotMarkers -> Automatic, 3.5,
PlotStyle -> Red,
ImageSize -> 1000
, Epilog -> Green, Opacity[.5], Rectangle @@ coord
]



enter image description here







share|improve this answer









$endgroup$

















    Your Answer








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    1 Answer
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    1 Answer
    1






    active

    oldest

    votes









    active

    oldest

    votes






    active

    oldest

    votes









    4














    $begingroup$

    num = 100;
    r = N[1/20];
    points = RandomReal[0, 1, num, 2];
    coord = 0.7`, 0.4`, 0.75`, 0.45`;
    fig = ListPlot[points,
    GridLines -> Range[0, 1, r], Range[0, 1, r],
    PlotMarkers -> Automatic, 3.5,
    PlotStyle -> Red,
    ImageSize -> 1000
    , Epilog -> Green, Opacity[.5], Rectangle @@ coord
    ]



    enter image description here







    share|improve this answer









    $endgroup$



















      4














      $begingroup$

      num = 100;
      r = N[1/20];
      points = RandomReal[0, 1, num, 2];
      coord = 0.7`, 0.4`, 0.75`, 0.45`;
      fig = ListPlot[points,
      GridLines -> Range[0, 1, r], Range[0, 1, r],
      PlotMarkers -> Automatic, 3.5,
      PlotStyle -> Red,
      ImageSize -> 1000
      , Epilog -> Green, Opacity[.5], Rectangle @@ coord
      ]



      enter image description here







      share|improve this answer









      $endgroup$

















        4














        4










        4







        $begingroup$

        num = 100;
        r = N[1/20];
        points = RandomReal[0, 1, num, 2];
        coord = 0.7`, 0.4`, 0.75`, 0.45`;
        fig = ListPlot[points,
        GridLines -> Range[0, 1, r], Range[0, 1, r],
        PlotMarkers -> Automatic, 3.5,
        PlotStyle -> Red,
        ImageSize -> 1000
        , Epilog -> Green, Opacity[.5], Rectangle @@ coord
        ]



        enter image description here







        share|improve this answer









        $endgroup$



        num = 100;
        r = N[1/20];
        points = RandomReal[0, 1, num, 2];
        coord = 0.7`, 0.4`, 0.75`, 0.45`;
        fig = ListPlot[points,
        GridLines -> Range[0, 1, r], Range[0, 1, r],
        PlotMarkers -> Automatic, 3.5,
        PlotStyle -> Red,
        ImageSize -> 1000
        , Epilog -> Green, Opacity[.5], Rectangle @@ coord
        ]



        enter image description here








        share|improve this answer












        share|improve this answer



        share|improve this answer










        answered 8 hours ago









        FraccaloFraccalo

        3,1456 silver badges19 bronze badges




        3,1456 silver badges19 bronze badges































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