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How can one draw a segment of a sphere with TikZ?



The Next CEO of Stack OverflowHow to draw arcs linking two points in TikZ?Draw arc in tikz when center of circle is specifiedHow to draw a ring-like diagram with some labels on its arcs?circle vs arch with shorten — normal or bug?The intersection of a sphere with planes through an axis tangent to the north poleTikZ: Drawing an arc from an intersection to an intersectiontikz/pgfplots - Plotting 3D surface with sphereCreate with TikZ a union of more graphsHow draw axes & figure with TikZ using “mathematician's axes”?How can I draw a circle knowing center and radius lies on a plane?










0















I am trying to replace the black plan with a segment of a sphere using tikz :



continuation pseudo arclength



The sphere would be of centre H(Yi) and radius ||H(Yi) , H(Yi+1_0)|| on which will lie all the points from k=0 (green point) to k (blue point) (=> corresponding to an arc of a circle in the plan designated by the axis system in the upper left corner).



Any propositions using tikz to add a part of a sphere would be greatly appreciated. Thank you.










share|improve this question









New contributor




Yacola is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.















  • 4





    welcome to tex.se! to my opinion your question (as is) is to broad and type do-it-for-me, so it will probably will be closed .... please show us, what you try so far.

    – Zarko
    1 hour ago
















0















I am trying to replace the black plan with a segment of a sphere using tikz :



continuation pseudo arclength



The sphere would be of centre H(Yi) and radius ||H(Yi) , H(Yi+1_0)|| on which will lie all the points from k=0 (green point) to k (blue point) (=> corresponding to an arc of a circle in the plan designated by the axis system in the upper left corner).



Any propositions using tikz to add a part of a sphere would be greatly appreciated. Thank you.










share|improve this question









New contributor




Yacola is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.















  • 4





    welcome to tex.se! to my opinion your question (as is) is to broad and type do-it-for-me, so it will probably will be closed .... please show us, what you try so far.

    – Zarko
    1 hour ago














0












0








0








I am trying to replace the black plan with a segment of a sphere using tikz :



continuation pseudo arclength



The sphere would be of centre H(Yi) and radius ||H(Yi) , H(Yi+1_0)|| on which will lie all the points from k=0 (green point) to k (blue point) (=> corresponding to an arc of a circle in the plan designated by the axis system in the upper left corner).



Any propositions using tikz to add a part of a sphere would be greatly appreciated. Thank you.










share|improve this question









New contributor




Yacola is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.












I am trying to replace the black plan with a segment of a sphere using tikz :



continuation pseudo arclength



The sphere would be of centre H(Yi) and radius ||H(Yi) , H(Yi+1_0)|| on which will lie all the points from k=0 (green point) to k (blue point) (=> corresponding to an arc of a circle in the plan designated by the axis system in the upper left corner).



Any propositions using tikz to add a part of a sphere would be greatly appreciated. Thank you.







tikz-pgf






share|improve this question









New contributor




Yacola is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.











share|improve this question









New contributor




Yacola is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.









share|improve this question




share|improve this question








edited 2 mins ago







Yacola













New contributor




Yacola is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.









asked 1 hour ago









YacolaYacola

63




63




New contributor




Yacola is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.





New contributor





Yacola is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.






Yacola is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.







  • 4





    welcome to tex.se! to my opinion your question (as is) is to broad and type do-it-for-me, so it will probably will be closed .... please show us, what you try so far.

    – Zarko
    1 hour ago













  • 4





    welcome to tex.se! to my opinion your question (as is) is to broad and type do-it-for-me, so it will probably will be closed .... please show us, what you try so far.

    – Zarko
    1 hour ago








4




4





welcome to tex.se! to my opinion your question (as is) is to broad and type do-it-for-me, so it will probably will be closed .... please show us, what you try so far.

– Zarko
1 hour ago






welcome to tex.se! to my opinion your question (as is) is to broad and type do-it-for-me, so it will probably will be closed .... please show us, what you try so far.

– Zarko
1 hour ago











1 Answer
1






active

oldest

votes


















1














The purpose of this post is to define a style that draws a part of a sphere. More specifically, it will draw a segment in which the latitude and longitude are in a certain range. Drawing this segment is then as simple as saying



draw[thin,fill=white,fill opacity=0.6,
sphere segment=phi from 60 to 120 and theta from -10 to 50 and radius 4];


where phi and theta are the longitude and latitude parameters.



documentclass[tikz,border=3.14mm]standalone 
usepackagetikz-3dplot
usetikzlibrary3d
begindocument
tdplotsetmaincoords7030
begintikzpicture[tdplot_main_coords,bullet/.style=fill,circle,inner
sep=1pt,sphere segment/.style args=%
phi from #1 to #2 and theta from #3 to #4 and radius #5insert path=%
plot[variable=x,smooth,domain=#2:#1]
(xyz spherical cs:radius=#5,longitude=x,latitude=#3)
-- plot[variable=x,smooth,domain=#3:#4]
(xyz spherical cs:radius=#5,longitude=#1,latitude=x)
--plot[variable=x,smooth,domain=#1:#2]
(xyz spherical cs:radius=#5,longitude=x,latitude=#4)
-- plot[variable=x,smooth,domain=#4:#3]
(xyz spherical cs:radius=#5,longitude=#2,latitude=x),
>=stealth,declare function=f(x)=exp(-2+0.5*x);]
draw[thick] (0,0,0) -- (4,0,0);
draw[thick,orange] plot[variable=x,smooth,domain=0:4] (x,0,f(x));
% note: this domain is an approximation, it should really be
% from 0 to xmax where xmax is the solution of x^2+f(x)^2=4^2
draw[thin,fill=white,fill opacity=0.6,
sphere segment=phi from 60 to 120 and theta from -10 to 50 and radius 4] ;
draw[thick,->] (4,0,0) -- (6,0,0);
draw[thick,orange] plot[variable=x,smooth,domain=4:6] (x,0,f(x));
% should be xmax:6
endtikzpicture
enddocument


enter image description here






share|improve this answer

























  • Thanks for your answer @marmot, I should have just ask it with MWE in the first time, that wasn't intended to be the whole picture but more like what you just did, my bad...

    – Yacola
    51 mins ago











  • @Yacola No worries and glad to hear that this goes in the right direction.

    – marmot
    39 mins ago











  • One last question : can you give me a hint on how to do it with a part of a sphere instead of the plan?

    – Yacola
    32 mins ago











  • I think that I am looking for a parametric plot that will replace the plan by a surface corresponding to a part of a sphere which center is where black line and orange curve cross. I'll try to look at more general spherical plots.

    – Yacola
    21 mins ago












Your Answer








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1 Answer
1






active

oldest

votes








1 Answer
1






active

oldest

votes









active

oldest

votes






active

oldest

votes









1














The purpose of this post is to define a style that draws a part of a sphere. More specifically, it will draw a segment in which the latitude and longitude are in a certain range. Drawing this segment is then as simple as saying



draw[thin,fill=white,fill opacity=0.6,
sphere segment=phi from 60 to 120 and theta from -10 to 50 and radius 4];


where phi and theta are the longitude and latitude parameters.



documentclass[tikz,border=3.14mm]standalone 
usepackagetikz-3dplot
usetikzlibrary3d
begindocument
tdplotsetmaincoords7030
begintikzpicture[tdplot_main_coords,bullet/.style=fill,circle,inner
sep=1pt,sphere segment/.style args=%
phi from #1 to #2 and theta from #3 to #4 and radius #5insert path=%
plot[variable=x,smooth,domain=#2:#1]
(xyz spherical cs:radius=#5,longitude=x,latitude=#3)
-- plot[variable=x,smooth,domain=#3:#4]
(xyz spherical cs:radius=#5,longitude=#1,latitude=x)
--plot[variable=x,smooth,domain=#1:#2]
(xyz spherical cs:radius=#5,longitude=x,latitude=#4)
-- plot[variable=x,smooth,domain=#4:#3]
(xyz spherical cs:radius=#5,longitude=#2,latitude=x),
>=stealth,declare function=f(x)=exp(-2+0.5*x);]
draw[thick] (0,0,0) -- (4,0,0);
draw[thick,orange] plot[variable=x,smooth,domain=0:4] (x,0,f(x));
% note: this domain is an approximation, it should really be
% from 0 to xmax where xmax is the solution of x^2+f(x)^2=4^2
draw[thin,fill=white,fill opacity=0.6,
sphere segment=phi from 60 to 120 and theta from -10 to 50 and radius 4] ;
draw[thick,->] (4,0,0) -- (6,0,0);
draw[thick,orange] plot[variable=x,smooth,domain=4:6] (x,0,f(x));
% should be xmax:6
endtikzpicture
enddocument


enter image description here






share|improve this answer

























  • Thanks for your answer @marmot, I should have just ask it with MWE in the first time, that wasn't intended to be the whole picture but more like what you just did, my bad...

    – Yacola
    51 mins ago











  • @Yacola No worries and glad to hear that this goes in the right direction.

    – marmot
    39 mins ago











  • One last question : can you give me a hint on how to do it with a part of a sphere instead of the plan?

    – Yacola
    32 mins ago











  • I think that I am looking for a parametric plot that will replace the plan by a surface corresponding to a part of a sphere which center is where black line and orange curve cross. I'll try to look at more general spherical plots.

    – Yacola
    21 mins ago
















1














The purpose of this post is to define a style that draws a part of a sphere. More specifically, it will draw a segment in which the latitude and longitude are in a certain range. Drawing this segment is then as simple as saying



draw[thin,fill=white,fill opacity=0.6,
sphere segment=phi from 60 to 120 and theta from -10 to 50 and radius 4];


where phi and theta are the longitude and latitude parameters.



documentclass[tikz,border=3.14mm]standalone 
usepackagetikz-3dplot
usetikzlibrary3d
begindocument
tdplotsetmaincoords7030
begintikzpicture[tdplot_main_coords,bullet/.style=fill,circle,inner
sep=1pt,sphere segment/.style args=%
phi from #1 to #2 and theta from #3 to #4 and radius #5insert path=%
plot[variable=x,smooth,domain=#2:#1]
(xyz spherical cs:radius=#5,longitude=x,latitude=#3)
-- plot[variable=x,smooth,domain=#3:#4]
(xyz spherical cs:radius=#5,longitude=#1,latitude=x)
--plot[variable=x,smooth,domain=#1:#2]
(xyz spherical cs:radius=#5,longitude=x,latitude=#4)
-- plot[variable=x,smooth,domain=#4:#3]
(xyz spherical cs:radius=#5,longitude=#2,latitude=x),
>=stealth,declare function=f(x)=exp(-2+0.5*x);]
draw[thick] (0,0,0) -- (4,0,0);
draw[thick,orange] plot[variable=x,smooth,domain=0:4] (x,0,f(x));
% note: this domain is an approximation, it should really be
% from 0 to xmax where xmax is the solution of x^2+f(x)^2=4^2
draw[thin,fill=white,fill opacity=0.6,
sphere segment=phi from 60 to 120 and theta from -10 to 50 and radius 4] ;
draw[thick,->] (4,0,0) -- (6,0,0);
draw[thick,orange] plot[variable=x,smooth,domain=4:6] (x,0,f(x));
% should be xmax:6
endtikzpicture
enddocument


enter image description here






share|improve this answer

























  • Thanks for your answer @marmot, I should have just ask it with MWE in the first time, that wasn't intended to be the whole picture but more like what you just did, my bad...

    – Yacola
    51 mins ago











  • @Yacola No worries and glad to hear that this goes in the right direction.

    – marmot
    39 mins ago











  • One last question : can you give me a hint on how to do it with a part of a sphere instead of the plan?

    – Yacola
    32 mins ago











  • I think that I am looking for a parametric plot that will replace the plan by a surface corresponding to a part of a sphere which center is where black line and orange curve cross. I'll try to look at more general spherical plots.

    – Yacola
    21 mins ago














1












1








1







The purpose of this post is to define a style that draws a part of a sphere. More specifically, it will draw a segment in which the latitude and longitude are in a certain range. Drawing this segment is then as simple as saying



draw[thin,fill=white,fill opacity=0.6,
sphere segment=phi from 60 to 120 and theta from -10 to 50 and radius 4];


where phi and theta are the longitude and latitude parameters.



documentclass[tikz,border=3.14mm]standalone 
usepackagetikz-3dplot
usetikzlibrary3d
begindocument
tdplotsetmaincoords7030
begintikzpicture[tdplot_main_coords,bullet/.style=fill,circle,inner
sep=1pt,sphere segment/.style args=%
phi from #1 to #2 and theta from #3 to #4 and radius #5insert path=%
plot[variable=x,smooth,domain=#2:#1]
(xyz spherical cs:radius=#5,longitude=x,latitude=#3)
-- plot[variable=x,smooth,domain=#3:#4]
(xyz spherical cs:radius=#5,longitude=#1,latitude=x)
--plot[variable=x,smooth,domain=#1:#2]
(xyz spherical cs:radius=#5,longitude=x,latitude=#4)
-- plot[variable=x,smooth,domain=#4:#3]
(xyz spherical cs:radius=#5,longitude=#2,latitude=x),
>=stealth,declare function=f(x)=exp(-2+0.5*x);]
draw[thick] (0,0,0) -- (4,0,0);
draw[thick,orange] plot[variable=x,smooth,domain=0:4] (x,0,f(x));
% note: this domain is an approximation, it should really be
% from 0 to xmax where xmax is the solution of x^2+f(x)^2=4^2
draw[thin,fill=white,fill opacity=0.6,
sphere segment=phi from 60 to 120 and theta from -10 to 50 and radius 4] ;
draw[thick,->] (4,0,0) -- (6,0,0);
draw[thick,orange] plot[variable=x,smooth,domain=4:6] (x,0,f(x));
% should be xmax:6
endtikzpicture
enddocument


enter image description here






share|improve this answer















The purpose of this post is to define a style that draws a part of a sphere. More specifically, it will draw a segment in which the latitude and longitude are in a certain range. Drawing this segment is then as simple as saying



draw[thin,fill=white,fill opacity=0.6,
sphere segment=phi from 60 to 120 and theta from -10 to 50 and radius 4];


where phi and theta are the longitude and latitude parameters.



documentclass[tikz,border=3.14mm]standalone 
usepackagetikz-3dplot
usetikzlibrary3d
begindocument
tdplotsetmaincoords7030
begintikzpicture[tdplot_main_coords,bullet/.style=fill,circle,inner
sep=1pt,sphere segment/.style args=%
phi from #1 to #2 and theta from #3 to #4 and radius #5insert path=%
plot[variable=x,smooth,domain=#2:#1]
(xyz spherical cs:radius=#5,longitude=x,latitude=#3)
-- plot[variable=x,smooth,domain=#3:#4]
(xyz spherical cs:radius=#5,longitude=#1,latitude=x)
--plot[variable=x,smooth,domain=#1:#2]
(xyz spherical cs:radius=#5,longitude=x,latitude=#4)
-- plot[variable=x,smooth,domain=#4:#3]
(xyz spherical cs:radius=#5,longitude=#2,latitude=x),
>=stealth,declare function=f(x)=exp(-2+0.5*x);]
draw[thick] (0,0,0) -- (4,0,0);
draw[thick,orange] plot[variable=x,smooth,domain=0:4] (x,0,f(x));
% note: this domain is an approximation, it should really be
% from 0 to xmax where xmax is the solution of x^2+f(x)^2=4^2
draw[thin,fill=white,fill opacity=0.6,
sphere segment=phi from 60 to 120 and theta from -10 to 50 and radius 4] ;
draw[thick,->] (4,0,0) -- (6,0,0);
draw[thick,orange] plot[variable=x,smooth,domain=4:6] (x,0,f(x));
% should be xmax:6
endtikzpicture
enddocument


enter image description here







share|improve this answer














share|improve this answer



share|improve this answer








edited 10 mins ago

























answered 1 hour ago









marmotmarmot

113k5145274




113k5145274












  • Thanks for your answer @marmot, I should have just ask it with MWE in the first time, that wasn't intended to be the whole picture but more like what you just did, my bad...

    – Yacola
    51 mins ago











  • @Yacola No worries and glad to hear that this goes in the right direction.

    – marmot
    39 mins ago











  • One last question : can you give me a hint on how to do it with a part of a sphere instead of the plan?

    – Yacola
    32 mins ago











  • I think that I am looking for a parametric plot that will replace the plan by a surface corresponding to a part of a sphere which center is where black line and orange curve cross. I'll try to look at more general spherical plots.

    – Yacola
    21 mins ago


















  • Thanks for your answer @marmot, I should have just ask it with MWE in the first time, that wasn't intended to be the whole picture but more like what you just did, my bad...

    – Yacola
    51 mins ago











  • @Yacola No worries and glad to hear that this goes in the right direction.

    – marmot
    39 mins ago











  • One last question : can you give me a hint on how to do it with a part of a sphere instead of the plan?

    – Yacola
    32 mins ago











  • I think that I am looking for a parametric plot that will replace the plan by a surface corresponding to a part of a sphere which center is where black line and orange curve cross. I'll try to look at more general spherical plots.

    – Yacola
    21 mins ago

















Thanks for your answer @marmot, I should have just ask it with MWE in the first time, that wasn't intended to be the whole picture but more like what you just did, my bad...

– Yacola
51 mins ago





Thanks for your answer @marmot, I should have just ask it with MWE in the first time, that wasn't intended to be the whole picture but more like what you just did, my bad...

– Yacola
51 mins ago













@Yacola No worries and glad to hear that this goes in the right direction.

– marmot
39 mins ago





@Yacola No worries and glad to hear that this goes in the right direction.

– marmot
39 mins ago













One last question : can you give me a hint on how to do it with a part of a sphere instead of the plan?

– Yacola
32 mins ago





One last question : can you give me a hint on how to do it with a part of a sphere instead of the plan?

– Yacola
32 mins ago













I think that I am looking for a parametric plot that will replace the plan by a surface corresponding to a part of a sphere which center is where black line and orange curve cross. I'll try to look at more general spherical plots.

– Yacola
21 mins ago






I think that I am looking for a parametric plot that will replace the plan by a surface corresponding to a part of a sphere which center is where black line and orange curve cross. I'll try to look at more general spherical plots.

– Yacola
21 mins ago











Yacola is a new contributor. Be nice, and check out our Code of Conduct.









draft saved

draft discarded


















Yacola is a new contributor. Be nice, and check out our Code of Conduct.












Yacola is a new contributor. Be nice, and check out our Code of Conduct.











Yacola is a new contributor. Be nice, and check out our Code of Conduct.














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inputenc: Unicode character … not set up for use with LaTeX The Next CEO of Stack OverflowEntering Unicode characters in LaTeXHow to solve the `Package inputenc Error: Unicode char not set up for use with LaTeX` problem?solve “Unicode char is not set up for use with LaTeX” without special handling of every new interesting UTF-8 characterPackage inputenc Error: Unicode character ² (U+B2)(inputenc) not set up for use with LaTeX. acroI2C[I²C]package inputenc error unicode char (u + 190) not set up for use with latexPackage inputenc Error: Unicode char u8:′ not set up for use with LaTeX. 3′inputenc Error: Unicode char u8: not set up for use with LaTeX with G-BriefPackage Inputenc Error: Unicode char u8: not set up for use with LaTeXPackage inputenc Error: Unicode char ́ (U+301)(inputenc) not set up for use with LaTeX. includePackage inputenc Error: Unicode char ̂ (U+302)(inputenc) not set up for use with LaTeX. … $widehatleft (OA,AA' right )$Package inputenc Error: Unicode char â„¡ (U+2121)(inputenc) not set up for use with LaTeX. printbibliography[heading=bibintoc]Package inputenc Error: Unicode char − (U+2212)(inputenc) not set up for use with LaTeXPackage inputenc Error: Unicode character α (U+3B1) not set up for use with LaTeXPackage inputenc Error: Unicode characterError: ! Package inputenc Error: Unicode char ⊘ (U+2298)(inputenc) not set up for use with LaTeX