1 | initial version |
I think making a list of your points and then plotting point3d(L) would do. point3d(L) is useful to me, I think it would do what you want?
Hope my suggestion works!
2 | No.2 Revision |
I think making a list of your points and then plotting point3d(L) would do. point3d(L) is useful to me, I think it would do what you want?
Hope my suggestion works!After reading a comment from FredericC, I decide that hyper arrangements might help too.
I search on the Internet and found this handy.
doc.sagemath.org/html/.../hyperplane_arrangement/arrangement.html
3 | No.3 Revision |
I think making a list of your points and then plotting point3d(L) would do. point3d(L) is useful to me, I think it would do what you want?
In addition to my answer, I would like to say that viewers such as jmol, tachyon, etc. can show your plot.
After reading a comment from FredericC, I decide that hyper arrangements might help too. I search on the Internet and found this handy.
doc.sagemath.org/html/.../hyperplane_arrangement/arrangement.html
If you find using sage a bit hard ( I guess you won't!) you can try GeoGebra.
4 | No.4 Revision |
I think making a list of your points and then plotting point3d(L) would do. point3d(L) is useful to me, I think it would do what you want?
In addition to my answer, I would like to say that viewers such as jmol, tachyon, etc. can show your plot.
After reading a comment from FredericC, I decide that For some information about hyper arrangements might help arrangements, this link helps too.
I search on the Internet and found this handy.
doc.sagemath.org/html/.../hyperplane_arrangement/arrangement.html
If you find using sage a bit hard ( I guess you won't!) you can try GeoGebra.