![]() | 1 | initial version |
Since the surface is determined by the independent variables, you can limit their domains to limit the height of the surface:
var('x y z')
limit = sqrt(9/2)
plot3d(sqrt(x^2+ y^2),(x,-limit,limit),(y,-limit,limit))
Here's a live example.
![]() | 2 | No.2 Revision |
Since the surface is determined by the independent variables, you can limit their domains to limit the height of the surface:
var('x y z')
limit = sqrt(9/2)
plot3d(sqrt(x^2+ y^2),(x,-limit,limit),(y,-limit,limit))
y^2), (x,-limit,limit), (y,-limit,limit))
Here's a live example.
And if you want to set limits for each variable independently, use implicit_plot
:
var('x y z')
implicit_plot3d(sqrt(x^2+ y^2)-z, (x,-5,5), (y,-5,5), (z,0,3))
Another live example.
![]() | 3 | No.3 Revision |
Since the surface is determined by the independent variables, you can limit their domains to limit the height of the surface:
var('x y z')
limit = sqrt(9/2)
plot3d(sqrt(x^2+ y^2), (x,-limit,limit), (y,-limit,limit))
Here's a live example.
And if you want to set limits for each variable independently, use
:implicit_plotimplicit_plot3d
var('x y z')
implicit_plot3d(sqrt(x^2+ y^2)-z, (x,-5,5), (y,-5,5), (z,0,3))
Another live example.