 | 1 | initial version |
Suppose I have a parametric surface given by three functions in two variables. Moreover, this surface is imbedded in a torus like
sage: p1 = parametric_plot(( a(R + x)cos(z), a(R + y)sin(z), ay ),(p,0,2pi),(q,0,2*pi))
for some a and R.
How one can to plot a section of the surface by a plane with Sage?
| | 2 | No.2 Revision |
Suppose I have a parametric surface given by three functions in two variables. Moreover, this surface is imbedded immersed in a solid torus like
sage: p1 = parametric_plot(( a(R + x)cos(z), a(R + y)sin(z), ay ),(p,0,2pi),(q,0,2*pi))
for some a and R.
How one can to plot a section of the surface by a plane with Sage?
| | 3 | No.3 Revision |
Suppose I have a parametric surface given by three functions in two variables. Moreover, this surface is immersed in a solid torus like
sage: p1 = parametric_plot(( a(R + +
x)cos(z), a(R + y)sin(z), ay y
),(p,0,2pi),(q,0,2*pi))
for some a and R.
How can one can to plot a section of the surface by a plane with Sage?
| | 4 | No.4 Revision |
Suppose I have a parametric surface given by three functions in two variables. Moreover, this surface is immersed in a solid torus like
for some a and R.
How can one plot a section of the surface by a plane with Sage?
| | 5 | retagged |
Suppose I have a parametric surface given by three functions in two variables. Moreover, this surface is immersed in a solid torus like
sage: p1 = parametric_plot(( a*(R + x)*cos(z), a*(R + y)*sin(z), a*y ),(p,0,2*pi),(q,0,2*pi))
for some a and R.
How can one plot a section of the surface by a plane with Sage?
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