ConfocalParaboloidal
represents the confocal paraboloidal coordinate system with default variables Llambda, Mmu, and Nnu and default parameter values 2 and 1.
ConfocalParaboloidal[λ,μ,ν]
represents the confocal paraboloidal coordinate system with variables λ, μ, and ν and default parameter values 2 and 1.
ConfocalParaboloidal[λ,μ,ν,a,b]
represents the confocal paraboloidal coordinate system with variables λ, μ, and ν and parameters a and b.
ConfocalParaboloidal
ConfocalParaboloidal
represents the confocal paraboloidal coordinate system with default variables Llambda, Mmu, and Nnu and default parameter values 2 and 1.
ConfocalParaboloidal[λ,μ,ν]
represents the confocal paraboloidal coordinate system with variables λ, μ, and ν and default parameter values 2 and 1.
ConfocalParaboloidal[λ,μ,ν,a,b]
represents the confocal paraboloidal coordinate system with variables λ, μ, and ν and parameters a and b.
Details and Options
- To use ConfocalParaboloidal, you first need to load the Vector Analysis Package using Needs["VectorAnalysis`"].
Examples
Basic Examples (1)
Needs["VectorAnalysis`"]Use ConfocalParaboloidal as the default coordinate system:
SetCoordinates[ConfocalParaboloidal]All evaluations now use confocal paraboloidal coordinates as the default:
CoordinateRanges[]ScaleFactors[]Reset the default coordinate system to Cartesian:
SetCoordinates[Cartesian]