Projections of Sections in extended 3-space
Real (σ)
⇔
Complex (θ)
⇔
Complex (π - θ)
⇔
Imaginary (σi)
Abscissa
⇔
Ordinate
⇔
Abscissa
⇔
Hypotenuse
Hypotenuse
⇔
Abscissa
⇔
Ordinate
⇔
Abscissa
Ordinate
⇔
Hypotenuse
⇔
Hypotenuse
⇔
Ordinate
Spherical
⇔
Hyperbolic
⇔
Spherical
Note:
The middle columns relate to functions within the same hyperbolic 2-space, only radii are the fundamental vectors of intersecting 2-spaces in hyperbolic Lorentz geometry (and thus as shown are invariant). Trigonometric relations in extended 2- and 3-space are referred to as 'circular' to avoid confusion with 'spherical trigonometry', however, 'spherical' is used in the context of 3-space in contrast to hyperbolic vector space. Hypotenuse is meant to be synonymous with radius.