Package vgp.surface.common

Parametrized surfaces given by Java functions, or interactively, by function expressions.

See:
Description

Class Summary

PaSurface	Applet loads classic parametrized surfaces.
PgSurface	Computes parametrized surfaces defined by a surface descriptor.
PgSurface_Boy	Boy's surface
PgSurface_Catalan	Parametrized surface given by method, or interactively, by function expressions.
PgSurface_CatenoidHelicoid	Parametrized surface given by method, or interactively, by function expressions.
PgSurface_Cliffordtorus	Parametrized surface given by method, or interactively, by function expressions.
PgSurface_Cone	Parametrized cone surface.
PgSurface_ConicType	Parametrized surface given by method, or interactively, by function expressions.
PgSurface_Cylinder	Parametrized surface given by method, or interactively, by function expressions.
PgSurface_DupinCycloid	Parametrized surface given by method, or interactively, by function expressions.
PgSurface_Ellipsoid	Parametrized surface given by method, or interactively, by function expressions.
PgSurface_EllipticParaboloid	Parametrized surface given by method, or interactively, by function expressions.
PgSurface_Enneper	Parametrized surface given by method, or interactively, by function expressions.
PgSurface_FootballBarrel	Parametrized surface given by method, or interactively, by function expressions.
PgSurface_Fresnel1	Parametrized surface given by method, or interactively, by function expressions.
PgSurface_Fresnel2	Parametrized surface given by method, or interactively, by function expressions.
PgSurface_Henneberg	Parametrized surface given by method, or interactively, by function expressions.
PgSurface_Hopftorus	Parametrized surface given by method, or interactively, by function expressions.
PgSurface_HyperbolicHelicoid	Parametrized surface given by method, or interactively, by function expressions.
PgSurface_HyperbolicParaboloid	Parametrized surface given by method, or interactively, by function expressions.
PgSurface_HyperboloidType	Parametrized surface given by method, or interactively, by function expressions.
PgSurface_KleinBottle	Parametrized Klein bottle surface.
PgSurface_KleinBottleUgly	Parametrized surface given by method, or interactively, by function expressions.
PgSurface_Kuen	Parametrized surface given by method, or interactively, by function expressions.
PgSurface_LawsonHelicoid	Formula description of the family of minimal helicoids in the 3-sphere which was described by H.B.
PgSurface_LowerHyperboloid	Parametrized surface given by method, or interactively, by function expressions.
PgSurface_MoebiusStrip	Parametrized surface given by method, or interactively, by function expressions.
PgSurface_OuterHyperboloid	Parametrized surface given by method, or interactively, by function expressions.
PgSurface_PseudoSphere	Parametrized surface given by method, or interactively, by function expressions.
PgSurface_Sphere	Parametrized surface given by method, or interactively, by function expressions.
PgSurface_SphereWithParams	Parametrized surface given by method, or interactively, by function expressions.
PgSurface_StereographicSphere	Parametrized surface given by method, or interactively, by function expressions.
PgSurface_Torus	Parametrized surface given by method, or interactively, by function expressions.
PgSurface_UpperHyperboloid	Parametrized surface given by method, or interactively, by function expressions.
PgSurfaceDescr	Describes a parametrized function including higher derivatives and fundamental forms.
PgSurfaceDescr_IP	Info panel with additional, automatically installed, slider for each surface parameter.
PjSurface	Parametrized surfaces given by Java functions, or interactively, by function expressions.
PjSurface_IP	Info panel of parametrized surfaces with tabs for domain and function expressions.

Package vgp.surface.common Description

Parametrized surfaces given by Java functions, or interactively, by function expressions. If the functions of a surface are specified in calc_f method and, later, interactively edited, then the interactive expressions are further used. This is important for evaluation of higher order differentials since they are only approximated using finite differences in the later case.