PolyhedronStateDefined.class: Polyhedron State Defined

Description

Polyhedron state inside database.

PolyhedronStateDefined.class

R6Class object.

number

polyhedron arbitrary numeration (netlib|dmccooey)

name

polyhedron name (netlib|dmccooey)

symbol

the eqn(1) input for two symbols separated by a tab; the Johnson symbol, and the Schlafli symbol (netlib)

dual

the name of the dual polyhedron optionally followed by a horizontal tab and the number of the dual (netlib)

sfaces

polyhedron solid face list (netlib)

svertices

polyhedron solid vertice list (netlib)

net

polyhedron 2D net model with vertices defined for a planar representation (netlib)

hinges

Polyhedron hinge list (netlib)

solid

polyhedron list of edges which generate a solid (netlib|dmccooey)

dih

Dih attribute (netlib)

vertices

Polyhedron vertices list (netlib|dmccooey)

vertices.rgl

Polyhedron triangulated vertices list for RGL

solid.triangulated

Polyhedron solid (triangulated) for RGL visualization

mass.center

polyhedron mass center

initialize(source, number,name, symbol, dual, sfaces, svertices, net, solid, hinges, dih, vertices): Initializes the object, taking defaults.
scrape(): Do nothing as the object is defined
getNet(): Gets the 2d net model
getSolid(): Gets the solid representation
triangulate(force = FALSE): Generates the triangular faces model for generating tmesh
getBoundingBox(vertices.3d): Gets the bounding box of the object
calculateMassCenter(size = 1, vertices.3d): Calculates the object's Mass Center for parameter vertices
getNormalizedSize(): Normalizes the volume of the object to a tetrahedron bounding box
getPositionedVertices(size,origin): Returns the vertices adjusted to size and origin parameters
buildRGL(size = 1, origin = c(0, 0, 0), normalize.size = TRUE): Builds the RGL model, taking the object's size, the origin
exportToXML(): Gets an XML representation out of the polyhedron object