PolyhedronStateDefined.class: Polyhedron State Defined

Description

Polyhedron state inside database.

PolyhedronStateDefined.class

R6Class object.

file.id

polyhedron filename in original source (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)

transformation.matrix

transformation matrix for calculations and visualizing polyhedron Private

mass.center

polyhedron mass center

edges.cont

Edges count

edges.check

Edges check degree property

vertices.id.3d

vertices definition for solid 3d object

vertices.centered

centered vertices for applying transformation matrices

vertices.rgl

Polyhedron triangulated vertices list for RGL

solid.triangulated

Polyhedron solid (triangulated) for RGL visualization

initialize(source, file.id, 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, vertices): 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(size, vertices.id.3d = private$vertices.id.3d): Normalizes the volume of the object to a tetrahedron bounding box
applyTransformationMatrix(transformation.matrix): Apply transformation matrix to polyhedron
getTransformedVertices(vertices, transformation.matrix): Returns the vertices adjusted with transformation matrix
buildRGL(transformation.matrix): Builds the RGL model
exportToXML(): Gets an XML representation out of the polyhedron object
serialize(): Gets a list representation out of the polyhedron object
expect_equal(): Function which test equal values for all fields using serialize function