COMSOL Multiphysics™

solid0, solid1, solid2, solid3
Purpose
solid0, solid1, solid2, solid3
Constructor function for solid object.
Syntax
Description
p3 = solid3(vtx,vtxpre,edg,edgpre,fac,mfdpre,mfd)
[s3,...] = solid3(g3,...)
s3 = solid3(g2)
p2 = solid2(vtx,edg,mfd)
[s2,...] = solid2(g,...)
s1 = solid1(x)
s1 = solid1(vtx)
[s1,...] = solid1(g,..)
s0 = solid0(full)
[s0,...] = solid0(p,...)
s3 = solid3(vtx,vtxpre,edg,edgpre,fac,mfdpre,mfd) creates 3D solid
geometry object s3 from the arguments vtx, vtxpre, edg, edgpre, fac, mfdpre,
mfd. The arguments must define a valid 3D solid object. See geom3 for a description
of these arguments.
[s3,...] = solid3(g3,...) coerces the 3D geometry object g3 to a 3D solid
object s3.
s3 = solid3(g2) coerces the 2D geometry object g2 to a 3D solid object s3, by
embedding g2 in the plane, z = 0.
p2 = solid2(vtx,edg,mfd) creates a 2D solid geometry object from the the
properties vtx, edg, and mfd. The arguments must define a valid 2D solid object.
See geom2 for a description of these arguments.
[s2,...] = solid2(g,...) coerces the 2D geometry object to a 2D solid object.
s1 = solid1(x) creates a 1D solid object that spans all the coordinate values in the
vector x.
s1 = solid1(vtx) creates a 1D solid geometry object from vtx. The arguments
must define a valid 2D solid object. See geom1 for a description of this argument.
[s1,...] = solid1(g,...) coerces the 1D geometry object to a 1D solid object.
g = solid0(full) creates a 0D solid geometry object, where the Boolean full
determines if the object is empty or not.
g = solid0(p) creates a 0D solid geometry object, where p is a matrix of size
0-by-1.
[s0,...] = solid0(g,...) coerces the 0D geometry object to a 0D solid object.
390 | CHAPTER 1: COMMAND REFERENCE