-
Fourth Dimension Simply Explained—contains a
description of
duoprisms and
duocylinders (double cylinders) The
Visual Guide To
Extra Dimensions: Visualizing...
-
Fourth Dimension Simply Explained—contains a
description of
duoprisms and
duocylinders (double cylinders) The
Visual Guide To
Extra Dimensions: Visualizing...
- needed] The
Cartesian product of two
circles may be
taken to
obtain a
duocylinder. All
three can "roll" in four-dimensional space, each with its properties...
-
orthogonal axis planes, or
duocylindrical symmetry. For example, the
duocylinder and
Clifford torus have
circular symmetry in two
orthogonal axes. A spherinder...
-
tiling of a flat
torus is {4,4}1,0,
constructed on the
surface of a
duocylinder with 1 vertex, 2
orthogonal edges, and one
square face. It is seen here...
-
Simply Explained—contains a
description of
duoprisms (double prisms) and
duocylinders (double cylinders).
Googlebook Jonathan Bowers -
Miscellaneous Uniform...
- of two
rotationally symmetry 2D figures, as in the case of e.g. the
duocylinder and
various regular duoprisms. 2-fold
rotational symmetry together with...
- is not a 4-polytope,
since it is not
bounded by
polyhedral cells. The
duocylinder is a
figure in 4-dimensional
space related to the duoprisms. It is also...
- skew
polyhedra as {4, 4 | n}. In the
infinite limit these approach a
duocylinder and look like a
torus in
their stereographic projections into 3-space...
- This
latter set of 100
tetrahedra are on the
exact boundary of the
duocylinder and form a
Clifford torus. They can be "unrolled" into a
square 10×10...
