(See View -#1, @ left end of sequence.)
Note, the "Line-Of-Sight" ("LOS") of this view is coincident with
(1) of the (4) body-diagonals of the woven cube,
running from the top-front corner to the bottom-rear corner thereof.
It can be called the "LOS-diagonal".
(So also for views -#2, -#3, -#4.)
1.) The transits, black, red, & white, are so emplaced in the cube that
their resp. waveforms are all "most visible".
2.) The centerplanes of the resp. waveforms are coincident with
planes parallel-@ both sides-to the (3) "most visible" diagonal planes of the woven cube;
(1) such diagonal plane for each color.
3.) all waveforms in any plane are parallel &
all the waveforms in one plane are anti-parallel with all the waveforms in an adjacent plane.
4.) Due to 1), 2), 3) only 50% of all possible waveforms are represented:
(2) anti-parallels, "most visible",
(2) total in case of the black-, red- & white transits, &
they are not distributed in the most "even" manner possible.
5.) When the woven cube is rotated 120 degr. CW or CCW about the LOS-diagonal
it is superimposable on its initial position,
disregarding color-displacement.
This works only in views -#1.
6.) When the woven cube is rotated 90 degr., 1x, 2x or 3x,
as shown in views -#2, -#3, -#4 resp.:
in the 1st. case: only the red transits are "most visible",
the black & white transits are then "least visible",
in the 2nd. case: only the black transits are "most visible",
the red & white transits are then "least visible",
in the 3rd. case: only the white transits
are "most visible",
the black& red transits are then "least visible".
Thus none of the (4) positions, intial & rotated, is superimposable on another,
even when disregarding color-displacement.
7). Due to 4) & 6) this "OOO" structure
is less isotropic then the "IIIR" & "IIIL" structures.
