phase
When
phase is
yes (the default), the orbital
is represented with two colors, to distinguish places where the wave
function is positive and negative. When
phase is
no,
the whole orbital is represented with just one color.
Example: <orbital ... phase="yes"/> (default)
Allowed values: yes, no (optional)
frame
When
frame is
yes (the default), a cubic frame
is shown around the orbital, with a edge length equal to twice the
sampling radius. When
frame is
no, no frame is shown.
Example: <orbital ... frame="yes"/> (default)
Allowed values: yes, no (optional)
octants
Each orbital is divided in 8 octants, that can be made visible or not,
according to a sequence of 8 bits. The 8 octants are ordered from
-x-y-z to +x+y+z, where x moves faster and z moves slower, so the
first 4 bits (counting from the left) are for the 4 octants with
-z coordinate (below) and among these the first 2 bits are for
the 2 octants with -y coordinate (below). To set which octants
should be shown or hidden, set the corresponding bits to 1 or 0.
By default all octants are shown.
Example: <orbital ... octants="11111111"/> (default)
Allowed values: all 8 bit sequences (optional)
axes
When
axes is set to
radius, axes are shown with the radius
length (when
frame is disabled) or the diameter length (when
frame is enabled). When
axes is set to
unit, axes
are shown with a unit length. When
axes is set to
bohr,
axes are shown with the length of Bohr first radius. When
axes is
set to
none, no axes are shown (the default). The options
bohr
and
unit are useful only for small orbitals, otherwise the axes are
barely visible.
When
frame is enabled (the default), axes are positioned along
the frame edges, starting from the xyz lower corner. When
frame
is disabled, axes start from the orbital center.
Example: <orbital ... axes="none"/> (default)
Allowed values: radius, bohr, unit, none (optional)