| PJ 3F | [Project - 3D volume using Eulerian angles, FBS interpolation ||] |
| PJ 3Q RR | [Project - 3D volume using Eulerian angles & create rings file ||] |
| PJ 3 | [Project - 3D volume using Eulerian angles, trilinear or FBS interpolation, single projection] |
| PJ AT | [Project - 3D volume using exponential Attenuation] |
| PJ CYL | [Project - 3D volume onto Cylinder] |
| RT SQ | [Rotate and Shift - image, Quadratic interpolation ||] |
.OBJECT RADIUS, CONSECUTIVE OUTPUT FILE NUMBERS (Y/N): 26.0 , N
[Projections are only computed for the voxels inside
the sphere of this radius. The output projections are normally
numbered the same as the angles are numbered. If you wish
to have multiple projections numbered consecutively starting
with one, answer 'Y' to the second input value.]
.ANGLE NUMBERS OR SELECTION DOC. FILE NAME: 1-700 or SEL001
[Note nonstandard order here,
number of angles preceeds angle file name.
Enter selected angle numbers or name of a document file containing
the selected angle numbers. Projections will only be calculated for
the selected sets of angles from the following angles doc. file.
(If you use a selection doc. file here then the selected numbers
are taken from the first register (3rd col) in the doc. file.)]
.ANGLES DOC. FILE: ANGLES
[Enter the name of the document file containing the Eulerian
angles for the projections. The angles have to be given
in the order: psi, theta, phi. Projections will be
calculated for every entry specified in the previous question.
The projection is made as if the volume was rotated by the psi
angle around the Z axis, followed by the theta angle around the
original Y axis and then rotated by the Phi angle around the
original Z axis.]
.TEMPLATE FOR OUTPUT PROJECTIONS: PRJ****
[Enter the template for the output files which will contain
the 2-D projections.]
NOTES