## page was renamed from limber


From Bob

{{{

here's a notes I used for Ryugu.  I am going to try to write this up in a more understandable form

ed LIMBER.IN
'SHAPEFILES/SHAPE0.TXT'
4        ! Appears in LIMVECS.TXT if d > d0/# pixels
4        ! PICNM.LIM created if d > d0/10 pixels
25       ! Max search range ~ in image pixels
3
15       ! Max height wrt SHAPE (scale units)
15       ! Max phase for terminators (degrees)

cp PICTLIST.TXT LIMBER.TXT

LIMBER

................................................
Combine previous shape vectore and limb vectors
with shape first and removing first line of each 
file.  Save as VECS.TXT.
................................................

dumber
SHAPEFILES/SHAPE0.TXT
SHAPEFILES/SHAPEX.TXT
8     16  8  4
y

cp LIMBVECS.TXT VECS.TXT

ed VECS.TXT
ed SHAPEFILES/SHAPEX.TXT

................................................
Run vecs2cube to get noisy shape model.
Look at model with view_shape.
................................................

vecs2cube
VECS.TXT
16
SHAPEFILES/SHAPEX.TXT
shape2maps
SHAPEFILES/SHAPEX.TXT

................................................
Save new shape as VECS.TXT, removing first line
................................................

cp SHAPEFILES/SHAPEX.TXT VECS.TXT
ed VECS.TXT

................................................
Smooth model with vecs2shape and dumb down to q=64
Look at q=64 model with view_shapes
................................................

vecs2shape
VECS.TXT
512 11
SHAPEFILES/SHAPE.TXT

dumber
SHAPEFILES/SHAPE.TXT
SHAPEFILES/SHAPE0.TXT
8
y

shape2maps
SHAPEFILES/SHAPE0.TXT

................................................
At this point REGISTER can be run for a sampling of the
images with a seed make_scriptR.seed such as:

s
.3
0
n
q
END
  
to see if any set of images needs to be re-registered.

We can also run:

Display
PICNM
0
n
y
n
gc TEMPFILE.pgm

in order to display the limb points that have been found
in the image PICNM.

................................................
Check coverage when done.
................................................

coverage
0
0,100
y
gc coverage_g.pgm

................................................
Go to beginning and repeat
................................................


}}}