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A printer plot of a phase-space intensity distribution is initiated at
zi by the command:
7 P(RINT) P(HASE_SPACE) <identifier> (f,g)
<total number of particles>
<f-dimension of plot> <g-dimension of plot>
<total number of mass values>
<total number of energy values> ;
[example: P P E (X,A) 1000 0.025 0.050 1 1 ;]
The following choices are possible for either f or g in (f,g):
xxxxxxxxxxx X = final X-position XI = initial X-position
A = final A-angle AI = initial A-angle
G = mass (quantized)
D = energy
Y = final Y-position YI = initial Y-position
B = final B-angle BI = initial B-angle
T = final time
The total number of mass values are distributed equally over the mass
widths defined in the ``D(EVIATION) P(ARAMETER)''-command. The same is valid
for the number of energy values. If this number is 0, the distribution
of energy values is continous.
There are three possible choices for the <identifier>:
- P: the initial distributions in f and g are chosen independently;
- E: only those (x,a) or (y,b) combinations are chosen which lie
inside (x00,a00) or (y00,b00) ellipses;
- S: only those (x,a), (y,b) or (x,y) combinations are chosen
which lie inside (x00,a00), (y00,b00) or (x00,
y00) ellipses.
All parameters following (f,g) can be omitted. As default the
<identifier> equals P and
GICO assumes 1000 particles and one mass; the size of the plot is
chosen automatically by the program according to a first-order calculation.
If the identifier for the phasespace is followed by a T, the plot is
made with particles
already traced, provided those particles exist. The values for the
number of particles, masses and energies have no meaning in this case.
Next: The Printout of variables
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KPII
1999-10-20