蕴藉之身:没有NSDD的说明哦
(2013-05-16 17:07) 
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`}$bJCSF.n Non-sequential incoherent intensity data. Surf defines the surface number of the NSC group
==%5Ci7qMy (always 1 in pure NSC systems). Det# refers to the object number of the desired detector. If Det#
jMS>B)'TO is zero, then all detectors are cleared. If Det# is less than zero, then the detector defined by the
M5_ t#[ [ absolute value of Det# only is cleared.
u%" 5<ll For Detector Rectangles, Detector Surfaces, and all faceted detectors: If Pix# is a positive integer
#NL'r99D/o greater than zero, then the data from the specified pixel is returned. Otherwise, the following data
TPKD'@:x is returned depending upon the value of Pix#:
hPgYKa8u 0: Sum of the total flux in position space, average flux/area in position space, or total flux in angle
}K,3SO(: space for all pixels for that detector object, for Data = 0, 1, or 2, respectively.
fWs*u[S -1: Maximum flux or flux/area.
D ZH2 U+K -2: Minimum flux or flux/area.
6^BT32,' -3: Number of rays striking the detector.
z" ?WT$ -4: Standard deviation (RMS from the mean) of all the non-zero pixel data.
j:2 F97 -5: The mean value of all the non-zero pixel data.
m&(qr5>b -6, -7, -8: The x, y, or z coordinate of the position or angle Irradiance or Intensity centroid,
D,=#SBJ :Z respectively.
% hH> % -9,-10, -11, -12: The RMS radius, x, y, or z distance or angle of all the pixel data with respect to the
EaL>~: j centroid.
{/aHZ<I&^h Data is 0 for flux, 1 for flux/area, and 2 for flux/solid angle pixel. Only values 0 and 1 (for flux and
N
Mx:Jh-YN flux/area) are supported for faceted detectors. See “Optimizing with sources and detectors in nonsequential
eC6wrpZO mode” on page 502 for complete details.
