The file w00r00ori.avg contains the results for the first wavelength (w00) and first target radius (r00) averaged over orientations (ori.avg). The w00r00ori.avg file generated by the sample calculation should look like the following:
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DDSCAT --- DDSCAT.5a.7 [96.11.21]
TARGET --- Rectangular prism; NX,NY,NZ= 8 6 4
GPFAFT --- method of solution
LATTDR --- prescription for polarizabilies
RCTNGL --- shape
NAT0 = 192 = number of dipoles
AEFF= 1.00000 = effective radius (physical units)
WAVE= 6.28319 = wavelength (physical units)
K*A= 1.00000 = 2*pi*aeff/lambda
n= ( 1.3300 , 0.0100), epsilon= ( 1.7688 , 0.0266) for material 1
TOL= 1.000E-05 = error tolerance for CCG method
ICTHM= 33 = theta values used in comp. of Qsca,g
IPHIM= 12 = phi values used in comp. of Qsca,g
( 1.00000 0.00000 0.00000) = target axis A1 in Target Frame
( 0.00000 1.00000 0.00000) = target axis A2 in Target Frame
( 0.27942 0.00000 0.00000) = k vector (latt. units) in Lab Frame
( 0.00000, 0.00000)( 1.00000, 0.00000)( 0.00000, 0.00000)=inc.pol.vec. 1 in LF
( 0.00000, 0.00000)( 0.00000, 0.00000)( 1.00000, 0.00000)=inc.pol.vec. 2 in LF
0.000 0.000 = beta_min, beta_max ; NBETA = 1
0.000 90.000 = theta_min, theta_max; NTHETA= 3
0.000 0.000 = phi_min, phi_max ; NPHI = 1
Results averaged over 3 target orientations
and 2 incident polarizations
Qext Qabs Qsca g=<cos> Qbk Qpha
JO=1: 1.330E-01 3.269E-02 1.003E-01 2.345E-01 5.552E-03 4.836E-01
JO=2: 9.063E-02 2.397E-02 6.666E-02 2.673E-01 3.430E-03 4.159E-01
mean: 1.118E-01 2.833E-02 8.347E-02 2.476E-01 4.491E-03 4.497E-01
Qpol= 4.234E-02 dQpha= 6.768E-02
Qsca*g(1) Qsca*g(2) Qsca*g(3)
JO=1: 2.352E-02 1.126E-03 -2.792E-10
JO=2: 1.781E-02 2.768E-03 8.290E-10
mean: 2.066E-02 1.947E-03 2.749E-10
** Mueller matrix elements for selected scattering directions **
theta phi S_11 S_21 S_31 S_41 S_12 S_13 Pol.
0.0 0.0 5.167E-02 7.916E-03 6.070E-11 -9.234E-12 7.916E-03 5.061E-11 0.15320
30.0 0.0 4.046E-02 4.518E-04 1.927E-11 -3.656E-11 4.518E-04 1.893E-11 0.01117
60.0 0.0 2.169E-02 -1.023E-02 2.814E-11 5.079E-11 -1.023E-02 4.559E-11 0.47184
90.0 0.0 1.193E-02 -1.192E-02 8.390E-13 8.937E-11 -1.192E-02 1.400E-11 0.99888
120.0 0.0 1.170E-02 -5.702E-03 -3.435E-11 8.106E-11 -5.702E-03 3.526E-12 0.48743
150.0 0.0 1.403E-02 9.758E-04 -5.853E-11 2.137E-11 9.758E-04 5.080E-11 0.06956
180.0 0.0 1.411E-02 3.333E-03 -1.497E-11 -3.060E-11 3.333E-03 -1.408E-12 0.23621
0.0 90.0 5.167E-02 -7.916E-03 -7.013E-10 5.923E-12 -7.916E-03 -7.618E-10 0.15320
30.0 90.0 4.487E-02 -1.280E-02 -3.765E-04 8.979E-05 -1.281E-02 -3.843E-04 0.28540
60.0 90.0 3.040E-02 -2.062E-02 -3.544E-04 1.643E-04 -2.063E-02 -3.773E-04 0.67816
90.0 90.0 1.991E-02 -1.989E-02 -1.001E-05 1.827E-04 -1.991E-02 -3.807E-05 0.99857
120.0 90.0 1.626E-02 -1.175E-02 1.796E-04 1.359E-04 -1.176E-02 1.634E-04 0.72242
150.0 90.0 1.478E-02 -5.293E-03 1.180E-04 6.554E-05 -5.295E-03 1.131E-04 0.35823
180.0 90.0 1.411E-02 -3.333E-03 -1.511E-11 -3.091E-11 -3.333E-03 -3.189E-10 0.23621
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