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PolarDecomp.cmd
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Input command file for PolarDecomp (must have :: for all input lines)
Image parameters
Columns (samples) in image :: 8739
Starting line :: 1
Ending line (enter number, end, or all) :: end
Starting column :: 1
Ending column (enter number, end, or all) :: end
Window size (pixels per side) :: 9
Input data folder (no / on the end) :: /home/uavops/Release/Icelnd_02003_09037_006_090610_L090_CX_01
Output folder (no / on the end) :: /u/mah-r7/bminchew/Icelnd_Pol/02003_09037_test
Output file basename :: snafu.grd
Use UAVSAR file name convention? :: yes
************************************************************************
************* if not using UAVSAR file name convention ***************
*** HHHH filename :: f
*** VVVV filename ::
*** HVHV filename ::
*** HHHV filename ::
*** HHVV filename ::
*** HVVV filename ::
************************************************************************
************************************************************************
Output options :: enter yes or no for each option
H/A/alpha parameters
Output entropy? (outputs *.ent) :: yes
Output anisotropy? (outputs *.ani) :: yes
Output alpha (degrees)? (outputs *.alp) :: yes
Pauli decomposition elements (sqrt of diagonal components of T_3)
Output Pauli_1 (|HH+VV|) value? (outputs *.t11) :: yes
Output Pauli_2 (|HH-VV|) value? (outputs *.t22) :: yes
Output Pauli_3 (2|HV|) value? (outputs *.t33) :: yes
Eigenvalues and related parameters
Output largest eigenvalue (lambda_1)? (outputs *.ev1) :: no
Output median eigenvalue (lambda_2)? (outputs *.ev2) :: no
Output smallest eigenvalue (lambda_3)? (outputs *.ev3) :: no
Output pseudo probability for lambda_1? (outputs *.p1) :: no
Output pseudo probability for lambda_2? (outputs *.p2) :: no
Output pseudo probability for lambda_3? (outputs *.p3) :: no
Output averaged intensity? (outputs *.lam) :: no
(averaged intensity: I = sum(PsuedoPrb_i*lambda_i){i=1-3} [dB])
Shannon entropy parameters
Output total Shannon entropy? (outputs *.se) :: no
Output Shannon polarimetric component? (outputs *.sep) :: no
Output Shannon intensity component? (outputs *.sei) :: no
Coherency matrix T_3 (and covariance C_3) outputs
Output trace(T_3)? (outputs *.mat.trt) :: no
Output det(T_3)? (outputs *.mat.det) :: no
Output I_2(T_3)? (second invariant) (outputs *.mat.iv2) :: no
Other eigenvector parameters (weighted mean of each)
Output Beta (degrees)? (outputs *.beta) :: no
Output gamma (degrees)? (outputs *.gamma) :: no
Output delta (degrees)? (outputs *.delta) :: no
Output phi (degrees)? (outputs *.phi) :: no
Individual eigenvector parameters
Output alpha_1 (degrees)? (outputs *.alp1) :: no
Output alpha_2 (degrees)? (outputs *.alp2) :: no
Output alpha_3 (degrees)? (outputs *.alp3) :: no
Output Beta_1 (degrees)? (outputs *.beta1) :: no
Output Beta_2 (degrees)? (outputs *.beta2) :: no
Output Beta_3 (degrees)? (outputs *.beta3) :: no
Other options
dB multiplier? (usually 10 or 20) :: 10