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bool both=n [y/n] | if y, compute both left and right predictions
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bool drift=n [y/n] | if shift filter
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float eps=0.0f | regularization
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string idip= | initial in-line dip (auxiliary input file name)
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int liter=20 | number of linear iterations
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string mask= | auxiliary input file name
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int n4=2 | what to compute in 3-D. 0: in-line, 1: cross-line, 2: both
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int niter=5 | number of iterations
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int nj1=1 | in-line antialiasing
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int nj2=1 | cross-line antialiasing
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int order=1 | accuracy order
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float p0=0. | initial in-line dip
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float pmax=+FLT_MAX | maximum inline dip
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float pmin=-FLT_MAX | minimum inline dip
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float q0=0. | initial cross-line dip
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float qmax=+FLT_MAX | maximum cross-line dip
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float qmin=-FLT_MAX | minimum cross-line dip
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int rect1=1 | dip smoothness on 1st axis
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int rect2=1 | dip smoothness on 2nd axis
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int rect3=1 | dip smoothness on 3rd axis
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bool verb=n [y/n] | verbosity flag
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string xdip= | initial cross-line dip (auxiliary input file name)
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