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int axis2label=0 | 0 - shot; 1 - cmp; 2 - receiver
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string cig= | output file containing CIGs in the scattering-angle domain (auxiliary output file name)
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string dag= | output file containing CIGs in the dip-angle domain (auxiliary output file name)
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float dipd=1.f | step in dip-angle
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int dipn=161 | number of dip-angles
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float dipo=-80.f | first dip-angle
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string esct= | output file containing escqpe times (auxiliary output file name)
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string escx= | output file containing escape positions (auxiliary output file name)
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bool isAA=y [y/n] | if y, apply anti-aliasing
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float iscatd=2 * gp.dipStep | scattering-angle increment (in degree)
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int iscatn=1 | number of scattering-angles
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float iscato=0.f | first scattering-angle (in degree)
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float ixd=dp.xStep | step in inlines (in meters)
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int ixn=dp.xNum | number of imaged inlines
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float ixo=dp.xStart | first imaged inline (in meters)
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float iyd=dp.yStep | step in crosslines (in meters)
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int iyn=rp.is3D ? vp.yNum : 1 | number of imaged crosslines
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float iyo=dp.yStart | first imaged crossline (in meters)
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float izd=dp.zStep | step in depth (in meters)
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int izn=dp.zNum | number of imaged depth samples
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float izo=dp.zStart | first imaged depth (in meters)
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string mcig= | output file containing multi-CIGs (in the dip-angle and the scattering-angle domain both (auxiliary output file name)
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float ttd=0.002f | travel-times increment
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int ttn=(int) floor(0.001 * 0.5 * maxTime / ttStep + 1) | travel-times number
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float ttrayd=gp.dipStep / 2.f | travel-times rays increment
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int ttrayn=(int) floor((maxttRay - minttRay) / ttRayStep + 1) | travel-times rays number
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float ttrayo=minttRay | travel-times rays start
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string vel= | velocity model file (velocity in m/s) (auxiliary input file name)
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