Documentation arguments:
[ -? ] [ -verbose ]
I/O arguments:
[ -Ninput_filename ] [ -Ooutput_filename ] [ -rsirs ] [ -reire ] [ -nsins ] [ -neine ]
Earth model arguments:
-zreflector_depth or -treflector_ts_time
-GVs/Vp_ratio or -GpikVs/Vp_ratio_pickfile
[ -vpP_velocity or -VpikP_velocity_pickfile ]
Binning geometry arguments:
[ -xsbin_x_start ] [ -ysbin_y_start ] [ -xebin_x_end ] [ -yebin_y_end ] [ -biinline_bin_size ] [ -bccrossline_bin_size ]
Synthetic data geometry arguments:
[ -synthetic ] [ -gigroup_interval ]
More synthetic data geometry arguments:
[ -sxosrc_x_origin ] [ -syosrc_y_origin ] [ -sxisrc_x_increment ] [ -syisrc_y_increment ] [ -rxorec_x_origin ] [ -ryorec_y_origin ] [ -rxirec_x_increment ] [ -ryirec_y_increment ]
ccpbin calculates common conversion point bin numbers for a reflector at a specified depth or zero-offset converted-wave traveltime. (With converted waves, the reflection/conversion point varies with depth even for a single source receiver pair, so the target reflector must be specified.) All traces read will also be output. Dead traces will be passed through completely unchanged and unprocessed. The bins lie in a regular rectangular grid, although the inline and crossline bin sizes can be different. The calculated CCP bin numbers are written into the USP trace headers CDPBCX and CDPBCY. CDPBCX contains the in-line bin number, and CDPBCY contains the cross-line bin number.