📄 record.cwp
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---- Center for Wave Phenomena: $Source: /usr/local/src/prop/local/Cz/RCS/cz1in.f,v $ $Revision: 2.3 $ ; $Date: 90/05/25 15:05:58 $ Trace file name: demo1traces Number of traces: 180 Min. time: .000 Max. time: 1.996 Skip time: .0000 Time spacing: .0040 Points on trace: 500 Filter parameters: 10.0 15.0 45.0 50.0 CZ1IN done.STOP ---- Center for Wave Phenomena: $Source: /usr/local/src/prop/local/Cz/RCS/cz1.f,v $ $Revision: 2.5 $ ; $Date: 90/05/25 15:05:47 $ Points on trace: 500 FFT size: 512 Files closed. Processing completed.STOP RAY INVERSION Model Information ----------------- Number of interfaces = 3 Velocities : 2000.000 3000.000 4000.000 3000.000 Time Section Data ----------------- Time section is file PTRACES Number of records to skip at the beginning of the data set = 0 Number of traces to read = 180 Sample rate = .0040 Number of samples/trace = 500 Maximum frequency = 50.00 Source Geometry ----------------- X-coordinate of first shot position= 300.00 Receiver Geometry ----------------- X-coordinate of first receiver = 500.00 Receiver spacing = 20.00 Depth Section Data ------------------ Reflectivity will be file reflect Reflectivity * cos will be file reflectcos X coordinate of first output trace = 200.00 Depth of first output point = .00 Output trace spacing = 20.00 Vertical spacing of output points = 20.00 Number of points in output trace = 151 -------------------------------------------------- Reading from the data file PTRACES Read traces 1 - 180 Begin Ray Tracing. Number of Patterns = 1 Pattern # 1 output trace first input trace last input trace 1 1 180 180 1 180 Skip Parameters: Number of receivers to skip = 5 Number of vertical output points to skip = 5 Number of output traces to skip = 5 Output traces for this pattern = 1 - 180 Output trace # 1 Sum over receivers 1- 180 Output trace # 6 Sum over receivers 1- 180 Output trace # 11 Sum over receivers 1- 180 Output trace # 16 Sum over receivers 1- 180 Output trace # 21 Sum over receivers 1- 180 Output trace # 26 Sum over receivers 1- 180 Output trace # 31 Sum over receivers 1- 180 Output trace # 36 Sum over receivers 1- 180 Output trace # 41 Sum over receivers 1- 180 Output trace # 46 Sum over receivers 1- 180 Output trace # 51 Sum over receivers 1- 180 Output trace # 56 Sum over receivers 1- 180 Output trace # 61 Sum over receivers 1- 180 Output trace # 66 Sum over receivers 1- 180 Output trace # 71 Sum over receivers 1- 180 Output trace # 76 Sum over receivers 1- 180 Output trace # 81 Sum over receivers 1- 180 Output trace # 86 Sum over receivers 1- 180 Output trace # 91 Sum over receivers 1- 180 Output trace # 96 Sum over receivers 1- 180 Output trace # 101 Sum over receivers 1- 180 Output trace # 106 Sum over receivers 1- 180 Output trace # 111 Sum over receivers 1- 180 Output trace # 116 Sum over receivers 1- 180 Output trace # 121 Sum over receivers 1- 180 Output trace # 126 Sum over receivers 1- 180 Output trace # 131 Sum over receivers 1- 180 Output trace # 136 Sum over receivers 1- 180 Output trace # 141 Sum over receivers 1- 180 Output trace # 146 Sum over receivers 1- 180 Output trace # 151 Sum over receivers 1- 180 Output trace # 156 Sum over receivers 1- 180 Output trace # 161 Sum over receivers 1- 180 Output trace # 166 Sum over receivers 1- 180 Output trace # 171 Sum over receivers 1- 180 Output trace # 176 Sum over receivers 1- 180 Output trace # 180 Sum over receivers 1- 180 Number of rays lost(source) = 3 Number of rays lost(receiver) = 0 The reflectivity output is the file reflect The reflectivity*cos(theta) is the file reflectcos STOP
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