这是我在编程中的苏第一枪。它可能是一位专业



一般用途，但。我们的地震折射数据已组织



接收机的网站集，每一集的痕迹的信号



对于不同的拍摄一个位置，每道头进行偏移



从接收机的位置射门。我们可以把组件的痕迹



一个接收器收集空间，任意选择一个痕迹的收集



“中心”的痕迹和使用之间的差异在炮点偏移



组件的痕迹和“中心”作为一个跟踪轨迹偏移的痕迹。然后



“中心”跟踪各种慢线绘制在每个样品



收集并符合震级最大的总和取代样品



输出跟踪（每输入一输出道集）。



以，-This is my first shot at programming in SU. It may be a bit specialised for

general use, though. We have seismic refraction data that has been organised

as receiver site gathers, each trace of a gather representing the signal at

one location for a different shot, and each trace header carries the offset of

the shot from the receiver location. We can then treat the component traces of

a receiver gather spatially, arbitrarily picking one trace of the gather as

the "centre" trace and using the difference in shot point offsets between a

component trace and the "centre" trace as a trace-to-trace offset. Then for

each sample of "centre" trace various slowness lines are drawn across the

gather and that line with the largest magnitude sum replaces the sample on

the output trace (one output trace per input gather).



Regards,

Tony Kocurko