Adaptive Stacking - apply adaptive stacking algorithm to all traces in active trace-group, traces are aligned based on waveform stack similarity in stack window, specified reference phase type pick is auto-picked on all traces using adaptive stacking time shifts. (*)
(implementation of tcas Adaptive Stacking code, http://rses.anu.edu.au/seismology/soft/astack/, Rawlinson, N. and Kennett, B. L. N. 2004. Rapid estimation of relative and absolute delay times across a network by adaptive stacking. Geophys. J. Int. , 157 , 332-340. http://rses.anu.edu.au/seismology/soft/astack/aspaper.pdf
Apply - calculate with the current settings
NumIter: <nnn> - Number of times the adaptive stacking loop will be run.
LpNorm: <nnn> - Controls the norm used to measure the difference between the stacked trace and each station trace.
ErrorBounds: min: <nnn> max: <nnn> - Maximum and minimum errors (sec). Constrain the error between the two given values; these can be set to zero (min) and some very large value (max) if you want to allow the error to be completely unconstrained.
StackWindow: begin: <nnn> length: <nnn> - Specifies the start time and length of the stack window. The start time is measured from the start of the currently displayed trace windows. The stack window should span the length of the wavelet you wish to use for adaptive stacking. The start time and length should allows the stack window to capture the main P pulse.
DiffTime: min: <nnn> max: <nnn> - Specifies the limits of allowable time shifts used to find the minimum of the difference between each stacked trace and the reference trace. In the teleseismic case, a few seconds should be sufficient.
Auto - Sets StackWindow and DiffTime automatically based on current displayed trace windows
PhaseType - specifies name of reference phase type, this is a unique pick on one trace which will be auto-picked on all traces using adaptive stacking time shifts
Defaults - set all tool values to default