swig: Seismic Analysis

Description

Main Interactive Program for plotting and analyzing seismic waveform data.

Usage

swig(GH, sel = 1:length(GH$dt), ORD = NULL, WIN = NULL, APIX = NULL,
PHASE = NULL,
STDLAB = NULL, PADDLAB = NULL, TEMPBUT=NULL,
SHOWONLY = FALSE, CHOP = FALSE, TIT = "",
pts = FALSE, forcepix = FALSE, pcex=0.7, SCALE = 1, ilocstyle=1,
velfile = "", stafile = "", LOC = NULL,
FILT=list(fl=.2, fh=15,  type="HP", proto="BU"), filters=NULL)

Arguments

Value

Various strucutres are returned based on interactive selections of the user.
Howeverr, the default return list:
butlast button pushed
sloclocation of last set of clicks
WPXset of saved WPIX (window picks
BRUNINFOBrune Model information
DETLINFODetailed information about traces
markmark (MARK button was pressed
PUSHEDlist of all buttons pressed prior to exit

Details

This is the main program that drives the other analysis in RSEIS. GH is a list consisting of header (meta-data) and time series information. See documentation on GH to get complete description.

A set of filters can be defined by the user, see choosfilt Default Buttons, can be created by: STDLAB = c("DONE", "QUIT","zoom out", "zoom in", "Left", "Right", "restore", "Pinfo","WINFO", "XTR", "SPEC", "SGRAM" ,"WLET", "FILT", "UNFILT", "SCALE", "Postscript")

Examples

Run this code

data("GH")
###  This loads a structure


  STDLAB = c("DONE", "QUIT","zoom out", "zoom in", "Left", "Right", "restore", "Pinfo","WINFO",
                           "XTR", "SPEC", "SGRAM" ,"WLET", "FILT", "UNFILT", "SCALE", "Postscript")

sel=GH$COMPS=="V" 
p = swig(GH, sel=sel, STDLAB=STDLAB)
print(p)

 p = swig(GH, sel=sel, WIN=c(4,14) , STDLAB=c("DONE", "LAME", "DAME"))
print(p)