data("GH")
m <- match( GH$STNS, GH$stafile$name)
LATS <- GH$stafile$lat[m]
LONS <- GH$stafile$lon[m]
dees <- rdistaz( GH$pickfile$LOC$lat, GH$pickfile$LOC$lon, LATS, LONS)
sel <- which(GH$COMPS=="V")
sel <- sel[order(dees$dist[sel])]
### set up good colors
pcols <- seiscols(GH)
### select only vertical components
PLOT.SEISN(GH, sel=sel)
GH$units <- rep("m/s", times=length(GH$KNOTES))
GH$pcols <- pcols
###### simple plot of GH structure
YN <- PLOT.SEISN(GH, WIN=c(5,12))
###### a color must be provided for all traces.
###### simple plot of GH structure, with selection and colors
YN <- PLOT.SEISN(GH, WIN=c(5,12), sel=sel, COL=rainbow(length(sel)) )
#### alternating Y axes
YN <- PLOT.SEISN(GH, WIN=c(5,12) , dt=GH$dt[sel], sel=sel, sfact=1 ,
notes=GH$KNOTES[sel], YAX =3, UNITS = TRUE ,labs = GH$units[sel],
COL=pcols , TIT="test")
#### Y axes on same side
YN <- PLOT.SEISN(GH, WIN=c(5,12) , dt=GH$dt[sel], sel=sel, sfact=1 ,
notes=GH$KNOTES[sel], YAX =2, UNITS = TRUE ,labs = GH$units[sel],
COL=pcols , TIT="test")
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