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Ewspectra, compute_spectra & sniffspectra

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2<HEAD>
3<TITLE>Earthworm Modules: Ewspectra Configuration File</TITLE>
4</HEAD>
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6<BODY TEXT="#000000" BGCOLOR="#FADFAF" LINK="#0000EE" VLINK="#551A8B" ALINK="#FF
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9<CENTER><H1><BR>Ewspectra Configuration File </H1>
10<I>(last revised 2 March, 2010)</I></CENTER>
11<pre>
12#
13#         ewspectra Configuration File
14#
15MyModuleId    MOD_EWSPEC # ewspectra's module id
16
17wsTimeout         1000  # timeout, in seconds, for talking to waveservers
18
19# Waveservers to listen to: IP Port
20# Can have up to 20
21WaveServer        128.97.24.133 16022
22
23WSDebug       3         # Debugging level of communication w/ waveserver
24
25###
26### Specify which SCNLs to process & what operation to perform on them
27###
28
29# Produce spectra from a specific SCNL
30PlainSpectraSCNL 5405 HNN NP GE
31#PlainSpectraSCNL 5405 HNE NP GN
32
33# Produce spectra from the difference between first SCNL and second
34# If writing to a ring, third SCNL is needed to be used in messages written
35#DiffSpectraSCNLs               5405 HNE NP DS 5405 HNE NP XW
36
37# Produce spectra from the deconvolution of the second SCNL from the first
38# If writing to a ring, third SCNL is needed to be used in messages written
39#DeconvolveSpectraSCNLs 5405 HNN NP GE 5405 HNN NP XE 5405 HNN NP S1
40#DeconvolveSpectraSCNLs 5405 HNN NP XE 5405 HNN NP GE 5405 HNN NP S2
41
42###
43### Specify timespan of data to process
44###
45
46# Timespan of data to process: Start Duration
47#       Start is either YYYYMMDDHHMMSS or -S (for S seconds before now)
48#       Duration is in seconds
49#TimeSpan       -3600 29
50#TimeSpan       20110329070000 29
51
52TimeSpan        20110418000000 29       # 1st sample
53#TimeSpan       20110414010000 2        # 2nd sample (hour later)
54
55#InRing     TEST_RING   # Transport ring to find COMPUTE_SPECTRA messages on
56
57###
58### Specify options for pre-processing the timeseries data
59### before computing the SPECTRA
60###
61
62# Taper source data: Type Fraction
63#               Type is either BARTLETT, HANNING, PARZAN, or BMHARRIS
64#               Fraction is how much of each end of data is tapered
65Taper   HANNING 0.1
66
67# Butterworth filters: CutoffFreq Poles
68#       CutoffFreq is the cutoff frequency
69#       Poles is the number of poles used (must be an even number)
70#       LowCut = highpass filter (cut frequencies below CutoffFreq)
71#       HighCut = lowpass filter (cut frequencies above CutoffFreq)
72LowCut           0.1    4
73HighCut          2.0    4
74
75###
76### Optional smoothing of SPECTRA
77###
78Smooth  0.1                             # Source data smoothing; argument is size of window in secs
79
80
81###
82### Specify data to include in output & where it should go
83###
84
85#ReportPeaks    6       0.4     0.8             # Report the top N peaks between the two frequencies
86ReportSpectra                                   # Report the full computed spectra
87
88OutRing    HYPO_RING    # Transport ring to write SPECTRA and/or SPECTRA_PEAK messages to
89#OutFile                ./ews_out.txt   # File to write spectra and/or peak info to
90</pre>
91<CENTER> 
92<A HREF="../modules.html">Module Index</A> |
93<A HREF="../ovr/ewspectra_ovr.html">Ewspectra Overview</A>
94</CENTER>
95
96
97<!-- USGS-required stuff at the end -->
98<HR>
99<ADDRESS>
100Contact: <B><address> Questions? Issues? <a href="http://lyris.nmt.edu/read/all_forums/subscribe?name=earthw" target="_blank">Subscribe to the Earthworm List (earthw). </a></address></B><BR>
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