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7.1 The hypocenter program,
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SEISAN
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6. Description of Programs
Contents
Index
7
. Hypocenter location programs: HYPOCENTER, HYPO71 and HYPOINVERSE
Subsections
7
.
1
The hypocenter program, HYP
7
.
1
.
1
Phases
7
.
1
.
2
Azimuth and single station location
7
.
1
.
3
Magnitudes
7
.
1
.
4
Use of S-P and L-S differences
7
.
1
.
5
Global event location
7
.
1
.
6
Criteria for a solution and weighting
7
.
1
.
7
Eliminating outliers
7
.
1
.
8
Determining which travel time software is used
7
.
1
.
9
Starting location
7
.
1
.
10
Preventing a local minimum
7
.
1
.
11
Alternative model
7
.
1
.
12
Location by grid search
7
.
1
.
13
Using HYP to determine crustal structure
7
.
1
.
14
Running HYP
7
.
1
.
15
Station and model files
7
.
1
.
16
RESET TEST parameters
7
.
1
.
17
HYP output
7
.
1
.
18
Problems
7
.
2
The Hypoinverse program, HYPINV
7
.
3
Plugin for the iLoc location algorithm, ILOC_SEISAN (Linux only)
7
.
4
Plugin for the NonLinLoc location algorithm, NLL_SEISAN (Linux only)
Peter Voss : Tue Jun 8 13:38:42 UTC 2021
