[转载]ZMAP3.0--地震分析工具箱

摘要:
原始地址:ZMAP3.0——地震分析工具箱作者:true第1章简介ZMAP到底是什么?HTML用户指南获取ZMAPSampleDataWhyMMatlab?没有什么是完美的…确认第2章设置开始一般备注系统要求
原文地址:ZMAP3.0--地震分析工具箱作者:true
 
Chapter 1 Introduction
What is ZMAP anyway?
HTML Users Guide
Obtaining ZMAP
Sample Data
Why Matlab?
Nothing Is Perfect...
Acknowledgments
Chapter 2 Getting Started
General Remarks
System Requirements
Installing ZMAP on Your Computer
Starting ZMAP
Help in ZMAP
Printing in ZMAP
Chapter 3 Data Import
Importing Data as ASCII Columns Files
Writing your own formatted import filter
Import as Hypoellipse - String conversion
Adding Information to an Existing *.mat File or Replacing Information
Manually Entering Overlay Symbols
Current Dataset Information
Chapter 4 The Map Window
Layout Tools
Changing Symbol Sizes
Selecting Earthquakes
The Catalog Menu
The Tools - an overview
Mean Depth Investigation
3D View
Time Depth Plot
Time Magnitude Plot
Summary Plots
Cross-Sections
Chapter 5 The Cumulative Number Window
The Tools
p-value estimation:
Time to failure analysis
Chapter 6 Declustering an Earthquake Catalog
Introduction
Cluster Menu
Seismicity Map (Cluster)
.Single Cluster Examination
Chapter 7 Investigating Seismicity Rate Changes
Comparing seismicity rates
GenAS
Using GENAS with a Grid
Chapter 8 Maps of z-values
Producing a Grid
The AS(t) Function
The LTA Function
The Rubberband Function
Percent
Plotting a Map
Understanding Z-value Maps
Maximum Z-value Maps
Animating Z-value Maps
Time-cuts of Z-value Maps
Tools from the Z-value Map Window
Probability Maps
Resolution Maps
The Alarm Cube
Tools from the Alarm cube window
z-values in cross-sections
Chapter 9 Mapping the frequency-magnitude distribution
General Remarks
Map view of the frequency-magnitude distribution
b-values in cross-section view
Chapter 10 Synthetic earthquake catalogs
Overview
Evaluate random z-value distribution (one window-length)
Evaluate random z-value distribution (window-length)
Evaluate random z-value distribution (repeat maximum)
Evaluate synthetic random z-value distribution (repeat maximum)
Evaluate random b-value distribution
Chapter 11 SEISMOLAP
METHOD
SEISMOLAP calculated at one point
SEISMOLAP calculated for a grid
SEISMOLAP Alarm Cube
Chapter 12 Stress-tensor inversions and the cumulative misfit method
Introduction
Data requirements
Stress Tensor Inversion
The cumulative misfit method
Chapter 13 Troubleshooting
Chapter 14 Customizing ZMAP
Chapter 15 Tips for programmers
General remarks
Chapter 16 References
Index

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