# This is an example input file for the IM Event Set Calculator CLT.
#
# All lines that start with "#" here are comments and are ignored by the code (and can be removed if you want); 
# Choices below can be modified by uncommenting the "#";   
# The order of non-comment lines is important!
#
#
# First line defines which Earthquake Rupture Forecast (ERF) to use
# choose one of the following four choices (and remove quotes):
# "WGCEP (2007) UCERF2 - Single Branch"
# "USGS/CGS 2002 Adj. Cal. ERF"
# "WGCEP UCERF 1.0 (2005)"
# "GEM1 CEUS ERF"
# "Mean UCERF3"
# "Mean UCERF3 FM3.1"
# "Mean UCERF3 FM3.2"
# 
# Notes on UCERF3: If Mean UCERF3 FM3.1 or FM3.2 are selected, you can also append the start year and duration in order to use UCERF3-TD.
# Example: "Mean UCERF3 FM3.1 2014 30" for 30 year forecast starting in 2014. This only works for fault model specific Mean UCERF3 forecasts.
# Additionally, much more memory is required for UCERF3. It is recommended that you run it with -Xmx2G or greater.
# Finally, the UCERF3 model requires a fast internet connection when run for the first time with any given configuration as it downloads model files.
WGCEP (2007) UCERF2 - Single Branch
#
# Second line indicates how to handle background seismicity.  Options are "Include", "Exclude", and "Only Background".
Exclude
# Third line defines rupture offset for floating ruptures. Not applicable to UCERF3, but a value is still required.
# (between 1 and 100 km; 5 km is generally best)
5
#
# Fourth line specifies number N of Attenuation Relations
3
# One the next N lines, identify the N attenuation 
# relationships from the following options
# (first five are final NGA-West2 relationships, followed by 2008 NGA-West releationships):
# "Abrahamson, Silva & Kamai (2014)"
# "Boore, Stewart, Seyhan & Atkinson (2014)"
# "Campbell & Bozorgnia (2014)"
# "Chiou & Youngs (2014)"
# "Idriss (2014)"
# "Campbell & Bozorgnia (2008)"
# "Boore & Atkinson (2008)"
# "Abrahamson & Silva (2008)"
# "Chiou & Youngs (2008)"
# "Boore & Atkinson (2006)"
# "Chiou & Youngs (2006)"
# "Campbell & Bozorgnia (2006)"
# "Abrahamson & Silva (1997)"
# "Boore, Joyner & Fumal (1997)"
# "Campbell (1997) w/ erratum (2000) changes"
# "Campbell and Bozorgnia (2003)"
# "Field (2000)"
# "Sadigh et al (1997)"
# "SEA (Spudich et al., 1997)"
# "ShakeMap (2003)"
# "Choi & Stewart (2005)"
# "Abrahamson (2000)"
# "Baturay and Stewart (2003)"
# "Bazzuro and Cornell (2004)"
# "Goulet Et. Al. (2006)"
# Click links at side of following link for some details:
# http://www.opensha.org/glossary-attenuationRelation
Boore & Atkinson (2008)
Chiou & Youngs (2008)
Campbell & Bozorgnia (2008)
#
# Next, first choose the number of Intensity Measure Types to consider 
# in this calculation, and then specify those Intensity Measure Types.  
#
# Currently the following are supported: "PGA", "PGV", "SA", and "MMI".  
#
# If "SA" is chosen, then  give the period as well in one of the following formats
# (format will be automatically detected):
#		HAZO1: SAxy where x.y is the period (e.g., "SA10" for 1 second, and "SA02" for 0.2 seconds).
#		Regular: SA period (e.g., "SA 1.0" for 1 second, "SA 0.2" for 0.2 seconds)
# The code will throw and exception (show an error message) if the chosen 
# intensity-measure type is not supported by the chosen attenuation 
# relationship (the html documentation given above lists those that are supported)
# 
# Number of IMTs for which computation needs to be done
3
# Identify those IMT's:
PGA
SA02
SA 1.0
# 
# Next, give the number of sites and then the lat, lon, and  
# Vs30 (m/sec) or Wills site classification for each. If no Vs30 is given, then it will 
# default to the Vs30 given by a digitized version of the 
# Wills et al. (2006, BSSA, v. 96; no. 4A; p. 1483-1501). This latter
# feature requires internet access.
#
# Specify the number of sites:
3
# Enter the Lat, Lon, and optionally Vs30 or Wills class on a separate line for each:
# e.g., "34.1 -118.1 760"  
34.0543 -118.0821 270
33.6567 -117.7051 270
34.0852 -118.1421 360
