Install edu.sc.seis.TauP.TauP_Table_NLL using one of the following options:
(Requires Java version 1.8 or later)

Instructions for using the Java archive TauP_NLL.jar:
1.  Download the Java archive TauP_NLL.jar to a convenient java archive directory
2.  Make sure TauP_NLL.jar is on your java classpath

Instructions for using the class edu.sc.seis.TauP.TauP_Table_NLL with TauPToolkit:
1.  Download, install and test the TauPToolkit (see http://www.seis.sc.edu/taup/).
2.  Copy the file TauP_Table_NLL.class to the TauPToolkit class directory (.../edu/sc/seis/TauP/)


To test edu.sc.seis.TauP.TauP_Table_NLL with the Java archive TauP_NLL.jar:
1.  Set the classpath
		export CLASSPATH=<convenient java archive directory>/TauP_NLL.jar
2.  Run:
		java edu.sc.seis.TauP.TauP_Table_NLL -help
    to see the help for TauP_Table_NLL
3.  Run example script using TauP_Create and TauP_Table_NLL to generate NonLinLoc Grid files for the travel times from a surface source:
		bash TauP_Table_NLL.sh
	or
		sh TauP_Table_NLL.sh
4.  Plot the travel times using GMT
		bash plot_time.gmt.sh
	or
		sh plot_time.gmt.sh
	Visualise travel times in file ak135/ak135.P.DEFAULT.time.ps

To use edu.sc.seis.TauP.TauP_Table_NLL with the Java archive TauP_NLL.jar:

1.  Set the classpath
		export CLASSPATH=<convenient java archive directory>/TauP_NLL.jar
2.  Create and run a script using TauP_Create and TauP_Table_NLL to generate NonLinLoc Grid files for the travel times from a surface source.
    (see TauP_Table_NLL.sh - Example script to run TauP_Table_NLL to generate travel times in the ak1365 model for the whole earth (0-180 deg))
3.  Plot the travel times using GMT
    (see plot_time.gmt.sh - Example script to plot travel time grids generated by TauP_Table_NLL)