### README: This is the directory tree of /home/cruhl/fakequakes/.
	# Data exists for 150 simulated ruptures on 27 individual fault configurations all created using MudPy.
        # <FAULT_NAME> refers to the 27 fault directories that have identical setup:
			# Bartlett_Springs, Garlock, Honey_Lake, Napa, San_Andreas, San_Jacinto, Calaveras, Greenville,
			# Hosgri, Owens_Valley, San_Andreas_North, Surprise_Valley, Death_Valley, Hat_Creek, Imperial,
			# Panamint_Valley, San_Andreas_South, West_Tahoe, Elsinore, Hayward, Maacama, Rinconada,
			# San_Diego_Trough, Homestead_Valley, Mohawk_Valley, Rose_Canyon, San_Gregorio
		# <SUBFAULT_NUM> --> indicates which subfault the Green's Functions belong to
		# <RUPT_NUM> --> 000000 - 000149 indicates which rupture of the 150 produced
        # <STATION> --> up to 1192 stations
        # <CHANNEL> --> specifies east, north, or vertical components
##############################################################################################################
### ACTUAL SYNTHETIC WAVEFORMS ARE IN ./fakequakes/<FAULT_NAME>/output/waveforms/<FAULT_NAME>.<RUPT_NUM>/. ###
##############################################################################################################

./fakequakes
    ├── <FAULT_NAME>
    │    ├── analysis
    │    │   └── frequency --> empty directory used by some MudPy functions
    │    ├── data
   	│    │   ├── station_info --> station lists used by multiple runs of MudPy functions
   	│    │   ├── model_info --> .fault file that defines the specific fault geometry as well as subsets
    │    │	 │					left over from parallel processing
   	│    │   ├── distances --> .npy files generated by and used by some MudPy functions
   	│    │   └── ruptures.list --> list of 150 ruptures generated
    │    ├── forward_models --> empty directory used by some MudPy functions
    │    ├── GFs
    │    │   ├── dynamic --> directories of Green's Functions for each subfault (.sub<SUBFAULT_NUM>)
    │    │   │   │           (subfault numbers match those in model_info)
    │    │   │   └── <long name>.sub<SUBFAULT_NUM> --> directory containing strike-slip (SS) and dip-slip (DS) 
    │    │   │                               and north (.n), east (.e), and vertical (.z) Green's Functions
    │    │   │                               for each individual station
    │    │   ├── static --> empty directory used by some MudPy functions
    │    │   ├── matrices --> .mseed files of matrices of the north (N), east (E), and vertical (Z) 
    │    │   │                strike-slip (ss) and dip-slip (ds) components of slip on each subfault
    │    │   └── STFs --> empty directory used by some MudPy functions
    │    ├── logs --> empty directory used by some MudPy functions
    │    ├── output 
    │    │   ├── statics
    │    │   ├── ruptures
    │    │   │   ├── <FAULT_NAME>.<RUPT_NUM>.log --> file with info for each rupture (e.g., Mw, hypocenter)
    │    │   │   └── <FAULT_NAME>.<RUPT_NUM>.rupt --> file of fault geometry and slip on each subfault
    │    │   └── waveforms --> contains individual directories for each of 150 ruptures
    │    │       └── <FAULT_NAME>.<RUPT_NUM>
    │    │           └──<STATION>.<CHANNEL>.sac --> SAC waveforms for each station
    │    ├── plots --> empty directory used by some MudPy functions
    │    ├── scripts --> empty directory used by some MudPy functions
    │    └── structure --> holds the velocity model or models used by MudPy
	│
    └── EverythingElse
        ├── faults --> fault files for each of the 27 faults
        ├── fq.py_files --> MudPy executable python scripts used to generate fakequakes for each fault
        ├── runfiles --> Shell scripts to run G-larmS simulations for all 150 ruptures for each of 27 faults
        │   ├── OEruns --> Offset Estimator (OE) runfiles for all individual ruptures
        │   └── PEruns --> Parameter Estimator (PE) runfiles for all individual ruptures
        ├── simulations --> vertical and horizonal displacement textfiles for each individual rupture
        └── python_scripts --> useful scripts for building runfiles, simulations, etc.
            └── README --> describes each script in the directory