Publication containing results from models in this data release: --------------------------- Tiedeman, C.R. and Warren Barrash, 2019, Hydraulic tomography: 3D hydraulic conductivity, fracture network, and connectivity in mudstone. Groundwater. doi: 10.1111/gwat.12915 In this readme file, the citation (Tiedeman and Barrash 2019) refers to journal article listed above. This Data Release: --------------------- Tiedeman, C.R. and Warren Barrash, 2019, MODFLOW-2005 and MODPATH models used to simulate hydraulic tomography pumping tests and identify a fracture network, former Naval Air Warfare Center, West Trenton, NJ, https://doi.org/10.5066/P9QUV0TS Additional Data Release associated with the above publication: --------------------- Tiedeman, C.R., Warren Barrash, Colby Thrash, and Jeremy Patterson, 2019, Pumping Rate, Drawdown, and Atmospheric Pressure Data from Hydraulic Tomography Experiment at the Former Naval Air Warfare Center, West Trenton, NJ, 2015-2016, https://doi.org/10.5066/P95XFIYV ---------------------------------------------------------------------------------------------------- Archive Revision History: ------------------------ 01/28/2019 Model archive created to conform to the structure specified for public release of groundwater flow and transport models. 03/18/2019 Model archive update based on USGS colleague reviews of model archive. ---------------------------------------------------------------------------------- Tiedeman2019_Groundwater\ Description: ----------- The underlying directories contain all of the input and output files for the simulations described in Tiedeman and Barrash (2019), and source code for MODFLOW-2005 (v1.11.0), MODPATH (v6.0), and ModelViewer (v1.7). Descriptions of the data in each directory are given to facilitate understanding of this model archive. File descriptions are provided for selected files to provide additional information that may be of use for understanding this model archive. Support is provided for correcting errors in the data release and clarification of the modeling conducted by the U.S. Geological Survey. Users are encouraged to review the complete manuscript of Tiedeman and Barrash (2019) to understand the purpose, construction, and limitations of the models. ----------------------------------------------------------------------------------- Reconstructing the data release from the online data release: ------------------------------------------------------------- This data release is available from: https://doi.org/10.5066/P9QUV0TS The models will run successfully only if the original directory structure is correctly restored. The data release is broken into several pieces to reduce the likelihood of download timeouts. Small files (readme.txt and modelgeoref.txt) are available as uncompressed files. All other files are zipped at the subdirectory level. For example, the files in the "georef" subdirectory are zipped into a zip file named "georef.zip". All zip files should be unzipped into a directory with the same name as the zip file name without the .zip extension. The highest-level directory structure of the original data release is: Tiedeman2019_Groundwater\ \ancillary\ Contains scripts and files for plotting and visualizing results \bin\ Contains binary executable files for MODFLOW-2005, MODPATH, and ModelViewer \georef\ Contains ArcGIS shapefile of model domain outline \model\ Contains input files for MODFLOW-2005 and MODPATH simulations \output\ Contains output files for MODFLOW-2005 and MODPATH simulations \source\ Contains the source code files for MODFLOW-2005 and MODPATH The contents of these directories are listed and described below. System requirements: -------------------- Each flow model in the model\*_module\ directories requires approximately 800 MB of available Random Access Memory (RAM). The models have been run successfully on computers running the 64-bit Windows 7 operating system. Running the models: -------------------- 51 simulations are included in this data release that use MODFLOW-2005 and 28 simulations are included that use MODPATH. To run the 47 MODFLOW models that each simulate one pumping test conducted as part of a hydraulic tomography experiment (see Tiedeman and Barrash 2019) execute the batch file 'mf2005.BAT' in each of the 47 directories under model\ that have names ending in 'module' (e.g., directory model\071615_test1_Q85I_module\). These batch files execute the double-precision version of MODFLOW-2005. To run the models outside of the batch file, run the executable mf2005dbl.exe in the bin\ directory, and enter the MODFLOW name file at the prompt. To run the 4 MODFLOW models that simulate steady-state flow across the model under hydraulic gradients imposed by constant head boundaries, execute the batch file 'mf2005.BAT' in each of the 4 directories under model\ that have names ending in 'modflow' (e.g., directory model\EastToWest_modflow\). These batch files execute the double-precision version of MODFLOW-2005. Simulated fluxes in these models are used as input to the MODPATH runs; these MODFLOW simulations must be conducted prior to conducting the MODPATH runs. To run any of the MODFLOW models outside of a batch file, run the executable mf2005dbl.exe in the bin\ directory, and enter the MODFLOW name file (for example, file model\071615_test1_Q85I_module\071615_test1_Q85I.mfn) at the prompt. To run the 28 MODPATH simulations, execute the batch file mp_*.bat in each of the 28 directories under model\ that have 'modpath' in its name (e.g., directory model\EastToWest_modpath_startCol48\). To run any of the MODPATH models outside of a batch file, run the executable mp6x64.exe in the bin\ directory, and enter the MODPATH simulation file (for example, file model\EastToWest_modpath_startCol48\mp.sim.startCol48) at the prompt. The run times for the 47 models of pumping tests range from 26 to 206 minutes, with an average of 112 minutes, on a PC with Intel Xeon CPU E5-2680 v3 @ 2.50 GHz, with 128GB RAM and 24 cores. These run times occurred when multiple forward runs were conducted in parallel on the cores of this computer. The run times for the 4 steady state models and for the MODPATH simulations are each less than 1 minute. Description of directories and files ------------------------------------ Tiedeman2019_Groundwater\ Description and Content: ----------- This directory contains the directories listed above (\ancillary, \bin, \georef, \model, \output, and \source) and the following files: readme.txt : This file, which documents the structure of the data release and instructions on how to run the models. modelgeoref.txt : ASCII file with the four corners of a rectangle encompassing the model domain in decimal degrees. ancillary\ File: ----- observation_names.xlsx This file shows the correspondence between the observation interval names as defined in Tiedeman and Barrash (2019) and the observation names used in the Modflow head observation files (testname.hob) in the model\*_module\ directories. Directories ----------- common\ Contains functions and input files common to the matlab and octave scripts in directories plot_drawdown_curves\ and plot_sim_vs_obs\ octave_installer\ Contains Windows 64-bit installer for Octave version 4.4.1. plot_drawdown_curves\ Contains scripts for plotting observed and simulated drawdown curves. plot_sim_vs_obs\ Contains scripts for plotting simulated versus observed drawdowns used in the inversion. output.plot_drawdown_curves\ Contains .png files with the plots produced by running scripts in the directory plot_drawdown_curves\ output.plot_sim_vs_obs\ Contains .png files with the plots produced by running scripts in the directory plot_sim_vs_obs\ visualize_figure7\ Contains files for creating the visualizations in Figure 7 of Tiedeman and Barrash (2019). Description of directories under ancillary\ ------------------------------------------- common\ ------ Files: ------ input_variables_inversion_tests.mat -- input file to Matlab and Octave with variables needed for the scripts that produce plots of drawdown from tests used in the inversion. input_variables_withheld_tests.mat -- input file to Matlab and Octave with variables needed for the scripts that produce plots of drawdown from tests withheld from the inversion. mtit.m -- Matlab and Octave function for making a figure title. Obtained from https://www.mathworks.com/matlabcentral/fileexchange/3218-mtit-a-pedestrian-major-title-creator reader_obs.m -- Matlab and Octave function for reading data in a Modflow simulated head file. rgb.m -- Matlab and Octave function for specifying colors. Obtained from: https://www.mathworks.com/matlabcentral/fileexchange/24497-rgb-triple-of-color-name-version-2 octave_installer\ ----------------- File: ---- octave-4.4.1-w64-installer.exe The .exe file is for installing the 64-bit version of Octave on a computer running Windows OS. Octave is a free software that has much of the functionality of Matlab (https://www.gnu.org/software/octave/). The installer is provided in this model archive for users who do not have a Matlab license. The scripts in this model archive were developed in Matlab. These scripts were modified slightly, and included in this archive as Octave versions, so that they run in Octave and produce figures similar to the Matlab scripts. plot_drawdown_curves\ -------------------- Directories: ----------- matlab\ contains scripts that run in Matlab R2017b. These scripts have names ending in _matlab.m octave\ contains scripts that run in Octave v.4.4.1. These scripts have names ending in _octave.m The scripts in each of these directories are (* stands for 'matlab' or 'octave', depending on which of the two above directories the script is in): plot_dd_curves_all_*.m script for plotting simulated and observed drawdown curves for all tests and all observation locations used in the inversion. plot_dd_curves_Fig8_*.m script for plotting simulated and observed drawdown curves displayed in Figure 8 of Tiedeman and Barrash (2019). plot_dd_curves_Fig11_*.m script for plotting simulated and observed drawdown curves displayed in Figure 11 of Tiedeman and Barrash (2019). plot_dd_curves_FigS8A_*.m script for plotting simulated and observed drawdown curves displayed in Figure S8A of Tiedeman and Barrash (2019). plot_dd_curves_FigS8B_*.m script for plotting simulated and observed drawdown curves displayed in Figure S8B of Tiedeman and Barrash (2019). plot_dd_curves_FigS9_*.m script for plotting simulated and observed drawdown curves displayed in Figure S9 of Tiedeman and Barrash (2019). The comments in each of these scripts describe their inputs and functionality. plot_sim_vs_obs\ ---------------- Directories: ----------- matlab\ contains the script sim_vs_obs_matlab.m that runs in Matlab R2017b. octave\ contains the script sim_vs_obs_octave.m that runs in Octave v.4.4.1. The script sim_vs_obs_*.m produces six plots of simulated versus observed drawdowns used as calibration observations in the inversion. The plots produced are those in Figure 9A-F of Tiedeman and Barrash (2019). The comments in the scripts describe its inputs and functionality. output.plot_drawdown_curves\ --------------------------- Directories: ----------- matlab\ contains .png files with figures produced by running the Matlab scripts in plot_drawdown_curves\matlab\ octave\ contains .png files with figures produced by running the Octave scripts in plot_drawdown_curves\octave\ The figures produced by Matlab and by Octave differ in appearance but plot the same observed and drawdown data. output.plot_sim_vs_obs\ ----------------------- Directories: ----------- matlab\ contains .png files with figures produced by running the Matlab script in plot_sim_vs_obs\matlab\ octave\ contains .png files with figures produced by running the Octave script in plot_sim_vs_obs\octave\ The figures produced by Matlab and by Octave differ in appearance but plot the same observed and drawdown data. -------------------------------------------------------------- visualize_figure7\ Contains files for running ModelViewer to create the visualizations in Figure 7 of Tiedeman and Barrash (2019). The results visualized are obtained by post-processing results of the particle tracking simulations in the directories model\*modpath*. The post-processing procedure is described in the second paragraph of the 'Particle Tracking to Locate Fast Channelized Paths Through Fracture Network' section of Tiedeman and Barrash (2019). The visualize_figure7\ directory, contains the final results of this post-processing. The set of model cells that is visualized, and that describes the fast channelized paths, is obtained by first identifying this set using the post-processing procedure, and then writing the hydraulic conductivity (K) value of each of these cells into a multiplication array. For model cells that are not in the set, a K value of 1e-20 is written into the array. In the MODFLOW LPF input files for the ModelViewer visualizations, this multiplication array is specified as containing the K input. For the visualizations, the cells with 1e-20 are excluded from being visualized by thresholding using the Solid toolbox, with a minimum value of 1e-10. To run ModelViewer for the visualizations, execute ModelViewer.bat, which runs the ModelViewer executable in directory source\ModelViewer.1_7\. In ModelViewer go to File --> Open and open Combine_28Sims_Fig7A.mv or Combine_28Sims_Fig7B.mv. The binary head file in this directory (StSt_NoPump_EastToWest.bhd) is a 'dummy' file; it is a required input for ModelViewer but is not used in the visualizations. bin\ Description: ----------- This directory contains the binary executable files for MODFLOW-2005 and MODPATH that were used for the simulations described in Tiedeman and Barrash (2019). Files: ----------- mf2005dbl.exe: MODFLOW-2000 (version 1.11.00) executable mp6x64.exe: MODPATH (version 6.0) executable Directory: ---------- ModelViewer.1_7\ contains executable for ModelViewer (version 1.7) georef\ Description: ----------- This directory contains an ArcGIS shapefile defining the active area of the models described in Tiedeman and Barrash (2019). Files: --------- Tiedeman2019_Groundwater.cpg: part of the Tiedeman2019_Groundwater.shp shapefile Tiedeman2019_Groundwater.dbf: part of the Tiedeman2019_Groundwater.shp shapefile Tiedeman2019_Groundwater.prj: part of the Tiedeman2019_Groundwater.shp shapefile Tiedeman2019_Groundwater.sbn: part of the Tiedeman2019_Groundwater.shp shapefile Tiedeman2019_Groundwater.sbx: part of the Tiedeman2019_Groundwater.shp shapefile Tiedeman2019_Groundwater.shp: part of the Tiedeman2019_Groundwater.shp shapefile Tiedeman2019_Groundwater.shp.xml: part of the Tiedeman2019_Groundwater.shp shapefile Tiedeman2019_Groundwater.shx: part of the Tiedeman2019_Groundwater.shp shapefile model\ Description: ----------- This directory contains all of the input files for the models described in Tiedeman and Barrash (2019). These input files are contained in 51 directories with files for MODFLOW simulations and 28 directories with files for MODPATH simulations. Directories under model\ -------------------- 071615_test1_Q85I_module\ 071615_test2_Q85H_module\\ 071615_test3_Q87I_module\ 071715_test1_Q87H_module\ 071715_test2_Q83E_module\ 071715_test3_Q89K_module\ 071815_test1_Q86M_module\ 071815_test3_Q86O_module\ 072015_test1_Q83G_module\ 072015_test2_Q83F_module\ 072015_test3_Q85J_module\ 072115_test1_Q85F_module\ 072115_test2_Q87G_module\ 072115_test3_Q87J_module\ 072115_test4_Q88I_module\ 072215_test1_Q88H_module\ 072215_test2_Q88F_module\ 072215_test3_Q83H_module\ 080616_test1_Q85I3_module\ 080616_test2_Q89H2_module\ 080816_test1_Q85J5_module\ 080816_test2_Q83I3_module\ 080916_test1_Q88J5_module\ 080916_test2_Q88I3_module\ 080916_test4_Q87J5_module\ 081016_test2b_Q89J2_module\ 081016_test4_Q83J4_module\ 081016_test5_Q84J1_module\ 081116_test1_Q87J7_module\ 081116_test4_Q85J4_module\ 081616_test1_Q88J3_module\ 081616_test3_Q84H_module\ 081716_test2_Q85I2_module\ 081816_test1_Q83F2_module\ 081816_test2b_Q88G2_module\ 081816_test3_Q87G2_module\ 081916_test1_Q88EF_module\ 081916_test2_Q87EF_module\ 081916_test4_Q85EF_module\ 082016_test1_Q89H_module\ 082016_test4_Q87I2_module\ 082216_test2_Q85J2_module\ 082216_test3b_Q84F_module\ 082216_test4_Q83G2_module\ 082316_test1_Q84E_module\ 082316_test2_Q88I2_module\ 082316_test3_Q83H2_module\ externalfiles\ EastToWest_modflow\ EastToWest_modpath_startCol48\ EastToWest_modpath_startCol52\ EastToWest_modpath_startCol56\ EastToWest_modpath_startCol60\ EastToWest_modpath_startCol64\ EastToWest_modpath_startCol68\ EastToWest_modpath_startCol72\ NorthToSouth_modflow\ NorthToSouth_modpath_startRow13\ NorthToSouth_modpath_startRow17\ NorthToSouth_modpath_startRow21\ NorthToSouth_modpath_startRow25\ NorthToSouth_modpath_startRow29\ NorthToSouth_modpath_startRow33\ NorthToSouth_modpath_startRow37\ SouthToNorth_modflow\ SouthToNorth_modpath_startRow48\ SouthToNorth_modpath_startRow52\ SouthToNorth_modpath_startRow56\ SouthToNorth_modpath_startRow60\ SouthToNorth_modpath_startRow64\ SouthToNorth_modpath_startRow68\ SouthToNorth_modpath_startRow72\ WestToEast_modflow\ WestToEast_modpath_startCol13\ WestToEast_modpath_startCol17\ WestToEast_modpath_startCol21\ WestToEast_modpath_startCol25\ WestToEast_modpath_startCol29\ WestToEast_modpath_startCol33\ WestToEast_modpath_startCol37\ Description of directories under model\: --------------------------------------- *_module\ directories: ---------------------- Each directory with a name ending in 'module' is associated with one pumping test conducted as part of the hydraulic tomography experiment at the former Naval Air Warfare Center, West Trenton, NJ. For each directory, the well interval in which the pumping test was conducted is indicated by the string between 'Q' and '_module' in the directory name. Pumping tests are listed in Table 1 of Tiedeman and Barrash (2019). *********************************************************************** * In the directory name, the entire string preceding '_module' is * * defined here as 'testname', for purposes of the discussion below. * *********************************************************************** Each directory testname_module\ contains input files for simulating a forward model run of the pumping test denoted by testname. Details of the setup of these forward runs are given in the 'Forward Modeling' section, the 'Forward Modeling Details' section in Appendix S2, and Figure S3 of Tiedeman and Barrash (2019). 42 of the directories with names ending in '_module' (all except for the 5 directories for testnames 071715_test2_Q83E, 071815_test3_Q86O, 081016_test4_Q83J4, 081616_test3_Q84H, and 082216_test4_Q88G2) contain input files for simulating the pumping tests used in the inversion (see 'Inverse Modeling' section of Tiedeman and Barrash (2019)). 5 of the directories with names ending in '_module' (directories for testnames 071715_test2_Q83E, 071815_test3_Q86O, 081016_test4_Q83J4, 081616_test3_Q84H, and 082216_test4_Q88G2) contain input files for simulating the pumping tests reserved for a quality check on the inversion results. These simulations are described in the 'Fit to Tests Withheld From Inversion' section of Tiedeman and Barrash (2019). For the simulations in all 47 directories with names ending in 'module', the MODFLOW MLT input file contains the 3D K distribution estimated by hydraulic tomography (see 'Results: Estimated 3D K Distribution, Fracture Network, and Connectivity' section of Tiedeman and Barrash (2019)). Output of each simulation includes the file testname.hms containing simulated heads (1) at observation locations and times used in the inversion and (2) at multiple times over the full elapsed time of a pumping test. The testname.hms files are used as input files for the scripts in directories under ancillary\plot_sim_vs_obs\ and ancillary\plot_drawdown_curves\. Files ----- The set of files in each of the testname_module directories is: testname.dis MODFLOW Discretization file (discretization into rows and columns is the same for all models but discretization into layers differs among models) testname.gmg MODFLOW GMG solver file testname.mfn MODFLOW name file testname.mlt MODFLOW Multiplier Array file testname.oc MODFLOW Output Control file testname.wel MODFLOW Well Package file mf2005.bat batch file to execute MODFLOW-2005 usgs.model.reference data that registers the model in space and in time *_modflow\ directories: ---------------------- Each directory with a name ending in '_modflow' contains files for a steady-state MODFLOW run with constant head boundaries specified so that a hydraulic gradient is produced in one of the 4 following directions: West to East, East to West, North to South, and South to North. Details of the setup of these forward runs are given in the 'Particle Tracking Simulation Details' section of Appendix S2, and in Figure S4, of Tiedeman and Barrash (2019). Output of each simulation includes the file StSt_NoPump_###.bud, where ### is EastToWest, NorthToSouth, SouthToNorth, or WestToEast. This file contains the cell by cell fluxes that are used as input files to the MODPATH runs described below. Files ----- The set of files in each of the *_modflow directories is: StSt_NoPump_###.mfn MODFLOW name file StSt_NoPump_###.chd MODFLOW Time Variant Specified Head file mf2005.bat batch file to execute MODFLOW-2005 usgs.model.reference data that registers the model in space and in time Directories with 'modpath' in their names: ---------------------------------------------- The directories with 'modpath' in their name contain input files for MODPATH simulations described in the first paragraph of the 'Particle Tracking to Locate Fast Channelized Paths Through Fracture Network' section and in the 'Particle Tracking Simulation Details' section of Appendix S2 in Tiedeman and Barrash (2019). There are 7 directories for each of the 4 flow directions (West to East, East to West, North to South, and South to North). The MODPATH particle starting locations differ in each of the 7 directories for a given flow direction. In each of the 7 directories for a particular flow direction, the output from the *_modflow directory for that flow direction is used as input to the MODPATH run. Files ----- The set of files in each of the directories with 'modpath' in their names is: mp.sim.start%%% MODPATH Simulation File mp_start%%%.bat batch file to execute MODPATH6 usgs.model.reference data that registers the model in space and in time where %%% is a string indicating the Row (for the north to south and south to north simulations) or Col (for the east to west and west to east simulations) of the starting particle positions. In two directories for each flow direction, two additional files are provided: StSt_NoPump_###_start%%%.mv ModelViewer input file StSt_NoPump_###_mv.mfn MODFLOW name file used by ModelViewer These ModelViewer input files are provided for visualizing the particle paths from 2 of the 7 MODPATH simulations in each flow directions. In one of these simulations, the starting particles are on the plane closest to the up-gradient constant head boundary and in the other simulation, the starting particles are on the plane furthest from the up-gradient constant head boundary. See second paragraph of 'Particle Tracking Simulation Details' in Appendix S2 of Tiedeman and Barrash (2019) for description of these starting planes. In EastToWest_modpath_startCol48\, the ModelViewer input file is: StSt_NoPump_EastToWest_startCol48.mv -- paths for run with starting plane furthest from up-gradient constant head boundary In EastToWest_modpath_startCol72\, the ModelViewer input file is: StSt_NoPump_EastToWest_startCol72.mv -- paths for run with starting plane closest to up-gradient constant head boundary In NorthToSouth_modpath_startRow13\, the ModelViewer input file is: StSt_NoPump_NorthToSouth_startRow13.mv -- paths for run with starting plane closest to up-gradient constant head boundary In NorthToSouth_modpath_startRow37\, the ModelViewer input file is: StSt_NoPump_NorthToSouth_startRow37.mv -- paths for run with starting plane furthest from up-gradient constant head boundary In SouthToNorth_modpath_startRow48\, the ModelViewer input file is: StSt_NoPump_SouthToNorth_startRow48.mv -- paths for run with starting plane furthest from up-gradient constant head boundary In SouthToNorth_modpath_startRow72\, the ModelViewer input file is: StSt_NoPump_SouthToNorth_startRow72.mv -- paths for run with starting plane closest to up-gradient constant head boundary In WestToEast_modpath_startCol13\, the ModelViewer input file is: StSt_NoPump_WestToEast_startCol13.mv -- paths for run with starting plane closest to up-gradient constant head boundary In WestToEast_modpath_startCol37\, the ModelViewer input file is: StSt_NoPump_WestToEast_startCol37.mv -- paths for run with starting plane furthest from up-gradient constant head boundary To run ModelViewer and visualize the paths, execute ModelViewer.bat, and when the ModelViewer window appears, open one of the *.mv input files. externalfiles\ directory: ------------------------- This directory contains files that are common to more than one of the other directories under model\. Files: ------ MODFLOW files common to the runs in the *_module\ directories: all_tests.ba6 MODFLOW Basic file all_tests.chd MODFLOW Time Variant Specified Head file all_tests.lpf MODFLOW Layer Property Flow file MODFLOW files common to the runs in the directories with 'modflow' in their names: StSt_NoPump.ba6 MODFLOW Basic file StSt_NoPump.dis MODFLOW Discretization file StSt_NoPump.gmg MODFLOW GMG solver file StSt_NoPump.lpf MODFLOW Layer Property Flow file StSt_NoPump.mlt MODFLOW Multiplication Array file StSt_NoPump.oc MODFLOW Output Control file StSt_NoPump.wel MODFLOW Well file MODPATH files common to runs in the directories with 'modpath' in their names mp.bas MODPATH Basic Data file mp_EastToWest.nam MODPATH Name file mp_NorthToSouth.nam MODPATH Name file mp_SouthToNorth.nam MODPATH Name file mp_WestToEast.nam MODPATH Name file output\ Description: ----------- This directory contains the output files for the simulations in all the directories under model\. directories under output\ -------------------- output.071615_test1_Q85I_module output.071615_test2_Q85H_module output.071615_test3_Q87I_module output.071715_test1_Q87H_module output.071715_test2_Q83E_module output.071715_test3_Q89K_module output.071815_test1_Q86M_module output.071815_test3_Q86O_module output.072015_test1_Q83G_module output.072015_test2_Q83F_module output.072015_test3_Q85J_module output.072115_test1_Q85F_module output.072115_test2_Q87G_module output.072115_test3_Q87J_module output.072115_test4_Q88I_module output.072215_test1_Q88H_module output.072215_test2_Q88F_module output.072215_test3_Q83H_module output.080616_test1_Q85I3_module output.080616_test2_Q89H2_module output.080816_test1_Q85J5_module output.080816_test2_Q83I3_module output.080916_test1_Q88J5_module output.080916_test2_Q88I3_module output.080916_test4_Q87J5_module output.081016_test2b_Q89J2_module output.081016_test4_Q83J4_module output.081016_test5_Q84J1_module output.081116_test1_Q87J7_module output.081116_test4_Q85J4_module output.081616_test1_Q88J3_module output.081616_test3_Q84H_module output.081716_test2_Q85I2_module output.081816_test1_Q83F2_module output.081816_test2b_Q88G2_module output.081816_test3_Q87G2_module output.081916_test1_Q88EF_module output.081916_test2_Q87EF_module output.081916_test4_Q85EF_module output.082016_test1_Q89H_module output.082016_test4_Q87I2_module output.082216_test2_Q85J2_module output.082216_test3b_Q84F_module output.082216_test4_Q83G2_module output.082316_test1_Q84E_module output.082316_test2_Q88I2_module output.082316_test3_Q83H2_module output.EastToWest_modflow output.EastToWest_modpath_startCol48 output.EastToWest_modpath_startCol52 output.EastToWest_modpath_startCol56 output.EastToWest_modpath_startCol60 output.EastToWest_modpath_startCol64 output.EastToWest_modpath_startCol68 output.EastToWest_modpath_startCol72 output.NorthToSouth_modflow output.NorthToSouth_modpath_startRow13 output.NorthToSouth_modpath_startRow17 output.NorthToSouth_modpath_startRow21 output.NorthToSouth_modpath_startRow25 output.NorthToSouth_modpath_startRow29 output.NorthToSouth_modpath_startRow33 output.NorthToSouth_modpath_startRow37 output.SouthToNorth_modflow output.SouthToNorth_modpath_startRow48 output.SouthToNorth_modpath_startRow52 output.SouthToNorth_modpath_startRow56 output.SouthToNorth_modpath_startRow60 output.SouthToNorth_modpath_startRow64 output.SouthToNorth_modpath_startRow68 output.SouthToNorth_modpath_startRow72 output.WestToEast_modflow output.WestToEast_modpath_startCol13 output.WestToEast_modpath_startCol17 output.WestToEast_modpath_startCol21 output.WestToEast_modpath_startCol25 output.WestToEast_modpath_startCol29 output.WestToEast_modpath_startCol33 output.WestToEast_modpath_startCol37 source\ Description: ----------- This directory contains the source code files for MODFLOW-2005 v1.11.0 and MODPATH v6.0. MF2005.1_11\ MODFLOW-2005 standard code (version 1.11.00) Modpath.6.0\ MODPATH standard code (version 6.0)