| _metadata_RDS-2022-0065.html |
|
Metadata file in HTML format containing a description of the content, quality, and other characteristics of the data. |
| _metadata_RDS-2022-0065.xml |
|
Metadata file in Extensible Markup Language (XML) format containing a description of the content, quality, and other characteristics of the data. |
| code_description.pdf |
|
Portable Document Format (PDF) file containing a detailed description of the functions, variables, and data files as they appear in the execution process. This file can be used as a flowchart to follow what was done. It also includes a description of the variables found in each data file and all of the variables used in the MATLAB scripts. |
| _variable_descriptions.csv |
\Data |
Comma-separated values (CSV) file containing a list and description of the variables found in the MATLAB data files. (Note: this same information is available in code_description.pdf) |
| June2012166.mat |
\Data |
MATLAB data file containing observed pressure data (and standard deviations) for 14-20 June 2012. |
| LinearR1L*.mat |
\Data |
MATLAB data file containing model input of real October data and output from LinearPP_model (FF=full frequency or unfiltered, H=includes heat and moisture forcing/dynamics, HG=high frequency or filtered, LW=low frequency, MD=mid frequency). |
| LinearRL*.mat |
\Data |
MATLAB data file containing model input of real June data and output from LinearPP_model (FF=full frequency or unfiltered, H=includes heat and moisture forcing/dynamics, HG=high frequency or filtered, LW=low frequency, MD=mid frequency). |
| MuskatNonLinR1*.mat |
\Data |
MATLAB data file containing model input of real October data and output from Muskat_model (A=approximate Muskat formulation, M=original Muskat formulation, FF=full frequency or unfiltered, H=includes heat and moisture forcing/dynamics, HG=high frequency or filtered, LW=low frequency, MD=mid frequency). |
| MuskatNonLinR*.mat |
\Data |
MATLAB data file containing model input of real June data and output from Muskat_model (A=approximate Muskat formulation, M=original Muskat formulation, FF=full frequency or unfiltered, H=includes heat and moisture forcing/dynamics, HG=high frequency or filtered, LW=low frequency, MD=mid frequency). |
| Oct2012276.mat |
\Data |
MATLAB data file containing observed pressure data (and standard deviations) for 2-13 October 2012. |
| TempProf276.mat |
\Data |
MATLAB data file containing temperature dynamics for October 2012 model simulation. |
| TempThProf166.mat |
\Data |
MATLAB data file containing temperature and moisture dynamics for June 2012 model simulation. |
| ThetaProf276.mat |
\Data |
MATLAB data file containing moisture dynamics for October 2012 model simulation. |
| LinearPP_model.m |
\Supplements |
MATLAB driver code for the linear pressure pumping model. |
| Muskat_model.m |
\Supplements |
MATLAB driver code for the nonlinear pressure pumping models (Muskat and Approximate models). |
| PP_ConsistCh.m |
\Supplements |
MATLAB driver code for the Conservation of Mass (COM) approach to estimate advective velocity induced by pressure pumping, requires numerical integration. |
| *.m |
\Supplements |
There are 94 additional MATLAB scripts and functions (*.m) that are used within the MATLAB Driver code files. A description of the principal files can be found, in the order executed, in code_description.pdf. |
| GraphAdvectForce.m |
\Supplements\Graphics_Script |
MATLAB script file for graphics – Data vs time plots for the input soil surface pressure, the soil temperature and soil moisture data and the output data files generated by Muskat_model.m (MuskatNonLinR*.mat) and LinearPP_model.m (LinearRL*.mat) and plots advective velocity calculations from PP_ConsistCh.m. |
| GraphAdvectiveSol.m |
\Supplements\Graphics_Script |
MATLAB script file for graphics (Superseded by other Graphics routines) – Data vs time plots for the input soil surface pressure and the advective velocities generated by Muskat_model.m (MuskatNonLinR*.mat) and LinearPP_model.m (LinearRL*.mat) and plots vertical profiles of the standard deviation and average vertical velocities from the models. |
| GraphAdvectiveVel.m |
\Supplements\Graphics_Script |
MATLAB script file for graphics – Similar to GraphAdvectForce.m and GraphAdvectiveSol.m, excep0t for low frequencies forcing and model solutions. |
| GraphAdvectiveVelA.m |
\Supplements\Graphics_Script |
MatLab script file for graphics – Updated version of GraphAdvectiveVel.m above and so is similar to GraphAdvectForce.m and GraphAdvectiveSol.m, except for low frequencies forcing and model solutions. |
| GraphAdvectiveVelB.m |
\Supplements\Graphics_Script |
MATLAB script file for graphics – Similar to GraphAdvectiveVelA.m above, except for Mid-range frequencies. |
| GraphAdvectiveVelC.m |
\Supplements\Graphics_Script |
MATLAB script file for graphics – Plots vertical profiles of the standard deviations of model solutions for pressure and advective velocities from Muskat_model.m (MuskatNonLinR*.mat), LinearPP_model.m (LinearRL*.mat) and PP_ConsistCh.m. |
| GraphAdvectiveVelD.m |
\Supplements\Graphics_Script |
MATLAB script file for graphics - Similar to GraphAdvectiveVelA.m and to GraphAdvectiveVelB.m above, except for high frequencies. |
| GraphPresAdvectiveVel.m |
\Supplements\Graphics_Script |
MATLAB script file for graphics – Data vs time plots for mid and high frequency soil surface pressure data. |