During the execution of a model, EE supports the configuration of the run screen to display specific parameter information for a specific cell. This is configured in the Show tab under EFDC Model Linkages as shown in Figure 1. Users can select the parameter of interest from the drop-down menu , and choose a specific cell by indicating the cell indices L, I, and J. When L the index has been changed the corresponding I and J indices are updated automatically. Users can also choose the preferred interval to display this result in the Print Interval field.
...
An example of the command window for EFDC+ is shown in Figure 2 below. A description of the parameters displayed in the EFDC+ command window are is provided in Table 1. Included in the table are descriptions of the report the EFDC+ provides for model timing when the simulation successfully completes. Figure 3 shows the model run time report that is displayed when the simulation is successfully completed. Table 1 also includes descriptions of the various times that EFDC+ reports.
Figure 2. EFDC+ Run Time Command Window
Figure 3. EFDC+ Model Run Time Report
Table 1. Parameters displayed in the Run Time Command Window.
| Parameter | Description |
|---|---|
| TIME IN DAYS | time for model simulation (Julian Days) |
| TIME STEP SEC | model time step (seconds) |
| ELEV SURF CM | water surface elevation (centimetrescentimeters) |
| VEL E SURF CM/S | velocity in the east direction at the water surface (centimeters/second) |
| VEL N SURF CM/S | velocity in the north direction at the water surface (centimeters/second) |
| DYE SUR PPM | dye concentration at the water surface (part per million) |
| AV SURF CM/S | depth normalized vertical turbulent eddy viscosity at the water surface (centimeters / second) (EFDC+ multiplies by depth to report) |
| AB SURF CM/S | depth normalized vertical molecular diffusivity at the water surface (centimeters / second) (EFDC+ multiplies by depth to report) |
| VEL E BOTT CM/S | velocity in the east direction at the bottom (centimeters/second) |
| VEL N BOTT CM/S | velocity in the north direction at the bottom (centimeters/second) |
| DYE BOTT PPM | dye concentration at the bottom (parts per million) |
| AV BOTT CM/S | depth normalized vertical turbulent eddy viscosity at the bottom (centimetres centimeters/second) (EFDC+ multiplies by depth to report) |
| LMIN | L index of the cell that requires the minimum timestep size |
| T HDMT ONLY | time for hydrodynamic and mass transport solution routine |
| T SSEDTOX | time for toxic sediment routine |
| T CALPUV | time for external mode solver for flows flow routine |
| T CONG GRAD | time for conjugate gradient routine |
| T EXPLICIT | time for EXPLICIT routine |
| T CALC AV | time for AV calculations routine |
| T CALC UVW | time for internal mode solver routine |
| T TURB QQQ | time for turbulence routine |
| T T&B SHEAR | time for T&B shear routine |
| T HEAT PRCS | time for heat process routine |
| T PART TRK | time for particle tracking routine |
| T ADV TRANSP | time for advective transport routine |
| T HORIZ DIF | time for horizontal diffusivity routine |
| T VERT DFUSN | time for vertical diffusion routine |
| WQ KINETICS | time for water quality kinetics routine |
| WQ RPEM | time for rooted plant and epiphyte routine for water quality |
| WQ DIAGEN | time for diagenesis routine for water quality |
| NOT USED | vacant for future use |
| MPI EE GATH | time for MPI EE gathering routine |
| MPI COMMUNIC | time for MPI communications routine |
| CPU USER | time for CPU USER routine |
| CPU SYSTEM | time for CPU SYSTEM routine |
| ELAPSED TIME | time elapsed for the model run |
| CPU TIME | time for CPU |
| CONGRAD | MPI communication time for conjugate gradient |
| CALPUV | MPI communication time for external mode solver for flows |
| CALUVW | MPI communication time for solving the internal mode momentum equations and continuity equation |
| CALTRN1 | MPI communication time for calculating explicitly advective transport of scalar field concentration variables (not used) |
| CALTRN2 | MPI communication time for calculating explicitly advective transport of scalar field concentration variables (not used) |
| CALCONC | MPI communication time for calculating scalar field (concentration) transport |
| CALQQ | MPI communication time for calculating transport of turbulent kinetic energy and length scale |
| BEDLOAD | MPI communication time for calculating transport Equation for bedload |
| HDMT1 | MPI communication time for calculating surface wind stresses |
| TOTGHOST | Total time of MPI communication |
| TOT_AR | MPI total time for combining values from all processes and distributes distributing the result back to all processes (MPI All Reduce) |
| ARCONGRD | Total time of MPI All Reduce for conjugate gradient |
| ARCALSTEP | Total time of MPI All Reduce for calculating of time step |
...