This data structure contains all data needed to compute the groundwater mass balance in three dimension. More...
#include <N_gwflow.h>
Data Fields | |
| N_array_3d * | phead |
| N_array_3d * | phead_start |
| N_array_3d * | hc_x |
| N_array_3d * | hc_y |
| N_array_3d * | hc_z |
| N_array_3d * | q |
| N_array_2d * | r |
| N_array_3d * | s |
| N_array_3d * | nf |
| N_array_3d * | river_leak |
| N_array_3d * | river_head |
| N_array_3d * | river_bed |
| N_array_3d * | drain_leak |
| N_array_3d * | drain_bed |
| N_array_3d * | status |
| N_array_3d * | drycells |
| double | dt |
Detailed Description
This data structure contains all data needed to compute the groundwater mass balance in three dimension.
Definition at line 34 of file N_gwflow.h.
Field Documentation
◆ drain_bed
| N_array_3d* N_gwflow_data3d::drain_bed |
Leakage of the drainage bed [1/s]
Definition at line 52 of file N_gwflow.h.
◆ drain_leak
| N_array_3d* N_gwflow_data3d::drain_leak |
Bed of the river [m]
Definition at line 51 of file N_gwflow.h.
◆ drycells
| N_array_3d* N_gwflow_data3d::drycells |
active/inactive/dirichlet cell status
Definition at line 55 of file N_gwflow.h.
◆ dt
| double N_gwflow_data3d::dt |
array of dry cells
Definition at line 57 of file N_gwflow.h.
◆ hc_x
| N_array_3d* N_gwflow_data3d::hc_x |
start conditions [m]
Definition at line 37 of file N_gwflow.h.
◆ hc_y
| N_array_3d* N_gwflow_data3d::hc_y |
x part of the hydraulic conductivity tensor [m/s]
Definition at line 38 of file N_gwflow.h.
◆ hc_z
| N_array_3d* N_gwflow_data3d::hc_z |
y part of the hydraulic conductivity tensor [m/s]
Definition at line 39 of file N_gwflow.h.
◆ nf
| N_array_3d* N_gwflow_data3d::nf |
specific yield [1/m]
Definition at line 43 of file N_gwflow.h.
◆ phead
| N_array_3d* N_gwflow_data3d::phead |
Definition at line 35 of file N_gwflow.h.
◆ phead_start
| N_array_3d* N_gwflow_data3d::phead_start |
piezometric head [m]
Definition at line 36 of file N_gwflow.h.
◆ q
| N_array_3d* N_gwflow_data3d::q |
z part of the hydraulic conductivity tensor [m/s]
Definition at line 40 of file N_gwflow.h.
◆ r
| N_array_2d* N_gwflow_data3d::r |
sources and sinks [m^3/s]
Definition at line 41 of file N_gwflow.h.
◆ river_bed
| N_array_3d* N_gwflow_data3d::river_bed |
Waterlevel of the river [m]
Definition at line 48 of file N_gwflow.h.
◆ river_head
| N_array_3d* N_gwflow_data3d::river_head |
Leakage of the river bed [1/s]
Definition at line 47 of file N_gwflow.h.
◆ river_leak
| N_array_3d* N_gwflow_data3d::river_leak |
effective porosity [-]
Definition at line 46 of file N_gwflow.h.
◆ s
| N_array_3d* N_gwflow_data3d::s |
recharge at the top of the gw leayer [1/s]
Definition at line 42 of file N_gwflow.h.
◆ status
| N_array_3d* N_gwflow_data3d::status |
Bed of the drainage [m]
Definition at line 54 of file N_gwflow.h.
The documentation for this struct was generated from the following file:
