Peka2D_v5
v5.0
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Open boundary geometry and flow conditions. More...
#include <structs.h>
Public Attributes | |
char | idname [1024] |
int | type |
int | n |
int | ncellsBound |
int | ncellsInner |
t_c_cell * | cellzMin |
t_wall ** | wallBound |
t_c_cell ** | cellBound |
t_c_cell ** | cellInner |
double * | t |
double * | q |
double * | hZ |
double * | Fr |
double ** | phi |
double | maxFroude |
double | totalLength |
double | totalArea |
double | zmin |
double | levelControl |
int | flagInitialize |
double | qMass |
double | qDischarge |
t_node | node [2] |
t_node | normal |
int | iAct |
double | qliquid |
double | qsolid |
Open boundary geometry and flow conditions.
t_c_cell** t_bound_::cellBound |
Array of pointers to boundary cells associated to boundary walls (of size ncellsBound)
t_c_cell** t_bound_::cellInner |
Array of pointers to boundary cell neighbors (of size ncellsInner)
t_c_cell* t_bound_::cellzMin |
Pointer to boundary with minimum elevation
int t_bound_::flagInitialize |
flag to determine if the inlet bound has been got inside the initialize inlet outlet function
double* t_bound_::Fr |
double* t_bound_::hZ |
int t_bound_::iAct |
char t_bound_::idname[1024] |
double t_bound_::levelControl |
levelControl accounts for the water level to be imposed in the case of extreme boundaries (dry domain i.e.)
double t_bound_::maxFroude |
int t_bound_::n |
Number of data points
int t_bound_::ncellsBound |
Number of cells in boundary
int t_bound_::ncellsInner |
Number of cells that are neighbors to boundary cells
t_node t_bound_::node[2] |
t_node t_bound_::normal |
double** t_bound_::phi |
double* t_bound_::q |
double t_bound_::qDischarge |
double t_bound_::qliquid |
double t_bound_::qMass |
double t_bound_::qsolid |
double* t_bound_::t |
double t_bound_::totalArea |
totalArea is the area (in plant view) of the boundary
double t_bound_::totalLength |
totalLength is the length of the boundary
int t_bound_::type |
Hydraulic boundary type
t_wall** t_bound_::wallBound |
Array of pointers to boundary walls (of size ncellsBound)
double t_bound_::zmin |
zmin is the minimum value of z along the boundary