AdH Kraken 0.0.0
Next generation Adaptive Hydraulics
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sw2.h
1#ifndef H_SW2_
2#define H_SW2_
3
4/***********************************************************/
5/***********************************************************/
6/***********************************************************/
7//routines
8int fe_sw2_body_resid(SMODEL_SUPER *mod, double *elem_rhs, int ie, double perturbation, int perturb_node, int perturb_var, int perturb_sign, int DEBUG);
9double fe_sw2_get_roughness(SMODEL_SUPER *mod, double depth, double velocity, int id, int which);
10void fe_sw2_wdflag_legacy(SMODEL_SUPER *sm);
11int fe_sw2_init(SMODEL_SUPER *sm);
12//all boundary integrals (all weakly enforced boudaries)
13//go into generic assembler so unified interface required
14int fe_sw2_bc_discharge(SMODEL_SUPER *mod, double *elem_rhs, int ie, double perturbation, int perturb_node, int perturb_var, int perturb_sign, int DEBUG);
15int fe_sw2_bc_ele(SMODEL_SUPER *mod, double *elem_rhs, int ie, double perturbation, int perturb_node, int perturb_var, int perturb_sign, int DEBUG);
16int fe_sw2_bc_flapd(SMODEL_SUPER *mod, double *elem_rhs, int ie, double perturbation, int perturb_node, int perturb_var, int perturb_sign, int DEBUG);
17int fe_sw2_bc_flapu(SMODEL_SUPER *mod, double *elem_rhs, int ie, double perturbation, int perturb_node, int perturb_var, int perturb_sign, int DEBUG);
18int fe_sw2_bc_flux(SMODEL_SUPER *mod, double *elem_rhs, int ie, double perturbation, int perturb_node, int perturb_var, int perturb_sign, int DEBUG);
19int fe_sw2_bc_h(SMODEL_SUPER *mod, double *elem_rhs, int ie, double perturbation, int perturb_node, int perturb_var, int perturb_sign, int DEBUG);
20int fe_sw2_bc_hybrid(SMODEL_SUPER *mod, double *elem_rhs, int ie, double perturbation, int perturb_node, int perturb_var, int perturb_sign, int DEBUG);
21int fe_sw2_bc_outflow(SMODEL_SUPER *mod, double *elem_rhs, int ie, double perturbation, int perturb_node, int perturb_var, int perturb_sign, int DEBUG);
22int fe_sw2_bc_sluiced(SMODEL_SUPER *mod, double *elem_rhs, int ie, double perturbation, int perturb_node, int perturb_var, int perturb_sign, int DEBUG);
23int fe_sw2_bc_sluiceu(SMODEL_SUPER *mod, double *elem_rhs, int ie, double perturbation, int perturb_node, int perturb_var, int perturb_sign, int DEBUG);
24int fe_sw2_bc_tailwater(SMODEL_SUPER *mod, double *elem_rhs, int ie, double perturbation, int perturb_node, int perturb_var, int perturb_sign, int DEBUG);
25int fe_sw2_bc_vel(SMODEL_SUPER *mod, double *elem_rhs, int ie, double perturbation, int perturb_node, int perturb_var, int perturb_sign, int DEBUG);
26int fe_sw2_bc_vel_ele(SMODEL_SUPER *mod, double *elem_rhs, int ie, double perturbation, int perturb_node, int perturb_var, int perturb_sign, int DEBUG);
27int fe_sw2_bc_weird(SMODEL_SUPER *mod, double *elem_rhs, int ie, double perturbation, int perturb_node, int perturb_var, int perturb_sign, int DEBUG);
28int fe_sw2_bc_weiru(SMODEL_SUPER *mod, double *elem_rhs, int ie, double perturbation, int perturb_node, int perturb_var, int perturb_sign, int DEBUG);
29/***********************************************************/
30/***********************************************************/
31
32#endif
perturb_var
void perturb_var(double **elem_mat, SMODEL_SUPER *sm, SMODEL *model, int ie, int nodes_on_element, int nvar_ele, int *elem_vars, int perturb_var_code, int nsubModels, int ele_var_no, int *NodeIDs, int DEBUG)
Computes elemental Jacobian based on central F-D technique w.r.t one variable (thus filling out one c...
Definition: assemble_jacobian.c:321
fe_sw2_init
int fe_sw2_init(SMODEL_SUPER *sm)
Performs any preprocessing for dependent variables in SW2 equations. For now this mainly is updating ...
Definition: fe_sw2_init.c:28
SMODEL_SUPER
Definition: smodel_super.h:7