rxd_vol.cpp File Reference

#include <../../nrnconf.h>
#include <stdio.h>
#include <assert.h>
#include "grids.h"
#include "rxd.h"
#include "nrnwrap_Python.h"

Go to the source code of this file.

Macros
#define	DcX(x, y, z)   (g->dc_x * PERM(x, y, z))
#define	DcY(x, y, z)   (g->dc_y * PERM(x, y, z))
#define	DcZ(x, y, z)   (g->dc_z * PERM(x, y, z))
#define	Fxx(x1, x2)
#define	Fxy(y1, y1d, y2)
#define	Fxz(z1, z1d, z2)
#define	Fyy(y1, y2)
#define	Fzz(z1, z2)
#define	FLUX(pidx, idx)

Functions
static int	solve_dd_tridiag (int N, const double *l_diag, const double *diag, const double *u_diag, double *b, double *c)
static void	ecs_dg_adi_vol_x (ECS_Grid_node *g, const double dt, const int y, const int z, double const *const state, double *const RHS, double *const scratch)
static void	ecs_dg_adi_vol_y (ECS_Grid_node *g, double const dt, int const x, int const z, double const *const state, double *const RHS, double *const scratch)
static void	ecs_dg_adi_vol_z (ECS_Grid_node *g, double const dt, int const x, int const y, double const *const state, double *const RHS, double *const scratch)
void	ecs_set_adi_vol (ECS_Grid_node *g)
static void	ecs_dg_adi_tort_x (ECS_Grid_node *g, const double dt, const int y, const int z, double const *const state, double *const RHS, double *const scratch)
static void	ecs_dg_adi_tort_y (ECS_Grid_node *g, double const dt, int const x, int const z, double const *const state, double *const RHS, double *const scratch)
static void	ecs_dg_adi_tort_z (ECS_Grid_node *g, double const dt, int const x, int const y, double const *const state, double *const RHS, double *const scratch)
void	ecs_set_adi_tort (ECS_Grid_node *g)
void	_rhs_variable_step_helper_tort (Grid_node *g, double const *const states, double *ydot)
void	_rhs_variable_step_helper_vol (Grid_node *g, double const *const states, double *ydot)

Variables
int	NUM_THREADS

Macro Definition Documentation

DcX

#define DcX	(		x,
			y,
			z
	)		(g->dc_x * PERM(x, y, z))

Definition at line 9 of file rxd_vol.cpp.

DcY

#define DcY	(		x,
			y,
			z
	)		(g->dc_y * PERM(x, y, z))

Definition at line 10 of file rxd_vol.cpp.

DcZ

#define DcZ	(		x,
			y,
			z
	)		(g->dc_z * PERM(x, y, z))

Definition at line 11 of file rxd_vol.cpp.

FLUX

#define FLUX	(		pidx,
			idx
	)

Value:

    (VOLFRAC(pidx) * VOLFRAC(idx) * (states[pidx] - states[idx])) / \
        (0.5 * (VOLFRAC(pidx) + VOLFRAC(idx)))

Definition at line 37 of file rxd_vol.cpp.

Fxx

#define Fxx	(		x1,
			x2
	)

Value:

    (ALPHA(x1, y, z) * ALPHA(x2, y, z) * DcX(x1, y, z) *     \
     (g->states[IDX(x1, y, z)] - g->states[IDX(x2, y, z)]) / \
     ((ALPHA(x1, y, z) + ALPHA(x2, y, z))))

Definition at line 15 of file rxd_vol.cpp.

Fxy

#define Fxy	(		y1,
			y1d,
			y2
	)

Value:

    (ALPHA(x, y1, z) * ALPHA(x, y2, z) * DcY(x, y1d, z) *    \
     (g->states[IDX(x, y1, z)] - g->states[IDX(x, y2, z)]) / \
     ((ALPHA(x, y1, z) + ALPHA(x, y2, z))))

Definition at line 19 of file rxd_vol.cpp.

Fxz

#define Fxz	(		z1,
			z1d,
			z2
	)

Value:

    (ALPHA(x, y, z1) * ALPHA(x, y, z2) * DcZ(x, y, z1d) *    \
     (g->states[IDX(x, y, z1)] - g->states[IDX(x, y, z2)]) / \
     ((ALPHA(x, y, z1) + ALPHA(x, y, z2))))

Definition at line 23 of file rxd_vol.cpp.

Fyy

#define Fyy	(		y1,
			y2
	)

Value:

    (ALPHA(x, y1, z) * ALPHA(x, y2, z) * DcY(x, y1, z) *     \
     (g->states[IDX(x, y1, z)] - g->states[IDX(x, y2, z)]) / \
     ((ALPHA(x, y1, z) + ALPHA(x, y2, z))))

Definition at line 27 of file rxd_vol.cpp.

Fzz

#define Fzz	(		z1,
			z2
	)

Value:

    (ALPHA(x, y, z1) * ALPHA(x, y, z2) * DcZ(x, y, z1) *     \
     (g->states[IDX(x, y, z1)] - g->states[IDX(x, y, z2)]) / \
     ((ALPHA(x, y, z1) + ALPHA(x, y, z2))))

Definition at line 31 of file rxd_vol.cpp.

Function Documentation

_rhs_variable_step_helper_tort()

void _rhs_variable_step_helper_tort	(	Grid_node *	g,
		double const *const	states,
		double *	ydot
	)

Definition at line 785 of file rxd_vol.cpp.

_rhs_variable_step_helper_vol()

void _rhs_variable_step_helper_vol	(	Grid_node *	g,
		double const *const	states,
		double *	ydot
	)

Definition at line 894 of file rxd_vol.cpp.

ecs_dg_adi_tort_x()

static void ecs_dg_adi_tort_x ( ECS_Grid_node *  g, const double  dt, const int  y, const int  z, double const *const  state, double *const  RHS, double *const  scratch  )

static

Definition at line 427 of file rxd_vol.cpp.

ecs_dg_adi_tort_y()

static void ecs_dg_adi_tort_y ( ECS_Grid_node *  g, double const  dt, int const  x, int const  z, double const *const  state, double *const  RHS, double *const  scratch  )

static

Definition at line 589 of file rxd_vol.cpp.

ecs_dg_adi_tort_z()

static void ecs_dg_adi_tort_z ( ECS_Grid_node *  g, double const  dt, int const  x, int const  y, double const *const  state, double *const  RHS, double *const  scratch  )

static

Definition at line 685 of file rxd_vol.cpp.

ecs_dg_adi_vol_x()

static void ecs_dg_adi_vol_x ( ECS_Grid_node *  g, const double  dt, const int  y, const int  z, double const *const  state, double *const  RHS, double *const  scratch  )

static

Definition at line 88 of file rxd_vol.cpp.

ecs_dg_adi_vol_y()

static void ecs_dg_adi_vol_y ( ECS_Grid_node *  g, double const  dt, int const  x, int const  z, double const *const  state, double *const  RHS, double *const  scratch  )

static

Definition at line 232 of file rxd_vol.cpp.

ecs_dg_adi_vol_z()

static void ecs_dg_adi_vol_z ( ECS_Grid_node *  g, double const  dt, int const  x, int const  y, double const *const  state, double *const  RHS, double *const  scratch  )

static

Definition at line 326 of file rxd_vol.cpp.

ecs_set_adi_tort()

void ecs_set_adi_tort

(

ECS_Grid_node *

g

)

Definition at line 772 of file rxd_vol.cpp.

ecs_set_adi_vol()

void ecs_set_adi_vol

(

ECS_Grid_node *

g

)

Definition at line 410 of file rxd_vol.cpp.

solve_dd_tridiag()

static int solve_dd_tridiag ( int  N, const double *  l_diag, const double *  diag, const double *  u_diag, double *  b, double *  c  )

static

Definition at line 52 of file rxd_vol.cpp.

Variable Documentation

NUM_THREADS

int NUM_THREADS

extern

Definition at line 34 of file rxd.cpp.