modelheader.h File Reference

#include <vector>
#include <math.h>
#include "mrgsolv.h"

Go to the source code of this file.

Macros
#define	MRGSOLVE_WARN_UNUSED_VAR_NO
#define	MRGSOLVE_WARN_UNUSED_VAR_YES
#define	pred_CL   _pred_[0]
#define	pred_V   _pred_[1]
#define	pred_VC   _pred_[1]
#define	pred_V2   _pred_[1]
#define	pred_KA   _pred_[2]
#define	pred_Q   _pred_[3]
#define	pred_V3   _pred_[4]
#define	pred_VP   _pred_[4]
#define	pred_Q2   _pred_[5]
#define	pred_V4   _pred_[6]
#define	pred_VP2   _pred_[6]
#define	__ADVAN1_TRANS2__   pred_CL = CL; pred_V = V;
#define	__ADVAN2_TRANS2__   pred_CL = CL; pred_V = V; pred_KA = KA;
#define	__ADVAN3_TRANS4__   pred_CL = CL; pred_V2 = V1; pred_Q = Q; pred_V3 = V2;
#define	__ADVAN4_TRANS4__   pred_CL = CL; pred_V2 = V2; pred_Q = Q; pred_V3 = V3; pred_KA = KA;
#define	__ADVAN11_TRANS4__   pred_CL = CL; pred_V2 = V1; pred_Q = Q2; pred_V3 = V2; pred_Q2 = Q3; pred_V4 = V3;
#define	__ADVAN12_TRANS4__   pred_CL = CL; pred_V2 = V2; pred_Q = Q3; pred_V3 = V3; pred_KA = KA; pred_Q2 = Q4; pred_V4 = V4;
#define	__ADVAN1_TRANS11__   pred_CL = CLi; pred_V = Vi;
#define	__ADVAN2_TRANS11__   pred_CL = CLi; pred_V = Vi; pred_KA = KAi;
#define	__ADVAN3_TRANS11__   pred_CL = CLi; pred_V2 = V1i; pred_Q = Qi; pred_V3 = V2i;
#define	__ADVAN4_TRANS11__   pred_CL = CLi; pred_V2 = V2i; pred_Q = Qi; pred_V3 = V3i; pred_KA = KAi;
#define	__ADVAN11_TRANS11__   pred_CL = CLi; pred_V2 = V1i; pred_Q = Q2i; pred_V3 = V2i; pred_Q2 = Q3i; pred_V4 = V3i;
#define	__ADVAN12_TRANS11__   pred_CL = CLi; pred_V2 = V2i; pred_Q = Q3i; pred_V3 = V3i; pred_KA = KAi; pred_Q2 = Q4i; pred_V4 = V4i;
#define	__BEGIN_pred__   extern "C" {void __ODEFUN___(MRGSOLVE_PRED_SIGNATURE) {
#define	__BEGIN_config__   extern "C" { void __CONFIGFUN___(MRGSOLVE_CONFIG_SIGNATURE) {
#define	__END_config__   __DONE__
#define	__BEGIN_ode__   extern "C" { void __ODEFUN___(MRGSOLVE_ODE_SIGNATURE) {
#define	__END_ode__   __DONE__
#define	__BEGIN_main__   extern "C" { void __INITFUN___(MRGSOLVE_INIT_SIGNATURE) {
#define	__END_main__   __DONE__
#define	__BEGIN_table__   extern "C" { void __TABLECODE___(MRGSOLVE_TABLE_SIGNATURE) {
#define	__END_table__   __DONE__
#define	__BEGIN_event__   extern "C" {void __EVENTFUN___(MRGSOLVE_EVENT_SIGNATURE) {
#define	__END_event__   __DONE__
#define	__DONE__   }}
#define	NEWIND   self.newind
#define	TIME   self.time
#define	SOLVERTIME   _ODETIME_[0]
#define	EVID   self.evid
#define	ID   self.id
#define	AMT   self.amt
#define	CMT   self.cmt
#define	SS_ADVANCE   _ss_flag_
#define	END_OF_INFUSION   (self.evid==9)
#define	THETA(a)
#define	CHECK_MODELED_INFUSIONS   _check_modeled_infusions
#define	FINAL_ROW   (self.rown == (self.nrow-1))
#define	FINAL_IROW   (self.irown == (self.inrow-1))
#define	_F(a)
#define	_R(a)
#define	_D(a)
#define	_ALAG(a)
#define	ETA(a)
#define	EPS(a)
#define	SIGMA(a)
#define	_xETA(a)
#define	_xEPS(a)
#define	_NEQ   (_A_0_.size())
#define	_MRGX_GET(a, b)
#define	_MRGX_GET_LOCAL(a, b)
#define	_MRGX_MT_FUN(a)
#define	SYSTEMSTOPADVANCING()
#define	STOPADVANCING()
#define	CFONSTOP()
#define	SYSTEMNOTADVANCING   (self.SYSTEMOFF)
#define	SOLVINGPROBLEM   (self.solving)
#define	_SETINIT   if(self.newind <= 1)
#define	_STOP_ID()
#define	_STOP_ID_CF()
#define	_STOP_ID_NA()
#define	_STOP_ERROR()
#define	DXDTZERO()

Typedefs
typedef double	local_double
typedef int	local_int
typedef bool	local_bool

Macro Definition Documentation

__ADVAN11_TRANS11__

#define __ADVAN11_TRANS11__   pred_CL = CLi; pred_V2 = V1i; pred_Q = Q2i; pred_V3 = V2i; pred_Q2 = Q3i; pred_V4 = V3i;

__ADVAN11_TRANS4__

#define __ADVAN11_TRANS4__   pred_CL = CL; pred_V2 = V1; pred_Q = Q2; pred_V3 = V2; pred_Q2 = Q3; pred_V4 = V3;

__ADVAN12_TRANS11__

#define __ADVAN12_TRANS11__   pred_CL = CLi; pred_V2 = V2i; pred_Q = Q3i; pred_V3 = V3i; pred_KA = KAi; pred_Q2 = Q4i; pred_V4 = V4i;

__ADVAN12_TRANS4__

#define __ADVAN12_TRANS4__   pred_CL = CL; pred_V2 = V2; pred_Q = Q3; pred_V3 = V3; pred_KA = KA; pred_Q2 = Q4; pred_V4 = V4;

__ADVAN1_TRANS11__

#define __ADVAN1_TRANS11__   pred_CL = CLi; pred_V = Vi;

__ADVAN1_TRANS2__

#define __ADVAN1_TRANS2__   pred_CL = CL; pred_V = V;

__ADVAN2_TRANS11__

#define __ADVAN2_TRANS11__   pred_CL = CLi; pred_V = Vi; pred_KA = KAi;

__ADVAN2_TRANS2__

#define __ADVAN2_TRANS2__   pred_CL = CL; pred_V = V; pred_KA = KA;

__ADVAN3_TRANS11__

#define __ADVAN3_TRANS11__   pred_CL = CLi; pred_V2 = V1i; pred_Q = Qi; pred_V3 = V2i;

__ADVAN3_TRANS4__

#define __ADVAN3_TRANS4__   pred_CL = CL; pred_V2 = V1; pred_Q = Q; pred_V3 = V2;

__ADVAN4_TRANS11__

#define __ADVAN4_TRANS11__   pred_CL = CLi; pred_V2 = V2i; pred_Q = Qi; pred_V3 = V3i; pred_KA = KAi;

__ADVAN4_TRANS4__

#define __ADVAN4_TRANS4__   pred_CL = CL; pred_V2 = V2; pred_Q = Q; pred_V3 = V3; pred_KA = KA;

__BEGIN_config__

#define __BEGIN_config__   extern "C" { void __CONFIGFUN___(MRGSOLVE_CONFIG_SIGNATURE) {

__BEGIN_event__

#define __BEGIN_event__   extern "C" {void __EVENTFUN___(MRGSOLVE_EVENT_SIGNATURE) {

__BEGIN_main__

#define __BEGIN_main__   extern "C" { void __INITFUN___(MRGSOLVE_INIT_SIGNATURE) {

__BEGIN_ode__

#define __BEGIN_ode__   extern "C" { void __ODEFUN___(MRGSOLVE_ODE_SIGNATURE) {

__BEGIN_pred__

#define __BEGIN_pred__   extern "C" {void __ODEFUN___(MRGSOLVE_PRED_SIGNATURE) {

__BEGIN_table__

#define __BEGIN_table__   extern "C" { void __TABLECODE___(MRGSOLVE_TABLE_SIGNATURE) {

__DONE__

#define __DONE__   }}

__END_config__

#define __END_config__   __DONE__

__END_event__

#define __END_event__   __DONE__

__END_main__

#define __END_main__   __DONE__

__END_ode__

#define __END_ode__   __DONE__

__END_table__

#define __END_table__   __DONE__

_ALAG

#define _ALAG

(

a

)

Value:

_ALAG_[a-1]

_D

#define _D

(

a

)

Value:

_D_[a-1]

_F

#define _F

(

a

)

Value:

_F_[a-1]

_MRGX_GET

#define _MRGX_GET	(		a,
			b )

Value:

b = mrgx::get<a>(self,#b);

_MRGX_GET_LOCAL

#define _MRGX_GET_LOCAL	(		a,
			b )

Value:

a b = mrgx::get<a>(self,#b);

_MRGX_MT_FUN

#define _MRGX_MT_FUN

(

a

)

Value:

Rcpp::Function a = mrgx::mt_fun();

_NEQ

#define _NEQ   (_A_0_.size())

_R

#define _R

(

a

)

Value:

_R_[a-1]

_SETINIT

#define _SETINIT   if(self.newind <= 1)

_STOP_ERROR

#define _STOP_ERROR

(

)

Value:

(self.SYSTEMOFF = 9);

_STOP_ID

#define _STOP_ID

(

)

Value:

(self.SYSTEMOFF = 1);

_STOP_ID_CF

#define _STOP_ID_CF

(

)

Value:

(self.SYSTEMOFF = 2);

_STOP_ID_NA

#define _STOP_ID_NA

(

)

Value:

(self.SYSTEMOFF = 3);

_xEPS

#define _xEPS

(

a

)

Value:

self.EPS[a-1]

_xETA

#define _xETA

(

a

)

Value:

self.ETA[a-1]

AMT

#define AMT   self.amt

CFONSTOP

#define CFONSTOP

(

)

Value:

(self.CFONSTOP = true);

CHECK_MODELED_INFUSIONS

#define CHECK_MODELED_INFUSIONS   _check_modeled_infusions

CMT

#define CMT   self.cmt

DXDTZERO

#define DXDTZERO

(

)

Value:

for(int _i_ = 0; _i_ < _nEQ; ++_i_) _DADT_[_i_] = 0;

END_OF_INFUSION

#define END_OF_INFUSION   (self.evid==9)

EPS

#define EPS

(

a

)

Value:

self.EPS.at(a-1)

ETA

#define ETA

(

a

)

Value:

self.ETA.at(a-1)

EVID

#define EVID   self.evid

FINAL_IROW

#define FINAL_IROW   (self.irown == (self.inrow-1))

FINAL_ROW

#define FINAL_ROW   (self.rown == (self.nrow-1))

ID

#define ID   self.id

MRGSOLVE_WARN_UNUSED_VAR_NO

#define MRGSOLVE_WARN_UNUSED_VAR_NO

MRGSOLVE_WARN_UNUSED_VAR_YES

#define MRGSOLVE_WARN_UNUSED_VAR_YES

NEWIND

#define NEWIND   self.newind

pred_CL

#define pred_CL   _pred_[0]

pred_KA

#define pred_KA   _pred_[2]

pred_Q

#define pred_Q   _pred_[3]

pred_Q2

#define pred_Q2   _pred_[5]

pred_V

#define pred_V   _pred_[1]

pred_V2

#define pred_V2   _pred_[1]

pred_V3

#define pred_V3   _pred_[4]

pred_V4

#define pred_V4   _pred_[6]

pred_VC

#define pred_VC   _pred_[1]

pred_VP

#define pred_VP   _pred_[4]

pred_VP2

#define pred_VP2   _pred_[6]

SIGMA

#define SIGMA

(

a

)

Value:

self.SIGMA.at(a-1)

SOLVERTIME

#define SOLVERTIME   _ODETIME_[0]

SOLVINGPROBLEM

#define SOLVINGPROBLEM   (self.solving)

SS_ADVANCE

#define SS_ADVANCE   _ss_flag_

STOPADVANCING

#define STOPADVANCING

(

)

Value:

SYSTEMSTOPADVANCING()

SYSTEMNOTADVANCING

#define SYSTEMNOTADVANCING   (self.SYSTEMOFF)

SYSTEMSTOPADVANCING

#define SYSTEMSTOPADVANCING

(

)

Value:

(self.SYSTEMOFF=1);

THETA

#define THETA

(

a

)

Value:

THETA##a

TIME

#define TIME   self.time

Typedef Documentation

local_bool

typedef bool local_bool

local_double

typedef double local_double

local_int

typedef int local_int