ins/src/addForcing.C File Reference

#include "Cgins.h"
#include "Parameters.h"
#include "display.h"
#include "ParallelUtility.h"
#include "ParallelGridUtility.h"
#include "turbulenceModels.h"
#include "turbulenceParameters.h"
#include "kkcdefs.h"

Include dependency graph for ins/src/addForcing.C:

Macros
#define	IS_DIRICHLET(SIDE, AXIS)   ( bcLocal(SIDE,AXIS)==Parameters::dirichletBoundaryCondition || bcLocal(SIDE,AXIS)==Parameters::noSlipWall || bcLocal(SIDE,AXIS)==InsParameters::inflowWithVelocityGiven || bcLocal(SIDE,AXIS)==InsParameters::outflow)
#define	ForBoundary(side, axis)
#define	uv(m)   e (mg,I1,I2,I3,m,t)
#define	uvt(m)   e.t (mg,I1,I2,I3,m,t)
#define	uvx(m)   e.x (mg,I1,I2,I3,m,t)
#define	uvy(m)   e.y (mg,I1,I2,I3,m,t)
#define	uvz(m)   e.z (mg,I1,I2,I3,m,t)
#define	uvxx(m)   e.xx(mg,I1,I2,I3,m,t)
#define	uvxy(m)   e.xy(mg,I1,I2,I3,m,t)
#define	uvxz(m)   e.xz(mg,I1,I2,I3,m,t)
#define	uvyy(m)   e.yy(mg,I1,I2,I3,m,t)
#define	uvyz(m)   e.yz(mg,I1,I2,I3,m,t)
#define	uvzz(m)   e.zz(mg,I1,I2,I3,m,t)
#define	ADTZ2(cc, q0)
#define	ADTZ4(cc, q0)
#define	ADTZ2(cc, q0)
#define	ADTZ4(cc, q0)

Macro Definition Documentation

#define ADTZ2	(		cc,
			q0
	)

Value:

adc2*(e(mg,I1-1,I2,I3,cc,t)+e(mg,I1+1,I2,I3,cc,t)+\
                           e(mg,I1,I2-1,I3,cc,t)+e(mg,I1,I2+1,I3,cc,t)+\
                            -4.*q0 )

Referenced by Cgins::addForcing().

#define ADTZ2	(		cc,
			q0
	)

Value:

adc2*(e(mg,I1-1,I2,I3,cc,t)+e(mg,I1+1,I2,I3,cc,t)+\
                           e(mg,I1,I2-1,I3,cc,t)+e(mg,I1,I2+1,I3,cc,t)+\
                           e(mg,I1,I2,I3-1,cc,t)+e(mg,I1,I2,I3+1,cc,t)\
                            -6.*q0 )

#define ADTZ4	(		cc,
			q0
	)

Value:

adc4*(-(e(mg,I1-2,I2,I3,cc,t)+e(mg,I1+2,I2,I3,cc,t)+\
                             e(mg,I1,I2-2,I3,cc,t)+e(mg,I1,I2+2,I3,cc,t))\
                        +4.*(e(mg,I1-1,I2,I3,cc,t)+e(mg,I1+1,I2,I3,cc,t)+\
                             e(mg,I1,I2-1,I3,cc,t)+e(mg,I1,I2+1,I3,cc,t))\
                            -12.*q0 )

Referenced by Cgins::addForcing().

#define ADTZ4	(		cc,
			q0
	)

Value:

adc4*(-(e(mg,I1-2,I2,I3,cc,t)+e(mg,I1+2,I2,I3,cc,t)+\
                             e(mg,I1,I2-2,I3,cc,t)+e(mg,I1,I2+2,I3,cc,t)+\
                             e(mg,I1,I2,I3-2,cc,t)+e(mg,I1,I2,I3+2,cc,t))\
                        +4.*(e(mg,I1-1,I2,I3,cc,t)+e(mg,I1+1,I2,I3,cc,t)+\
                             e(mg,I1,I2-1,I3,cc,t)+e(mg,I1,I2+1,I3,cc,t)+\
                             e(mg,I1,I2,I3-1,cc,t)+e(mg,I1,I2,I3+1,cc,t))\
                            -18.*q0 )

#define ForBoundary	(		side,
			axis
	)

Value:

for( axis=0; axis<mg.numberOfDimensions(); axis++ ) \
                                 for( side=0; side<=1; side++ )

#define IS_DIRICHLET	(		SIDE,
			AXIS
	)		( bcLocal(SIDE,AXIS)==Parameters::dirichletBoundaryCondition || bcLocal(SIDE,AXIS)==Parameters::noSlipWall || bcLocal(SIDE,AXIS)==InsParameters::inflowWithVelocityGiven || bcLocal(SIDE,AXIS)==InsParameters::outflow)

Referenced by Cgins::addForcing().

#define uv

(

m

)

e (mg,I1,I2,I3,m,t)

Referenced by Cgins::addForcing().

#define uvt

(

m

)

e.t (mg,I1,I2,I3,m,t)

Referenced by Cgins::addForcing().

#define uvx

(

m

)

e.x (mg,I1,I2,I3,m,t)

Referenced by Cgins::addForcing().

#define uvxx

(

m

)

e.xx(mg,I1,I2,I3,m,t)

Referenced by Cgins::addForcing().

#define uvxy

(

m

)

e.xy(mg,I1,I2,I3,m,t)

#define uvxz

(

m

)

e.xz(mg,I1,I2,I3,m,t)

#define uvy

(

m

)

e.y (mg,I1,I2,I3,m,t)

#define uvyy

(

m

)

e.yy(mg,I1,I2,I3,m,t)

#define uvyz

(

m

)

e.yz(mg,I1,I2,I3,m,t)

#define uvz

(

m

)

e.z (mg,I1,I2,I3,m,t)

#define uvzz

(

m

)

e.zz(mg,I1,I2,I3,m,t)