Microflow 3D  v1.0
BoundaryFunctions.cpp File Reference
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Macros

#define f(x)   (pNode->FQ19[x])
 
#define XVelocityLB_ux   (Vector4.x)
 
#define YVelocityLB_uy   (Vector4.y)
 
#define ZVelocityLB_uz   (Vector4.z)
 
#define DensityLB_rho   (Vector4.rho)
 
#define BoundaryDensityLB_rhoB   (Thread_Ptr->m_BoundaryValue_RhoLB)
 
#define BoundaryXVelocityLB_uxB   (Thread_Ptr->m_BoundaryValue_ULB.x)
 
#define BoundaryYVelocityLB_uyB   (Thread_Ptr->m_BoundaryValue_ULB.y)
 
#define BoundaryZVelocityLB_uzB   (Thread_Ptr->m_BoundaryValue_ULB.z)
 
#define ReverseDirectionVector_Rc(x)   (MF::Solver_CPU::BoundaryFunctions::m_LatticeParameters_Ptr->ReverseDirectionVector_Rc[x])
 

Macro Definition Documentation

◆ BoundaryDensityLB_rhoB

#define BoundaryDensityLB_rhoB   (Thread_Ptr->m_BoundaryValue_RhoLB)

◆ BoundaryXVelocityLB_uxB

#define BoundaryXVelocityLB_uxB   (Thread_Ptr->m_BoundaryValue_ULB.x)

◆ BoundaryYVelocityLB_uyB

#define BoundaryYVelocityLB_uyB   (Thread_Ptr->m_BoundaryValue_ULB.y)

◆ BoundaryZVelocityLB_uzB

#define BoundaryZVelocityLB_uzB   (Thread_Ptr->m_BoundaryValue_ULB.z)

◆ DensityLB_rho

#define DensityLB_rho   (Vector4.rho)

◆ f

#define f (   x)    (pNode->FQ19[x])

◆ ReverseDirectionVector_Rc

#define ReverseDirectionVector_Rc (   x)    (MF::Solver_CPU::BoundaryFunctions::m_LatticeParameters_Ptr->ReverseDirectionVector_Rc[x])

Definition at line 21 of file BoundaryFunctions.cpp.

◆ XVelocityLB_ux

#define XVelocityLB_ux   (Vector4.x)

◆ YVelocityLB_uy

#define YVelocityLB_uy   (Vector4.y)

◆ ZVelocityLB_uz

#define ZVelocityLB_uz   (Vector4.z)