Declaration of the kernels to calculate the forces acting on a body The method is described in Lai & Peskin (2000). More...

#include "utilities/types.h"

Include dependency graph for calculateForce.h:

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Namespaces
	kernels
	Contains all the custom-written CUDA kernels.

Functions
__global__ void	kernels::dragLeftRight (real FxX, real q, real lambda, real nu, real dx, real *dy, int nx, int ny, int I, int J, int ncx, int ncy)
	Calculates drag using a control-volume approach (left-right). More...

__global__ void	kernels::dragBottomTop (real FxY, real q, real nu, real dx, real dy, int nx, int ny, int I, int J, int ncx, int ncy)
	Calculate drag using a control-volume approach (bottom-top). More...

__global__ void	kernels::dragUnsteady (real FxU, real q, real qOld, real dx, real *dy, real dt, int nx, int ny, int I, int J, int ncx, int ncy)
	Calculate drag using a control-volume approach (unsteady). More...

__global__ void	kernels::liftLeftRight (real FyX, real q, real nu, real dx, real dy, int nx, int ny, int I, int J, int ncx, int ncy)
	Calculate lift using a control-volume approach (left-right). More...

__global__ void	kernels::liftBottomTop (real FyY, real q, real lambda, real nu, real dx, real *dy, int nx, int ny, int I, int J, int ncx, int ncy)
	Calculate lift using a control-volume approach (bottom-top). More...

__global__ void	kernels::liftUnsteady (real FyU, real q, real qOld, real dx, real *dy, real dt, int nx, int ny, int I, int J, int ncx, int ncy)
	Calculate lift using a control-volume approach (unsteady). More...

__global__ void	kernels::forceX (real f, real q, real rn, int tags, int nx, int ny, real dx, real dy, real dt, real alpha, real nu)
	Kernel not usable. More...

__global__ void	kernels::forceY ()
	Kernel not usable. More...

Detailed Description

Declaration of the kernels to calculate the forces acting on a body The method is described in Lai & Peskin (2000).

Definition in file calculateForce.h.

Namespaces