milupHPC/viscosity_8cuh_source.html

#ifndef MILUPHPC_VISCOSITY_CUH

#define MILUPHPC_VISCOSITY_CUH


#include "../particles.cuh"

#include "../parameter.h"

#include "../materials/material.cuh"

#include "kernel.cuh"

#include "cuda_utils/cuda_utilities.cuh"

#include "cuda_utils/cuda_runtime.h"


namespace SPH {

    namespace Kernel {


// TODO: functions only needed for NAVIER_STOKES

#if NAVIER_STOKES

        __global__ void calculate_shear_stress_tensor(::SPH::SPH_kernel kernel, Material *materials, Particles *particles, int *interactions, int numRealParticles);

#endif


#if NAVIER_STOKES

        __global__ void calculate_kinematic_viscosity(::SPH::SPH_kernel kernel, Material *materials, Particles *particles, int *interactions, int numRealParticles);

#endif

    }

}


#endif //MILUPHPC_VISCOSITY_CUH

Material
Material parameters.
Definition: material.cuh:88

Particles
Particle(s) class based on SoA (Structur of Arrays).
Definition: particles.cuh:50

cuda_runtime.h
CUDA runtime functionalities and wrappers.

cuda_utilities.cuh
CUDA utilities.

kernel.cuh

Kernel
Definition: device_rhs.cuh:7

SPH
SPH related functions and kernels.
Definition: density.cuh:23

SPH::SPH_kernel
void(* SPH_kernel)(real *W, real dWdx[DIM], real *dWdr, real dx[DIM], real h)
Function pointer to generic SPH kernel function.
Definition: kernel.cuh:26