Physics::Kernel Namespace Reference

Namespaces
namespace	Launch

Functions
template<unsigned int blockSize>
__global__ void	calculateAngularMomentumBlockwise (Particles *particles, real *outputData, int n)
	Calculate angular momentum for all particles (per block). More...
template<unsigned int blockSize>
__global__ void	sumAngularMomentum (const real *indata, real *outdata)
	Calculate angular momentum: sum over blocks. More...
__global__ void	kineticEnergy (Particles *particles, int n)
	Calculate kinetic energy. More...

Function Documentation

calculateAngularMomentumBlockwise()

template<unsigned int blockSize>

__global__ void Physics::Kernel::calculateAngularMomentumBlockwise	(	Particles *	particles,
		real *	outputData,
		int	n
	)

Calculate angular momentum for all particles (per block).

‍Corresponding wrapper function: Physics::Kernel::Launch::calculateAngularMomentumBlockwise()

Template Parameters

in] blockSize

Parameters

[in]	particles
[out]	outputData
[in]	n

Definition at line 2428 of file subdomain.cu.

kineticEnergy()

__global__ void Physics::Kernel::kineticEnergy	(	Particles *	particles,
		int	n
	)

Calculate kinetic energy.

‍Corresponding wrapper function: Physics::Kernel::Launch::kineticEnergy()

Parameters

particles
n

Definition at line 2598 of file subdomain.cu.

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sumAngularMomentum()

template<unsigned int blockSize>

__global__ void Physics::Kernel::sumAngularMomentum	(	const real *	indata,
		real *	outdata
	)

Calculate angular momentum: sum over blocks.

‍Corresponding wrapper function: Physics::Kernel::Launch::sumAngularMomentum()

Template Parameters

in] blockSize

Parameters

[in]	indata
[out]	outdata

Definition at line 2576 of file subdomain.cu.