quda_milc_interface.h File Reference

#include <enum_quda.h>
#include <quda.h>

Go to the source code of this file.

Classes
struct	QudaInvertArgs_t
struct	QudaLayout_t
struct	QudaInitArgs_t
struct	QudaHisqParams_t
struct	QudaFatLinkArgs_t

Functions
void	qudaInit (QudaInitArgs_t input)
void	qudaSetLayout (QudaLayout_t layout)
void	qudaFinalize ()
void	qudaHisqParamsInit (QudaHisqParams_t hisq_params)
void	qudaLoadKSLink (int precision, QudaFatLinkArgs_t fatlink_args, const double act_path_coeff[6], void *inlink, void *fatlink, void *longlink)
void	qudaLoadUnitarizedLink (int precision, QudaFatLinkArgs_t fatlink_args, const double path_coeff[6], void *inlink, void *fatlink, void *ulink)
void	qudaInvert (int external_precision, int quda_precision, double mass, QudaInvertArgs_t inv_args, double target_resid, double target_relresid, const void *const milc_fatlink, const void *const milc_longlink, const double tadpole, void *source, void *solution, double *const final_resid, double *const final_rel_resid, int *num_iters)
void	qudaDDInvert (int external_precision, int quda_precision, double mass, QudaInvertArgs_t inv_args, double target_residual, double target_fermilab_residual, const int *const domain_overlap, const void *const fatlink, const void *const longlink, void *source, void *solution, double *const final_residual, double *const final_fermilab_residual, int *num_iters)
void	qudaMultishiftInvert (int external_precision, int precision, int num_offsets, double *const offset, QudaInvertArgs_t inv_args, const double *target_residual, const double *target_relative_residual, const void *const milc_fatlink, const void *const milc_longlink, const double tadpole, void *source, void **solutionArray, double *const final_residual, double *const final_relative_residual, int *num_iters)
void	qudaCloverInvert (int external_precision, int quda_precision, double kappa, double clover_coeff, QudaInvertArgs_t inv_args, double target_residual, double target_fermilab_residual, const void *milc_link, void *milc_clover, void *milc_clover_inv, void *source, void *solution, double *const final_residual, double *const final_fermilab_residual, int *num_iters)
void	qudaLoadGaugeField (int external_precision, int quda_precision, QudaInvertArgs_t inv_args, const void *milc_link)
void	qudaFreeGaugeField ()
void	qudaLoadCloverField (int external_precision, int quda_precision, QudaInvertArgs_t inv_args, void *milc_clover, void *milc_clover_inv, QudaSolutionType solution_type, QudaSolveType solve_type, double clover_coeff, int compute_trlog, double *trlog)
void	qudaFreeCloverField ()
void	qudaCloverMultishiftInvert (int external_precision, int quda_precision, int num_offsets, double *const offset, double kappa, double clover_coeff, QudaInvertArgs_t inv_args, const double *target_residual, const void *milc_link, void *milc_clover, void *milc_clover_inv, void *source, void **solutionArray, double *const final_residual, int *num_iters)
void	qudaCloverMultishiftMDInvert (int external_precision, int quda_precision, int num_offsets, double *const offset, double kappa, double clover_coeff, QudaInvertArgs_t inv_args, const double *target_residual, const void *milc_link, void *milc_clover, void *milc_clover_inv, void *source, void **psiEven, void **psiOdd, void **pEven, void **pOdd, double *const final_residual, int *num_iters)
void	qudaHisqForce (int precision, const double level2_coeff[6], const double fat7_coeff[6], const void *const staple_src[4], const void *const one_link_src[4], const void *const naik_src[4], const void *const w_link, const void *const v_link, const void *const u_link, void *const milc_momentum)
void	qudaAsqtadForce (int precision, const double act_path_coeff[6], const void *const one_link_src[4], const void *const naik_src[4], const void *const link, void *const milc_momentum)
void	qudaGaugeForce (int precision, int num_loop_types, double milc_loop_coeff[3], double eb3, void *milc_sitelink, void *milc_momentum)
void	qudaComputeOprod (int precision, int num_terms, double **coeff, void **quark_field, void *oprod[2])
void	qudaUpdateU (int precision, double eps, void *momentum, void *link)
void	qudaCloverTrace (void *out, void *clover, int mu, int nu)
void	qudaCloverDerivative (void *out, void *gauge, void *oprod, int mu, int nu, double coeff, int precision, int parity, int conjugate)
void *	qudaCreateExtendedGaugeField (void *gauge, int geometry, int precision)
void *	qudaCreateGaugeField (void *gauge, int geometry, int precision)
void	qudaSaveGaugeField (void *gauge, void *inGauge)
void	qudaDestroyGaugeField (void *gauge)

Function Documentation

void qudaAsqtadForce	(	int	precision,
		const double	act_path_coeff[6],
		const void *const	one_link_src[4],
		const void *const	naik_src[4],
		const void *const	link,
		void *const	milc_momentum
	)

void qudaCloverDerivative	(	void *	out,
		void *	gauge,
		void *	oprod,
		int	mu,
		int	nu,
		double	coeff,
		int	precision,
		int	parity,
		int	conjugate
	)

void qudaCloverInvert	(	int	external_precision,
		int	quda_precision,
		double	kappa,
		double	clover_coeff,
		QudaInvertArgs_t	inv_args,
		double	target_residual,
		double	target_fermilab_residual,
		const void *	milc_link,
		void *	milc_clover,
		void *	milc_clover_inv,
		void *	source,
		void *	solution,
		double *const	final_residual,
		double *const	final_fermilab_residual,
		int *	num_iters
	)

void qudaCloverMultishiftInvert	(	int	external_precision,
		int	quda_precision,
		int	num_offsets,
		double *const	offset,
		double	kappa,
		double	clover_coeff,
		QudaInvertArgs_t	inv_args,
		const double *	target_residual,
		const void *	milc_link,
		void *	milc_clover,
		void *	milc_clover_inv,
		void *	source,
		void **	solutionArray,
		double *const	final_residual,
		int *	num_iters
	)

void qudaCloverMultishiftMDInvert	(	int	external_precision,
		int	quda_precision,
		int	num_offsets,
		double *const	offset,
		double	kappa,
		double	clover_coeff,
		QudaInvertArgs_t	inv_args,
		const double *	target_residual,
		const void *	milc_link,
		void *	milc_clover,
		void *	milc_clover_inv,
		void *	source,
		void **	psiEven,
		void **	psiOdd,
		void **	pEven,
		void **	pOdd,
		double *const	final_residual,
		int *	num_iters
	)

void qudaCloverTrace	(	void *	out,
		void *	clover,
		int	mu,
		int	nu
	)

void qudaComputeOprod	(	int	precision,
		int	num_terms,
		double **	coeff,
		void **	quark_field,
		void *	oprod[2]
	)

void* qudaCreateExtendedGaugeField	(	void *	gauge,
		int	geometry,
		int	precision
	)

void* qudaCreateGaugeField	(	void *	gauge,
		int	geometry,
		int	precision
	)

void qudaDDInvert	(	int	external_precision,
		int	quda_precision,
		double	mass,
		QudaInvertArgs_t	inv_args,
		double	target_residual,
		double	target_fermilab_residual,
		const int *const	domain_overlap,
		const void *const	fatlink,
		const void *const	longlink,
		void *	source,
		void *	solution,
		double *const	final_residual,
		double *const	final_fermilab_residual,
		int *	num_iters
	)

void qudaDestroyGaugeField

(

void *

gauge

)

void qudaFinalize

(

)

void qudaFreeCloverField

(

)

void qudaFreeGaugeField

(

)

void qudaGaugeForce	(	int	precision,
		int	num_loop_types,
		double	milc_loop_coeff[3],
		double	eb3,
		void *	milc_sitelink,
		void *	milc_momentum
	)

void qudaHisqForce	(	int	precision,
		const double	level2_coeff[6],
		const double	fat7_coeff[6],
		const void *const	staple_src[4],
		const void *const	one_link_src[4],
		const void *const	naik_src[4],
		const void *const	w_link,
		const void *const	v_link,
		const void *const	u_link,
		void *const	milc_momentum
	)

void qudaHisqParamsInit

(

QudaHisqParams_t

hisq_params

)

void qudaInit

(

QudaInitArgs_t

input

)

void qudaInvert	(	int	external_precision,
		int	quda_precision,
		double	mass,
		QudaInvertArgs_t	inv_args,
		double	target_resid,
		double	target_relresid,
		const void *const	milc_fatlink,
		const void *const	milc_longlink,
		const double	tadpole,
		void *	source,
		void *	solution,
		double *const	final_resid,
		double *const	final_rel_resid,
		int *	num_iters
	)

void qudaLoadCloverField	(	int	external_precision,
		int	quda_precision,
		QudaInvertArgs_t	inv_args,
		void *	milc_clover,
		void *	milc_clover_inv,
		QudaSolutionType	solution_type,
		QudaSolveType	solve_type,
		double	clover_coeff,
		int	compute_trlog,
		double *	trlog
	)

void qudaLoadGaugeField	(	int	external_precision,
		int	quda_precision,
		QudaInvertArgs_t	inv_args,
		const void *	milc_link
	)

void qudaLoadKSLink	(	int	precision,
		QudaFatLinkArgs_t	fatlink_args,
		const double	act_path_coeff[6],
		void *	inlink,
		void *	fatlink,
		void *	longlink
	)

void qudaLoadUnitarizedLink	(	int	precision,
		QudaFatLinkArgs_t	fatlink_args,
		const double	path_coeff[6],
		void *	inlink,
		void *	fatlink,
		void *	ulink
	)

void qudaMultishiftInvert	(	int	external_precision,
		int	precision,
		int	num_offsets,
		double *const	offset,
		QudaInvertArgs_t	inv_args,
		const double *	target_residual,
		const double *	target_relative_residual,
		const void *const	milc_fatlink,
		const void *const	milc_longlink,
		const double	tadpole,
		void *	source,
		void **	solutionArray,
		double *const	final_residual,
		double *const	final_relative_residual,
		int *	num_iters
	)

void qudaSaveGaugeField	(	void *	gauge,
		void *	inGauge
	)

void qudaSetLayout

(

QudaLayout_t

layout

)

void qudaUpdateU	(	int	precision,
		double	eps,
		void *	momentum,
		void *	link
	)