hcurl.h File Reference

#include "refmap.h"
#include <common/trace.h>
#include <common/error.h>
#include <common/callstack.h>

Go to the source code of this file.

Functions
template<typename T >
void	calc_curl (T(&dx)[3], T(&dy)[3], T(&dz)[3], T(&curl)[3])
	Calculate curl of a vector.
template<typename S , typename T >
void	calc_tan_proj (S nx, S ny, S nz, T(&ev)[3], T(&tpe)[3])
	calculates N x EV x N
template<typename f_t , typename res_t >
res_t	hcurl_int_u_v (int n, double *wt, fn_t< f_t > *u, fn_t< f_t > *v, geom_t< f_t > *e)
template<typename f_t , typename res_t >
res_t	hcurl_int_curl_u_curl_v (int n, double *wt, fn_t< f_t > *u, fn_t< f_t > *v, geom_t< f_t > *e)
template<typename f_t , typename res_t >
res_t	hcurl_int_F_v (int n, double *wt, void(*F)(f_t, f_t, f_t, res_t(&)[3]), fn_t< f_t > *v, geom_t< f_t > *e)
	Integral .

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Function Documentation

template<typename T >

void calc_curl	(	T(&)	dx[3],
		T(&)	dy[3],
		T(&)	dz[3],
		T(&)	curl[3]
	)			[inline]

Calculate curl of a vector.

Parameters:

	dx[in]	- vector of x-derivatives
	dy[in]	- vector of y-derivatives
	dz[in]	- vector of z-derivatives
	curl[out]	- will contain the calculated curl

template<typename S , typename T >

void calc_tan_proj	(	S	nx,
		S	ny,
		S	nz,
		T(&)	ev[3],
		T(&)	tpe[3]
	)			[inline]

calculates N x EV x N

Parameters:

	nx[in]	- x-component of the normal
	ny[in]	- y-component of the normal
	nz[in]	- z-component of the normal
	ev[in]	- vector to work with
	tpe[out]	- will contain the calculated value

template<typename f_t , typename res_t >

res_t hcurl_int_curl_u_curl_v	(	int	n,
		double *	wt,
		fn_t< f_t > *	u,
		fn_t< f_t > *	v,
		geom_t< f_t > *	e
	)			[inline]

template<typename f_t , typename res_t >

res_t hcurl_int_F_v	(	int	n,
		double *	wt,
		void(*)(f_t, f_t, f_t, res_t(&)[3])	F,
		fn_t< f_t > *	v,
		geom_t< f_t > *	e
	)			[inline]

Integral .

template<typename f_t , typename res_t >

res_t hcurl_int_u_v	(	int	n,
		double *	wt,
		fn_t< f_t > *	u,
		fn_t< f_t > *	v,
		geom_t< f_t > *	e
	)			[inline]