src/gage/scl3pfilterbody.c File Reference

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Defines
#define	DOT_N(ANS, a, b)
#define	VL_N(ANS, i, axis)   DOT_N(ANS, fw0 + (axis)*fd, iv##axis + i*fd)
#define	D1_N(ANS, i, axis)   DOT_N(ANS, fw1 + (axis)*fd, iv##axis + i*fd)
#define	D2_N(ANS, i, axis)   DOT_N(ANS, fw2 + (axis)*fd, iv##axis + i*fd)
#define	DOT_N(ANS, a, b)
#define	VL_N(ANS, i, axis)   DOT_N(ANS, fw0 + (axis)*fd, iv##axis + i*fd)
#define	D1_N(ANS, i, axis)   DOT_N(ANS, fw1 + (axis)*fd, iv##axis + i*fd)
#define	D2_N(ANS, i, axis)   DOT_N(ANS, fw2 + (axis)*fd, iv##axis + i*fd)
#define	DOT_N(ANS, a, b)
#define	VL_N(ANS, i, axis)   DOT_N(ANS, fw0 + (axis)*fd, iv##axis + i*fd)
#define	D1_N(ANS, i, axis)   DOT_N(ANS, fw1 + (axis)*fd, iv##axis + i*fd)
#define	D2_N(ANS, i, axis)   DOT_N(ANS, fw2 + (axis)*fd, iv##axis + i*fd)
#define	DOT_N(ANS, a, b)
#define	VL_N(ANS, i, axis)   DOT_N(ANS, fw0 + (axis)*fd, iv##axis + i*fd)
#define	D1_N(ANS, i, axis)   DOT_N(ANS, fw1 + (axis)*fd, iv##axis + i*fd)
#define	D2_N(ANS, i, axis)   DOT_N(ANS, fw2 + (axis)*fd, iv##axis + i*fd)
Functions
	for (j=0;j< fd *fd;j++)
	if (doV)
	if (!doD1||doD2)
	if (doD2)
	if (doD1)
	ell_3mv_mul_d (gvec, shape->ItoWSubInvTransp, gvec)
	if (!doD2) return
	D1_N (hess[6], 0, Z)
	VL_N (hess[3], 0, Z)
	VL_N (hess[0], 0, Z)
	if (1)
Variables
	hess [2] = hess[6]

---

Define Documentation

#define D1_N	(	ANS,
		i,
		axis		)	DOT_N(ANS, fw1 + (axis)*fd, iv##axis + i*fd)

#define D1_N	(	ANS,
		i,
		axis		)	DOT_N(ANS, fw1 + (axis)*fd, iv##axis + i*fd)

#define D1_N	(	ANS,
		i,
		axis		)	DOT_N(ANS, fw1 + (axis)*fd, iv##axis + i*fd)

#define D1_N	(	ANS,
		i,
		axis		)	DOT_N(ANS, fw1 + (axis)*fd, iv##axis + i*fd)

#define D2_N	(	ANS,
		i,
		axis		)	DOT_N(ANS, fw2 + (axis)*fd, iv##axis + i*fd)

#define D2_N	(	ANS,
		i,
		axis		)	DOT_N(ANS, fw2 + (axis)*fd, iv##axis + i*fd)

#define D2_N	(	ANS,
		i,
		axis		)	DOT_N(ANS, fw2 + (axis)*fd, iv##axis + i*fd)

#define D2_N	(	ANS,
		i,
		axis		)	DOT_N(ANS, fw2 + (axis)*fd, iv##axis + i*fd)

#define DOT_N	(	ANS,
		a,
		b		)

Value:

for (T=0.0f,i=0; i<fd; i++) { T += (a)[i]*(b)[i]; } \
  ANS = T

#define DOT_N	(	ANS,
		a,
		b		)

Value:

for (T=0.0f,i=0; i<fd; i++) { T += (a)[i]*(b)[i]; } \
  ANS = T

#define DOT_N	(	ANS,
		a,
		b		)

Value:

for (T=0.0f,i=0; i<fd; i++) { T += (a)[i]*(b)[i]; } \
  ANS = T

#define DOT_N	(	ANS,
		a,
		b		)

Value:

for (T=0.0f,i=0; i<fd; i++) { T += (a)[i]*(b)[i]; } \
  ANS = T

#define VL_N	(	ANS,
		i,
		axis		)	DOT_N(ANS, fw0 + (axis)*fd, iv##axis + i*fd)

#define VL_N	(	ANS,
		i,
		axis		)	DOT_N(ANS, fw0 + (axis)*fd, iv##axis + i*fd)

#define VL_N	(	ANS,
		i,
		axis		)	DOT_N(ANS, fw0 + (axis)*fd, iv##axis + i*fd)

#define VL_N	(	ANS,
		i,
		axis		)	DOT_N(ANS, fw0 + (axis)*fd, iv##axis + i*fd)

---

Function Documentation

D1_N	(	hess	[6],
		0	,
		Z
	)

ell_3mv_mul_d	(	gvec	,
		shape->	ItoWSubInvTransp,
		gvec
	)

for

(

)

if

(

1

)

if

(

!

doD2

)

if

(

doD1

)

if

(

doD2

)

if

(

!

doD1||doD2

)

if

(

doV

)

VL_N	(	hess	[0],
		0	,
		Z
	)

VL_N	(	hess	[3],
		0	,
		Z
	)

---

Variable Documentation

hess[1] = hess[6]