read_gauge.h File Reference

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Macros
#define	COMPLEX_ADD_TO(a, b)
#define	COMPLEX_PRODUCT(a, b, c)
#define	COMPLEX_CONJUGATE_PRODUCT(a, b, c)
#define	COMPLEX_DOT_PRODUCT(a, b, c)
#define	COMPLEX_NORM(a, b)
#define	ACC_COMPLEX_PROD(a, b, c)
#define	ACC_CONJ_PROD(a, b, c)
#define	READ_GAUGE_MATRIX_18_FLOAT2_TEX(G, gauge, dir, idx, stride)
#define	READ_GAUGE_MATRIX_18_SHORT2_TEX(G, gauge, dir, idx, stride)
#define	READ_GAUGE_MATRIX_12_FLOAT4_TEX(G, gauge, dir, idx, stride)
#define	READ_GAUGE_MATRIX_12_SHORT4_TEX(G, gauge, dir, idx, stride)
#define	READ_GAUGE_MATRIX_8_FLOAT4_TEX(G, gauge, dir, idx, stride)
#define	READ_GAUGE_MATRIX_8_SHORT4_TEX(G, gauge, dir, idx, stride)
#define	READ_GAUGE_MATRIX_18_DOUBLE2(G, gauge_, dir, idx, stride)
#define	READ_GAUGE_MATRIX_18_FLOAT2(G, gauge_, dir, idx, stride)
#define	READ_GAUGE_MATRIX_18_SHORT2(G, gauge_, dir, idx, stride)
#define	READ_GAUGE_MATRIX_12_DOUBLE2(G, gauge_, dir, idx, stride)
#define	READ_GAUGE_MATRIX_12_FLOAT4(G, gauge_, dir, idx, stride)
#define	READ_GAUGE_MATRIX_12_SHORT4(G, gauge_, dir, idx, stride)
#define	READ_GAUGE_MATRIX_8_DOUBLE2(G, gauge_, dir, idx, stride)
#define	READ_GAUGE_MATRIX_8_FLOAT4(G, gauge_, dir, idx, stride)
#define	READ_GAUGE_MATRIX_8_SHORT4(G, gauge_, dir, idx, stride)
#define	READ_GAUGE_PHASE_DOUBLE(P, phase, dir, idx, stride)
#define	READ_GAUGE_PHASE_FLOAT(P, phase, dir, idx, stride)
#define	READ_GAUGE_PHASE_SHORT(P, phase, dir, idx, stride)
#define	ASSN_GAUGE_MATRIX_18_FLOAT2_TEX(G, gauge, dir, idx, stride)
#define	ASSN_GAUGE_MATRIX_18_SHORT2_TEX(G, gauge, dir, idx, stride)
#define	ASSN_GAUGE_MATRIX_12_FLOAT4_TEX(G, gauge, dir, idx, stride)
#define	ASSN_GAUGE_MATRIX_12_SHORT4_TEX(G, gauge, dir, idx, stride)
#define	ASSN_GAUGE_MATRIX_8_FLOAT4_TEX(G, gauge, dir, idx, stride)
#define	ASSN_GAUGE_MATRIX_8_SHORT4_TEX(G, gauge, dir, idx, stride)
#define	ASSN_GAUGE_MATRIX_18_DOUBLE2(G, gauge_, dir, idx, stride)
#define	ASSN_GAUGE_MATRIX_18_FLOAT2(G, gauge_, dir, idx, stride)
#define	ASSN_GAUGE_MATRIX_18_SHORT2(G, gauge_, dir, idx, stride)
#define	ASSN_GAUGE_MATRIX_12_DOUBLE2(G, gauge_, dir, idx, stride)
#define	ASSN_GAUGE_MATRIX_12_FLOAT4(G, gauge_, dir, idx, stride)
#define	ASSN_GAUGE_MATRIX_12_SHORT4(G, gauge_, dir, idx, stride)
#define	ASSN_GAUGE_MATRIX_8_DOUBLE2(G, gauge_, dir, idx, stride)
#define	ASSN_GAUGE_MATRIX_8_FLOAT4(G, gauge_, dir, idx, stride)
#define	ASSN_GAUGE_MATRIX_8_SHORT4(G, gauge_, dir, idx, stride)
#define	RESCALE2(G, max)
#define	RESCALE4(G, max)
#define	RECONSTRUCT_MATRIX_18_DOUBLE(dir)
#define	RECONSTRUCT_MATRIX_18_SINGLE(dir)
#define	do_boundary   ga_idx >= param.dc.X4X3X2X1hmX3X2X1h
#define	RECONSTRUCT_MATRIX_12_DOUBLE(dir)
#define	RECONSTRUCT_MATRIX_12_SINGLE(dir)
#define	RECONSTRUCT_MATRIX_8_DOUBLE(dir)
#define	RECONSTRUCT_MATRIX_8_SINGLE(dir)
#define	RECONSTRUCT_GAUGE_MATRIX_12_SINGLE(dir, gauge, idx, sign)
#define	RECONSTRUCT_GAUGE_MATRIX_12_DOUBLE(dir, gauge, idx, sign)
#define	RECONSTRUCT_GAUGE_MATRIX_13_SINGLE(dir, gauge, idx, sign)
#define	RECONSTRUCT_GAUGE_MATRIX_13_DOUBLE(dir, gauge, idx, sign)
#define	RECONSTRUCT_GAUGE_MATRIX_8_DOUBLE(dir, gauge, idx, sign)
#define	RECONSTRUCT_GAUGE_MATRIX_8_SINGLE(dir, gauge, idx, sign)
#define	RECONSTRUCT_GAUGE_MATRIX_9_SINGLE(dir, gauge, idx, sign)
#define	RECONSTRUCT_GAUGE_MATRIX_9_DOUBLE(dir, gauge, idx, sign)
#define	READ_GAUGE_MATRIX_18_DOUBLE2_TEX(G, gauge, dir, idx, stride)
#define	READ_GAUGE_MATRIX_12_DOUBLE2_TEX(G, gauge, dir, idx, stride)
#define	READ_GAUGE_MATRIX_8_DOUBLE2_TEX(G, gauge, dir, idx, stride)
#define	READ_GAUGE_PHASE_FLOAT_TEX(P, phase, dir, idx, stride)
#define	READ_GAUGE_PHASE_SHORT_TEX(P, phase, dir, idx, stride)   READ_GAUGE_PHASE_FLOAT_TEX(P, phase, dir, idx, stride)
#define	READ_GAUGE_PHASE_DOUBLE_TEX(P, phase, dir, idx, stride)
#define	ASSN_GAUGE_MATRIX_18_DOUBLE2_TEX(G, gauge, dir, idx, stride)
#define	ASSN_GAUGE_MATRIX_12_DOUBLE2_TEX(G, gauge, dir, idx, stride)
#define	ASSN_GAUGE_MATRIX_8_DOUBLE2_TEX(G, gauge, dir, idx, stride)

Macro Definition Documentation

ACC_COMPLEX_PROD

#define ACC_COMPLEX_PROD	(		a,
			b,
			c
	)

Value:

a##_re += b##_re*c##_re;        \
  a##_re -= b##_im*c##_im;        \
  a##_im += b##_re*c##_im;        \
  a##_im += b##_im*c##_re

Definition at line 32 of file read_gauge.h.

ACC_CONJ_PROD

#define ACC_CONJ_PROD	(		a,
			b,
			c
	)

Value:

a##_re += b##_re * c##_re;      \
  a##_re -= b##_im * c##_im;      \
  a##_im -= b##_re * c##_im;      \
  a##_im -= b##_im * c##_re

Definition at line 39 of file read_gauge.h.

ASSN_GAUGE_MATRIX_12_DOUBLE2

#define ASSN_GAUGE_MATRIX_12_DOUBLE2	(		G,
			gauge_,
			dir,
			idx,
			stride
	)

Value:

double2 *gauge = (double2*)gauge_;            \
   G##0 = gauge[idx + ((dir/2)*6+0)*stride];      \
   G##1 = gauge[idx + ((dir/2)*6+1)*stride];      \
   G##2 = gauge[idx + ((dir/2)*6+2)*stride];      \
   G##3 = gauge[idx + ((dir/2)*6+3)*stride];      \
   G##4 = gauge[idx + ((dir/2)*6+4)*stride];      \
   G##5 = gauge[idx + ((dir/2)*6+5)*stride];      \
   G##6 = make_double2(0,0);          \
   G##7 = make_double2(0,0);          \
   G##8 = make_double2(0,0);

Definition at line 306 of file read_gauge.h.

ASSN_GAUGE_MATRIX_12_DOUBLE2_TEX

#define ASSN_GAUGE_MATRIX_12_DOUBLE2_TEX	(		G,
			gauge,
			dir,
			idx,
			stride
	)

Value:

G##0 = fetch_double2((gauge), idx + ((dir/2)*6+0)*stride);  \
   G##1 = fetch_double2((gauge), idx + ((dir/2)*6+1)*stride); \
   G##2 = fetch_double2((gauge), idx + ((dir/2)*6+2)*stride);   \
   G##3 = fetch_double2((gauge), idx + ((dir/2)*6+3)*stride); \
   G##4 = fetch_double2((gauge), idx + ((dir/2)*6+4)*stride); \
   G##5 = fetch_double2((gauge), idx + ((dir/2)*6+5)*stride); \
   G##6 = make_double2(0,0);          \
   G##7 = make_double2(0,0);          \
   G##8 = make_double2(0,0);          \

Definition at line 802 of file read_gauge.h.

ASSN_GAUGE_MATRIX_12_FLOAT4

#define ASSN_GAUGE_MATRIX_12_FLOAT4	(		G,
			gauge_,
			dir,
			idx,
			stride
	)

Value:

float4 *gauge = (float4*)gauge_;            \
   G##0 = gauge[idx + ((dir/2)*3+0)*stride];    \
   G##1 = gauge[idx + ((dir/2)*3+1)*stride];    \
   G##2 = gauge[idx + ((dir/2)*3+2)*stride];    \
   G##3 = make_float4(0,0,0,0);       \
   G##4 = make_float4(0,0,0,0);

Definition at line 318 of file read_gauge.h.

ASSN_GAUGE_MATRIX_12_FLOAT4_TEX

#define ASSN_GAUGE_MATRIX_12_FLOAT4_TEX	(		G,
			gauge,
			dir,
			idx,
			stride
	)

Value:

G##0 = TEX1DFETCH(float4, (gauge), idx + ((dir/2)*3+0)*stride); \
  G##1 = TEX1DFETCH(float4, (gauge), idx + ((dir/2)*3+1)*stride); \
  G##2 = TEX1DFETCH(float4, (gauge), idx + ((dir/2)*3+2)*stride); \
  G##3 = make_float4(0,0,0,0);            \
  G##4 = make_float4(0,0,0,0);

Definition at line 237 of file read_gauge.h.

ASSN_GAUGE_MATRIX_12_SHORT4

#define ASSN_GAUGE_MATRIX_12_SHORT4	(		G,
			gauge_,
			dir,
			idx,
			stride
	)

Value:

short4 *gauge = (short4*)gauge_;            \
   G##0 = short42float4(gauge[idx + ((dir/2)*3+0)*stride]); \
   G##1 = short42float4(gauge[idx + ((dir/2)*3+1)*stride]); \
   G##2 = short42float4(gauge[idx + ((dir/2)*3+2)*stride]); \
   G##3 = make_float4(0,0,0,0);         \
   G##4 = make_float4(0,0,0,0);

Definition at line 326 of file read_gauge.h.

ASSN_GAUGE_MATRIX_12_SHORT4_TEX

#define ASSN_GAUGE_MATRIX_12_SHORT4_TEX	(		G,
			gauge,
			dir,
			idx,
			stride
	)

Value:

G##0 = TEX1DFETCH(float4, (gauge), idx + ((dir/2)*3+0)*stride); \
  G##1 = TEX1DFETCH(float4, (gauge), idx + ((dir/2)*3+1)*stride); \
  G##2 = TEX1DFETCH(float4, (gauge), idx + ((dir/2)*3+2)*stride); \
  G##3 = make_float4(0,0,0,0);            \
  G##4 = make_float4(0,0,0,0);

Definition at line 244 of file read_gauge.h.

ASSN_GAUGE_MATRIX_18_DOUBLE2

#define ASSN_GAUGE_MATRIX_18_DOUBLE2	(		G,
			gauge_,
			dir,
			idx,
			stride
	)

Value:

double2 *gauge = (double2*)gauge_;             \
   G##0 = gauge[idx + ((dir/2)*9+0)*stride];        \
   G##1 = gauge[idx + ((dir/2)*9+1)*stride];        \
   G##2 = gauge[idx + ((dir/2)*9+2)*stride];        \
   G##3 = gauge[idx + ((dir/2)*9+3)*stride];        \
   G##4 = gauge[idx + ((dir/2)*9+4)*stride];        \
   G##5 = gauge[idx + ((dir/2)*9+5)*stride];        \
   G##6 = gauge[idx + ((dir/2)*9+6)*stride];        \
   G##7 = gauge[idx + ((dir/2)*9+7)*stride];        \
   G##8 = gauge[idx + ((dir/2)*9+8)*stride];        \

Definition at line 270 of file read_gauge.h.

ASSN_GAUGE_MATRIX_18_DOUBLE2_TEX

#define ASSN_GAUGE_MATRIX_18_DOUBLE2_TEX	(		G,
			gauge,
			dir,
			idx,
			stride
	)

Value:

G##0 = fetch_double2((gauge), idx + ((dir/2)*9+0)*stride); \
   G##1 = fetch_double2((gauge), idx + ((dir/2)*9+1)*stride); \
   G##2 = fetch_double2((gauge), idx + ((dir/2)*9+2)*stride); \
   G##3 = fetch_double2((gauge), idx + ((dir/2)*9+3)*stride); \
   G##4 = fetch_double2((gauge), idx + ((dir/2)*9+4)*stride); \
   G##5 = fetch_double2((gauge), idx + ((dir/2)*9+5)*stride); \
   G##6 = fetch_double2((gauge), idx + ((dir/2)*9+6)*stride); \
   G##7 = fetch_double2((gauge), idx + ((dir/2)*9+7)*stride); \
   G##8 = fetch_double2((gauge), idx + ((dir/2)*9+8)*stride); \

For DW only

Definition at line 791 of file read_gauge.h.

ASSN_GAUGE_MATRIX_18_FLOAT2

#define ASSN_GAUGE_MATRIX_18_FLOAT2	(		G,
			gauge_,
			dir,
			idx,
			stride
	)

Value:

float2 *gauge = (float2*)gauge_;          \
   G##0 = ((float2*)gauge)[idx + ((dir/2)*9+0)*stride]; \
   G##1 = ((float2*)gauge)[idx + ((dir/2)*9+1)*stride]; \
   G##2 = ((float2*)gauge)[idx + ((dir/2)*9+2)*stride]; \
   G##3 = ((float2*)gauge)[idx + ((dir/2)*9+3)*stride]; \
   G##4 = ((float2*)gauge)[idx + ((dir/2)*9+4)*stride]; \
   G##5 = ((float2*)gauge)[idx + ((dir/2)*9+5)*stride]; \
   G##6 = ((float2*)gauge)[idx + ((dir/2)*9+6)*stride]; \
   G##7 = ((float2*)gauge)[idx + ((dir/2)*9+7)*stride]; \
   G##8 = ((float2*)gauge)[idx + ((dir/2)*9+8)*stride]; \

Definition at line 282 of file read_gauge.h.

ASSN_GAUGE_MATRIX_18_FLOAT2_TEX

#define ASSN_GAUGE_MATRIX_18_FLOAT2_TEX	(		G,
			gauge,
			dir,
			idx,
			stride
	)

Value:

G##0 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+0)*stride); \
  G##1 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+1)*stride); \
  G##2 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+2)*stride); \
  G##3 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+3)*stride); \
  G##4 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+4)*stride); \
  G##5 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+5)*stride); \
  G##6 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+6)*stride); \
  G##7 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+7)*stride); \
  G##8 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+8)*stride); \

-—For DW only-—!

Definition at line 215 of file read_gauge.h.

ASSN_GAUGE_MATRIX_18_SHORT2

#define ASSN_GAUGE_MATRIX_18_SHORT2	(		G,
			gauge_,
			dir,
			idx,
			stride
	)

Value:

short2 *gauge = (short2*)gauge_;          \
   G##0 = short22float2(((short2*)gauge)[idx + ((dir/2)*9+0)*stride]); \
   G##1 = short22float2(((short2*)gauge)[idx + ((dir/2)*9+1)*stride]); \
   G##2 = short22float2(((short2*)gauge)[idx + ((dir/2)*9+2)*stride]); \
   G##3 = short22float2(((short2*)gauge)[idx + ((dir/2)*9+3)*stride]); \
   G##4 = short22float2(((short2*)gauge)[idx + ((dir/2)*9+4)*stride]); \
   G##5 = short22float2(((short2*)gauge)[idx + ((dir/2)*9+5)*stride]); \
   G##6 = short22float2(((short2*)gauge)[idx + ((dir/2)*9+6)*stride]); \
   G##7 = short22float2(((short2*)gauge)[idx + ((dir/2)*9+7)*stride]); \
   G##8 = short22float2(((short2*)gauge)[idx + ((dir/2)*9+8)*stride]); \

Definition at line 294 of file read_gauge.h.

ASSN_GAUGE_MATRIX_18_SHORT2_TEX

#define ASSN_GAUGE_MATRIX_18_SHORT2_TEX	(		G,
			gauge,
			dir,
			idx,
			stride
	)

Value:

G##0 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+0)*stride); \
  G##1 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+1)*stride); \
  G##2 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+2)*stride); \
  G##3 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+3)*stride); \
  G##4 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+4)*stride); \
  G##5 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+5)*stride); \
  G##6 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+6)*stride); \
  G##7 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+7)*stride); \
  G##8 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+8)*stride); \

Definition at line 226 of file read_gauge.h.

ASSN_GAUGE_MATRIX_8_DOUBLE2

#define ASSN_GAUGE_MATRIX_8_DOUBLE2	(		G,
			gauge_,
			dir,
			idx,
			stride
	)

Value:

double2 *gauge = (double2*)gauge_;          \
   G##0 = gauge[idx + ((dir/2)*4+0)*stride];      \
   G##1 = gauge[idx + ((dir/2)*4+1)*stride];      \
   G##2 = gauge[idx + ((dir/2)*4+2)*stride];      \
   G##3 = gauge[idx + ((dir/2)*4+3)*stride];      \
   G##4 = make_double2(0,0);          \
   G##5 = make_double2(0,0);          \
   G##6 = make_double2(0,0);          \
   G##7 = make_double2(0,0);          \
   G##8 = make_double2(0,0);          \
  (G##7).x = (G##0).x;              \
  (G##7).y = (G##0).y;

Definition at line 335 of file read_gauge.h.

ASSN_GAUGE_MATRIX_8_DOUBLE2_TEX

#define ASSN_GAUGE_MATRIX_8_DOUBLE2_TEX	(		G,
			gauge,
			dir,
			idx,
			stride
	)

Value:

G##0 = fetch_double2((gauge), idx + ((dir/2)*4+0)*stride);  \
   G##1 = fetch_double2((gauge), idx + ((dir/2)*4+1)*stride); \
   G##2 = fetch_double2((gauge), idx + ((dir/2)*4+2)*stride); \
   G##3 = fetch_double2((gauge), idx + ((dir/2)*4+3)*stride); \
   G##4 = make_double2(0,0);          \
   G##5 = make_double2(0,0);          \
   G##6 = make_double2(0,0);          \
   G##7 = make_double2(0,0);          \
   G##8 = make_double2(0,0);          \
  (G##7).x = (G##0).x;              \
  (G##7).y = (G##0).y;

Definition at line 814 of file read_gauge.h.

ASSN_GAUGE_MATRIX_8_FLOAT4

#define ASSN_GAUGE_MATRIX_8_FLOAT4	(		G,
			gauge_,
			dir,
			idx,
			stride
	)

Value:

float4 *gauge = (float4*)gauge_;            \
   G##0 = gauge[idx + ((dir/2)*2+0)*stride];    \
   G##1 = gauge[idx + ((dir/2)*2+1)*stride];    \
   G##2 = make_float4(0,0,0,0);       \
   G##3 = make_float4(0,0,0,0);       \
   G##4 = make_float4(0,0,0,0);       \
  (G##3).z = (G##0).x;            \
  (G##3).w = (G##0).y;

Definition at line 350 of file read_gauge.h.

ASSN_GAUGE_MATRIX_8_FLOAT4_TEX

#define ASSN_GAUGE_MATRIX_8_FLOAT4_TEX	(		G,
			gauge,
			dir,
			idx,
			stride
	)

Value:

G##0 = TEX1DFETCH(float4, (gauge), idx + ((dir/2)*2+0)*stride); \
  G##1 = TEX1DFETCH(float4, (gauge), idx + ((dir/2)*2+1)*stride); \
  G##2 = make_float4(0,0,0,0);            \
  G##3 = make_float4(0,0,0,0);            \
  G##4 = make_float4(0,0,0,0);            \
  (G##3).z = (G##0).x;              \
  (G##3).w = (G##0).y;

Definition at line 252 of file read_gauge.h.

ASSN_GAUGE_MATRIX_8_SHORT4

#define ASSN_GAUGE_MATRIX_8_SHORT4	(		G,
			gauge_,
			dir,
			idx,
			stride
	)

Value:

short4 *gauge = (short4*)gauge_;            \
   G##0 = short42float4(gauge[idx + ((dir/2)*2+0)*stride]); \
   G##1 = short42float4(gauge[idx + ((dir/2)*2+1)*stride]); \
   G##2 = make_float4(0,0,0,0);         \
   G##3 = make_float4(0,0,0,0);         \
   G##4 = make_float4(0,0,0,0);         \
  (G##3).z = (G##0).x = M_PI*(G##0).x;            \
  (G##3).w = (G##0).y = M_PI*(G##0).y;

Definition at line 360 of file read_gauge.h.

ASSN_GAUGE_MATRIX_8_SHORT4_TEX

#define ASSN_GAUGE_MATRIX_8_SHORT4_TEX	(		G,
			gauge,
			dir,
			idx,
			stride
	)

Value:

G##0 = TEX1DFETCH(float4, (gauge), idx + ((dir/2)*2+0)*stride); \
  G##1 = TEX1DFETCH(float4, (gauge), idx + ((dir/2)*2+1)*stride); \
  G##2 = make_float4(0,0,0,0);            \
  G##3 = make_float4(0,0,0,0);            \
  G##4 = make_float4(0,0,0,0);            \
  (G##3).z = (G##0).x = M_PI*(G##0).x;          \
  (G##3).w = (G##0).y = M_PI*(G##0).y;

Definition at line 261 of file read_gauge.h.

COMPLEX_ADD_TO

#define COMPLEX_ADD_TO	(		a,
			b
	)

Value:

a##_re += b##_re,       \
  a##_im += b##_im

Definition at line 4 of file read_gauge.h.

COMPLEX_CONJUGATE_PRODUCT

#define COMPLEX_CONJUGATE_PRODUCT	(		a,
			b,
			c
	)

Value:

a##_re = b##_re*c##_re;     \
  a##_re -= b##_im*c##_im;      \
  a##_im = -b##_re*c##_im;      \
  a##_im -= b##_im*c##_re

Definition at line 14 of file read_gauge.h.

COMPLEX_DOT_PRODUCT

#define COMPLEX_DOT_PRODUCT	(		a,
			b,
			c
	)

Value:

a##_re = b##_re*c##_re;     \
  a##_re += b##_im*c##_im;      \
  a##_im = b##_re*c##_im;     \
  a##_im -= b##_im*c##_re

Definition at line 21 of file read_gauge.h.

COMPLEX_NORM

#define COMPLEX_NORM	(		a,
			b
	)

Value:

a = b##_re*b##_re;        \
  a += b##_im*b##_im

Definition at line 28 of file read_gauge.h.

COMPLEX_PRODUCT

#define COMPLEX_PRODUCT	(		a,
			b,
			c
	)

Value:

a##_re = b##_re*c##_re;     \
  a##_re -= b##_im*c##_im;      \
  a##_im = b##_re*c##_im;     \
  a##_im += b##_im*c##_re

Definition at line 8 of file read_gauge.h.

do_boundary

#define do_boundary   ga_idx >= param.dc.X4X3X2X1hmX3X2X1h

Definition at line 396 of file read_gauge.h.

READ_GAUGE_MATRIX_12_DOUBLE2

#define READ_GAUGE_MATRIX_12_DOUBLE2	(		G,
			gauge_,
			dir,
			idx,
			stride
	)

Value:

double2 *gauge = (double2*)gauge_;          \
  double2 G##0 = gauge[idx + ((dir/2)*6+0)*stride];     \
  double2 G##1 = gauge[idx + ((dir/2)*6+1)*stride];     \
  double2 G##2 = gauge[idx + ((dir/2)*6+2)*stride];     \
  double2 G##3 = gauge[idx + ((dir/2)*6+3)*stride];     \
  double2 G##4 = gauge[idx + ((dir/2)*6+4)*stride];     \
  double2 G##5 = gauge[idx + ((dir/2)*6+5)*stride];     \
  double2 G##6 = make_double2(0,0);         \
  double2 G##7 = make_double2(0,0);         \
  double2 G##8 = make_double2(0,0);

Definition at line 136 of file read_gauge.h.

READ_GAUGE_MATRIX_12_DOUBLE2_TEX

#define READ_GAUGE_MATRIX_12_DOUBLE2_TEX	(		G,
			gauge,
			dir,
			idx,
			stride
	)

Value:

double2 G##0 = fetch_double2((gauge), idx + ((dir/2)*6+0)*stride);  \
  double2 G##1 = fetch_double2((gauge), idx + ((dir/2)*6+1)*stride);  \
  double2 G##2 = fetch_double2((gauge), idx + ((dir/2)*6+2)*stride);  \
  double2 G##3 = fetch_double2((gauge), idx + ((dir/2)*6+3)*stride);  \
  double2 G##4 = fetch_double2((gauge), idx + ((dir/2)*6+4)*stride);  \
  double2 G##5 = fetch_double2((gauge), idx + ((dir/2)*6+5)*stride);  \
  double2 G##6 = make_double2(0,0);         \
  double2 G##7 = make_double2(0,0);         \
  double2 G##8 = make_double2(0,0);         \

Definition at line 751 of file read_gauge.h.

READ_GAUGE_MATRIX_12_FLOAT4

#define READ_GAUGE_MATRIX_12_FLOAT4	(		G,
			gauge_,
			dir,
			idx,
			stride
	)

Value:

float4 *gauge = (float4*)gauge_;        \
  float4 G##0 = gauge[idx + ((dir/2)*3+0)*stride];    \
  float4 G##1 = gauge[idx + ((dir/2)*3+1)*stride];    \
  float4 G##2 = gauge[idx + ((dir/2)*3+2)*stride];    \
  float4 G##3 = make_float4(0,0,0,0);       \
  float4 G##4 = make_float4(0,0,0,0);

Definition at line 148 of file read_gauge.h.

READ_GAUGE_MATRIX_12_FLOAT4_TEX

#define READ_GAUGE_MATRIX_12_FLOAT4_TEX	(		G,
			gauge,
			dir,
			idx,
			stride
	)

Value:

float4 G##0 = TEX1DFETCH(float4, (gauge), idx + ((dir/2)*3+0)*stride);  \
  float4 G##1 = TEX1DFETCH(float4, (gauge), idx + ((dir/2)*3+1)*stride);  \
  float4 G##2 = TEX1DFETCH(float4, (gauge), idx + ((dir/2)*3+2)*stride);  \
  float4 G##3 = make_float4(0,0,0,0);         \
  float4 G##4 = make_float4(0,0,0,0);

Definition at line 67 of file read_gauge.h.

READ_GAUGE_MATRIX_12_SHORT4

#define READ_GAUGE_MATRIX_12_SHORT4	(		G,
			gauge_,
			dir,
			idx,
			stride
	)

Value:

short4 *gauge = (short4*)gauge_;          \
  float4 G##0 = short42float4(gauge[idx + ((dir/2)*3+0)*stride]); \
  float4 G##1 = short42float4(gauge[idx + ((dir/2)*3+1)*stride]); \
  float4 G##2 = short42float4(gauge[idx + ((dir/2)*3+2)*stride]); \
  float4 G##3 = make_float4(0,0,0,0);         \
  float4 G##4 = make_float4(0,0,0,0);

Definition at line 156 of file read_gauge.h.

READ_GAUGE_MATRIX_12_SHORT4_TEX

#define READ_GAUGE_MATRIX_12_SHORT4_TEX	(		G,
			gauge,
			dir,
			idx,
			stride
	)

Value:

float4 G##0 = TEX1DFETCH(float4, (gauge), idx + ((dir/2)*3+0)*stride);  \
  float4 G##1 = TEX1DFETCH(float4, (gauge), idx + ((dir/2)*3+1)*stride);  \
  float4 G##2 = TEX1DFETCH(float4, (gauge), idx + ((dir/2)*3+2)*stride);  \
  float4 G##3 = make_float4(0,0,0,0);         \
  float4 G##4 = make_float4(0,0,0,0);

Definition at line 74 of file read_gauge.h.

READ_GAUGE_MATRIX_18_DOUBLE2

#define READ_GAUGE_MATRIX_18_DOUBLE2	(		G,
			gauge_,
			dir,
			idx,
			stride
	)

Value:

double2 *gauge = (double2*)gauge_;            \
  double2 G##0 = gauge[idx + ((dir/2)*9+0)*stride];       \
  double2 G##1 = gauge[idx + ((dir/2)*9+1)*stride];       \
  double2 G##2 = gauge[idx + ((dir/2)*9+2)*stride];       \
  double2 G##3 = gauge[idx + ((dir/2)*9+3)*stride];       \
  double2 G##4 = gauge[idx + ((dir/2)*9+4)*stride];       \
  double2 G##5 = gauge[idx + ((dir/2)*9+5)*stride];       \
  double2 G##6 = gauge[idx + ((dir/2)*9+6)*stride];       \
  double2 G##7 = gauge[idx + ((dir/2)*9+7)*stride];       \
  double2 G##8 = gauge[idx + ((dir/2)*9+8)*stride];       \

Definition at line 100 of file read_gauge.h.

READ_GAUGE_MATRIX_18_DOUBLE2_TEX

#define READ_GAUGE_MATRIX_18_DOUBLE2_TEX	(		G,
			gauge,
			dir,
			idx,
			stride
	)

Value:

double2 G##0 = fetch_double2((gauge), idx + ((dir/2)*9+0)*stride); \
  double2 G##1 = fetch_double2((gauge), idx + ((dir/2)*9+1)*stride); \
  double2 G##2 = fetch_double2((gauge), idx + ((dir/2)*9+2)*stride); \
  double2 G##3 = fetch_double2((gauge), idx + ((dir/2)*9+3)*stride); \
  double2 G##4 = fetch_double2((gauge), idx + ((dir/2)*9+4)*stride); \
  double2 G##5 = fetch_double2((gauge), idx + ((dir/2)*9+5)*stride); \
  double2 G##6 = fetch_double2((gauge), idx + ((dir/2)*9+6)*stride); \
  double2 G##7 = fetch_double2((gauge), idx + ((dir/2)*9+7)*stride); \
  double2 G##8 = fetch_double2((gauge), idx + ((dir/2)*9+8)*stride); \

Definition at line 740 of file read_gauge.h.

READ_GAUGE_MATRIX_18_FLOAT2

#define READ_GAUGE_MATRIX_18_FLOAT2	(		G,
			gauge_,
			dir,
			idx,
			stride
	)

Value:

float2 *gauge = (float2*)gauge_;            \
  float2 G##0 = ((float2*)gauge)[idx + ((dir/2)*9+0)*stride]; \
  float2 G##1 = ((float2*)gauge)[idx + ((dir/2)*9+1)*stride]; \
  float2 G##2 = ((float2*)gauge)[idx + ((dir/2)*9+2)*stride]; \
  float2 G##3 = ((float2*)gauge)[idx + ((dir/2)*9+3)*stride]; \
  float2 G##4 = ((float2*)gauge)[idx + ((dir/2)*9+4)*stride]; \
  float2 G##5 = ((float2*)gauge)[idx + ((dir/2)*9+5)*stride]; \
  float2 G##6 = ((float2*)gauge)[idx + ((dir/2)*9+6)*stride]; \
  float2 G##7 = ((float2*)gauge)[idx + ((dir/2)*9+7)*stride]; \
  float2 G##8 = ((float2*)gauge)[idx + ((dir/2)*9+8)*stride]; \

Definition at line 112 of file read_gauge.h.

READ_GAUGE_MATRIX_18_FLOAT2_TEX

#define READ_GAUGE_MATRIX_18_FLOAT2_TEX	(		G,
			gauge,
			dir,
			idx,
			stride
	)

Value:

float2 G##0 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+0)*stride);  \
  float2 G##1 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+1)*stride);  \
  float2 G##2 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+2)*stride);  \
  float2 G##3 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+3)*stride);  \
  float2 G##4 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+4)*stride);  \
  float2 G##5 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+5)*stride);  \
  float2 G##6 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+6)*stride);  \
  float2 G##7 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+7)*stride);  \
  float2 G##8 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+8)*stride);  \

Definition at line 45 of file read_gauge.h.

READ_GAUGE_MATRIX_18_SHORT2

#define READ_GAUGE_MATRIX_18_SHORT2	(		G,
			gauge_,
			dir,
			idx,
			stride
	)

Value:

short2 *gauge = (short2*)gauge_;          \
  float2 G##0 = short22float2(((short2*)gauge)[idx + ((dir/2)*9+0)*stride]); \
  float2 G##1 = short22float2(((short2*)gauge)[idx + ((dir/2)*9+1)*stride]); \
  float2 G##2 = short22float2(((short2*)gauge)[idx + ((dir/2)*9+2)*stride]); \
  float2 G##3 = short22float2(((short2*)gauge)[idx + ((dir/2)*9+3)*stride]); \
  float2 G##4 = short22float2(((short2*)gauge)[idx + ((dir/2)*9+4)*stride]); \
  float2 G##5 = short22float2(((short2*)gauge)[idx + ((dir/2)*9+5)*stride]); \
  float2 G##6 = short22float2(((short2*)gauge)[idx + ((dir/2)*9+6)*stride]); \
  float2 G##7 = short22float2(((short2*)gauge)[idx + ((dir/2)*9+7)*stride]); \
  float2 G##8 = short22float2(((short2*)gauge)[idx + ((dir/2)*9+8)*stride]); \

Definition at line 124 of file read_gauge.h.

READ_GAUGE_MATRIX_18_SHORT2_TEX

#define READ_GAUGE_MATRIX_18_SHORT2_TEX	(		G,
			gauge,
			dir,
			idx,
			stride
	)

Value:

float2 G##0 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+0)*stride);  \
  float2 G##1 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+1)*stride);  \
  float2 G##2 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+2)*stride);  \
  float2 G##3 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+3)*stride);  \
  float2 G##4 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+4)*stride);  \
  float2 G##5 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+5)*stride);  \
  float2 G##6 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+6)*stride);  \
  float2 G##7 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+7)*stride); \
  float2 G##8 = TEX1DFETCH(float2, (gauge), idx + ((dir/2)*9+8)*stride);  \

Definition at line 56 of file read_gauge.h.

READ_GAUGE_MATRIX_8_DOUBLE2

#define READ_GAUGE_MATRIX_8_DOUBLE2	(		G,
			gauge_,
			dir,
			idx,
			stride
	)

Value:

double2 *gauge = (double2*)gauge_;          \
  double2 G##0 = gauge[idx + ((dir/2)*4+0)*stride];     \
  double2 G##1 = gauge[idx + ((dir/2)*4+1)*stride];     \
  double2 G##2 = gauge[idx + ((dir/2)*4+2)*stride];     \
  double2 G##3 = gauge[idx + ((dir/2)*4+3)*stride];     \
  double2 G##4 = make_double2(0,0);         \
  double2 G##5 = make_double2(0,0);         \
  double2 G##6 = make_double2(0,0);         \
  double2 G##7 = make_double2(0,0);         \
  double2 G##8 = make_double2(0,0);         \
  (G##7).x = (G##0).x;              \
  (G##7).y = (G##0).y;

Definition at line 165 of file read_gauge.h.

READ_GAUGE_MATRIX_8_DOUBLE2_TEX

#define READ_GAUGE_MATRIX_8_DOUBLE2_TEX	(		G,
			gauge,
			dir,
			idx,
			stride
	)

Value:

double2 G##0 = fetch_double2((gauge), idx + ((dir/2)*4+0)*stride);  \
  double2 G##1 = fetch_double2((gauge), idx + ((dir/2)*4+1)*stride);  \
  double2 G##2 = fetch_double2((gauge), idx + ((dir/2)*4+2)*stride);  \
  double2 G##3 = fetch_double2((gauge), idx + ((dir/2)*4+3)*stride);  \
  double2 G##4 = make_double2(0,0);         \
  double2 G##5 = make_double2(0,0);         \
  double2 G##6 = make_double2(0,0);         \
  double2 G##7 = make_double2(0,0);         \
  double2 G##8 = make_double2(0,0);         \
  (G##7).x = (G##0).x;              \
  (G##7).y = (G##0).y;

Definition at line 763 of file read_gauge.h.

READ_GAUGE_MATRIX_8_FLOAT4

#define READ_GAUGE_MATRIX_8_FLOAT4	(		G,
			gauge_,
			dir,
			idx,
			stride
	)

Value:

float4 *gauge = (float4*)gauge_;        \
  float4 G##0 = gauge[idx + ((dir/2)*2+0)*stride];    \
  float4 G##1 = gauge[idx + ((dir/2)*2+1)*stride];    \
  float4 G##2 = make_float4(0,0,0,0);       \
  float4 G##3 = make_float4(0,0,0,0);       \
  float4 G##4 = make_float4(0,0,0,0);       \
  (G##3).z = (G##0).x;            \
  (G##3).w = (G##0).y;

Definition at line 180 of file read_gauge.h.

READ_GAUGE_MATRIX_8_FLOAT4_TEX

#define READ_GAUGE_MATRIX_8_FLOAT4_TEX	(		G,
			gauge,
			dir,
			idx,
			stride
	)

Value:

float4 G##0 = TEX1DFETCH(float4, (gauge), idx + ((dir/2)*2+0)*stride);  \
  float4 G##1 = TEX1DFETCH(float4, (gauge), idx + ((dir/2)*2+1)*stride);  \
  float4 G##2 = make_float4(0,0,0,0);         \
  float4 G##3 = make_float4(0,0,0,0);         \
  float4 G##4 = make_float4(0,0,0,0);         \
  (G##3).z = (G##0).x;              \
  (G##3).w = (G##0).y;

Definition at line 82 of file read_gauge.h.

READ_GAUGE_MATRIX_8_SHORT4

#define READ_GAUGE_MATRIX_8_SHORT4	(		G,
			gauge_,
			dir,
			idx,
			stride
	)

Value:

short4 *gauge = (short4*)gauge_;          \
  float4 G##0 = short42float4(gauge[idx + ((dir/2)*2+0)*stride]); \
  float4 G##1 = short42float4(gauge[idx + ((dir/2)*2+1)*stride]); \
  float4 G##2 = make_float4(0,0,0,0);         \
  float4 G##3 = make_float4(0,0,0,0);         \
  float4 G##4 = make_float4(0,0,0,0);         \
  (G##3).z = (G##0).x = M_PI*(G##0).x;          \
  (G##3).w = (G##0).y = M_PI*(G##0).y;

Definition at line 190 of file read_gauge.h.

READ_GAUGE_MATRIX_8_SHORT4_TEX

#define READ_GAUGE_MATRIX_8_SHORT4_TEX	(		G,
			gauge,
			dir,
			idx,
			stride
	)

Value:

float4 G##0 = TEX1DFETCH(float4, (gauge), idx + ((dir/2)*2+0)*stride);  \
  float4 G##1 = TEX1DFETCH(float4, (gauge), idx + ((dir/2)*2+1)*stride);  \
  float4 G##2 = make_float4(0,0,0,0);         \
  float4 G##3 = make_float4(0,0,0,0);         \
  float4 G##4 = make_float4(0,0,0,0);         \
  (G##3).z = (G##0).x = M_PI*(G##0).x;            \
  (G##3).w = (G##0).y = M_PI*(G##0).y;

Definition at line 91 of file read_gauge.h.

READ_GAUGE_PHASE_DOUBLE

#define READ_GAUGE_PHASE_DOUBLE	(		P,
			phase,
			dir,
			idx,
			stride
	)

Value:

{ \
    P = 2.*M_PI*((double*)phase)[idx + (dir/2)*stride];      \
}

Definition at line 201 of file read_gauge.h.

READ_GAUGE_PHASE_DOUBLE_TEX

#define READ_GAUGE_PHASE_DOUBLE_TEX	(		P,
			phase,
			dir,
			idx,
			stride
	)

Value:

{ \
  P = 2*M_PI*fetch_double((phase), idx + (dir/2)*stride); \
}

Definition at line 785 of file read_gauge.h.

READ_GAUGE_PHASE_FLOAT

#define READ_GAUGE_PHASE_FLOAT	(		P,
			phase,
			dir,
			idx,
			stride
	)

Value:

{ \
    P = 2.f*M_PI*((float*)phase)[idx + (dir/2)*stride];     \
}

Definition at line 205 of file read_gauge.h.

READ_GAUGE_PHASE_FLOAT_TEX

#define READ_GAUGE_PHASE_FLOAT_TEX	(		P,
			phase,
			dir,
			idx,
			stride
	)

Value:

{ \
  P = 2.f*M_PI*TEX1DFETCH(float, (phase), idx + (dir/2)*stride); \
}

Definition at line 779 of file read_gauge.h.

READ_GAUGE_PHASE_SHORT

#define READ_GAUGE_PHASE_SHORT	(		P,
			phase,
			dir,
			idx,
			stride
	)

Value:

{ \
    P = 2.f*M_PI*short2float(((short*)phase)[idx + (dir/2)*stride]);    \
}

Definition at line 209 of file read_gauge.h.

READ_GAUGE_PHASE_SHORT_TEX

#define READ_GAUGE_PHASE_SHORT_TEX	(		P,
			phase,
			dir,
			idx,
			stride
	)		READ_GAUGE_PHASE_FLOAT_TEX(P, phase, dir, idx, stride)

Definition at line 783 of file read_gauge.h.

RECONSTRUCT_GAUGE_MATRIX_12_DOUBLE

#define RECONSTRUCT_GAUGE_MATRIX_12_DOUBLE	(		dir,
			gauge,
			idx,
			sign
	)

Value:

ACC_CONJ_PROD(gauge##20, +gauge##01, +gauge##12);     \
  ACC_CONJ_PROD(gauge##20, -gauge##02, +gauge##11);     \
  ACC_CONJ_PROD(gauge##21, +gauge##02, +gauge##10);     \
  ACC_CONJ_PROD(gauge##21, -gauge##00, +gauge##12);     \
  ACC_CONJ_PROD(gauge##22, +gauge##00, +gauge##11);     \
  ACC_CONJ_PROD(gauge##22, -gauge##01, +gauge##10);     \
  {double u0 = param.coeff* sign;           \
    gauge##20_re *=u0;gauge##20_im *=u0; gauge##21_re *=u0; gauge##21_im *=u0; \
    gauge##22_re *=u0;gauge##22_im *=u0;}

Definition at line 518 of file read_gauge.h.

RECONSTRUCT_GAUGE_MATRIX_12_SINGLE

#define RECONSTRUCT_GAUGE_MATRIX_12_SINGLE	(		dir,
			gauge,
			idx,
			sign
	)

Value:

ACC_CONJ_PROD(gauge##20, +gauge##01, +gauge##12);     \
  ACC_CONJ_PROD(gauge##20, -gauge##02, +gauge##11);     \
  ACC_CONJ_PROD(gauge##21, +gauge##02, +gauge##10);     \
  ACC_CONJ_PROD(gauge##21, -gauge##00, +gauge##12);     \
  ACC_CONJ_PROD(gauge##22, +gauge##00, +gauge##11);     \
  ACC_CONJ_PROD(gauge##22, -gauge##01, +gauge##10);     \
  {float u0 = param.coeff_f*sign;           \
    gauge##20_re *=u0;gauge##20_im *=u0; gauge##21_re *=u0; gauge##21_im *=u0; \
    gauge##22_re *=u0;gauge##22_im *=u0;}

Definition at line 507 of file read_gauge.h.

RECONSTRUCT_GAUGE_MATRIX_13_DOUBLE

#define RECONSTRUCT_GAUGE_MATRIX_13_DOUBLE	(		dir,
			gauge,
			idx,
			sign
	)

Value:

{ \
  RECONSTRUCT_GAUGE_MATRIX_12_DOUBLE(dir, gauge, idx, sign)   \
  double exp_i3phase_re, exp_i3phase_im;                      \
  sincos(3.*PHASE, &exp_i3phase_im, &exp_i3phase_re);         \
  double A_re, A_im;                                          \
  COMPLEX_PRODUCT(A, exp_i3phase, gauge##20);                 \
  gauge##20_re = A_re;                                        \
  gauge##20_im = A_im;                                        \
  COMPLEX_PRODUCT(A, exp_i3phase, gauge##21);                 \
  gauge##21_re = A_re;                                        \
  gauge##21_im = A_im;                                        \
  COMPLEX_PRODUCT(A, exp_i3phase, gauge##22);                 \
  gauge##22_re = A_re;                                        \
  gauge##22_im = A_im;                                        \
}

Definition at line 547 of file read_gauge.h.

RECONSTRUCT_GAUGE_MATRIX_13_SINGLE

#define RECONSTRUCT_GAUGE_MATRIX_13_SINGLE	(		dir,
			gauge,
			idx,
			sign
	)

Value:

{ \
  RECONSTRUCT_GAUGE_MATRIX_12_SINGLE(dir, gauge, idx, sign)  \
  float exp_i3phase_re, exp_i3phase_im;                      \
  sincosf(3.f*PHASE, &exp_i3phase_im, &exp_i3phase_re);      \
  float A_re, A_im;                                          \
  COMPLEX_PRODUCT(A, exp_i3phase, gauge##20);                \
  gauge##20_re = A_re;                                       \
  gauge##20_im = A_im;                                       \
  COMPLEX_PRODUCT(A, exp_i3phase, gauge##21);                \
  gauge##21_re = A_re;                                       \
  gauge##21_im = A_im;                                       \
  COMPLEX_PRODUCT(A, exp_i3phase, gauge##22);                \
  gauge##22_re = A_re;                                       \
  gauge##22_im = A_im;                                       \
}

Definition at line 530 of file read_gauge.h.

RECONSTRUCT_GAUGE_MATRIX_8_DOUBLE

#define RECONSTRUCT_GAUGE_MATRIX_8_DOUBLE	(		dir,
			gauge,
			idx,
			sign
	)

Definition at line 566 of file read_gauge.h.

RECONSTRUCT_GAUGE_MATRIX_8_SINGLE

#define RECONSTRUCT_GAUGE_MATRIX_8_SINGLE	(		dir,
			gauge,
			idx,
			sign
	)

Definition at line 605 of file read_gauge.h.

RECONSTRUCT_GAUGE_MATRIX_9_DOUBLE

#define RECONSTRUCT_GAUGE_MATRIX_9_DOUBLE	(		dir,
			gauge,
			idx,
			sign
	)

Definition at line 681 of file read_gauge.h.

RECONSTRUCT_GAUGE_MATRIX_9_SINGLE

#define RECONSTRUCT_GAUGE_MATRIX_9_SINGLE	(		dir,
			gauge,
			idx,
			sign
	)

Definition at line 646 of file read_gauge.h.

RECONSTRUCT_MATRIX_12_DOUBLE

#define RECONSTRUCT_MATRIX_12_DOUBLE

(

dir

)

Value:

ACC_CONJ_PROD(g20, +g01, +g12);         \
  ACC_CONJ_PROD(g20, -g02, +g11);         \
  ACC_CONJ_PROD(g21, +g02, +g10);         \
  ACC_CONJ_PROD(g21, -g00, +g12);         \
  ACC_CONJ_PROD(g22, +g00, +g11);         \
  ACC_CONJ_PROD(g22, -g01, +g10);         \
  double u0 = (dir < 6 ? param.anisotropy : (do_boundary ? param.t_boundary : 1)); \
  G6.x*=u0; G6.y*=u0; G7.x*=u0; G7.y*=u0; G8.x*=u0; G8.y*=u0;

Definition at line 401 of file read_gauge.h.

RECONSTRUCT_MATRIX_12_SINGLE

#define RECONSTRUCT_MATRIX_12_SINGLE

(

dir

)

Value:

ACC_CONJ_PROD(g20, +g01, +g12);       \
  ACC_CONJ_PROD(g20, -g02, +g11);       \
  ACC_CONJ_PROD(g21, +g02, +g10);       \
  ACC_CONJ_PROD(g21, -g00, +g12);       \
  ACC_CONJ_PROD(g22, +g00, +g11);       \
  ACC_CONJ_PROD(g22, -g01, +g10);       \
  float u0 = (dir < 6 ? param.anisotropy_f : (do_boundary ? param.t_boundary_f : 1)); \
  G3.x*=u0; G3.y*=u0; G3.z*=u0; G3.w*=u0; G4.x*=u0; G4.y*=u0;

Definition at line 411 of file read_gauge.h.

RECONSTRUCT_MATRIX_18_DOUBLE

#define RECONSTRUCT_MATRIX_18_DOUBLE

(

dir

)

Definition at line 392 of file read_gauge.h.

RECONSTRUCT_MATRIX_18_SINGLE

#define RECONSTRUCT_MATRIX_18_SINGLE

(

dir

)

Definition at line 393 of file read_gauge.h.

RECONSTRUCT_MATRIX_8_DOUBLE

#define RECONSTRUCT_MATRIX_8_DOUBLE

(

dir

)

Definition at line 421 of file read_gauge.h.

RECONSTRUCT_MATRIX_8_SINGLE

#define RECONSTRUCT_MATRIX_8_SINGLE

(

dir

)

Definition at line 462 of file read_gauge.h.

RESCALE2

#define RESCALE2	(		G,
			max
	)

Value:

(G##0).x *= max; (G##0).y *= max; (G##1).x *= max; (G##1).y *= max; \
  (G##2).x *= max; (G##2).y *= max; (G##3).x *= max; (G##3).y *= max; \
  (G##4).x *= max; (G##4).y *= max; (G##5).x *= max; (G##5).y *= max; \
  (G##6).x *= max; (G##6).y *= max; (G##7).x *= max; (G##7).y *= max; \
  (G##8).x *= max; (G##8).y *= max;

Definition at line 373 of file read_gauge.h.

RESCALE4

#define RESCALE4	(		G,
			max
	)

Value:

(G##0).x *= max; (G##0).y *= max; (G##0).z *= max; (G##0).w *= max; \
  (G##1).x *= max; (G##1).y *= max; (G##1).z *= max; (G##1).w *= max; \
  (G##2).x *= max; (G##2).y *= max; (G##2).z *= max; (G##2).w *= max; \
  (G##3).x *= max; (G##3).y *= max; (G##3).z *= max; (G##3).w *= max; \
  (G##4).x *= max; (G##4).y *= max;

Definition at line 380 of file read_gauge.h.