QUDA  v0.5.0
A library for QCD on GPUs
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Macros
read_clover.h File Reference

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Macros

#define READ_CLOVER_DOUBLE(clover, chi)
 
#define READ_CLOVER_DOUBLE_STR(clover, chi)
 
#define READ_CLOVER_SINGLE(clover, chi)
 
#define READ_CLOVER_HALF(clover, chi)
 
#define READ_CLOVER_DOUBLE_TEX(clover, chi)
 
#define READ_CLOVER_SINGLE_TEX(clover, chi)
 
#define READ_CLOVER_HALF_TEX(clover, chi)
 

Macro Definition Documentation

#define READ_CLOVER_DOUBLE (   clover,
  chi 
)
Value:
double2 C0 = clover[sid + (18*chi+0)*cl_stride]; \
double2 C1 = clover[sid + (18*chi+1)*cl_stride]; \
double2 C2 = clover[sid + (18*chi+2)*cl_stride]; \
double2 C3 = clover[sid + (18*chi+3)*cl_stride]; \
double2 C4 = clover[sid + (18*chi+4)*cl_stride]; \
double2 C5 = clover[sid + (18*chi+5)*cl_stride]; \
double2 C6 = clover[sid + (18*chi+6)*cl_stride]; \
double2 C7 = clover[sid + (18*chi+7)*cl_stride]; \
double2 C8 = clover[sid + (18*chi+8)*cl_stride]; \
double2 C9 = clover[sid + (18*chi+9)*cl_stride]; \
double2 C10 = clover[sid + (18*chi+10)*cl_stride]; \
double2 C11 = clover[sid + (18*chi+11)*cl_stride]; \
double2 C12 = clover[sid + (18*chi+12)*cl_stride]; \
double2 C13 = clover[sid + (18*chi+13)*cl_stride]; \
double2 C14 = clover[sid + (18*chi+14)*cl_stride]; \
double2 C15 = clover[sid + (18*chi+15)*cl_stride]; \
double2 C16 = clover[sid + (18*chi+16)*cl_stride]; \
double2 C17 = clover[sid + (18*chi+17)*cl_stride];

Definition at line 1 of file read_clover.h.

#define READ_CLOVER_DOUBLE_STR (   clover,
  chi 
)
Value:
double2 C0, C1, C2, C3, C4, C5, C6, C7, C8, C9; \
double2 C10, C11, C12, C13, C14, C15, C16, C17; \
load_streaming_double2(C0, &clover[sid + (18*chi+0)*cl_stride]); \
load_streaming_double2(C1, &clover[sid + (18*chi+1)*cl_stride]); \
load_streaming_double2(C2, &clover[sid + (18*chi+2)*cl_stride]); \
load_streaming_double2(C3, &clover[sid + (18*chi+3)*cl_stride]); \
load_streaming_double2(C4, &clover[sid + (18*chi+4)*cl_stride]); \
load_streaming_double2(C5, &clover[sid + (18*chi+5)*cl_stride]); \
load_streaming_double2(C6, &clover[sid + (18*chi+6)*cl_stride]); \
load_streaming_double2(C7, &clover[sid + (18*chi+7)*cl_stride]); \
load_streaming_double2(C8, &clover[sid + (18*chi+8)*cl_stride]); \
load_streaming_double2(C9, &clover[sid + (18*chi+9)*cl_stride]); \
load_streaming_double2(C10, &clover[sid + (18*chi+10)*cl_stride]); \
load_streaming_double2(C11, &clover[sid + (18*chi+11)*cl_stride]); \
load_streaming_double2(C12, &clover[sid + (18*chi+12)*cl_stride]); \
load_streaming_double2(C13, &clover[sid + (18*chi+13)*cl_stride]); \
load_streaming_double2(C14, &clover[sid + (18*chi+14)*cl_stride]); \
load_streaming_double2(C15, &clover[sid + (18*chi+15)*cl_stride]); \
load_streaming_double2(C16, &clover[sid + (18*chi+16)*cl_stride]); \
load_streaming_double2(C17, &clover[sid + (18*chi+17)*cl_stride]);

Definition at line 21 of file read_clover.h.

#define READ_CLOVER_DOUBLE_TEX (   clover,
  chi 
)
Value:
double2 C0 = fetch_double2((clover), sid + (18*chi+0)*cl_stride); \
double2 C1 = fetch_double2((clover), sid + (18*chi+1)*cl_stride); \
double2 C2 = fetch_double2((clover), sid + (18*chi+2)*cl_stride); \
double2 C3 = fetch_double2((clover), sid + (18*chi+3)*cl_stride); \
double2 C4 = fetch_double2((clover), sid + (18*chi+4)*cl_stride); \
double2 C5 = fetch_double2((clover), sid + (18*chi+5)*cl_stride); \
double2 C6 = fetch_double2((clover), sid + (18*chi+6)*cl_stride); \
double2 C7 = fetch_double2((clover), sid + (18*chi+7)*cl_stride); \
double2 C8 = fetch_double2((clover), sid + (18*chi+8)*cl_stride); \
double2 C9 = fetch_double2((clover), sid + (18*chi+9)*cl_stride); \
double2 C10 = fetch_double2((clover), sid + (18*chi+10)*cl_stride); \
double2 C11 = fetch_double2((clover), sid + (18*chi+11)*cl_stride); \
double2 C12 = fetch_double2((clover), sid + (18*chi+12)*cl_stride); \
double2 C13 = fetch_double2((clover), sid + (18*chi+13)*cl_stride); \
double2 C14 = fetch_double2((clover), sid + (18*chi+14)*cl_stride); \
double2 C15 = fetch_double2((clover), sid + (18*chi+15)*cl_stride); \
double2 C16 = fetch_double2((clover), sid + (18*chi+16)*cl_stride); \
double2 C17 = fetch_double2((clover), sid + (18*chi+17)*cl_stride);

Definition at line 75 of file read_clover.h.

#define READ_CLOVER_HALF (   clover,
  chi 
)
Value:
float4 C0 = short42float4(clover[sid + (9*chi+0)*cl_stride]); \
float4 C1 = short42float4(clover[sid + (9*chi+1)*cl_stride]); \
float4 C2 = short42float4(clover[sid + (9*chi+2)*cl_stride]); \
float4 C3 = short42float4(clover[sid + (9*chi+3)*cl_stride]); \
float4 C4 = short42float4(clover[sid + (9*chi+4)*cl_stride]); \
float4 C5 = short42float4(clover[sid + (9*chi+5)*cl_stride]); \
float4 C6 = short42float4(clover[sid + (9*chi+6)*cl_stride]); \
float4 C7 = short42float4(clover[sid + (9*chi+7)*cl_stride]); \
float4 C8 = short42float4(clover[sid + (9*chi+8)*cl_stride]); \
float K = cloverNorm[sid + chi*cl_stride]; \
C0.x *= K; C0.y *= K; C0.z *= K; C0.w *= K; \
C1.x *= K; C1.y *= K; C1.z *= K; C1.w *= K; \
C2.x *= K; C2.y *= K; C2.z *= K; C2.w *= K; \
C3.x *= K; C3.y *= K; C3.z *= K; C3.w *= K; \
C4.x *= K; C4.y *= K; C4.z *= K; C4.w *= K; \
C5.x *= K; C5.y *= K; C5.z *= K; C5.w *= K; \
C6.x *= K; C6.y *= K; C6.z *= K; C6.w *= K; \
C7.x *= K; C7.y *= K; C7.z *= K; C7.w *= K; \
C8.x *= K; C8.y *= K; C8.z *= K; C8.w *= K;

Definition at line 54 of file read_clover.h.

#define READ_CLOVER_HALF_TEX (   clover,
  chi 
)
Value:
float4 C0 = TEX1DFETCH(float4, (clover), sid + (9*chi+0)*cl_stride); \
float4 C1 = TEX1DFETCH(float4, (clover), sid + (9*chi+1)*cl_stride); \
float4 C2 = TEX1DFETCH(float4, (clover), sid + (9*chi+2)*cl_stride); \
float4 C3 = TEX1DFETCH(float4, (clover), sid + (9*chi+3)*cl_stride); \
float4 C4 = TEX1DFETCH(float4, (clover), sid + (9*chi+4)*cl_stride); \
float4 C5 = TEX1DFETCH(float4, (clover), sid + (9*chi+5)*cl_stride); \
float4 C6 = TEX1DFETCH(float4, (clover), sid + (9*chi+6)*cl_stride); \
float4 C7 = TEX1DFETCH(float4, (clover), sid + (9*chi+7)*cl_stride); \
float4 C8 = TEX1DFETCH(float4, (clover), sid + (9*chi+8)*cl_stride); \
float K = TEX1DFETCH(float, (CLOVERTEXNORM), sid + chi*cl_stride); \
C0.x *= K; C0.y *= K; C0.z *= K; C0.w *= K; \
C1.x *= K; C1.y *= K; C1.z *= K; C1.w *= K; \
C2.x *= K; C2.y *= K; C2.z *= K; C2.w *= K; \
C3.x *= K; C3.y *= K; C3.z *= K; C3.w *= K; \
C4.x *= K; C4.y *= K; C4.z *= K; C4.w *= K; \
C5.x *= K; C5.y *= K; C5.z *= K; C5.w *= K; \
C6.x *= K; C6.y *= K; C6.z *= K; C6.w *= K; \
C7.x *= K; C7.y *= K; C7.z *= K; C7.w *= K; \
C8.x *= K; C8.y *= K; C8.z *= K; C8.w *= K;

Definition at line 108 of file read_clover.h.

#define READ_CLOVER_SINGLE (   clover,
  chi 
)
Value:
float4 C0 = clover[sid + (9*chi+0)*cl_stride]; \
float4 C1 = clover[sid + (9*chi+1)*cl_stride]; \
float4 C2 = clover[sid + (9*chi+2)*cl_stride]; \
float4 C3 = clover[sid + (9*chi+3)*cl_stride]; \
float4 C4 = clover[sid + (9*chi+4)*cl_stride]; \
float4 C5 = clover[sid + (9*chi+5)*cl_stride]; \
float4 C6 = clover[sid + (9*chi+6)*cl_stride]; \
float4 C7 = clover[sid + (9*chi+7)*cl_stride]; \
float4 C8 = clover[sid + (9*chi+8)*cl_stride];

Definition at line 43 of file read_clover.h.

#define READ_CLOVER_SINGLE_TEX (   clover,
  chi 
)
Value:
float4 C0 = TEX1DFETCH(float4, (clover), sid + (9*chi+0)*cl_stride); \
float4 C1 = TEX1DFETCH(float4, (clover), sid + (9*chi+1)*cl_stride); \
float4 C2 = TEX1DFETCH(float4, (clover), sid + (9*chi+2)*cl_stride); \
float4 C3 = TEX1DFETCH(float4, (clover), sid + (9*chi+3)*cl_stride); \
float4 C4 = TEX1DFETCH(float4, (clover), sid + (9*chi+4)*cl_stride); \
float4 C5 = TEX1DFETCH(float4, (clover), sid + (9*chi+5)*cl_stride); \
float4 C6 = TEX1DFETCH(float4, (clover), sid + (9*chi+6)*cl_stride); \
float4 C7 = TEX1DFETCH(float4, (clover), sid + (9*chi+7)*cl_stride); \
float4 C8 = TEX1DFETCH(float4, (clover), sid + (9*chi+8)*cl_stride);

Definition at line 97 of file read_clover.h.

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