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[UT] Test VAA routines with a wider variety of resolutions

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Test even and odd multiples of 32 width because some AVX2 routines
have conditional logic based on that.
This commit is contained in:
Sindre Aamås 2016-04-11 15:55:20 +02:00
parent 57fc3e9917
commit 93db6511a8
1 changed files with 109 additions and 99 deletions
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208
test/processing/ProcessUT_VaaCalc.cpp
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@ -590,20 +590,22 @@ TEST (VAACalcFuncTest, func) { \
int32_t pic_height_a; \ int32_t pic_height_a; \
int32_t pic_stride_a; \ int32_t pic_stride_a; \
int32_t psadframe_a; \ int32_t psadframe_a; \
pic_width_c = pic_width_a = 320-16; \ for (int i=0; i<4; i++) { \
pic_height_c = pic_height_a = 320; \ pic_width_c = pic_width_a = 320-16*i; \
pic_stride_c = pic_stride_a = 320; \ pic_height_c = pic_height_a = 320; \
psadframe_c = psadframe_a = 0; \ pic_stride_c = pic_stride_a = 320; \
for (int j=0; j<BUFFER_SIZE; j++) { \ psadframe_c = psadframe_a = 0; \
cur_data_c[j] = cur_data_a[j] = (rand()%256); \ for (int j=0; j<BUFFER_SIZE; j++) { \
ref_data_c[j] = ref_data_a[j] = (rand()%256); \ cur_data_c[j] = cur_data_a[j] = (rand()%256); \
psad8x8_c[j%(BUFFER_SIZE/64)] = psad8x8_a[j%(BUFFER_SIZE/64)] = (rand()%256); \ ref_data_c[j] = ref_data_a[j] = (rand()%256); \
psad8x8_c[j%(BUFFER_SIZE/64)] = psad8x8_a[j%(BUFFER_SIZE/64)] = (rand()%256); \
} \
VAACalcSad_ref (cur_data_c, ref_data_c, pic_width_c, pic_height_c, pic_stride_c, &psadframe_c, psad8x8_c); \
func (cur_data_a, ref_data_a, pic_width_a, pic_height_a, pic_stride_a, &psadframe_a, psad8x8_a); \
ASSERT_EQ (psadframe_a, psadframe_c); \
for (int j=0; j<(BUFFER_SIZE/64); j++) \
ASSERT_EQ (psad8x8_a[j], psad8x8_c[j]); \
} \ } \
VAACalcSad_ref (cur_data_c, ref_data_c, pic_width_c, pic_height_c, pic_stride_c, &psadframe_c, psad8x8_c); \
func (cur_data_a, ref_data_a, pic_width_a, pic_height_a, pic_stride_a, &psadframe_a, psad8x8_a); \
ASSERT_EQ (psadframe_a, psadframe_c); \
for (int j=0; j<(BUFFER_SIZE/64); j++) \
ASSERT_EQ (psad8x8_a[j], psad8x8_c[j]); \
} }
@ -633,24 +635,26 @@ TEST (VAACalcFuncTest, func) { \
int32_t pic_height_a; \ int32_t pic_height_a; \
int32_t pic_stride_a; \ int32_t pic_stride_a; \
int32_t psadframe_a; \ int32_t psadframe_a; \
pic_width_c = pic_width_a = 320-16; \ for (int i=0; i<4; i++) { \
pic_height_c = pic_height_a = 320; \ pic_width_c = pic_width_a = 320-16*i; \
pic_stride_c = pic_stride_a = 320; \ pic_height_c = pic_height_a = 320; \
psadframe_c = psadframe_a = 0; \ pic_stride_c = pic_stride_a = 320; \
for (int j=0; j<BUFFER_SIZE; j++) { \ psadframe_c = psadframe_a = 0; \
cur_data_c[j] = cur_data_a[j] = (rand()%256); \ for (int j=0; j<BUFFER_SIZE; j++) { \
ref_data_c[j] = ref_data_a[j] = (rand()%256); \ cur_data_c[j] = cur_data_a[j] = (rand()%256); \
psad8x8_c[j%(BUFFER_SIZE/64)] = psad8x8_a[j%(BUFFER_SIZE/64)] = (rand()%256); \ ref_data_c[j] = ref_data_a[j] = (rand()%256); \
psd8x8_c[j%(BUFFER_SIZE/64)] = psd8x8_a[j%(BUFFER_SIZE/64)] = (rand()%256); \ psad8x8_c[j%(BUFFER_SIZE/64)] = psad8x8_a[j%(BUFFER_SIZE/64)] = (rand()%256); \
pmad8x8_c[j%(BUFFER_SIZE/64)] = pmad8x8_a[j%(BUFFER_SIZE/64)] = (rand()%256); \ psd8x8_c[j%(BUFFER_SIZE/64)] = psd8x8_a[j%(BUFFER_SIZE/64)] = (rand()%256); \
} \ pmad8x8_c[j%(BUFFER_SIZE/64)] = pmad8x8_a[j%(BUFFER_SIZE/64)] = (rand()%256); \
VAACalcSadBgd_ref (cur_data_c, ref_data_c, pic_width_c, pic_height_c, pic_stride_c, &psadframe_c, psad8x8_c, psd8x8_c, pmad8x8_c); \ } \
func (cur_data_a, ref_data_a, pic_width_a, pic_height_a, pic_stride_a, &psadframe_a, psad8x8_a, psd8x8_a, pmad8x8_a); \ VAACalcSadBgd_ref (cur_data_c, ref_data_c, pic_width_c, pic_height_c, pic_stride_c, &psadframe_c, psad8x8_c, psd8x8_c, pmad8x8_c); \
ASSERT_EQ (psadframe_a, psadframe_c); \ func (cur_data_a, ref_data_a, pic_width_a, pic_height_a, pic_stride_a, &psadframe_a, psad8x8_a, psd8x8_a, pmad8x8_a); \
for (int j=0; j<(BUFFER_SIZE/64); j++) {\ ASSERT_EQ (psadframe_a, psadframe_c); \
ASSERT_EQ (psad8x8_a[j], psad8x8_c[j]); \ for (int j=0; j<(BUFFER_SIZE/64); j++) {\
ASSERT_EQ (psd8x8_a[j], psd8x8_c[j]); \ ASSERT_EQ (psad8x8_a[j], psad8x8_c[j]); \
ASSERT_EQ (pmad8x8_a[j], pmad8x8_c[j]); \ ASSERT_EQ (psd8x8_a[j], psd8x8_c[j]); \
ASSERT_EQ (pmad8x8_a[j], pmad8x8_c[j]); \
} \
} \ } \
} }
@ -682,28 +686,30 @@ TEST (VAACalcFuncTest, func) { \
int32_t pic_height_a; \ int32_t pic_height_a; \
int32_t pic_stride_a; \ int32_t pic_stride_a; \
int32_t psadframe_a; \ int32_t psadframe_a; \
pic_width_c = pic_width_a = 320-16; \ for (int i=0; i<4; i++) { \
pic_height_c = pic_height_a = 320; \ pic_width_c = pic_width_a = 320-16*i; \
pic_stride_c = pic_stride_a = 320; \ pic_height_c = pic_height_a = 320; \
psadframe_c = psadframe_a = 0; \ pic_stride_c = pic_stride_a = 320; \
for (int j=0; j<BUFFER_SIZE; j++) { \ psadframe_c = psadframe_a = 0; \
cur_data_c[j] = cur_data_a[j] = (rand()%256); \ for (int j=0; j<BUFFER_SIZE; j++) { \
ref_data_c[j] = ref_data_a[j] = (rand()%256); \ cur_data_c[j] = cur_data_a[j] = (rand()%256); \
psad8x8_c[j%(BUFFER_SIZE/64)] = psad8x8_a[j%(BUFFER_SIZE/64)] = (rand()%256); \ ref_data_c[j] = ref_data_a[j] = (rand()%256); \
psum16x16_c[j%(BUFFER_SIZE/256)] = psum16x16_a[j%(BUFFER_SIZE/256)] = (rand()%256); \ psad8x8_c[j%(BUFFER_SIZE/64)] = psad8x8_a[j%(BUFFER_SIZE/64)] = (rand()%256); \
psqsum16x16_c[j%(BUFFER_SIZE/256)] = psqsum16x16_a[j%(BUFFER_SIZE/256)] = (rand()%256); \ psum16x16_c[j%(BUFFER_SIZE/256)] = psum16x16_a[j%(BUFFER_SIZE/256)] = (rand()%256); \
psqdiff16x16_c[j%(BUFFER_SIZE/256)] = psqdiff16x16_a[j%(BUFFER_SIZE/256)] = (rand()%256); \ psqsum16x16_c[j%(BUFFER_SIZE/256)] = psqsum16x16_a[j%(BUFFER_SIZE/256)] = (rand()%256); \
} \ psqdiff16x16_c[j%(BUFFER_SIZE/256)] = psqdiff16x16_a[j%(BUFFER_SIZE/256)] = (rand()%256); \
VAACalcSadSsd_ref (cur_data_c, ref_data_c, pic_width_c, pic_height_c, pic_stride_c, &psadframe_c, psad8x8_c, psum16x16_c, psqsum16x16_c, psqdiff16x16_c); \ } \
func (cur_data_a, ref_data_a, pic_width_a, pic_height_a, pic_stride_a, &psadframe_a, psad8x8_a, psum16x16_a, psqsum16x16_a, psqdiff16x16_a); \ VAACalcSadSsd_ref (cur_data_c, ref_data_c, pic_width_c, pic_height_c, pic_stride_c, &psadframe_c, psad8x8_c, psum16x16_c, psqsum16x16_c, psqdiff16x16_c); \
ASSERT_EQ (psadframe_a, psadframe_c); \ func (cur_data_a, ref_data_a, pic_width_a, pic_height_a, pic_stride_a, &psadframe_a, psad8x8_a, psum16x16_a, psqsum16x16_a, psqdiff16x16_a); \
for (int j=0; j<(BUFFER_SIZE/64); j++) {\ ASSERT_EQ (psadframe_a, psadframe_c); \
ASSERT_EQ (psad8x8_a[j], psad8x8_c[j]); \ for (int j=0; j<(BUFFER_SIZE/64); j++) {\
} \ ASSERT_EQ (psad8x8_a[j], psad8x8_c[j]); \
for (int j=0; j<(BUFFER_SIZE/256); j++) {\ } \
ASSERT_EQ (psum16x16_a[j], psum16x16_c[j]); \ for (int j=0; j<(BUFFER_SIZE/256); j++) {\
ASSERT_EQ (psqsum16x16_a[j], psqsum16x16_c[j]); \ ASSERT_EQ (psum16x16_a[j], psum16x16_c[j]); \
ASSERT_EQ (psqdiff16x16_a[j], psqdiff16x16_c[j]); \ ASSERT_EQ (psqsum16x16_a[j], psqsum16x16_c[j]); \
ASSERT_EQ (psqdiff16x16_a[j], psqdiff16x16_c[j]); \
} \
} \ } \
} }
@ -733,26 +739,28 @@ TEST (VAACalcFuncTest, func) { \
int32_t pic_height_a; \ int32_t pic_height_a; \
int32_t pic_stride_a; \ int32_t pic_stride_a; \
int32_t psadframe_a; \ int32_t psadframe_a; \
pic_width_c = pic_width_a = 320-16; \ for (int i=0; i<4; i++) { \
pic_height_c = pic_height_a = 320; \ pic_width_c = pic_width_a = 320-16*i; \
pic_stride_c = pic_stride_a = 320; \ pic_height_c = pic_height_a = 320; \
psadframe_c = psadframe_a = 0; \ pic_stride_c = pic_stride_a = 320; \
for (int j=0; j<BUFFER_SIZE; j++) { \ psadframe_c = psadframe_a = 0; \
cur_data_c[j] = cur_data_a[j] = (rand()%256); \ for (int j=0; j<BUFFER_SIZE; j++) { \
ref_data_c[j] = ref_data_a[j] = (rand()%256); \ cur_data_c[j] = cur_data_a[j] = (rand()%256); \
psad8x8_c[j%(BUFFER_SIZE/64)] = psad8x8_a[j%(BUFFER_SIZE/64)] = (rand()%256); \ ref_data_c[j] = ref_data_a[j] = (rand()%256); \
psum16x16_c[j%(BUFFER_SIZE/256)] = psum16x16_a[j%(BUFFER_SIZE/256)] = (rand()%256); \ psad8x8_c[j%(BUFFER_SIZE/64)] = psad8x8_a[j%(BUFFER_SIZE/64)] = (rand()%256); \
psqsum16x16_c[j%(BUFFER_SIZE/256)] = psqsum16x16_a[j%(BUFFER_SIZE/256)] = (rand()%256); \ psum16x16_c[j%(BUFFER_SIZE/256)] = psum16x16_a[j%(BUFFER_SIZE/256)] = (rand()%256); \
} \ psqsum16x16_c[j%(BUFFER_SIZE/256)] = psqsum16x16_a[j%(BUFFER_SIZE/256)] = (rand()%256); \
VAACalcSadVar_ref (cur_data_c, ref_data_c, pic_width_c, pic_height_c, pic_stride_c, &psadframe_c, psad8x8_c, psum16x16_c, psqsum16x16_c); \ } \
func (cur_data_a, ref_data_a, pic_width_a, pic_height_a, pic_stride_a, &psadframe_a, psad8x8_a, psum16x16_a, psqsum16x16_a); \ VAACalcSadVar_ref (cur_data_c, ref_data_c, pic_width_c, pic_height_c, pic_stride_c, &psadframe_c, psad8x8_c, psum16x16_c, psqsum16x16_c); \
ASSERT_EQ (psadframe_a, psadframe_c); \ func (cur_data_a, ref_data_a, pic_width_a, pic_height_a, pic_stride_a, &psadframe_a, psad8x8_a, psum16x16_a, psqsum16x16_a); \
for (int j=0; j<(BUFFER_SIZE/64); j++) {\ ASSERT_EQ (psadframe_a, psadframe_c); \
ASSERT_EQ (psad8x8_a[j], psad8x8_c[j]); \ for (int j=0; j<(BUFFER_SIZE/64); j++) {\
} \ ASSERT_EQ (psad8x8_a[j], psad8x8_c[j]); \
for (int j=0; j<(BUFFER_SIZE/256); j++) {\ } \
ASSERT_EQ (psum16x16_a[j], psum16x16_c[j]); \ for (int j=0; j<(BUFFER_SIZE/256); j++) {\
ASSERT_EQ (psqsum16x16_a[j], psqsum16x16_c[j]); \ ASSERT_EQ (psum16x16_a[j], psum16x16_c[j]); \
ASSERT_EQ (psqsum16x16_a[j], psqsum16x16_c[j]); \
} \
} \ } \
} }
@ -788,32 +796,34 @@ TEST (VAACalcFuncTest, func) { \
int32_t pic_height_a; \ int32_t pic_height_a; \
int32_t pic_stride_a; \ int32_t pic_stride_a; \
int32_t psadframe_a; \ int32_t psadframe_a; \
pic_width_c = pic_width_a = 320-16; \ for (int i=0; i<4; i++) { \
pic_height_c = pic_height_a = 320; \ pic_width_c = pic_width_a = 320-16*i; \
pic_stride_c = pic_stride_a = 320; \ pic_height_c = pic_height_a = 320; \
psadframe_c = psadframe_a = 0; \ pic_stride_c = pic_stride_a = 320; \
for (int j=0; j<BUFFER_SIZE; j++) { \ psadframe_c = psadframe_a = 0; \
cur_data_c[j] = cur_data_a[j] = (rand()%256); \ for (int j=0; j<BUFFER_SIZE; j++) { \
ref_data_c[j] = ref_data_a[j] = (rand()%256); \ cur_data_c[j] = cur_data_a[j] = (rand()%256); \
psad8x8_c[j%(BUFFER_SIZE/64)] = psad8x8_a[j%(BUFFER_SIZE/64)] = (rand()%256); \ ref_data_c[j] = ref_data_a[j] = (rand()%256); \
psd8x8_c[j%(BUFFER_SIZE/64)] = psd8x8_a[j%(BUFFER_SIZE/64)] = (rand()%256); \ psad8x8_c[j%(BUFFER_SIZE/64)] = psad8x8_a[j%(BUFFER_SIZE/64)] = (rand()%256); \
pmad8x8_c[j%(BUFFER_SIZE/64)] = pmad8x8_a[j%(BUFFER_SIZE/64)] = (rand()%256); \ psd8x8_c[j%(BUFFER_SIZE/64)] = psd8x8_a[j%(BUFFER_SIZE/64)] = (rand()%256); \
psum16x16_c[j%(BUFFER_SIZE/256)] = psum16x16_a[j%(BUFFER_SIZE/256)] = (rand()%256); \ pmad8x8_c[j%(BUFFER_SIZE/64)] = pmad8x8_a[j%(BUFFER_SIZE/64)] = (rand()%256); \
psqsum16x16_c[j%(BUFFER_SIZE/256)] = psqsum16x16_a[j%(BUFFER_SIZE/256)] = (rand()%256); \ psum16x16_c[j%(BUFFER_SIZE/256)] = psum16x16_a[j%(BUFFER_SIZE/256)] = (rand()%256); \
psqdiff16x16_c[j%(BUFFER_SIZE/256)] = psqdiff16x16_a[j%(BUFFER_SIZE/256)] = (rand()%256); \ psqsum16x16_c[j%(BUFFER_SIZE/256)] = psqsum16x16_a[j%(BUFFER_SIZE/256)] = (rand()%256); \
} \ psqdiff16x16_c[j%(BUFFER_SIZE/256)] = psqdiff16x16_a[j%(BUFFER_SIZE/256)] = (rand()%256); \
VAACalcSadSsdBgd_ref (cur_data_c, ref_data_c, pic_width_c, pic_height_c, pic_stride_c, &psadframe_c, psad8x8_c, psum16x16_c, psqsum16x16_c, psqdiff16x16_c, psd8x8_c, pmad8x8_c); \ } \
func (cur_data_a, ref_data_a, pic_width_a, pic_height_a, pic_stride_a, &psadframe_a, psad8x8_a, psum16x16_a, psqsum16x16_a, psqdiff16x16_a, psd8x8_a, pmad8x8_a); \ VAACalcSadSsdBgd_ref (cur_data_c, ref_data_c, pic_width_c, pic_height_c, pic_stride_c, &psadframe_c, psad8x8_c, psum16x16_c, psqsum16x16_c, psqdiff16x16_c, psd8x8_c, pmad8x8_c); \
ASSERT_EQ (psadframe_a, psadframe_c); \ func (cur_data_a, ref_data_a, pic_width_a, pic_height_a, pic_stride_a, &psadframe_a, psad8x8_a, psum16x16_a, psqsum16x16_a, psqdiff16x16_a, psd8x8_a, pmad8x8_a); \
for (int j=0; j<(BUFFER_SIZE/64); j++) {\ ASSERT_EQ (psadframe_a, psadframe_c); \
ASSERT_EQ (psad8x8_a[j], psad8x8_c[j]); \ for (int j=0; j<(BUFFER_SIZE/64); j++) {\
ASSERT_EQ (psd8x8_a[j], psd8x8_c[j]); \ ASSERT_EQ (psad8x8_a[j], psad8x8_c[j]); \
ASSERT_EQ (pmad8x8_a[j], pmad8x8_c[j]); \ ASSERT_EQ (psd8x8_a[j], psd8x8_c[j]); \
} \ ASSERT_EQ (pmad8x8_a[j], pmad8x8_c[j]); \
for (int j=0; j<(BUFFER_SIZE/256); j++) {\ } \
ASSERT_EQ (psum16x16_a[j], psum16x16_c[j]); \ for (int j=0; j<(BUFFER_SIZE/256); j++) {\
ASSERT_EQ (psqsum16x16_a[j], psqsum16x16_c[j]); \ ASSERT_EQ (psum16x16_a[j], psum16x16_c[j]); \
ASSERT_EQ (psqdiff16x16_a[j], psqdiff16x16_c[j]); \ ASSERT_EQ (psqsum16x16_a[j], psqsum16x16_c[j]); \
ASSERT_EQ (psqdiff16x16_a[j], psqdiff16x16_c[j]); \
} \
} \ } \
} }