@ -209,13 +209,13 @@ static inline int isHorizDC_C(const uint8_t src[], int stride, const PPContext *
const int dcThreshold = dcOffset * 2 + 1 ;
for ( y = 0 ; y < BLOCK_SIZE ; y + + ) {
if ( ( ( unsigned ) ( src [ 0 ] - src [ 1 ] + dcOffset ) ) < dcThreshold ) numEq + + ;
if ( ( ( unsigned ) ( src [ 1 ] - src [ 2 ] + dcOffset ) ) < dcThreshold ) numEq + + ;
if ( ( ( unsigned ) ( src [ 2 ] - src [ 3 ] + dcOffset ) ) < dcThreshold ) numEq + + ;
if ( ( ( unsigned ) ( src [ 3 ] - src [ 4 ] + dcOffset ) ) < dcThreshold ) numEq + + ;
if ( ( ( unsigned ) ( src [ 4 ] - src [ 5 ] + dcOffset ) ) < dcThreshold ) numEq + + ;
if ( ( ( unsigned ) ( src [ 5 ] - src [ 6 ] + dcOffset ) ) < dcThreshold ) numEq + + ;
if ( ( ( unsigned ) ( src [ 6 ] - src [ 7 ] + dcOffset ) ) < dcThreshold ) numEq + + ;
numEq + = ( ( unsigned ) ( src [ 0 ] - src [ 1 ] + dcOffset ) ) < dcThreshold ;
numEq + = ( ( unsigned ) ( src [ 1 ] - src [ 2 ] + dcOffset ) ) < dcThreshold ;
numEq + = ( ( unsigned ) ( src [ 2 ] - src [ 3 ] + dcOffset ) ) < dcThreshold ;
numEq + = ( ( unsigned ) ( src [ 3 ] - src [ 4 ] + dcOffset ) ) < dcThreshold ;
numEq + = ( ( unsigned ) ( src [ 4 ] - src [ 5 ] + dcOffset ) ) < dcThreshold ;
numEq + = ( ( unsigned ) ( src [ 5 ] - src [ 6 ] + dcOffset ) ) < dcThreshold ;
numEq + = ( ( unsigned ) ( src [ 6 ] - src [ 7 ] + dcOffset ) ) < dcThreshold ;
src + = stride ;
}
return numEq > c - > ppMode . flatnessThreshold ;
@ -233,14 +233,14 @@ static inline int isVertDC_C(const uint8_t src[], int stride, const PPContext *c
src + = stride * 4 ; // src points to begin of the 8x8 Block
for ( y = 0 ; y < BLOCK_SIZE - 1 ; y + + ) {
if ( ( ( unsigned ) ( src [ 0 ] - src [ 0 + stride ] + dcOffset ) ) < dcThreshold ) numEq + + ;
if ( ( ( unsigned ) ( src [ 1 ] - src [ 1 + stride ] + dcOffset ) ) < dcThreshold ) numEq + + ;
if ( ( ( unsigned ) ( src [ 2 ] - src [ 2 + stride ] + dcOffset ) ) < dcThreshold ) numEq + + ;
if ( ( ( unsigned ) ( src [ 3 ] - src [ 3 + stride ] + dcOffset ) ) < dcThreshold ) numEq + + ;
if ( ( ( unsigned ) ( src [ 4 ] - src [ 4 + stride ] + dcOffset ) ) < dcThreshold ) numEq + + ;
if ( ( ( unsigned ) ( src [ 5 ] - src [ 5 + stride ] + dcOffset ) ) < dcThreshold ) numEq + + ;
if ( ( ( unsigned ) ( src [ 6 ] - src [ 6 + stride ] + dcOffset ) ) < dcThreshold ) numEq + + ;
if ( ( ( unsigned ) ( src [ 7 ] - src [ 7 + stride ] + dcOffset ) ) < dcThreshold ) numEq + + ;
numEq + = ( ( unsigned ) ( src [ 0 ] - src [ 0 + stride ] + dcOffset ) ) < dcThreshold ;
numEq + = ( ( unsigned ) ( src [ 1 ] - src [ 1 + stride ] + dcOffset ) ) < dcThreshold ;
numEq + = ( ( unsigned ) ( src [ 2 ] - src [ 2 + stride ] + dcOffset ) ) < dcThreshold ;
numEq + = ( ( unsigned ) ( src [ 3 ] - src [ 3 + stride ] + dcOffset ) ) < dcThreshold ;
numEq + = ( ( unsigned ) ( src [ 4 ] - src [ 4 + stride ] + dcOffset ) ) < dcThreshold ;
numEq + = ( ( unsigned ) ( src [ 5 ] - src [ 5 + stride ] + dcOffset ) ) < dcThreshold ;
numEq + = ( ( unsigned ) ( src [ 6 ] - src [ 6 + stride ] + dcOffset ) ) < dcThreshold ;
numEq + = ( ( unsigned ) ( src [ 7 ] - src [ 7 + stride ] + dcOffset ) ) < dcThreshold ;
src + = stride ;
}
return numEq > c - > ppMode . flatnessThreshold ;
@ -278,10 +278,7 @@ static inline int isVertMinMaxOk_C(const uint8_t src[], int stride, int QP)
static inline int horizClassify_C ( const uint8_t src [ ] , int stride , const PPContext * c )
{
if ( isHorizDC_C ( src , stride , c ) ) {
if ( isHorizMinMaxOk_C ( src , stride , c - > QP ) )
return 1 ;
else
return 0 ;
return isHorizMinMaxOk_C ( src , stride , c - > QP ) ;
} else {
return 2 ;
}
@ -290,10 +287,7 @@ static inline int horizClassify_C(const uint8_t src[], int stride, const PPConte
static inline int vertClassify_C ( const uint8_t src [ ] , int stride , const PPContext * c )
{
if ( isVertDC_C ( src , stride , c ) ) {
if ( isVertMinMaxOk_C ( src , stride , c - > QP ) )
return 1 ;
else
return 0 ;
return isVertMinMaxOk_C ( src , stride , c - > QP ) ;
} else {
return 2 ;
}
@ -704,21 +698,22 @@ pp_mode *pp_get_mode_by_name_and_quality(const char *name, int quality)
av_log ( NULL , AV_LOG_DEBUG , " pp: %s \n " , name ) ;
for ( ; ; ) {
char * filterName ;
const char * filterName ;
int q = 1000000 ; //PP_QUALITY_MAX;
int chrom = - 1 ;
int luma = - 1 ;
char * option ;
char * options [ OPTIONS_ARRAY_SIZE ] ;
const char * option ;
const char * options [ OPTIONS_ARRAY_SIZE ] ;
int i ;
int filterNameOk = 0 ;
int numOfUnknownOptions = 0 ;
int enable = 1 ; //does the user want us to enabled or disabled the filter
char * tokstate ;
filterToken = strtok ( p , filterDelimiters ) ;
filterToken = av_ strtok( p , filterDelimiters , & tokstate ) ;
if ( ! filterToken ) break ;
p + = strlen ( filterToken ) + 1 ; // p points to next filterToken
filterName = strtok ( filterToken , optionDelimiters ) ;
filterName = av_ strtok( filterToken , optionDelimiters , & tokstate ) ;
if ( ! filterName ) {
ppMode - > error + + ;
break ;
@ -731,7 +726,7 @@ pp_mode *pp_get_mode_by_name_and_quality(const char *name, int quality)
}
for ( ; ; ) { //for all options
option = strtok ( NULL , optionDelimiters ) ;
option = av_ strtok( NULL , optionDelimiters , & tokstate ) ;
if ( ! option ) break ;
av_log ( NULL , AV_LOG_DEBUG , " pp: option: %s \n " , option ) ;