int i = __umul24( blockIdx.y, blockDim.y) + threadIdx.y ;
int j0= __umul24(blockIdx.x,blockDim.x)<<3 ; // block's base point
int idx = __umul24(i,j_dim) + j ; // absolute index
- int idrow = threadIdx.y*(bdimX+k-1) ; // line's offset in sh mem
+ int idrow = threadIdx.y*(bdimX+k-1) ; // line's offset in sh mem
// shared memory declaration
extern __shared__ unsigned char roi8p[];
for( jc=0 ; jc<k ; jc++)
{
int baseRoi = __umul24(ic+threadIdx.y,(bdimX+k-1)) + jc+tidX ;
- float valMask = masque[ __umul24(ic,k)+jc ] ;
+ float valMask = mask[ __umul24(ic,k)+jc ] ;
outval0 += valMask*roi8p[ baseRoi ] ;
outval1 += valMask*roi8p[ baseRoi +1 ] ;
outval2 += valMask*roi8p[ baseRoi +2 ] ;
output[ idx++ ] = outval4 ;
output[ idx++ ] = outval5 ;
output[ idx++ ] = outval6 ;
- output[ idx++ ] = outval7 ;
+ output[ idx ] = outval7 ;
}