Assert (vec_size!=0, ExcEmptyObject());
const unsigned int blocking = 1<<BLOCK_LEVEL;
- register real_type sum1, sum2, sum3, sum = 0.;
+ real_type sum1, sum2, sum3, sum = 0.;
const Number * X = val, *X_end = X + vec_size,
*X_end3 = X + ((vec_size>>(BLOCK_LEVEL))<<(BLOCK_LEVEL)),
*X_end2 = X + ((vec_size>>(2*BLOCK_LEVEL))<<(2*BLOCK_LEVEL)),
Assert (vec_size!=0, ExcEmptyObject());
const unsigned int blocking = 1<<BLOCK_LEVEL;
- register real_type sum1, sum2, sum3, sum = 0.;
+ real_type sum1, sum2, sum3, sum = 0.;
const Number * X = val, *X_end = X + vec_size,
*X_end3 = X + ((vec_size>>(BLOCK_LEVEL))<<(BLOCK_LEVEL)),
*X_end2 = X + ((vec_size>>(2*BLOCK_LEVEL))<<(2*BLOCK_LEVEL)),
return std::sqrt(norm_sqr());
const unsigned int blocking = 1<<BLOCK_LEVEL;
- register real_type sum1, sum2, sum3, sum = 0.;
+ real_type sum1, sum2, sum3, sum = 0.;
const Number * X = val, *X_end = X + vec_size,
*X_end3 = X + ((vec_size>>(BLOCK_LEVEL))<<(BLOCK_LEVEL)),
*X_end2 = X + ((vec_size>>(2*BLOCK_LEVEL))<<(2*BLOCK_LEVEL)),