Hi all, I have vectorization problems and I really need your help. Here are the vectorization reports for each array notation in the code bellow: -Array Notation(1) : Vectorized -Array Notation(2) : Subscript too complex -Array Notation(3) : Existence of vector dependence -Array Notation(4) : Subscript too complex -Array Notatino(5) : Subscript too complex -Array Notation(6) : Existence of vector dependence I tried using "restrict" on the pointers(i.e. int* restric p_p_data_), but didn't work. Is there any problem I'm missing? Thanks in advance! [CPU Info] -Core2 Quad Q9400 [OS Info] -WinXP Pro SP3 [Compiler Info] -Composer XE 2011 Update7, Package ID:w_ccompxe_2011.7.258

class SomeClass {

  SomeClass();

  ~SomeClass();

  void Init();

  void PreProcess();

  void Process();

  __declspec (vector) int GetDiff(int sub, int add) {

    return (add - sub);

  };

  const byte* add_point_;

  const byte* subtract_point_;

  std::vector y_data_;

  std::vector x_data_;

  std::vector processed_data_;

  int* p_y_data_;

  int* p_x_data_;

  int* p_p_data_;

};
void Init() {

  x_data_.resize(5000);

  y_data_.resize(5000);

  processed_data_.resize(5000);

  p_x_data_ = &x_data_.front();

  p_y_data_ = &y_data_.front();

  p_p_data_ = &processed_data_.front();

  return;

}
void PreProcess() {

  int x_size = 5000;

  add_point_ = image_->base_address();

  subtract_point_ = add_point_;

  // Array Notation(1)

  p_y_data_[0:x_size] = add_point_[0:x_size];

  for (int y = 0; y < 4; y++) {

    // Array Notation(2)

    p_y_data_[0:x_size] += add_point_[0:x_size];

  }

  return;

}
void Process() {

  int x_size = 5000;

  // Array Notation(3)

  p_y_data_[0:x_size] += GetDiff(subtract_point_[0:x_size], add_point_[0:x_size]);

  // Array Notation(4)

  p_x_data_[0:x_size] = p_y_data_[0:x_size];

  x_size--;

  for (int x = 1; x < 4; x++) {

    // Array Notation(5)

    p_x_data_[0:x_size] += p_y_data_[x:x_size];

    x_size--;

  }

  x_size -= 4;

  // Array Notation(6)

  p_p_data_[0:x_size] = GetDiff(p_x_data_[0:x_size], p_x_data_[settings_->df.block_width:x_size]);

  return;

}