Element wise numerical operations. More...
Functions | |
array | af::array::operator+ (const array &lhs) |
Operate on two arrays. | |
array | af::array::operator+ (const float &lhs) |
Operate on scalar(lhs) and an array(rhs) | |
array | af::array::operator+ (const clFloatComplex &lhs) |
Operate on scalar(lhs) and an array(rhs) | |
array | af::array::operator* (const array &lhs) |
Operate on two arrays. | |
array | af::array::operator* (const float &lhs) |
Operate on scalar(lhs) and an array(rhs) | |
array | af::array::operator* (const clFloatComplex &lhs) |
Operate on scalar(lhs) and an array(rhs) | |
array | af::array::operator> (const array &lhs) |
Operate on two arrays. | |
array | af::array::operator> (const float &lhs) |
Operate on scalar(rhs) and an array(lhs) | |
array | af::array::operator> (const clFloatComplex &lhs) |
Operate on scalar(lhs) and an array(rhs) | |
array | af::array::operator- (const array &lhs) |
Operate on two arrays. | |
array | af::array::operator- (const float &lhs) |
Operate on scalar(rhs) and an array(lhs) | |
array | af::array::operator- (const clFloatComplex &lhs) |
Operate on scalar(lhs) and an array(rhs) | |
array | af::array::operator/ (const array &lhs) |
Operate on two arrays. | |
array | af::array::operator/ (const float &lhs) |
Operate on scalar(rhs) and an array(lhs) | |
array | af::array::operator/ (const clFloatComplex &lhs) |
Operate on scalar(lhs) and an array(rhs) | |
array | af::array::operator- () |
Friends | |
array | af::array::operator+ (const float &lhs, array &rhs) |
Operate on scalar(lhs) and an array(rhs) | |
array | af::array::operator* (const float &lhs, array &rhs) |
Operate on scalar(lhs) and an array(rhs) | |
array | af::array::operator> (const float &lhs, array &rhs) |
Operate on scalar(lhs) and an array(rhs) | |
array | af::array::operator- (const float &lhs, array &rhs) |
Operate on scalar(lhs) and an array(rhs) | |
array | af::array::operator/ (const float &lhs, array &rhs) |
Operate on scalar(lhs) and an array(rhs) |
Element wise numerical operations.
array af::array::operator+ | ( | const array & | lhs | ) |
Operate on two arrays.
array af::array::operator+ | ( | const float & | lhs | ) |
Operate on scalar(lhs) and an array(rhs)
array af::array::operator+ | ( | const clFloatComplex & | lhs | ) |
Operate on scalar(lhs) and an array(rhs)
array af::array::operator* | ( | const array & | lhs | ) |
Operate on two arrays.
array af::array::operator* | ( | const float & | lhs | ) |
Operate on scalar(lhs) and an array(rhs)
array af::array::operator* | ( | const clFloatComplex & | lhs | ) |
Operate on scalar(lhs) and an array(rhs)
array af::array::operator> | ( | const array & | lhs | ) |
Operate on two arrays.
array af::array::operator> | ( | const float & | lhs | ) |
Operate on scalar(rhs) and an array(lhs)
array af::array::operator> | ( | const clFloatComplex & | lhs | ) |
Operate on scalar(lhs) and an array(rhs)
array af::array::operator- | ( | const array & | lhs | ) |
Operate on two arrays.
array af::array::operator- | ( | const float & | lhs | ) |
Operate on scalar(rhs) and an array(lhs)
array af::array::operator- | ( | const clFloatComplex & | lhs | ) |
Operate on scalar(lhs) and an array(rhs)
array af::array::operator/ | ( | const array & | lhs | ) |
Operate on two arrays.
array af::array::operator/ | ( | const float & | lhs | ) |
Operate on scalar(rhs) and an array(lhs)
array af::array::operator/ | ( | const clFloatComplex & | lhs | ) |
Operate on scalar(lhs) and an array(rhs)
array af::array::operator- | ( | ) |
array operator+ | ( | const float & | lhs, |
array & | rhs | ||
) | [friend] |
Operate on scalar(lhs) and an array(rhs)
array operator* | ( | const float & | lhs, |
array & | rhs | ||
) | [friend] |
Operate on scalar(lhs) and an array(rhs)
array operator> | ( | const float & | lhs, |
array & | rhs | ||
) | [friend] |
Operate on scalar(lhs) and an array(rhs)
array operator- | ( | const float & | lhs, |
array & | rhs | ||
) | [friend] |
Operate on scalar(lhs) and an array(rhs)
array operator/ | ( | const float & | lhs, |
array & | rhs | ||
) | [friend] |
Operate on scalar(lhs) and an array(rhs)