|
NDArray | bsxfun_add (const NDArray &, const NDArray &) |
|
NDArray | bsxfun_div (const NDArray &, const NDArray &) |
|
boolNDArray | bsxfun_eq (const NDArray &, const NDArray &) |
|
boolNDArray | bsxfun_ge (const NDArray &, const NDArray &) |
|
boolNDArray | bsxfun_gt (const NDArray &, const NDArray &) |
|
boolNDArray | bsxfun_le (const NDArray &, const NDArray &) |
|
boolNDArray | bsxfun_lt (const NDArray &, const NDArray &) |
|
NDArray | bsxfun_max (const NDArray &, const NDArray &) |
|
NDArray | bsxfun_min (const NDArray &, const NDArray &) |
|
NDArray | bsxfun_mul (const NDArray &, const NDArray &) |
|
boolNDArray | bsxfun_ne (const NDArray &, const NDArray &) |
|
ComplexNDArray | bsxfun_pow (const ComplexNDArray &, const NDArray &) |
|
ComplexNDArray | bsxfun_pow (const NDArray &, const ComplexNDArray &) |
|
NDArray | bsxfun_pow (const NDArray &, const NDArray &) |
|
NDArray | bsxfun_sub (const NDArray &, const NDArray &) |
|
NDArray | imag (const ComplexNDArray &a) |
|
NDArray | max (const NDArray &a, const NDArray &b) |
|
NDArray | max (const NDArray &m, double d) |
|
NDArray | max (double d, const NDArray &m) |
|
NDArray | min (const NDArray &a, const NDArray &b) |
|
NDArray | min (const NDArray &m, double d) |
|
NDArray | min (double d, const NDArray &m) |
|
boolNDArray | mx_el_and (const double &, const NDArray &) |
|
boolNDArray | mx_el_and (const NDArray &, const double &) |
|
boolNDArray | mx_el_and (const NDArray &, const NDArray &) |
|
boolNDArray | mx_el_and_not (const double &, const NDArray &) |
|
boolNDArray | mx_el_and_not (const NDArray &, const NDArray &) |
|
boolNDArray | mx_el_eq (const double &, const NDArray &) |
|
boolNDArray | mx_el_eq (const NDArray &, const double &) |
|
boolNDArray | mx_el_eq (const NDArray &, const NDArray &) |
|
boolNDArray | mx_el_ge (const double &, const NDArray &) |
|
boolNDArray | mx_el_ge (const NDArray &, const double &) |
|
boolNDArray | mx_el_ge (const NDArray &, const NDArray &) |
|
boolNDArray | mx_el_gt (const double &, const NDArray &) |
|
boolNDArray | mx_el_gt (const NDArray &, const double &) |
|
boolNDArray | mx_el_gt (const NDArray &, const NDArray &) |
|
boolNDArray | mx_el_le (const double &, const NDArray &) |
|
boolNDArray | mx_el_le (const NDArray &, const double &) |
|
boolNDArray | mx_el_le (const NDArray &, const NDArray &) |
|
boolNDArray | mx_el_lt (const double &, const NDArray &) |
|
boolNDArray | mx_el_lt (const NDArray &, const double &) |
|
boolNDArray | mx_el_lt (const NDArray &, const NDArray &) |
|
boolNDArray | mx_el_ne (const double &, const NDArray &) |
|
boolNDArray | mx_el_ne (const NDArray &, const double &) |
|
boolNDArray | mx_el_ne (const NDArray &, const NDArray &) |
|
boolNDArray | mx_el_not_and (const NDArray &, const double &) |
|
boolNDArray | mx_el_not_and (const NDArray &, const NDArray &) |
|
boolNDArray | mx_el_not_or (const NDArray &, const double &) |
|
boolNDArray | mx_el_not_or (const NDArray &, const NDArray &) |
|
boolNDArray | mx_el_or (const double &, const NDArray &) |
|
boolNDArray | mx_el_or (const NDArray &, const double &) |
|
boolNDArray | mx_el_or (const NDArray &, const NDArray &) |
|
boolNDArray | mx_el_or_not (const double &, const NDArray &) |
|
boolNDArray | mx_el_or_not (const NDArray &, const NDArray &) |
|
NDArray | operator* (const double &x, const NDArray &y) |
|
NDArray | operator* (const NDArray &x, const double &y) |
|
NDArray | operator*= (NDArray &x, const double &y) |
|
NDArray | operator+ (const double &x, const NDArray &y) |
|
NDArray | operator+ (const NDArray &x) |
|
NDArray | operator+ (const NDArray &x, const double &y) |
|
NDArray | operator+ (const NDArray &x, const NDArray &y) |
|
NDArray | operator+= (NDArray &x, const double &y) |
|
NDArray | operator+= (NDArray &x, const NDArray &y) |
|
NDArray | operator- (const double &x, const NDArray &y) |
|
NDArray | operator- (const NDArray &x) |
|
NDArray | operator- (const NDArray &x, const double &y) |
|
NDArray | operator- (const NDArray &x, const NDArray &y) |
|
NDArray | operator-= (NDArray &x, const double &y) |
|
NDArray | operator-= (NDArray &x, const NDArray &y) |
|
NDArray | operator/ (const double &x, const NDArray &y) |
|
NDArray | operator/ (const NDArray &x, const double &y) |
|
NDArray | operator/= (NDArray &x, const double &y) |
|
NDArray | product (const NDArray &x, const NDArray &y) |
|
NDArray | product_eq (NDArray &x, const NDArray &y) |
|
NDArray | quotient (const NDArray &x, const NDArray &y) |
|
NDArray | quotient_eq (NDArray &x, const NDArray &y) |
|
NDArray | real (const ComplexNDArray &a) |
|