dot
function dot(y:Expression<Real[_]>, z:Expression<Real[_]>) -> Dot
Lazy dot
.
function dot(y:Real[_], z:Expression<Real[_]>) -> Dot
Lazy dot
.
function dot(y:Expression<Real[_]>, z:Real[_]) -> Dot
Lazy dot
.
function dot(y:Expression<Real[_]>) -> Dot
Lazy dot
.
function dot(y:Expression<Real[_]>, z:Expression<Real[_,_]>) -> MultivariateDot
Lazy dot
.
function dot(y:Real[_], z:Expression<Real[_,_]>) -> MultivariateDot
Lazy dot
.
function dot(y:Expression<Real[_]>, z:Real[_,_]) -> MultivariateDot
Lazy dot
.
function dot(x:Real[_]) -> Real
Dot product of vector with itself.
function dot(x:Real[_], y:Real[_]) -> Real
Dot product of vector with another.
function dot(x:Real[_], Y:Real[_,_]) -> Real[_]
Dot product of vector with columns of a matrix. The expression dot(x, Y)
is equivalent to transpose(Y)*x
.