stack

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function stack(y:Expression<Real[_,_]>, z:Expression<Real[_,_]>) -> MatrixStack

Lazy matrix stack.

function stack(y:Real[_,_], z:Expression<Real[_,_]>) -> MatrixStack

Lazy matrix stack.

function stack(y:Expression<Real[_,_]>, z:Real[_,_]) -> MatrixStack

Lazy matrix stack.

function stack(y:Expression<Real[_]>, z:Expression<Real[_]>) -> MultivariateStack

Lazy vector stack.

function stack(y:Real[_], z:Expression<Real[_]>) -> MultivariateStack

Lazy matrix stack.

function stack(y:Expression<Real[_]>, z:Real[_]) -> MultivariateStack

Lazy matrix stack.

function stack<Type>(X:Type[_,_], Y:Type[_,_]) -> Type[_,_]

Stack two matrices atop one another (i.e. append columns) to create a new matrix.

function stack<Type>(x:Type[_], y:Type[_]) -> Type[_]

Stack two vectors atop one another (i.e. append them) to create a new vector.

function stack<Type>(x:Type[_], y:Type) -> Type[_]

Stack a vector and scalar atop one another (i.e. append them) to create a new vector.

function stack<Type>(x:Type, y:Type[_]) -> Type[_]

Stack a scalar and vector atop one another (i.e. append them) to create a new vector.