pub fn lesser<'graph, A, B, F: Float>(a: A, b: B) -> Tensor<'graph, F>
where
    A: AsRef<Tensor<'graph, F>> + Copy,
    B: AsRef<Tensor<'graph, F>> + Copy,
{
    let a = a.as_ref();
    let g = a.graph();
    Tensor::builder(g)
        .append_input(a.as_ref(), false)
        .append_input(b.as_ref(), false)
        .build(math_ops::Lesser)
}
/// Compares a couple of tensors and returns a binary tensor.
///
/// # Panics
/// When broadcast is impossible
Compares a couple of tensors and returns a binary tensor.
Compares a couple of tensors and returns a binary tensor .
pub fn lesser<'graph, A, B, F: Float>(a: A, b: B) -> Tensor<'graph, F>
where
    A: AsRef<Tensor<'graph, F>> + Copy,
    B: AsRef<Tensor<'graph, F>> + Copy,
{
    let a = a.as_ref();
    let g = a.graph();
    Tensor::builder(g)
        .append_input(a.as_ref(), false)
        .append_input(b.as_ref(), false)
        .build(math_ops::Lesser)
}
pub fn lesser < ' graph , A , B , F : Float > ( a : A , b : B ) -> Tensor < ' graph , F > where A : AsRef < Tensor < ' graph , F > > + Copy , B : AsRef < Tensor < ' graph , F > > + Copy , { let a = a . as_ref ( ) ; let g = a . graph ( ) ; Tensor :: builder ( g ) . append_input ( a . as_ref ( ) , false ) . append_input ( b . as_ref ( ) , false ) . build ( math_ops :: Lesser ) }
Compares a couple of tensors and returns a binary tensor.
Compares a couple of tensors and returns a binary tensor .
a
A
b
B
a
A
b
B
panics
When broadcast is impossible
When broadcast is impossible