Closed kpeeters closed 6 years ago
{x,y,z}::Coordinate; {i,j,k}::Indices(values={x,y,z}); \partial{#}::PartialDerivative; F_{i j}::Depends(x,y,z); ex:=\partial_{i}{F_{i k}} + m**2 A_{k}; evaluate(ex);
produces an output which contains chain rule expression of the type Derivative(DN(x), x) because the indices get passed along as arguments.
Derivative(DN(x), x)
Fixed by https://github.com/kpeeters/cadabra2/commit/2d8a0e4cd4c984a4d76a353a7e0f106f324141f6
produces an output which contains chain rule expression of the type
Derivative(DN(x), x)
because the indices get passed along as arguments.