This may be useful in some cases: use a PipeOp that is already trained inside a Graph, and use its predict() function during both training and prediction. Maybe this is useful when trying to get multiple tasks to the same scale / PCA rotation or something like this.
We could also solve this by having a PipeOpProxy-like construct that just calls param_set$values$graph$predict() on incoming data.
This may be useful in some cases: use a
PipeOp
that is already trained inside aGraph
, and use itspredict()
function during both training and prediction. Maybe this is useful when trying to get multiple tasks to the same scale / PCA rotation or something like this.We could also solve this by having a
PipeOpProxy
-like construct that just callsparam_set$values$graph$predict()
on incoming data.