Comments (2)
Hi, sorry, the code that we used for that experiment was pretty ugly, so we haven't included it in the repo. It should be rather straightforward to implement it with the refactored version of the code, here is you can do it.
- Add static attributes as argument to the
Sequence
constructor. Make sure that theattributes
tensor has the same first dimension asinter_times
, i.e. has shape(seq_len, attr_dim)
. - In the
Batch.from_list
method stack theattributes
vectors for each sequence into a padded tensor of shape(batch_size, max_seq_len, attr_dim)
and store it asbatch.attributes
. - Combine the stacked/padded attributes (stored in
batch.attributes
) with the context embedding in the model. There are several ways you can do this. One idea is to create a new linear layerself.attr_emb = nn.Linear(attr_dim, context_size)
inRecurrentTPP.__init__
and change the context computation tocontext = self.get_context(features) + self.attr_emb(batch.attributes)
.
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Thank you so much for the quick response. I appreciate it. I am working with your older code base in the branch original-code
as it has other baselines too and it seems pretty straightforward to do this looks like.
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