ChanServ changed the topic of #mlpack to: "mlpack: a fast, flexible machine learning library :: We don't always respond instantly, but we will respond; please be patient :: Logs at http://www.mlpack.org/irc/
< R-Aravind[m]>
<anjishnu[m] "I haven't looked too closely but"> Thank you!
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< nishantkr18[m]>
zoq: regarding https://github.com/mlpack/examples/pull/111 ; I tried uploading the xml model in the same directory as my jupyter notebook and running `data::Load("./50qNetwork.xml", "episode", qNetwork);`. It doesn't seem to work though
< zoq>
nishantkr18[m]: Did you get any error?
< nishantkr18[m]>
Yes, I'll rerun and paste the error now
< zoq>
thanks
< nishantkr18[m]>
Oh. Not a problem :)
< zoq>
But, the trained model dosn't produce the correct results?
< zoq>
nishantkr18[m]: Testing the save/load part, but this also takes a really long time, so I guess it will fail as well.
< nishantkr18[m]>
Hmm..
< nishantkr18[m]>
BTW, I was able to get a decent score after ~600 episodes of training SAC on bipedal on my laptop (which took around 1.5 hrs)
< nishantkr18[m]>
After 600 episodes, the performance dropped..
< zoq>
nishantkr18[m]: Hm
< zoq>
nishantkr18[m]: same error in the other notebook
< nishantkr18[m]>
<zoq "nishantkr18: same error in the o"> oh..
< zoq>
nishantkr18[m]: I guess, if we stop early, we can work with the pretrained model.
< nishantkr18[m]>
Yeah I had managed to save the model every 10 episodes, so I have the best model saved with me
< zoq>
Nice
< nishantkr18[m]>
But I think if we add one more layer, It should perform much better
< nishantkr18[m]>
Right Now, the best agent is barely capable to walk
< nishantkr18[m]>
So the simulated run of the best agent is not that satisfying 😅
< zoq>
You are currently training another one?
< nishantkr18[m]>
Nope, That's the issue. U see, adding one more layer takes a lot of time to train.
< zoq>
nishantkr18[m]: Yeah, if you like I can train it on a remote machine.
< nishantkr18[m]>
I tired training in parts, but since the replay buffer gets reseted after every restart of training, the performance drops if I restart training
< nishantkr18[m]>
<zoq "nishantkr18: Yeah, if you like I"> Yeah, that would be really great!
< zoq>
nishantkr18[m]: No problem, let's wait for #2578 and start training?
< shrit[m]>
@rcurtin Tests related to binary tree are passing fine, I am applying the same modification on other trees, and see the final results.
< rcurtin>
shrit[m]: classified as spam?? :( do you have any info on why?
< rcurtin>
I thought I had DKIM and DMARC working right
< shrit[m]>
I do not know why, This is the reason, I did not answer you sorry, I do not check the spam always.
< shrit[m]>
I think it is related to outlook, even for me this happen and I think I have DKIM and DMARC set correctly I think, at the same time, I do not believe that outlook implement the email RFC correctly.
< shrit[m]>
If you ping me with a mail on gmail. I can verify if it goes to spam
< shrit[m]>
Did you changed the IP for you email?
< rcurtin>
yeah, when mlpack.org went out two weeks ago, it came back up with a new IP
< rcurtin>
actually I am not sure what a gmail address for you is, but it seems like most other people with gmail don't have an issue receiving emails from me
< shrit[m]>
I know gmail is usually fine, it is only outlook that is usually doing this.
< rcurtin>
I'll have to see if I can figure out any "tricks" to get outlook to receive my email
< rcurtin>
in the mean time if I email you I'll use the shrit.me account :)
< shrit[m]>
Perfect, you can contact the outlook spam services they will unlist the IP from the spam
< rcurtin>
done... we'll see what happens :)
< shrit[m]>
:+1
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< PratikPriyadarsa>
Hello, I am willing to contribute to mlpack, can anyone please guide me to start?
< shrit[m]>
This error is caused by the serialization process of the RectangleTree, more specifically in the save function. I will try to get more details tomorrow.
< rcurtin>
shrit[m]: no problem, I will at least now read through the sources to understand what the situation is with the ownsDataset and dataset members
< rcurtin>
shrit[m]: the `dataset` member in `RectangleTree` is, as far as I can tell, just like the one for `BinarySpaceTree`: every node in the tree has the same `dataset`, but the root "owns" it
< rcurtin>
and thus, like `BinarySpaceTree`, during serialization, only the root should serialize `dataset`, and when loading, after the root has deserialized its children, it should do a traversal to set all of its descendants' `dataset` pointer to its `dataset` pointer
< rcurtin>
sorry for the confusion in what I wrote earlier... it is hard to keep focus between a meeting and also helping debug, so I confused myself :)
< rcurtin>
zoq: did you want to review #2325 (one-hot encoding binding)? there is a pending review for it, but if you are busy, no worries---it's approved, but I don't want to merge if you wanted to take a look :)