Closed jdramsey closed 5 years ago
@ps7z @cg09 @espinoj @chirayukong @kvb2univpitt @yuanzhou
Actually, LiNGAM should also be removed for now, until it is fixed, at which point it can be re-added. It is currently broken.
I will write the manual to include it. If you can't fix it, the manual entry can be deleted.
On Thu, Mar 28, 2019 at 11:40 PM Joseph Ramsey notifications@github.com wrote:
@ps7z https://github.com/ps7z @cg09 https://github.com/cg09 @espinoj https://github.com/espinoj @chirayukong https://github.com/chirayukong @kvb2univpitt https://github.com/kvb2univpitt @yuanzhou https://github.com/yuanzhou
Actually, LiNGAM should also be removed for now, until it is fixed, at which point it can be re-added. It is currently broken.
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I left out the discrete tests and score. For tests, this add the following (these all seem good):
The only one I'm not familiar with is Probabilistic Test--can someone vouch for that?
For scores, this adds:
Those are both good.
To remove Algorithms, Tests, and Scores from the list without delete the code, just remove the annotations edu.cmu.tetrad.annotation.Algorithm, edu.cmu.tetrad.annotation.TestOfIndependence, and edu.cmu.tetrad.annotation.Score, respectively.
@jdramsey the probabilistic test is @kvb2univpitt and Greg's work. It uses Bayesian Constraint Inference as a test. It is also used in the RFCI-BSC as the BSC part. Of cause, it is meant to the discrete data only. :-)
@chirayukong @kvb2univpitt Is there a very short description of the Probabilistic Test that Clark could put in a manual?
Thanks Joe! Then we no longer need algo descriptions for FASK Concatenated and LiNGAM (until after it's fixed). So the missing descriptions in the HTML manual: FASK, MultiFask.
@jdramsey I'll just disable the FASK Concatenated and LiNGAM in my branch (html-manual-zhou) since I'll be sending a pull request to merge the documentation updates as well as the refactored param descriptions. Then you or one of us can do a thorough cleanup.
Clark has done some additional experiments with BPC and FOFC. In the paper with Kummerfeld and Ramsey, we found the two algorithms to be pretty much on par for examples where latents exist. Clark ran some examples where latents do not exist and found that FOFC was able to determine this fact, but BPC was not. Sigh. So the suggestion is that we additionally remove BPC from the interface.
@jdramsey I'll disabled the BPC and send a pull request soon.
The only thing left here is the IMaGES adjustment!
@jdramsey The changes that @kvb2univpitt and I made to the IMaGES algorithms will be merged some time today I think. I'm testing the change.
Nice!
On Mon, Apr 8, 2019 at 11:10 AM Zhou (Joe) Yuan notifications@github.com wrote:
@jdramsey https://github.com/jdramsey The changes that @kvb2univpitt https://github.com/kvb2univpitt and I made to the IMaGES algorithms will be merged some time today I think. I'm testing the change.
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-- Joseph D. Ramsey Special Faculty and Director of Research Computing Department of Philosophy 135 Baker Hall Carnegie Mellon University Pittsburgh, PA 15213
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Addressed IMaGES algorithms via pull request #1047. Now the users will only see IMaGES discrete or continuous based on the input data type. The implementations of these two algorithms stay the same as before to ensure the algorithm integrity.
Thanks!
On Mon, Apr 8, 2019 at 2:13 PM Zhou (Joe) Yuan notifications@github.com wrote:
Addressed IMaGES algorithms via pull request #1047 https://github.com/cmu-phil/tetrad/pull/1047. Now the users will only see IMaGES discrete or continuous based on the input data type. The implementations of these two algorithms stay the same as before to ensure the algorithm integrity.
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-- Joseph D. Ramsey Special Faculty and Director of Research Computing Department of Philosophy 135 Baker Hall Carnegie Mellon University Pittsburgh, PA 15213
jsph.ramsey@gmail.com Office: (412) 268-8063 http://www.andrew.cmu.edu/user/jdramsey
Hmm. Why don't we have images-something for search with mixed data types? Images as written isn't appropriate for searches based on regression, but maybe modified?
On Mon, Apr 8, 2019 at 5:46 PM Joseph Ramsey notifications@github.com wrote:
Thanks!
On Mon, Apr 8, 2019 at 2:13 PM Zhou (Joe) Yuan notifications@github.com wrote:
Addressed IMaGES algorithms via pull request #1047 https://github.com/cmu-phil/tetrad/pull/1047. Now the users will only see IMaGES discrete or continuous based on the input data type. The implementations of these two algorithms stay the same as before to ensure the algorithm integrity.
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.
-- Joseph D. Ramsey Special Faculty and Director of Research Computing Department of Philosophy 135 Baker Hall Carnegie Mellon University Pittsburgh, PA 15213
jsph.ramsey@gmail.com Office: (412) 268-8063 http://www.andrew.cmu.edu/user/jdramsey
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@cg09 That is less a 'bug fix' and more a 'new feature'. We could make an Images version based on conditional Gaussian, but that would have to be extensively tested before putting it in the interface.
@yuanzhou This is all fixed now, yay! Can I close it?
@jdramsey I can say "yes, we can close it", since I worked on it. ;) I'll close it.
Proposal: Set the lists of public-facing algorithms as follows. I have taken Peter’s comment about GLASSO into account. This is a cleanup of an earlier post.
The following may be removed:
For tests:
We can remove Correlation T Test, since it's equivalent to Fisher Z.
For scores:
We may remove SEM BIC Score Deterministic, which needs work.