terp | TER-plus Machine Translation | Translation library
kandi X-RAY | terp Summary
kandi X-RAY | terp Summary
TERp is an automatic evaluation metric for Machine Translation, which takes as input a set of reference translations, and a set of machine translation output for that same data. It aligns the MT output to the reference translations, and measures the number of 'edits' needed to transform the MT output into the reference translation. TERp is an extension of TER (Translation Edit Rate) that utilizes phrasal substitutions (using automatically generated paraphrases), stemming, synonyms, relaxed shifting constraints and other improvements. TERp is named after the University of Maryland mascot: the Terrapin, so it's pronounced "terp". For a technical description of TERp, please refer to doc/terp_description.pdf.
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Top functions reviewed by kandi - BETA
- Load the words in the specified file
- Inserts a value in sequence
- Get class number
- Load the classes for a given class
- Optimize TERM optimization
- Output HTML to a file
- Method writes the alignment information
- Returns a string representation of this object
- Returns a string representation of this equation
- Returns a list of len terms for a given term
- Gets the Hypse for a given Term
- Returns the current word weights
- Load the pseudo - synonym file
- Update the weights of the edit class
- Updates the weights of the class
- Returns the current weights
- Gets the integer list
- Sets the hypSpans
- Set the weight matrix
- Load the weights from a file
- Get alignment strings
- Applies Pearson means from tvals
- Returns a string representation of the statistics
- Test the stemmer
- Prints the internal table
- Converts a Phrase file into a PhraseDB table
terp Key Features
terp Examples and Code Snippets
Community Discussions
Trending Discussions on terp
QUESTION
There is one migration in Java.
I got one .wsdl and in cxf maven plugin I just created stub, implemneted service and submit it to customer.
When Customer try to call
...ANSWER
Answered 2021-May-03 at 16:38I have done following change to my Java Code and things are fixed now.
QUESTION
I created an array index (tickerIndex
).
When I run the code, I get the error
subscript out of range
When I run the code, for some reason, the tickerIndex
variable counts up to 13 which is 1 more than the size of the array.
The size of the tickers array is 12.
The tickerIndex variable is used to loop the tickers
, tickerVolumes
, tickerStartingPrices
, and tickerEndingPrices
arrays.
ANSWER
Answered 2021-May-03 at 13:45Don't hard code your array bounds.
Do this
QUESTION
How to group by based on month in odoo 11?
...ANSWER
Answered 2021-Mar-05 at 20:47You can do like this in Purchase Order Group by based on Month.
QUESTION
We are not sure whether it is Wildfly Server, Spring Boot app, HTTPD or anything else?
...ANSWER
Answered 2021-Feb-18 at 08:29Along with above mentioned settings
Added following to HTTPD.CONF
QUESTION
I am migrating a web service into spring boot. From wsdl i am able to generate following interface
...ANSWER
Answered 2021-Feb-05 at 11:55I have a similar project and it works.
Try making your interface instead of
QUESTION
I'm doing stacked bars plots and I have a code that orders the bars according to the percentage of the first variable "TERP". When I'm faceting this plot the order of bars is reordered according to "TERP" for each facet, however I would like that bars had the same order in each facet. So only for the first facet would the bars be ordered according to the percentage of "TERP". In the first facet the order of bars should be 4, 1, 3, 2 and likewise in the second facet.
Any ideas as how to do this would be much appreciated.
Here's the data:
...ANSWER
Answered 2020-Dec-01 at 09:16We can just reorder jar1
and plot it without the scale_x_reordered
:
QUESTION
I am trying to order the bars in a stacked bars plot according to the first variable "Terp" - "jars1" are ordered according to the percentage of "Terp". Any ideas how to do that? Here's the code for the plot:
...ANSWER
Answered 2020-Nov-30 at 16:45Is this the outcome you're looking for? Naming of axis, variables etc not 'polished'.
QUESTION
I'm trying to install an Odoo 12 module to check the breaking changes in the application, my process is to try to install, go, and fix an issue and then move to the next error.
is there any tool to help with the potential braking changes instead of going one by one?
I'm getting a ParseError exception with a "filter" view, any documentation on how to migrate filters?
...ANSWER
Answered 2020-Nov-09 at 22:12I suppose the error is:
QUESTION
Context: I'm learning C as I go and I'm at a point where I'm finding I can't link my project. I'm also finding C's diagnostics are not the best when it comes to pinpointing issues. (Or at least not the best given my knowledge.)
I do see a lot of StackOverflow questions about this but it's very difficult to generalize unless the situation seems to match your particular code.
Project Context: I have a project like this:
...ANSWER
Answered 2020-Sep-16 at 19:13You haven't actually defined the variable in question.
When you do this:
QUESTION
I have a table in pandas where each row is an object with attributes. Each object looks like
...ANSWER
Answered 2020-Feb-28 at 02:40You can't use =
in lambda
but you can do this in function which you can use with apply()
.
Community Discussions, Code Snippets contain sources that include Stack Exchange Network
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Install terp
TERp requires Java version 1.5.0 or higher.
Build TERp by running ant clean; ant in the root of the repository.
Download and install WordNet version 3.0. (Note: if you are on OS X, and are using macports, you can simply do sudo port install wordnet.)
Download the compressed paraphrase table (unfiltered_phrasetable.txt.gz) from the GitHub releases page to the data directory and uncompress it.
Several shell scripts are provided to simplify the process of running TERp. To setup these scripts run: bin/setup_bin.sh <PATH_TO_TERP> <PATH_TO_JAVA> <PATH_TO_WORDNET> where: <PATH_TO_TERP> points to the directory where you checked out this repository, such that <PATH_TO_TERP>/bin/setup_bin.sh exists. <PATH_TO_JAVA> points to the root of the Java 1.5.0+ directory such that <PATH_TO_JAVA>/bin/java exists. <PATH_TO_WORDNET> points to the root of the WordNet 3 installation such that <PATH_TO_WORDNET>/dict exists. (Note: if you are on OS X, and you installed wordnet using macports with default options, you can set this to /opt/local/share/WordNet-3.0). Running this script will create the following additional wrapper scripts: bin/terp bin/terpa bin/terp_ter bin/tercom bin/create_phrasedb bin/optimize_db and create the parameter file: data/data_loc.param
Generate a TERp compatible paraphrase table from the text-based paraphrase file you downloaded in Step 4 by running: bin/create_phrasedb data/unfiltered_phrasetable.txt data/phrases.db IMPORTANT: This step could take a while and will require several gigabytes of diskspace, as the text version of the phrase table is converted to a Berkley style database. The conversion tool also expects to have 1-3 GBs of memory available. This requirement can be reduced if necessary in the bin/create_phrasedb script. This step will generate a phrase table database in data/phrases.db and will only need to be run once. Running this step again will add to the existing database, not overwrite it. The paraphrases used in this database were extracted using the pivot-based method (Bannard and Callison-Burch, 2005) with several additional filtering mechanisms to increase precision. The corpus used for extraction was an Arabic-English newswire bitext containing approximately 1 million sentences.
You can run some validation experiments to test the installation. From the root of the repository, run: mkdir -p test/output ./bin/create_phrasedb test/sample.pt.txt test/sample.pt.db ./bin/terpa test/sample.terp.param This will create a small phrase database from the file test/sample.pt.txt and store that database as test/sample.pt.db. We will use this sample database for our test since using the full database will be slower. TERpA will then be run on the hypothesis and reference files in test/ with the output placed in test/output/ as specified in the test/sample.terp.param parameter file. The correct version of these output files is provided in test/correct_output/. Running the three commands above should yield the following output (with appropriate substitutions for local file paths): $> mkdir -p test/output $> ./bin/create_phrasedb test/sample.pt.txt test/sample.pt.db Converting Phrase Table from test/sample.pt.txt Storing Database in test/sample.pt.db Done adding phrases to test/sample.pt.db $> ./bin/terpa test/sample.terp.param Loading parameters from /Users/nmadnani/work/terp/data/terpa.param Loading parameters from /Users/nmadnani/work/terp/data/data_loc.param Loading test/sample.terp.param as parameter file "test/sample.hyp.sgm" was successfully parsed as XML "test/sample.ref.sgm" was successfully parsed as XML Creating Segment Phrase Tables From DB Processing [ihned.cz/2008/09/29/36559][0001] Processing [ihned.cz/2008/09/29/36559][0002] Processing [ihned.cz/2008/09/29/36559][0003] Processing [ihned.cz/2008/09/30/36776][0001] Processing [ihned.cz/2008/09/30/36776][0002] Processing [ihned.cz/2008/09/30/36776][0003] Processing [ihned.cz/2008/09/30/36776][0004] Processing [ihned.cz/2008/09/30/36776][0005] Processing [ihned.cz/2008/09/30/36776][0006] Finished Calculating TERp Total TER: 0.48 (91.13 / 188.00)
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