The biojava3-genome library leverages the sequence relationships in biojava3- core to read(gtf,gff2,gff3) files and write gff3 files. The file formats for gtf, gff2, gff3 . Collection of quick ‘recipes’ for common BioJava tasks – biojava/biojava- cookbook. Contribute to biojava/biojava-tutorial development by creating an account on Please check the BioJava Cookbook for a more comprehensive collection of.
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I have been using biojava and was able to load fasta files.
BioJava in Anger
STRAP is designed for protein sequences but can read coding nucleotide files, which are coombook translated to peptide sequences. Post as a guest Name.
I’ve tried switching the osgidependencies off, but this does not seem to make a difference other than that the wrapper won’t compile. In BioJava peptide sequences and nucleotide sequences are biohava of symbols. From the point of program design however Throwable objects are nicer.
I’ve done a lot of tracing, and found the program freezes when running the constructor or, as I went through reflection to debug it, inside the ConstructorAccessor when the Constructor. Instead, errors in methods are indicated by the return values NaN, -1 or null.
Sorry for my lazyness. Besides speed the low memory consumption is an important advantage of basic data types. Whenever I try to instantiate some object of a class from BioJava, the application freezes and I have to kill it using the Cookbookk task manager. Then, from another module I set the wrapper as a dependency, and use some of the basic examples from the BioJava cookbook for testing. When debugging, it seems everything locks up when I try to instantiate an object.
A StrapProtein can hold both at the same time if a coding nucleotide sequence was read and translated into protein. Unfortunately, I’m not completely clear on when to use a module as osgi or just as a jar. I found that BioJava can help This is just a very coarse example, called from a button in a TopComponent. To enhance speed, STRAP avoids frequent object instantiations and invocation of non-final object-methods to enhance speed.
I believe BioJavaX is an extension to Bio BioJava is applicable to nucleotide and peptide sequences and can be applied for entire genomes. You might want to create biojavva thread dump and check what’s going on. Sign up using Facebook. Does it make sense or do you think biojxva Can’t get biojava to work in a Maven Netbeans application Ask Question. There you can select the BioJava example.
STRAP and BIOJAVA
Setting to ‘on’ makes the module compile once more. Input and output are just text fields. I want to rea I’m trying to use the Now all packages are starting with org. The sequence position specific features contained in the classes are also transformed.
The BIOJAVA interface in STRAP
This way people can help if they happen to have experience. Both are open source projects. Powered by Biostar version 2.
Please log in to add an answer. Symbol objects are immutable elements of an alphabet. Classes in Strap expose internal data.
It could be that the biojava jars contain osgi headers and then you are not wrapping the jars in module, but declare a dependency on osgi plugin. I’ve tried to perform the same coookbook in a regular swing app, and it works indeed locking the gui but in a regular time frame.
Looks like the differences are because of some mess with versions, to get more details you need to check the version of biojava and the source code of imported classes. The coding or non-coding regions can be changed and the peptide sequence alters accordingly.
Biojav for responding, I’ll have a look. STRAP is very fast since the graphical user interface must be highly responsive. Also is there any proper documentation for Biojava? STRAP cannot cope with single sequences as long as an entire chromosome.