aaron bcb64d92e9 Aaron: 1, GenomeLoc: 0. I changed our GenomeLoc class, seperating the creation of a genome loc (with the reference setup) to a parser class. GenomeLoc now just represents the actual genomic postion. The constructors are now package-protected (to enforce using the parser), but we may want to expose some constructors in the future. ... git-svn-id: file:///humgen/gsa-scr1/gsa-engineering/svn_contents/trunk@1069 348d0f76-0448-11de-a6fe-93d51630548a		2009-06-22 14:39:41 +00:00
..
AllelicVariant.java	First incarnation of the population-based SNP analysis tool. Also bug fixes throughout the GATK	2009-05-27 22:02:24 +00:00
BasicReferenceOrderedDatum.java	Better interface to the tabular ROD, now makes writing files easier. Also has corresponding test files	2009-05-14 23:20:11 +00:00
Genotype.java	Genotype interface is extended: now it requires implementing object to be able to tell whether it isPointGenotype() or isIndelGenotype() (and the contract requires, e.g. alleles to be represented differently)	2009-05-22 17:14:46 +00:00
GenotypeList.java	a trivial wrapper interface for the objects capable of holding 'full' genotype, i.e. both point (as in ref/snp) and indel variants at the same reference position	2009-05-22 17:12:01 +00:00
HapMapAlleleFrequenciesROD.java	Aaron: 1, GenomeLoc: 0. I changed our GenomeLoc class, seperating the creation of a genome loc (with the reference setup) to a parser class. GenomeLoc now just represents the actual genomic postion. The constructors are now package-protected (to enforce using the parser), but we may want to expose some constructors in the future.	2009-06-22 14:39:41 +00:00
IntervalRod.java	major restructuring of generalized variant analysis framework. Now trivally easy to add additional analyses. Easy partitioning of all analyses by features, such as singleton status. Now has transition/transversional bias, counting, dbSNP coverage, HWE violation, selecting of variants by presence/absense in dbs. Also restructured the ROD system to make it easier to add tracks. Also, added the interval track -- if you provide an interval list, then the system autoatmically makese this available to you as a bound rod -- you can always find out where you are in the interval at every site. Python scripts improved to handle more merging, etc, into population snps.	2009-06-05 23:34:37 +00:00
IntervalRodIterator.java	major restructuring of generalized variant analysis framework. Now trivally easy to add additional analyses. Easy partitioning of all analyses by features, such as singleton status. Now has transition/transversional bias, counting, dbSNP coverage, HWE violation, selecting of variants by presence/absense in dbs. Also restructured the ROD system to make it easier to add tracks. Also, added the interval track -- if you provide an interval list, then the system autoatmically makese this available to you as a bound rod -- you can always find out where you are in the interval at every site. Python scripts improved to handle more merging, etc, into population snps.	2009-06-05 23:34:37 +00:00
KGenomesSNPROD.java	Aaron: 1, GenomeLoc: 0. I changed our GenomeLoc class, seperating the creation of a genome loc (with the reference setup) to a parser class. GenomeLoc now just represents the actual genomic postion. The constructors are now package-protected (to enforce using the parser), but we may want to expose some constructors in the future.	2009-06-22 14:39:41 +00:00
PooledEMSNPROD.java	major restructuring of generalized variant analysis framework. Now trivally easy to add additional analyses. Easy partitioning of all analyses by features, such as singleton status. Now has transition/transversional bias, counting, dbSNP coverage, HWE violation, selecting of variants by presence/absense in dbs. Also restructured the ROD system to make it easier to add tracks. Also, added the interval track -- if you provide an interval list, then the system autoatmically makese this available to you as a bound rod -- you can always find out where you are in the interval at every site. Python scripts improved to handle more merging, etc, into population snps.	2009-06-05 23:34:37 +00:00
RODIterator.java	major restructuring of generalized variant analysis framework. Now trivally easy to add additional analyses. Easy partitioning of all analyses by features, such as singleton status. Now has transition/transversional bias, counting, dbSNP coverage, HWE violation, selecting of variants by presence/absense in dbs. Also restructured the ROD system to make it easier to add tracks. Also, added the interval track -- if you provide an interval list, then the system autoatmically makese this available to you as a bound rod -- you can always find out where you are in the interval at every site. Python scripts improved to handle more merging, etc, into population snps.	2009-06-05 23:34:37 +00:00
RefMetaDataTracker.java	major restructuring of generalized variant analysis framework. Now trivally easy to add additional analyses. Easy partitioning of all analyses by features, such as singleton status. Now has transition/transversional bias, counting, dbSNP coverage, HWE violation, selecting of variants by presence/absense in dbs. Also restructured the ROD system to make it easier to add tracks. Also, added the interval track -- if you provide an interval list, then the system autoatmically makese this available to you as a bound rod -- you can always find out where you are in the interval at every site. Python scripts improved to handle more merging, etc, into population snps.	2009-06-05 23:34:37 +00:00
ReferenceOrderedData.java	Added module rodVariants.class to the list of allowable RODs.	2009-06-17 21:33:13 +00:00
ReferenceOrderedDatum.java	Better interface to the tabular ROD, now makes writing files easier. Also has corresponding test files	2009-05-14 23:20:11 +00:00
SAMPileupRecord.java	Aaron: 1, GenomeLoc: 0. I changed our GenomeLoc class, seperating the creation of a genome loc (with the reference setup) to a parser class. GenomeLoc now just represents the actual genomic postion. The constructors are now package-protected (to enforce using the parser), but we may want to expose some constructors in the future.	2009-06-22 14:39:41 +00:00
SNPCallFromGenotypes.java	major restructuring of generalized variant analysis framework. Now trivally easy to add additional analyses. Easy partitioning of all analyses by features, such as singleton status. Now has transition/transversional bias, counting, dbSNP coverage, HWE violation, selecting of variants by presence/absense in dbs. Also restructured the ROD system to make it easier to add tracks. Also, added the interval track -- if you provide an interval list, then the system autoatmically makese this available to you as a bound rod -- you can always find out where you are in the interval at every site. Python scripts improved to handle more merging, etc, into population snps.	2009-06-05 23:34:37 +00:00
TabularROD.java	Aaron: 1, GenomeLoc: 0. I changed our GenomeLoc class, seperating the creation of a genome loc (with the reference setup) to a parser class. GenomeLoc now just represents the actual genomic postion. The constructors are now package-protected (to enforce using the parser), but we may want to expose some constructors in the future.	2009-06-22 14:39:41 +00:00
Transcript.java	Aaron: 1, GenomeLoc: 0. I changed our GenomeLoc class, seperating the creation of a genome loc (with the reference setup) to a parser class. GenomeLoc now just represents the actual genomic postion. The constructors are now package-protected (to enforce using the parser), but we may want to expose some constructors in the future.	2009-06-22 14:39:41 +00:00
package.html	More package-level documentation.	2009-06-17 16:28:45 +00:00
rodDbSNP.java	Aaron: 1, GenomeLoc: 0. I changed our GenomeLoc class, seperating the creation of a genome loc (with the reference setup) to a parser class. GenomeLoc now just represents the actual genomic postion. The constructors are now package-protected (to enforce using the parser), but we may want to expose some constructors in the future.	2009-06-22 14:39:41 +00:00
rodGFF.java	Aaron: 1, GenomeLoc: 0. I changed our GenomeLoc class, seperating the creation of a genome loc (with the reference setup) to a parser class. GenomeLoc now just represents the actual genomic postion. The constructors are now package-protected (to enforce using the parser), but we may want to expose some constructors in the future.	2009-06-22 14:39:41 +00:00
rodRefSeq.java	Aaron: 1, GenomeLoc: 0. I changed our GenomeLoc class, seperating the creation of a genome loc (with the reference setup) to a parser class. GenomeLoc now just represents the actual genomic postion. The constructors are now package-protected (to enforce using the parser), but we may want to expose some constructors in the future.	2009-06-22 14:39:41 +00:00
rodSAMPileup.java	Aaron: 1, GenomeLoc: 0. I changed our GenomeLoc class, seperating the creation of a genome loc (with the reference setup) to a parser class. GenomeLoc now just represents the actual genomic postion. The constructors are now package-protected (to enforce using the parser), but we may want to expose some constructors in the future.	2009-06-22 14:39:41 +00:00
rodVariants.java	Aaron: 1, GenomeLoc: 0. I changed our GenomeLoc class, seperating the creation of a genome loc (with the reference setup) to a parser class. GenomeLoc now just represents the actual genomic postion. The constructors are now package-protected (to enforce using the parser), but we may want to expose some constructors in the future.	2009-06-22 14:39:41 +00:00