Uses of Class
org.snpeff.interval.Gene
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Uses of Gene in org.snpeff.geneSets
Methods in org.snpeff.geneSets with parameters of type Gene Modifier and Type Method Description voidGeneStats. add(Gene gene)voidGeneStats. add(Gene gene, boolean useGeneId)Add a gene, update statistics -
Uses of Gene in org.snpeff.interval
Methods in org.snpeff.interval that return Gene Modifier and Type Method Description GeneGene. circularClone()In a circular genome, a gene can have negative coordinates or crosses over chromosome end.GeneGene. cloneShallow()GeneGenes. get(java.lang.String geneId)Obtain a gene intervalGeneTranscript. getGene()GeneGenes. getGeneByName(java.lang.String geneName)Obtain a gene by GeneName WARNING: The first match is returned.Methods in org.snpeff.interval that return types with arguments of type Gene Modifier and Type Method Description java.util.List<Gene>Genome. getGenesSorted()Create a sorted list of genes (sorted by gene Id)java.util.List<Gene>Genome. getGenesSortedPos()Create a sorted list of genes (sorted by genomic position)java.util.Iterator<Gene>Genes. iterator()java.util.Collection<Gene>Genes. sorted()java.util.Collection<Gene>Genes. values()Methods in org.snpeff.interval with parameters of type Gene Modifier and Type Method Description voidGenes. add(Gene gene)Add a gene interval to this collectionstatic IntergenicIntergenic. createIntergenic(Gene geneLeft, Gene geneRight)Creates an intergenic marker based on the "space" between two genesConstructors in org.snpeff.interval with parameters of type Gene Constructor Description Transcript(Gene gene, int start, int end, boolean strandMinus, java.lang.String id) -
Uses of Gene in org.snpeff.snpEffect
Methods in org.snpeff.snpEffect that return Gene Modifier and Type Method Description GeneSnpEffectPredictor. getGene(java.lang.String geneId)Obtain a gene by geneIdGeneVariantEffect. getGene()GeneVariantEffectFusion. getGene()GeneVariantEffectStructural. getGene()GeneVariantEffectFusion. getGeneLeft()GeneVariantEffectFusion. getGeneRight()GeneSnpEffectPredictor. queryClosestGene(Marker inputInterval)Find closest gene to this markerMethods in org.snpeff.snpEffect that return types with arguments of type Gene Modifier and Type Method Description java.util.List<Gene>VariantEffect. getGenes()java.util.List<Gene>VariantEffectStructural. getGenes()Methods in org.snpeff.snpEffect with parameters of type Gene Modifier and Type Method Description voidSnpEffectPredictor. add(Gene gene)Add a gene interval -
Uses of Gene in org.snpeff.snpEffect.factory
Methods in org.snpeff.snpEffect.factory that return Gene Modifier and Type Method Description protected GeneSnpEffPredictorFactoryGff. addGene(GffMarker gffMarker)protected GeneSnpEffPredictorFactoryGff. addGene(GffMarker gffMarker, boolean findNextGeneId)Create and add a gene based on GffMarkerprotected GeneSnpEffPredictorFactory. findGene(java.lang.String id)protected GeneSnpEffPredictorFactory. findGene(java.lang.String geneId, java.lang.String id)protected GeneSnpEffPredictorFactoryGff. findOrCreateGene(GffMarker gffMarker)Find or create a gene based on GffMarkerMethods in org.snpeff.snpEffect.factory with parameters of type Gene Modifier and Type Method Description protected voidSnpEffPredictorFactory. add(Gene gene)Add a Gene -
Uses of Gene in org.snpeff.snpEffect.testCases.integration
Fields in org.snpeff.snpEffect.testCases.integration declared as Gene Modifier and Type Field Description protected GeneTestCasesHgvsBase. gene -
Uses of Gene in org.snpeff.snpEffect.testCases.unity
Fields in org.snpeff.snpEffect.testCases.unity declared as Gene Modifier and Type Field Description protected GeneTestCasesBase. geneGeneTestGenome. geneMethods in org.snpeff.snpEffect.testCases.unity with parameters of type Gene Modifier and Type Method Description protected voidTestCasesStructuralInv. checkEffects(Variant variant, EffectType[] expEffs, java.lang.String[] expHgvsc, VariantEffect.EffectImpact expectedImpact, java.lang.String[] expAnns, Gene[] genesToAdd)protected voidTestCasesBase. initSnpEffPredictor(Gene[] genesToAdd)Create a predictor For the default parameters the first predictor created has only one transcript: 1:880-1001, strand: +, id:transcript_0, Protein Exons: 1:880-1001 'exon_0_0', rank: 1, frame: ., sequence: taaccccatatgattagtacggtagaggaaaagcacctaacccccattgagcaggatctctttcgtaatactctgtatcgatgaccgatttatttgattccccacatttatttcatcggga CDS : taaccccatatgattagtacggtagaggaaaagcacctaacccccattgagcaggatctctttcgtaatactctgtatcgatgaccgatttatttgattccccacatttatttcatcgggac Protein : *PHMISTVEEKHLTPIEQDLFRNTLYR*PIYLIPHIYFIG? -
Uses of Gene in org.snpeff.stats
Methods in org.snpeff.stats with parameters of type Gene Modifier and Type Method Description doubleObservedOverExpected. expected(Gene g)Expected number of sequences (average between plus and minus strand)intObservedOverExpected. observed(Gene g)Observed sequence (average between plus and minus strand)doubleObservedOverExpected. oe(Gene g)Observed over expected ratiovoidGeneCountByTypeTable. sample(Gene gene, Transcript tr, java.lang.String type, VariantEffect variantEffect)Sample thistuple to update statistics -
Uses of Gene in org.snpeff.svg
Constructors in org.snpeff.svg with parameters of type Gene Constructor Description SvgGene(Gene gene, Svg svg) -
Uses of Gene in org.snpeff.vcf
Constructors in org.snpeff.vcf with parameters of type Gene Constructor Description VcfLof(Gene gene, double percentAffected)VcfNmd(Gene gene, double percentAffected)
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