Examples with Transcript com.hartwig.hmftools.svannotation.annotations.Transcript used on opensource projects

Example 6 with Transcript

use of com.hartwig.hmftools.svannotation.annotations.Transcript in project hmftools by hartwigmedical.

the class StructuralVariantAnalyzer method processFusions.

@NotNull
private List<GeneFusion> processFusions(final List<StructuralVariantAnnotation> annotations) {
    // NERA: left is upstream, right is downstream
    final List<List<Pair<Transcript, Transcript>>> fusionsPerVariant = Lists.newArrayList();
    for (final StructuralVariantAnnotation annotation : annotations) {
        final List<Pair<Transcript, Transcript>> fusions = Lists.newArrayList();
        for (final GeneAnnotation startGene : annotation.start()) {
            final boolean startUpstream = isUpstream(startGene);
            for (final GeneAnnotation endGene : annotation.end()) {
                final boolean endUpstream = isUpstream(endGene);
                if (startUpstream == endUpstream) {
                    continue;
                }
                for (final Transcript t1 : intronic(startGene.transcripts())) {
                    for (final Transcript t2 : intronic(endGene.transcripts())) {
                        if (!isPotentiallyRelevantFusion(t1, t2)) {
                            continue;
                        }
                        if (startUpstream && t1.exonUpstreamPhase() == t2.exonDownstreamPhase()) {
                            fusions.add(Pair.of(t1, t2));
                        } else if (!startUpstream && t2.exonUpstreamPhase() == t1.exonDownstreamPhase()) {
                            fusions.add(Pair.of(t2, t1));
                        }
                    }
                }
            }
        }
        fusionsPerVariant.add(fusions);
    }
    return toReportableGeneFusions(fusionsPerVariant);
}

Example 7 with Transcript

use of com.hartwig.hmftools.svannotation.annotations.Transcript in project hmftools by hartwigmedical.

the class StructuralVariantAnalyzer method processDisruptions.

@NotNull
private List<GeneDisruption> processDisruptions(final List<StructuralVariantAnnotation> annotations) {
    final List<GeneAnnotation> geneAnnotations = Lists.newArrayList();
    for (final StructuralVariantAnnotation annotation : annotations) {
        @SuppressWarnings("ConstantConditions") final boolean pureIntronicDisruptionCanonical = annotation.start().stream().filter(gene -> gene.canonical() != null).anyMatch(gene -> annotation.end().stream().filter(other -> other.canonical() != null).anyMatch(other -> intronicDisruptionOnSameTranscript(gene.canonical(), other.canonical())));
        if (pureIntronicDisruptionCanonical && annotation.variant().type() != StructuralVariantType.INV) {
            continue;
        }
        geneAnnotations.addAll(annotation.annotations());
    }
    final Multimap<String, GeneAnnotation> geneMap = ArrayListMultimap.create();
    geneAnnotations.forEach(g -> geneMap.put(g.geneName(), g));
    final List<GeneDisruption> disruptions = Lists.newArrayList();
    for (final String geneName : geneMap.keySet()) {
        for (final GeneAnnotation gene : geneMap.get(geneName)) {
            for (final Transcript transcript : gene.transcripts()) {
                final GeneDisruption disruption = ImmutableGeneDisruption.builder().reportable(inHmfPanel(gene) && transcript.isCanonical()).linkedAnnotation(transcript).build();
                disruptions.add(disruption);
            }
        }
    }
    return disruptions;
}

Example 8 with Transcript

use of com.hartwig.hmftools.svannotation.annotations.Transcript in project hmftools by hartwigmedical.

the class StructuralVariantAnnotationDAO method write.

@SuppressWarnings("unchecked")
public void write(final StructuralVariantAnalysis analysis) {
    final Timestamp timestamp = new Timestamp(new Date().getTime());
    final Map<Transcript, Integer> id = Maps.newHashMap();
    // NERA: load transcript annotations
    for (final StructuralVariantAnnotation annotation : analysis.annotations()) {
        for (final GeneAnnotation geneAnnotation : annotation.annotations()) {
            final InsertValuesStep13 inserter = context.insertInto(STRUCTURALVARIANTBREAKEND, STRUCTURALVARIANTBREAKEND.MODIFIED, STRUCTURALVARIANTBREAKEND.ISSTARTEND, STRUCTURALVARIANTBREAKEND.STRUCTURALVARIANTID, STRUCTURALVARIANTBREAKEND.GENE, STRUCTURALVARIANTBREAKEND.GENEID, STRUCTURALVARIANTBREAKEND.TRANSCRIPTID, STRUCTURALVARIANTBREAKEND.ISCANONICALTRANSCRIPT, STRUCTURALVARIANTBREAKEND.STRAND, STRUCTURALVARIANTBREAKEND.EXONRANKUPSTREAM, STRUCTURALVARIANTBREAKEND.EXONPHASEUPSTREAM, STRUCTURALVARIANTBREAKEND.EXONRANKDOWNSTREAM, STRUCTURALVARIANTBREAKEND.EXONPHASEDOWNSTREAM, STRUCTURALVARIANTBREAKEND.EXONMAX);
            for (final Transcript transcript : geneAnnotation.transcripts()) {
                inserter.values(timestamp, geneAnnotation.isStart(), transcript.parent().variant().primaryKey(), geneAnnotation.geneName(), geneAnnotation.stableId(), transcript.transcriptId(), transcript.isCanonical(), geneAnnotation.strand(), transcript.exonUpstream(), transcript.exonUpstreamPhase(), transcript.exonDownstream(), transcript.exonDownstreamPhase(), transcript.exonMax());
            }
            final List<UInteger> ids = inserter.returning(STRUCTURALVARIANTBREAKEND.ID).fetch().getValues(0, UInteger.class);
            if (ids.size() != geneAnnotation.transcripts().size()) {
                throw new RuntimeException("not all transcripts were inserted successfully");
            }
            for (int i = 0; i < ids.size(); i++) {
                id.put(geneAnnotation.transcripts().get(i), ids.get(i).intValue());
            }
        }
    }
    // NERA: load fusions
    final InsertValuesStep3 fusionInserter = context.insertInto(STRUCTURALVARIANTFUSION, STRUCTURALVARIANTFUSION.ISREPORTED, STRUCTURALVARIANTFUSION.FIVEPRIMEBREAKENDID, STRUCTURALVARIANTFUSION.THREEPRIMEBREAKENDID);
    for (final GeneFusion fusion : analysis.fusions()) {
        fusionInserter.values(fusion.reportable(), id.get(fusion.upstreamLinkedAnnotation()), id.get(fusion.downstreamLinkedAnnotation()));
    }
    fusionInserter.execute();
    // NERA: load disruptions
    final InsertValuesStep2 disruptionInserter = context.insertInto(STRUCTURALVARIANTDISRUPTION, STRUCTURALVARIANTDISRUPTION.ISREPORTED, STRUCTURALVARIANTDISRUPTION.BREAKENDID);
    for (final GeneDisruption disruption : analysis.disruptions()) {
        disruptionInserter.values(disruption.reportable(), id.get(disruption.linkedAnnotation()));
    }
    disruptionInserter.execute();
}