use of au.edu.wehi.idsv.bed.IntervalBed in project gridss by PapenfussLab.
the class SAMEvidenceSourceTest method should_filter_breakpoints_touching_blacklist.
@Test
public void should_filter_breakpoints_touching_blacklist() {
ProcessingContext pc = getContext();
MockSAMEvidenceSource ses = SES(pc);
IntervalBed blacklist = new IntervalBed(pc.getDictionary(), pc.getLinear());
blacklist.addInterval(0, 10, 12);
ses.setBlacklistedRegions(blacklist);
assertTrue(ses.shouldFilter(NRRP(ses, DP(0, 1, "1M", true, 1, 100, "1M", false))));
assertTrue(ses.shouldFilter(NRRP(ses, DP(1, 100, "1M", false, 0, 1, "1M", true))));
}
use of au.edu.wehi.idsv.bed.IntervalBed in project gridss by PapenfussLab.
the class SAMEvidenceSourceTest method blacklist_chimeric_alignment_should_be_treated_as_unmapped.
@Test
public void blacklist_chimeric_alignment_should_be_treated_as_unmapped() {
ProcessingContext pc = getContext();
MockSAMEvidenceSource ses = SES(pc);
IntervalBed blacklist = new IntervalBed(pc.getDictionary(), pc.getLinear());
blacklist.addInterval(0, 10, 12);
ses.setBlacklistedRegions(blacklist);
SAMRecord read = Read(0, 1, "1M1S");
read.setAttribute("SA", "polyA,10,+,1S1M,10,10");
assertEquals("", ses.transform(read).getAttribute("SA"));
}
use of au.edu.wehi.idsv.bed.IntervalBed in project gridss by PapenfussLab.
the class SequentialCoverageThresholdTest method should_calculate_aligned_coverage.
@Test
public void should_calculate_aligned_coverage() {
SequentialCoverageThreshold sct = new SequentialCoverageThreshold(getSequenceDictionary(), getContext().getLinear(), 2);
// 1-10
sct.acceptRecord(Read(0, 1, "10M"));
// 2-11
sct.acceptRecord(Read(0, 2, "1S10M5S"));
sct.acceptRecord(Read(1, 1, "3M"));
sct.acceptRecord(Read(1, 1, "3M"));
sct.acceptRecord(Read(1, 1, "3M"));
IntervalBed bed = sct.finish();
for (int i = 0; i < 100; i++) {
assertEquals(i >= 2 && i <= 10, bed.overlaps(0, i, i));
assertEquals(i >= 1 && i <= 3, bed.overlaps(1, i, i));
}
}
use of au.edu.wehi.idsv.bed.IntervalBed in project gridss by PapenfussLab.
the class SAMEvidenceSourceTest method blacklisted_alignment_should_be_unmapped.
@Test
public void blacklisted_alignment_should_be_unmapped() {
ProcessingContext pc = getContext();
MockSAMEvidenceSource ses = SES(pc);
IntervalBed blacklist = new IntervalBed(pc.getDictionary(), pc.getLinear());
blacklist.addInterval(0, 10, 12);
ses.setBlacklistedRegions(blacklist);
assertFalse(ses.transform(Read(1, 10, "1M")).getReadUnmappedFlag());
assertFalse(ses.transform(Read(0, 9, "1M")).getReadUnmappedFlag());
assertTrue(ses.transform(Read(0, 10, "1M")).getReadUnmappedFlag());
assertTrue(ses.transform(Read(0, 11, "1M")).getReadUnmappedFlag());
assertTrue(ses.transform(Read(0, 12, "1M")).getReadUnmappedFlag());
assertFalse(ses.transform(Read(0, 13, "1M")).getReadUnmappedFlag());
}
use of au.edu.wehi.idsv.bed.IntervalBed in project gridss by PapenfussLab.
the class SAMEvidenceSourceTest method blacklist_mate_should_be_treated_as_unmapped.
@Test
public void blacklist_mate_should_be_treated_as_unmapped() {
ProcessingContext pc = getContext();
MockSAMEvidenceSource ses = SES(pc);
IntervalBed blacklist = new IntervalBed(pc.getDictionary(), pc.getLinear());
blacklist.addInterval(0, 10, 12);
ses.setBlacklistedRegions(blacklist);
assertFalse(ses.transform(DP(0, 1, "1M", true, 1, 10, "1M", false)[0]).getMateUnmappedFlag());
assertFalse(ses.transform(DP(0, 1, "1M", true, 0, 9, "1M", false)[0]).getMateUnmappedFlag());
assertTrue(ses.transform(DP(0, 1, "1M", true, 0, 10, "1M", false)[0]).getMateUnmappedFlag());
assertTrue(ses.transform(DP(0, 1, "1M", true, 0, 11, "1M", false)[0]).getMateUnmappedFlag());
assertTrue(ses.transform(DP(0, 1, "1M", true, 0, 12, "1M", false)[0]).getMateUnmappedFlag());
assertFalse(ses.transform(DP(0, 1, "1M", true, 0, 13, "1M", false)[0]).getMateUnmappedFlag());
}
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