Interface ProbeMapper
- All Known Implementing Classes:
ProbeMapperImpl
public interface ProbeMapper
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Method Summary
Modifier and TypeMethodDescriptionprocessBlatResults(GoldenPathSequenceAnalysis goldenPathDb, Collection<BlatResult> blatResults) Given some blat results (possibly for multiple sequences) determine which if any gene products they should be associatd with; if there are multiple results for a single sequence, these are further analyzed for specificity and redundancy, so that there is a single BlatAssociation between any sequence andy andy gene product.processBlatResults(GoldenPathSequenceAnalysis goldenPathDb, Collection<BlatResult> blatResults, ProbeMapperConfig config) Given some blat results (possibly for multiple sequences) determine which if any gene products they should be associated with; if there are multiple results for a single sequence, these are further analyzed for specificity and redundancy, so that there is a single BlatAssociation between any sequence andy andy gene product.processGbId(GoldenPathSequenceAnalysis goldenPathDb, String genbankId) Given a genbank accession (for a mRNA or EST), find alignment data from GoldenPath.processGbIds(GoldenPathSequenceAnalysis goldenPathDb, Collection<String[]> genbankIds) processSequence(GoldenPathSequenceAnalysis goldenPath, BioSequence sequence) Get BlatAssociation results for a single sequence.processSequences(GoldenPathSequenceAnalysis goldenpath, Collection<BioSequence> sequences, ProbeMapperConfig config) Given a collection of sequences, blat them against the selected genome.
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Method Details
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processBlatResults
Map<String,Collection<BlatAssociation>> processBlatResults(GoldenPathSequenceAnalysis goldenPathDb, Collection<BlatResult> blatResults) Given some blat results (possibly for multiple sequences) determine which if any gene products they should be associatd with; if there are multiple results for a single sequence, these are further analyzed for specificity and redundancy, so that there is a single BlatAssociation between any sequence andy andy gene product. Default settings (ProbeMapperConfig) are used. This is a major entry point for this API.- Parameters:
goldenPathDb- golden path dbblatResults- blat results- Returns:
- map
- See Also:
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processBlatResults
Map<String,Collection<BlatAssociation>> processBlatResults(GoldenPathSequenceAnalysis goldenPathDb, Collection<BlatResult> blatResults, ProbeMapperConfig config) Given some blat results (possibly for multiple sequences) determine which if any gene products they should be associated with; if there are multiple results for a single sequence, these are further analyzed for specificity and redundancy, so that there is a single BlatAssociation between any sequence andy andy gene product. This is a major entry point for this API.- Parameters:
goldenPathDb- golden path dbblatResults- blat resultsconfig- config- Returns:
- A map of sequence names to collections of blat associations for each sequence.
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processGbId
Map<String,Collection<BlatAssociation>> processGbId(GoldenPathSequenceAnalysis goldenPathDb, String genbankId) Given a genbank accession (for a mRNA or EST), find alignment data from GoldenPath.- Parameters:
goldenPathDb- Gp analysisgenbankId- gene bank id- Returns:
- map
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processGbIds
Map<String,Collection<BlatAssociation>> processGbIds(GoldenPathSequenceAnalysis goldenPathDb, Collection<String[]> genbankIds) -
processSequence
Collection<BlatAssociation> processSequence(GoldenPathSequenceAnalysis goldenPath, BioSequence sequence) Get BlatAssociation results for a single sequence. If you have multiple sequences to run it is always better to use processSequences();- Parameters:
goldenPath- golden path analysissequence- sequence- Returns:
- blat associations
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processSequences
Map<String,Collection<BlatAssociation>> processSequences(GoldenPathSequenceAnalysis goldenpath, Collection<BioSequence> sequences, ProbeMapperConfig config) Given a collection of sequences, blat them against the selected genome.- Parameters:
goldenpath- for the genome to be used.sequences- sequencesconfig- config- Returns:
- map
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