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* <b>Definition:</b> * End position of the DNA region of interest * </p> */ public DnaRegionAnalysisTestCoverageDnaRegionOfInterest setRegionOfInterestStop( int theInteger) { myRegionOfInterestStop = new IntegerDt(theInteger); return this; }
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* Start position * </p> */ public IntegerDt getStart() { if (myStart == null) { myStart = new IntegerDt(); } return myStart; }
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* <b>Definition:</b> * Start position * </p> */ public GeneCoordinate setStart( int theInteger) { myStart = new IntegerDt(theInteger); return this; }
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* End position * </p> */ public IntegerDt getEnd() { if (myEnd == null) { myEnd = new IntegerDt(); } return myEnd; }
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* <b>Definition:</b> * End position * </p> */ public GeneCoordinate setEnd( int theInteger) { myEnd = new IntegerDt(theInteger); return this; }
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* The size of the source document this reference refers to in bytes * </p> */ public IntegerDt getSize() { if (mySize == null) { mySize = new IntegerDt(); } return mySize; }
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* <b>Definition:</b> * The size of the source document this reference refers to in bytes * </p> */ public DocumentReference setSize( int theInteger) { mySize = new IntegerDt(theInteger); return this; }
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* A unique identifier for a dependent under the coverage. * </p> */ public IntegerDt getDependent() { if (myDependent == null) { myDependent = new IntegerDt(); } return myDependent; }
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* <b>Definition:</b> * A unique identifier for a dependent under the coverage. * </p> */ public Coverage setDependent( int theInteger) { myDependent = new IntegerDt(theInteger); return this; }
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* An optional counter for a particular instance of the identified coverage which increments upon each renewal. * </p> */ public IntegerDt getSequence() { if (mySequence == null) { mySequence = new IntegerDt(); } return mySequence; }