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## org.biojava.bio.program.gff
Class SimpleGFFRecord

    java.lang.Object
      org.biojava.bio.program.gff.SimpleGFFRecord

All Implemented Interfaces:
  GFFRecord

    public class SimpleGFFRecord

extends Object
implements GFFRecord

A no-frills implementation of a GFFRecord.

Author:
  Matthew Pocock, Greg Cox, Aroul Ramadass, Len Trigg, Richard Holland

Field Summary

Fields inherited from interface org.biojava.bio.program.gff.GFFRecord
`NATURAL_ORDER, NO_FRAME, NO_SCORE`

Constructor Summary
`SimpleGFFRecord()` Create a new SimpleGFFRecord with values set to null or zero
`SimpleGFFRecord(GFFRecord rec)` Create a new SimpleGFFRecord from GFFRecord object
`SimpleGFFRecord(String seqName, String source, String feature, int start, int end, double score, StrandedFeature.Strand strand, int frame, String comment, Map groupAttributes)`

Method Summary
`String` | `getComment()` The feature comment.
`int` | `getEnd()` The end of this feature within the source sequence.
`String` | `getFeature()` The feature type filed.
`int` | `getFrame()` The frame of the feature.
`Map` | `getGroupAttributes()` A Map containing the group / attribute information.
`double` | `getScore()` The score of the feature.
`String` | `getSeqName()` The sequence name field.
`String` | `getSource()` The source, or creator of this feature.
`int` | `getStart()` The start of this feature within the source sequence.
`StrandedFeature.Strand` | `getStrand()` The strand of the feature.
`void` | `setComment(String comment)` Set the comment to comment.
`void` | `setEnd(int end)` Set the end coordinate to end.
`void` | `setFeature(String feature)` Set the feature type to type.
`void` | `setFrame(int frame)` Set the frame to frame.
`void` | `setGroupAttributes(Map ga)` Replace the group-attribute Map with ga.
`void` | `setScore(double score)` Set the score to score.
`void` | `setSeqName(String seqName)` Set the sequence name to seqName.
`void` | `setSource(String source)` Set the feature source to source.
`void` | `setStart(int start)` Set the start coordinate to start.
`void` | `setStrand(StrandedFeature.Strand strand)` Set the strand to strand.
`static String` | `stringifyAttributes(Map attMap)` Create a String representation of attMap.

Methods inherited from class java.lang.Object
`clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait`

Constructor Detail

### SimpleGFFRecord

    public SimpleGFFRecord(GFFRecord rec)

  Create a new SimpleGFFRecord from GFFRecord object

  Parameters:
    `rec` - - A GFFRecord object

### SimpleGFFRecord

    public SimpleGFFRecord(String seqName,
                           String source,
                           String feature,
                           int start,
                           int end,
                           double score,
                           StrandedFeature.Strand strand,
                           int frame,
                           String comment,
                           Map groupAttributes)

### SimpleGFFRecord

    public SimpleGFFRecord()

  Create a new SimpleGFFRecord with values set to null or zero

Method Detail

### setSeqName

    public void setSeqName(String seqName)

  Set the sequence name to seqName.

  Parameters:
    `seqName` - the new name

### getSeqName

    public String getSeqName()

  Description copied from interface: `GFFRecord`
  The sequence name field.

  This should be the name of the sequence that this GFF record is within.

  Specified by:
    `getSeqName` in interface `GFFRecord`
  Returns:
    the name of the sequence

### setSource

    public void setSource(String source)

  Set the feature source to source.

  Parameters:
    `source` - the new source

### getSource

    public String getSource()

  Description copied from interface: `GFFRecord`
  The source, or creator of this feature.

  This is usualy a program name.

  Specified by:
    `getSource` in interface `GFFRecord`
  Returns:
    the feature source

### setFeature

    public void setFeature(String feature)

  Set the feature type to type.

  Parameters:
    `feature` - the new feature type

### getFeature

    public String getFeature()

  Description copied from interface: `GFFRecord`
  The feature type filed.

  This is something like "exon" - usualy corresponds to an EMBL term.

  Specified by:
    `getFeature` in interface `GFFRecord`
  Returns:
    the feature type

### setStart

    public void setStart(int start)

  Set the start coordinate to start.

  Parameters:
    `start` - the new start coordinate

### getStart

    public int getStart()

  Description copied from interface: `GFFRecord`
  The start of this feature within the source sequence.

  Specified by:
    `getStart` in interface `GFFRecord`
  Returns:
    the start index

### setEnd

    public void setEnd(int end)

  Set the end coordinate to end.

  Parameters:
    `end` - the new end coordinate

### getEnd

    public int getEnd()

  Description copied from interface: `GFFRecord`
  The end of this feature within the source sequence.

  Specified by:
    `getEnd` in interface `GFFRecord`
  Returns:
    the end index

### setScore

    public void setScore(double score)

  Set the score to score.

  The score must be a double, inclusive of `0`. If you wish to indicate that there is no score, then use GFFRecord.NO_SCORE.

  Parameters:
    `score` - the new score

### getScore

    public double getScore()

  Description copied from interface: `GFFRecord`
  The score of the feature.

  For sequences that have no score, this will be set to GFFRecord.NO_SCORE.

  Specified by:
    `getScore` in interface `GFFRecord`
  Returns:
    the score, or NO_SCORE

### setStrand

    public void setStrand(StrandedFeature.Strand strand)

  Set the strand to strand.

  Parameters:
    `strand` - the new Strand

### getStrand

    public StrandedFeature.Strand getStrand()

  Description copied from interface: `GFFRecord`
  The strand of the feature.

  This will be one of GFFRecord.POSITIVE_STRAND, GFFRecord.NEGATIVE_STRAND, or GFFRecord.NO_STRAND.

  Specified by:
    `getStrand` in interface `GFFRecord`
  Returns:
    the strand field

### setFrame

    public void setFrame(int frame)

  Set the frame to frame.

  The score must be one of `{0, 1, 2}` or GFFRecord.NO_FRAME.

  Parameters:
    `frame` - the frame
  Throws:
    `IllegalArgumentException` - if score is not valid.

### getFrame

    public int getFrame()

  Description copied from interface: `GFFRecord`
  The frame of the feature.

  This will be one of `{1, 2, 3}` or GFFRecord.NO_FRAME.

  Specified by:
    `getFrame` in interface `GFFRecord`
  Returns:
    the frame field

### setGroupAttributes

    public void setGroupAttributes(Map ga)

  Replace the group-attribute Map with ga.

  To efficiently add a key, call getGroupAttributes() and modify the Map.

  Parameters:
    `ga` - the new group-attribute Map

### getGroupAttributes

    public Map getGroupAttributes()

  Description copied from interface: `GFFRecord`
  A Map containing the group / attribute information.

  This will be a Map of group-names to List objects.

  Specified by:
    `getGroupAttributes` in interface `GFFRecord`
  Returns:
    a Map containing the group and attribute info.

### setComment

    public void setComment(String comment)

  Set the comment to comment.

  If you set it to null, then the comment for this line will be ignored.

  Parameters:
    `comment` - the new comment

### getComment

    public String getComment()

  Description copied from interface: `GFFRecord`
  The feature comment.

  Specified by:
    `getComment` in interface `GFFRecord`
  Returns:
    null or the feature comment

### stringifyAttributes

    public static String stringifyAttributes(Map attMap)

  Create a String representation of attMap. attMap is assumed to contain String keys and List values.

  Parameters:
    `attMap` - the Map of attributes and value lists
  Returns:
    a GFF attribute/value String

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