Package | Description |
---|---|
org.biojava.nbio.alignment.routines |
Modifier and Type | Method and Description |
---|---|
static AlignerHelper.Last |
AlignerHelper.setScorePoint(int x,
int y,
int gep,
int sub,
int[][][] scores)
Calculates the optimal alignment score for the given sequence positions and a linear gap penalty
|
static AlignerHelper.Last[] |
AlignerHelper.setScorePoint(int x,
int y,
int gop,
int gep,
int sub,
int[][][] scores)
Calculate the optimal alignment score for the given sequence positions with an affine or constant gap penalty
|
static AlignerHelper.Last[][] |
AlignerHelper.setScoreVector(int x,
AlignerHelper.Subproblem subproblem,
int gep,
int[] subs,
boolean storing,
int[][][] scores)
Score global alignment for a given position in the query sequence for a linear gap penalty
|
static AlignerHelper.Last[][] |
AlignerHelper.setScoreVector(int x,
AlignerHelper.Subproblem subproblem,
int gop,
int gep,
int[] subs,
boolean storing,
int[][][] scores)
Score global alignment for a given position in the query sequence
|
static AlignerHelper.Last[][] |
AlignerHelper.setScoreVector(int x,
int gep,
int[] subs,
boolean storing,
int[][][] scores,
int[] xyMax,
int score)
Score local alignment for a given position in the query sequence for a linear gap penalty
|
static AlignerHelper.Last[][] |
AlignerHelper.setScoreVector(int x,
int gop,
int gep,
int[] subs,
boolean storing,
int[][][] scores,
int[] xyMax,
int score)
Score local alignment for a given position in the query sequence
|
static AlignerHelper.Last[][] |
AlignerHelper.setScoreVector(int x,
int xb,
int yb,
int ye,
int gep,
int[] subs,
boolean storing,
int[][][] scores,
boolean startAnchored)
Score global alignment for a given position in the query sequence for a linear gap penalty
|
static AlignerHelper.Last[][] |
AlignerHelper.setScoreVector(int x,
int xb,
int yb,
int ye,
int gep,
int[] subs,
boolean storing,
int[][][] scores,
int[] xyMax,
int score)
Score local alignment for a given position in the query sequence for a linear gap penalty
|
static AlignerHelper.Last[][] |
AlignerHelper.setScoreVector(int x,
int xb,
int yb,
int ye,
int gop,
int gep,
int[] subs,
boolean storing,
int[][][] scores,
boolean startAnchored)
Score global alignment for a given position in the query sequence
|
static AlignerHelper.Last[][] |
AlignerHelper.setScoreVector(int x,
int xb,
int yb,
int ye,
int gop,
int gep,
int[] subs,
boolean storing,
int[][][] scores,
int[] xyMax,
int score)
Score local alignment for a given position in the query sequence
|
static AlignerHelper.Last |
AlignerHelper.Last.valueOf(String name)
Returns the enum constant of this type with the specified name.
|
static AlignerHelper.Last[] |
AlignerHelper.Last.values()
Returns an array containing the constants of this enum type, in
the order they are declared.
|
Modifier and Type | Method and Description |
---|---|
static void |
AlignerHelper.setCuts(int x,
AlignerHelper.Subproblem subproblem,
AlignerHelper.Last[][] pointers,
AlignerHelper.Cut[] cuts) |
static int[] |
AlignerHelper.setSteps(AlignerHelper.Last[][][] traceback,
boolean local,
int[] xyMax,
AlignerHelper.Last last,
List<AlignedSequence.Step> sx,
List<AlignedSequence.Step> sy)
Find alignment path through traceback matrix
|
static int[] |
AlignerHelper.setSteps(AlignerHelper.Last[][][] traceback,
boolean local,
int[] xyMax,
AlignerHelper.Last last,
List<AlignedSequence.Step> sx,
List<AlignedSequence.Step> sy)
Find alignment path through traceback matrix
|
static int[] |
AlignerHelper.setSteps(AlignerHelper.Last[][][] traceback,
int[][][] scores,
List<AlignedSequence.Step> sx,
List<AlignedSequence.Step> sy)
Find global alignment path through traceback matrix
|
static int[] |
AlignerHelper.setSteps(AlignerHelper.Last[][][] traceback,
int[] xyMax,
List<AlignedSequence.Step> sx,
List<AlignedSequence.Step> sy)
Find local alignment path through traceback matrix
|
static String |
AlignerHelper.tracebackToString(AlignerHelper.Last[][][] traceback) |
void |
AlignerHelper.Cut.update(int x,
AlignerHelper.Subproblem subproblem,
AlignerHelper.Last[][] pointers) |
Copyright © 2000–2019 BioJava. All rights reserved.