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Add the End-Start constraint to = some two algorithm elements. Lets= denote these elements as alg1 and = alg2.
Parameter | Description | Default value |
---|---|---|
Min distance | Minimum distance between an alg1 annotation end and an alg2 annotatio= n start. | 0bp |
Max distance | Maximum distance between an alg1 annotation end and an alg2 annotatio= n start. | 0bp |
Constraint Ex= planation:
Let:
alg1_annot_en= d :=3D the last nucleotide of an annotation obtained from the= alg1.
alg2_annot_st= art :=3D the first nucleotide of an annotation obtained from = the alg2.
The result annotation= s should comply with the rule:
Min distance <=3D Distance(alg1_annot_end,
Type: distance
Distance-type: end-= to-start
Parameter | Parameter in the GUI | Type |
---|---|---|
min | Min distance | numeric |
max | Max distance | numeric |