| Class | Bio::RestrictionEnzyme::Range::VerticalCutRange |
| In: |
lib/bio/util/restriction_enzyme/range/vertical_cut_range.rb
|
| Parent: | CutRange |
FIXME docs are kind of out of date. Change this to VerticalAndHorizontalCutRange
| c_cut_left | [R] | |
| c_cut_right | [R] | |
| max | [R] | |
| min | [R] | |
| p_cut_left | [R] | |
| p_cut_right | [R] | |
| range | [R] |
VerticalCutRange provides an extremely raw, yet precise, method of defining the location of cuts on primary and complementary sequences.
Many VerticalCutRange objects are used with HorizontalCutRange objects to be contained in CutRanges to define the cut pattern that a specific enzyme may make.
VerticalCutRange takes up to four possible cuts, two on the primary strand and two on the complementary strand. In typical usage you will want to make a single cut on the primary strand and a single cut on the complementary strand.
However, you can construct it with whatever cuts you desire to accomadate the most eccentric of imaginary restriction enzymes.
Arguments
| Returns: | nothing |
# File lib/bio/util/restriction_enzyme/range/vertical_cut_range.rb, line 46
46: def initialize( p_cut_left=nil, p_cut_right=nil, c_cut_left=nil, c_cut_right=nil )
47: @p_cut_left = p_cut_left
48: @p_cut_right = p_cut_right
49: @c_cut_left = c_cut_left
50: @c_cut_right = c_cut_right
51:
52: a = [@p_cut_left, @c_cut_left, @p_cut_right, @c_cut_right]
53: a.delete(nil)
54: a.sort!
55: @min = a.first
56: @max = a.last
57:
58: @range = nil
59: @range = (@min..@max) unless @min == nil or @max == nil
60: return
61: end
Check if a location falls within the minimum or maximum values of this range.
Arguments
| Returns: | true or false |
# File lib/bio/util/restriction_enzyme/range/vertical_cut_range.rb, line 70
70: def include?(i)
71: return false if @range == nil
72: @range.include?(i)
73: end