create a new builder with the structure and content identical to that of the supplied array . concode_field_sep double row? concode_elem_sep double rowMax concode_elem_sep double rowMin concode_elem_sep double[] data concode_elem_sep boolean built concode_elem_sep double[] rows concode_elem_sep boolean initialized concode_field_sep Builder add concode_elem_sep Builder add concode_elem_sep Builder add concode_elem_sep Builder add concode_elem_sep Builder add concode_elem_sep Builder add concode_elem_sep Builder add concode_elem_sep Builder add concode_elem_sep void dereference concode_elem_sep void init concode_elem_sep Builder addEach concode_elem_sep double rowMin concode_elem_sep Builder set concode_elem_sep Builder set concode_elem_sep XySequence values concode_elem_sep double sum concode_elem_sep List<Double> rows concode_elem_sep double compute concode_elem_sep Builder fromModel concode_elem_sep double rowMax concode_elem_sep AbstractArray validateArray concode_elem_sep Builder withRows concode_elem_sep int maxIndex concode_elem_sep IntervalArray build concode_elem_sep IntervalArray build concode_elem_sep double get concode_elem_sep double get concode_elem_sep Builder copyStructure concode_elem_sep int rowIndex concode_elem_sep int minIndex concode_elem_sep Builder multiply
Builder function ( IntervalArray arg0 ) { DefaultArray loc0 = ( DefaultArray ) arg0 ; Builder loc1 = copyStructure ( loc0 ) ; loc1 . data = Arrays . copyOf ( loc0 . data , loc0 . data . length ) ; loc1 . init ( ) ; return loc1 ; }