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Andrew Koryavchenko edited this page Jul 4, 2017 · 5 revisions

Algorithms.EqualRange Method

Overload List

 

Name Description
Public methodStatic member EqualRange(IList(DateTime), DateTime) Returns the tuple of [i, j] where i is the smallest index in the range [0, list.Count - 1] such that list[i] >= value or list.Count if no such i exists j is the smallest index in the range [0, list.Count - 1] such that list[i] > value or list.Count if no such j exists
Public methodStatic member EqualRange(IList(DateTimeOffset), DateTimeOffset) Returns the tuple of [i, j] where i is the smallest index in the range [0, list.Count - 1] such that list[i] >= value or list.Count if no such i exists j is the smallest index in the range [0, list.Count - 1] such that list[i] > value or list.Count if no such j exists
Public methodStatic member EqualRange(IList(Double), Double) Returns the tuple of [i, j] where i is the smallest index in the range [0, list.Count - 1] such that list[i] >= value or list.Count if no such i exists j is the smallest index in the range [0, list.Count - 1] such that list[i] > value or list.Count if no such j exists
Public methodStatic member EqualRange(IList(Single), Single) Returns the tuple of [i, j] where i is the smallest index in the range [0, list.Count - 1] such that list[i] >= value or list.Count if no such i exists j is the smallest index in the range [0, list.Count - 1] such that list[i] > value or list.Count if no such j exists
Public methodStatic member EqualRange(IList(TimeSpan), TimeSpan) Returns the tuple of [i, j] where i is the smallest index in the range [0, list.Count - 1] such that list[i] >= value or list.Count if no such i exists j is the smallest index in the range [0, list.Count - 1] such that list[i] > value or list.Count if no such j exists
Public methodStatic member EqualRange(TElement, TValue)(IList(TElement), TValue) Returns the tuple of [i, j] where i is the smallest index in the range [0, list.Count - 1] such that list[i] >= value or list.Count if no such i exists j is the smallest index in the range [0, list.Count - 1] such that list[i] > value or list.Count if no such j exists
Public methodStatic member EqualRange(IList(DateTime), DateTime, Int32) Returns the tuple of [i, j] where i is the smallest index in the range [startIndex, list.Count - 1] such that list[i] >= value or list.Count if no such i exists j is the smallest index in the range [startIndex, list.Count - 1] such that list[i] > value or list.Count if no such j exists
Public methodStatic member EqualRange(IList(DateTimeOffset), DateTimeOffset, Int32) Returns the tuple of [i, j] where i is the smallest index in the range [startIndex, list.Count - 1] such that list[i] >= value or list.Count if no such i exists j is the smallest index in the range [startIndex, list.Count - 1] such that list[i] > value or list.Count if no such j exists
Public methodStatic member EqualRange(IList(Double), Double, Int32) Returns the tuple of [i, j] where i is the smallest index in the range [startIndex, list.Count - 1] such that list[i] >= value or list.Count if no such i exists j is the smallest index in the range [startIndex, list.Count - 1] such that list[i] > value or list.Count if no such j exists
Public methodStatic member EqualRange(IList(Single), Single, Int32) Returns the tuple of [i, j] where i is the smallest index in the range [startIndex, list.Count - 1] such that list[i] >= value or list.Count if no such i exists j is the smallest index in the range [startIndex, list.Count - 1] such that list[i] > value or list.Count if no such j exists
Public methodStatic member EqualRange(IList(TimeSpan), TimeSpan, Int32) Returns the tuple of [i, j] where i is the smallest index in the range [startIndex, list.Count - 1] such that list[i] >= value or list.Count if no such i exists j is the smallest index in the range [startIndex, list.Count - 1] such that list[i] > value or list.Count if no such j exists
Public methodStatic member EqualRange(TElement, TValue)(IList(TElement), TValue, Func(TElement, TValue, Int32)) Returns the tuple of [i, j] where i is the smallest index in the range [0, list.Count - 1] such that list[i] >= value or list.Count if no such i exists j is the smallest index in the range [0, list.Count - 1] such that list[i] > value or list.Count if no such j exists
Public methodStatic member EqualRange(TElement, TValue)(IList(TElement), TValue, Int32) Returns the tuple of [i, j] where i is the smallest index in the range [startIndex, list.Count - 1] such that list[i] >= value or list.Count if no such i exists j is the smallest index in the range [startIndex, list.Count - 1] such that list[i] > value or list.Count if no such j exists
Public methodStatic member EqualRange(IList(DateTime), DateTime, Int32, Int32) Returns the tuple of [i, j] where i is the smallest index in the range [startIndex, endIndex - 1] such that list[i] >= value or endIndex if no such i exists j is the smallest index in the range [startIndex, endIndex - 1] such that list[i] > value or endIndex if no such j exists
Public methodStatic member EqualRange(IList(DateTimeOffset), DateTimeOffset, Int32, Int32) Returns the tuple of [i, j] where i is the smallest index in the range [startIndex, endIndex - 1] such that list[i] >= value or endIndex if no such i exists j is the smallest index in the range [startIndex, endIndex - 1] such that list[i] > value or endIndex if no such j exists
Public methodStatic member EqualRange(IList(Double), Double, Int32, Int32) Returns the tuple of [i, j] where i is the smallest index in the range [startIndex, endIndex - 1] such that list[i] >= value or endIndex if no such i exists j is the smallest index in the range [startIndex, endIndex - 1] such that list[i] > value or endIndex if no such j exists
Public methodStatic member EqualRange(IList(Single), Single, Int32, Int32) Returns the tuple of [i, j] where i is the smallest index in the range [startIndex, endIndex - 1] such that list[i] >= value or endIndex if no such i exists j is the smallest index in the range [startIndex, endIndex - 1] such that list[i] > value or endIndex if no such j exists
Public methodStatic member EqualRange(IList(TimeSpan), TimeSpan, Int32, Int32) Returns the tuple of [i, j] where i is the smallest index in the range [startIndex, endIndex - 1] such that list[i] >= value or endIndex if no such i exists j is the smallest index in the range [startIndex, endIndex - 1] such that list[i] > value or endIndex if no such j exists
Public methodStatic member EqualRange(TElement, TValue)(IList(TElement), TValue, Int32, Func(TElement, TValue, Int32)) Returns the tuple of [i, j] where i is the smallest index in the range [startIndex, list.Count - 1] such that list[i] >= value or list.Count if no such i exists j is the smallest index in the range [startIndex, list.Count - 1] such that list[i] > value or list.Count if no such j exists
Public methodStatic member EqualRange(TElement, TValue)(IList(TElement), TValue, Int32, Int32) Returns the tuple of [i, j] where i is the smallest index in the range [startIndex, endIndex - 1] such that list[i] >= value or endIndex if no such i exists j is the smallest index in the range [startIndex, endIndex - 1] such that list[i] > value or endIndex if no such j exists
Public methodStatic member EqualRange(TElement, TValue)(IList(TElement), TValue, Int32, Int32, Func(TElement, TValue, Int32)) Returns the tuple of [i, j] where i is the smallest index in the range [startIndex, endIndex - 1] such that list[i] >= value or endIndex if no such i exists j is the smallest index in the range [startIndex, endIndex - 1] such that list[i] > value or endIndex if no such j exists
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Reference

Algorithms Class
CodeJam Namespace

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