Methods_T_CodeJam_Algorithms

Algorithms Methods

The Algorithms type exposes the following members.

Methods

 

	Name	Description
	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
	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
	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
	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
	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
	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
	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
	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
	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
	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
	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
	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
	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
	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
	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
	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
	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
	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
	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
	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
	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
	LowerBound(IList(DateTime), DateTime)	Returns the minimum index i in the range [0, list.Count - 1] such that list[i] >= value or list.Count if no such i exists
	LowerBound(IList(DateTimeOffset), DateTimeOffset)	Returns the minimum index i in the range [0, list.Count - 1] such that list[i] >= value or list.Count if no such i exists
	LowerBound(IList(Double), Double)	Returns the minimum index i in the range [0, list.Count - 1] such that list[i] >= value or list.Count if no such i exists
	LowerBound(IList(Single), Single)	Returns the minimum index i in the range [0, list.Count - 1] such that list[i] >= value or list.Count if no such i exists
	LowerBound(IList(TimeSpan), TimeSpan)	Returns the minimum index i in the range [0, list.Count - 1] such that list[i] >= value or list.Count if no such i exists
	LowerBound(IList(DateTime), DateTime, Int32)	Returns the minimum index i in the range [startIndex, list.Count - 1] such that list[i] >= value or list.Count if no such i exists
	LowerBound(IList(DateTimeOffset), DateTimeOffset, Int32)	Returns the minimum index i in the range [startIndex, list.Count - 1] such that list[i] >= value or list.Count if no such i exists
	LowerBound(IList(Double), Double, Int32)	Returns the minimum index i in the range [startIndex, list.Count - 1] such that list[i] >= value or list.Count if no such i exists
	LowerBound(IList(Single), Single, Int32)	Returns the minimum index i in the range [startIndex, list.Count - 1] such that list[i] >= value or list.Count if no such i exists
	LowerBound(IList(TimeSpan), TimeSpan, Int32)	Returns the minimum index i in the range [startIndex, list.Count - 1] such that list[i] >= value or list.Count if no such i exists
	LowerBound(IList(DateTime), DateTime, Int32, Int32)	Returns the minimum index i in the range [startIndex, endIndex - 1] such that list[i] >= value or endIndex if no such i exists
	LowerBound(IList(DateTimeOffset), DateTimeOffset, Int32, Int32)	Returns the minimum index i in the range [startIndex, endIndex - 1] such that list[i] >= value or endIndex if no such i exists
	LowerBound(IList(Double), Double, Int32, Int32)	Returns the minimum index i in the range [startIndex, endIndex - 1] such that list[i] >= value or endIndex if no such i exists
	LowerBound(IList(Single), Single, Int32, Int32)	Returns the minimum index i in the range [startIndex, endIndex - 1] such that list[i] >= value or endIndex if no such i exists
	LowerBound(IList(TimeSpan), TimeSpan, Int32, Int32)	Returns the minimum index i in the range [startIndex, endIndex - 1] such that list[i] >= value or endIndex if no such i exists
	LowerBound(TElement, TValue)(IList(TElement), TValue)	Returns the minimum index i in the range [0, list.Count - 1] such that list[i] >= value or list.Count if no such i exists
	LowerBound(TElement, TValue)(IList(TElement), TValue, Func(TElement, TValue, Int32))	Returns the minimum index i in the range [0, list.Count - 1] such that list[i] >= value or list.Count if no such i exists
	LowerBound(TElement, TValue)(IList(TElement), TValue, Int32)	Returns the minimum index i in the range [startIndex, list.Count - 1] such that list[i] >= value or list.Count if no such i exists
	LowerBound(TElement, TValue)(IList(TElement), TValue, Int32, Func(TElement, TValue, Int32))	Returns the minimum index i in the range [startIndex, list.Count - 1] such that list[i] >= value or list.Count if no such i exists
	LowerBound(TElement, TValue)(IList(TElement), TValue, Int32, Int32)	Returns the minimum index i in the range [startIndex, endIndex - 1] such that list[i] >= value or endIndex if no such i exists
	LowerBound(TElement, TValue)(IList(TElement), TValue, Int32, Int32, Func(TElement, TValue, Int32))	Returns the minimum index i in the range [startIndex, endIndex - 1] such that list[i] >= value or endIndex if no such i exists
	Memoize(TArg, TResult)(Func(TArg, TResult), Boolean)	Caches function value for specific argument.
	Memoize(TArg, TResult)(Func(TArg, TResult), LazyThreadSafetyMode)	Caches function value for specific argument.
	Memoize(TArg, TResult)(Func(TArg, TResult), IEqualityComparer(TArg), Boolean)	Caches function value for specific argument.
	Memoize(TArg, TResult)(Func(TArg, TResult), IEqualityComparer(TArg), LazyThreadSafetyMode)	Caches function value for specific argument.
	Memoize(TArg1, TArg2, TResult)(Func(TArg1, TArg2, TResult), Boolean)	Caches function value for specific arguments.
	Memoize(TArg1, TArg2, TResult)(Func(TArg1, TArg2, TResult), LazyThreadSafetyMode)	Caches function value for specific arguments.
	Memoize(TArg1, TArg2, TArg3, TResult)(Func(TArg1, TArg2, TArg3, TResult), Boolean)	Caches function value for specific arguments.
	Memoize(TArg1, TArg2, TArg3, TResult)(Func(TArg1, TArg2, TArg3, TResult), LazyThreadSafetyMode)	Caches function value for specific arguments.
	Memoize(TArg1, TArg2, TArg3, TArg4, TResult)(Func(TArg1, TArg2, TArg3, TArg4, TResult), Boolean)	Caches function value for specific arguments.
	Memoize(TArg1, TArg2, TArg3, TArg4, TResult)(Func(TArg1, TArg2, TArg3, TArg4, TResult), LazyThreadSafetyMode)	Caches function value for specific arguments.
	Memoize(TArg1, TArg2, TArg3, TArg4, TArg5, TResult)(Func(TArg1, TArg2, TArg3, TArg4, TArg5, TResult), Boolean)	Caches function value for specific arguments.
	Memoize(TArg1, TArg2, TArg3, TArg4, TArg5, TResult)(Func(TArg1, TArg2, TArg3, TArg4, TArg5, TResult), LazyThreadSafetyMode)	Caches function value for specific arguments.
	Memoize(TArg1, TArg2, TArg3, TArg4, TArg5, TArg6, TResult)(Func(TArg1, TArg2, TArg3, TArg4, TArg5, TArg6, TResult), Boolean)	Caches function value for specific arguments.
	Memoize(TArg1, TArg2, TArg3, TArg4, TArg5, TArg6, TResult)(Func(TArg1, TArg2, TArg3, TArg4, TArg5, TArg6, TResult), LazyThreadSafetyMode)	Caches function value for specific arguments.
	Memoize(TArg1, TArg2, TArg3, TArg4, TArg5, TArg6, TArg7, TResult)(Func(TArg1, TArg2, TArg3, TArg4, TArg5, TArg6, TArg7, TResult), Boolean)	Caches function value for specific arguments.
	Memoize(TArg1, TArg2, TArg3, TArg4, TArg5, TArg6, TArg7, TResult)(Func(TArg1, TArg2, TArg3, TArg4, TArg5, TArg6, TArg7, TResult), LazyThreadSafetyMode)	Caches function value for specific arguments.
	PartitionPoint(T)(IList(T), Predicate(T))	Returns the index i in the range [0, list.Count - 1] such that predicate(list[j]) = true for j < i and predicate(list[k]) = false for k >= i or list.Count if no such i exists Remarks The list should be partitioned according to the predicate
	PartitionPoint(T)(IList(T), Int32, Predicate(T))	Returns the index i in the range [startIndex, list.Count - 1] such that predicate(list[j]) = true for j < i and predicate(list[k]) = false for k >= i or list.Count if no such i exists Remarks The list should be partitioned according to the predicate
	PartitionPoint(T)(IList(T), Int32, Int32, Predicate(T))	Returns the index i in the range [startIndex, endIndex - 1] such that predicate(list[j]) = true for j < i and predicate(list[k]) = false for k >= i or endIndex if no such i exists Remarks The list should be partitioned according to the predicate
	Swap(T)	Swaps two objects
	UpperBound(IList(DateTime), DateTime)	Returns the minimum index i in the range [0, list.Count - 1] such that list[i] > value or list.Count if no such i exists
	UpperBound(IList(DateTimeOffset), DateTimeOffset)	Returns the minimum index i in the range [0, list.Count - 1] such that list[i] > value or list.Count if no such i exists
	UpperBound(IList(Double), Double)	Returns the minimum index i in the range [0, list.Count - 1] such that list[i] > value or list.Count if no such i exists
	UpperBound(IList(Single), Single)	Returns the minimum index i in the range [0, list.Count - 1] such that list[i] > value or list.Count if no such i exists
	UpperBound(IList(TimeSpan), TimeSpan)	Returns the minimum index i in the range [0, list.Count - 1] such that list[i] > value or list.Count if no such i exists
	UpperBound(IList(DateTime), DateTime, Int32)	Returns the minimum index i in the range [startIndex, list.Count - 1] such that list[i] > value or list.Count if no such i exists
	UpperBound(IList(DateTimeOffset), DateTimeOffset, Int32)	Returns the minimum index i in the range [startIndex, list.Count - 1] such that list[i] > value or list.Count if no such i exists
	UpperBound(IList(Double), Double, Int32)	Returns the minimum index i in the range [startIndex, list.Count - 1] such that list[i] > value or list.Count if no such i exists
	UpperBound(IList(Single), Single, Int32)	Returns the minimum index i in the range [startIndex, list.Count - 1] such that list[i] > value or list.Count if no such i exists
	UpperBound(IList(TimeSpan), TimeSpan, Int32)	Returns the minimum index i in the range [startIndex, list.Count - 1] such that list[i] > value or list.Count if no such i exists
	UpperBound(IList(DateTime), DateTime, Int32, Int32)	Returns the minimum index i in the range [startIndex, endIndex - 1] such that list[i] > value or endIndex if no such i exists
	UpperBound(IList(DateTimeOffset), DateTimeOffset, Int32, Int32)	Returns the minimum index i in the range [startIndex, endIndex - 1] such that list[i] > value or endIndex if no such i exists
	UpperBound(IList(Double), Double, Int32, Int32)	Returns the minimum index i in the range [startIndex, endIndex - 1] such that list[i] > value or endIndex if no such i exists
	UpperBound(IList(Single), Single, Int32, Int32)	Returns the minimum index i in the range [startIndex, endIndex - 1] such that list[i] > value or endIndex if no such i exists
	UpperBound(IList(TimeSpan), TimeSpan, Int32, Int32)	Returns the minimum index i in the range [startIndex, endIndex - 1] such that list[i] > value or endIndex if no such i exists
	UpperBound(TElement, TValue)(IList(TElement), TValue)	Returns the minimum index i in the range [0, list.Count - 1] such that list[i] > value or list.Count if no such i exists
	UpperBound(TElement, TValue)(IList(TElement), TValue, Func(TElement, TValue, Int32))	Returns the minimum index i in the range [0, list.Count - 1] such that list[i] > value or list.Count if no such i exists
	UpperBound(TElement, TValue)(IList(TElement), TValue, Int32)	Returns the minimum index i in the range [startIndex, list.Count - 1] such that list[i] > value or list.Count if no such i exists
	UpperBound(TElement, TValue)(IList(TElement), TValue, Int32, Func(TElement, TValue, Int32))	Returns the minimum index i in the range [startIndex, list.Count - 1] such that list[i] > value or list.Count if no such i exists
	UpperBound(TElement, TValue)(IList(TElement), TValue, Int32, Int32)	Returns the minimum index i in the range [startIndex, endIndex - 1] such that list[i] > value or endIndex if no such i exists
	UpperBound(TElement, TValue)(IList(TElement), TValue, Int32, Int32, Func(TElement, TValue, Int32))	Returns the minimum index i in the range [startIndex, endIndex - 1] such that list[i] > value or endIndex if no such i exists

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See Also

Reference

Algorithms Class
CodeJam Namespace