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Class COM.objectspace.jgl.MinMax

java.lang.Object
   |
   +----COM.objectspace.jgl.MinMax

public final class MinMax

extends Object

See Also:

MinMaxExamples

maxElement(Container)

Find the maximum element in a container.

maxElement(Container, BinaryPredicate)

Find the maximum element in a container.

maxElement(InputIterator, InputIterator)

Find the maximum element in a sequence.

maxElement(InputIterator, InputIterator, BinaryPredicate)

Find the maximum element in a sequence.

minElement(Container)

Find the minimum element in a container.

minElement(Container, BinaryPredicate)

Find the minimum element in a container.

minElement(InputIterator, InputIterator)

Find the minimum element in a sequence.

minElement(InputIterator, InputIterator, BinaryPredicate)

Find the minimum element in a sequence.

  public static InputIterator maxElement(InputIterator first,
                                         InputIterator last)

Find the maximum element in a sequence. Compare objects based on the hash code. The time complexity is linear and the space complexity is constant.

Parameters:

first - An iterator positioned at the first element in the sequence.

last - An iterator positioned immediately after the last element in the sequence.

Returns:

An iterator positioned at the maximum element in the sequence.

  public static InputIterator maxElement(Container container)

Find the maximum element in a container. Compare objects based on the hash code. The time complexity is linear and the space complexity is constant.

Parameters:

container - The container.

last - An iterator positioned immediately after the last element in the sequence.

Returns:

An iterator positioned at the maximum element in the container.

  public static InputIterator maxElement(InputIterator first,
                                         InputIterator last,
                                         BinaryPredicate comparator)

Find the maximum element in a sequence. Use a comparator to perform the comparison. The time complexity is linear and the space complexity is constant.

Parameters:

first - An iterator positioned at the first element in the sequence.

last - An iterator positioned immediately after the last element in the sequence.

comparator - A binary predicate that returns true if the first operand is "less" than the second operand.

Returns:

An iterator positioned at the maximum element in the sequence.

  public static InputIterator maxElement(Container container,
                                         BinaryPredicate comparator)

Find the maximum element in a container. Use a comparator to perform the comparison. The time complexity is linear and the space complexity is constant.

Parameters:

container - The container.

comparator - A binary predicate that returns true if the first operand is "less" than the second operand.

Returns:

An iterator positioned at the maximum element in the container.

  public static InputIterator minElement(InputIterator first,
                                         InputIterator last)

Find the minimum element in a sequence. Compare objects based on the hash code. The time complexity is linear and the space complexity is constant.

Parameters:

first - An iterator positioned at the first element in the sequence.

last - An iterator positioned immediately after the last element in the sequence.

Returns:

An iterator positioned at the minimum element in the sequence.

  public static InputIterator minElement(Container container)

Find the minimum element in a container. Compare objects based on the hash code. The time complexity is linear and the space complexity is constant.

Parameters:

container - The container.

Returns:

An iterator positioned at the minimum element in the container.

  public static InputIterator minElement(InputIterator first,
                                         InputIterator last,
                                         BinaryPredicate comparator)

Find the minimum element in a sequence. Use a comparator to perform the comparison. The time complexity is linear and the space complexity is constant.

Parameters:

first - An iterator positioned at the first element in the sequence.

last - An iterator positioned immediately after the last element in the sequence.

comparator - A binary predicate that returns true if the first operand is "less" than the second operand.

Returns:

An iterator positioned at the minimum element in the sequence.

  public static InputIterator minElement(Container container,
                                         BinaryPredicate comparator)

Find the minimum element in a container. Use a comparator to perform the comparison. The time complexity is linear and the space complexity is constant.

Parameters:

container - The container.

comparator - A binary predicate that returns true if the first operand is "less" than the second operand.

Returns:

An iterator positioned at the minimum element in the container.

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