ArrayOperations

internal static bool IsEvenlySpaced<T>(T[] array, int startIndex, int count, double epsilon, double spacing)

result = ArrayOperations.IsEvenlySpaced(array, startIndex, count, epsilon, spacing)

Fast generic computation of whether an array is evenly spaced

internal static bool IsEvenlySpaced<T>(IList<T> items, int startIndex, int count, double epsilon, double spacing)

result = ArrayOperations.IsEvenlySpaced(items, startIndex, count, epsilon, spacing)

Fast generic computation of whether an array is evenly spaced

internal static bool IsSortedAscending<T>(T[] array, int startIndex, int count)

result = ArrayOperations.IsSortedAscending(array, startIndex, count)

Fast generic computation of whether an array is sorted

internal static bool IsSortedAscending<T>(IList<T> items, int startIndex, int count)

result = ArrayOperations.IsSortedAscending(items, startIndex, count)

Fast generic computation of whether a list is sorted

internal static T Maximum<T>(IEnumerable<T> enumerable)

result = ArrayOperations.Maximum(enumerable)

Returns: T.MinValue if there are no elements in input. This is required for joining ranges of dataseries

internal static T Maximum<T>(T[] array, int startIndex, int count)

result = ArrayOperations.Maximum(array, startIndex, count)

Returns: T.MinValue if there are no elements in input. This is required for joining ranges of dataseries

internal static T Minimum<T>(IEnumerable<T> enumerable)

result = ArrayOperations.Minimum(enumerable)

Returns: T.MaxValue if there are no elements in input. This is required for joining ranges of dataseries

internal static T Minimum<T>(T[] array, int startIndex, int count)

result = ArrayOperations.Minimum(array, startIndex, count)

Returns: T.MaxValue if there are no elements in input. This is required for joining ranges of dataseries

internal static T Minimum<T>(T[] array, int startIndex, int count, Func<T, T, T> minFunc)

result = ArrayOperations.Minimum(array, startIndex, count, minFunc)

Returns: T.MaxValue if there are no elements in input. This is required for joining ranges of dataseries

public static void MinMax<T>(IEnumerable<T> enumerable, T min, T max)

ArrayOperations.MinMax(enumerable, min, max)

Fast generic computation of the Min and Max of an enumerable

enumerable

The input enumerable.

min

T.MaxValue if there are no elements in input. This is required for joining ranges of dataseries

max

T.MinValue if there are no elements in input. This is required for joining ranges of dataseries

internal static void MinMax<T>(T[] array, int startIndex, int count, T min, T max)

ArrayOperations.MinMax(array, startIndex, count, min, max)

Fast generic computation of the Min and Max of an array

array

The input array.

startIndex

The start index.

count

The count.

min

T.MaxValue if there are no elements in input. This is required for joining ranges of dataseries

max

T.MinValue if there are no elements in input. This is required for joining ranges of dataseries