ResizeArr (Euclid) | Euclid

ResizeArr Module

Namespace: Euclid.EuclidCollectionUtilities
Assembly: Euclid.dll

An internal module with functions for working with ResizeArray<'T>.

Functions and values

Function or value	Description
`closeLoop pts` Full Usage: `closeLoop pts` Parameters: pts : `ResizeArray<'T>` Returns: `ResizeArray<'T>`	Creates a shallow copy of the input ResizeArray and adds the first element to the end, closing the loop. pts : `ResizeArray<'T>` Returns: `ResizeArray<'T>`
`find predicate xs` Full Usage: `find predicate xs` Parameters: predicate : `'T -> bool` xs : `ResizeArray<'T>` Returns: `'T`	predicate : `'T -> bool` xs : `ResizeArray<'T>` Returns: `'T`
`findIndex predicate xs` Full Usage: `findIndex predicate xs` Parameters: predicate : `'T -> bool` - The function to test the input elements. xs : `ResizeArray<'T>` - The input ResizeArr. Returns: `int` The index of the first element that satisfies the predicate, or -1 .	Returns the index of the first element in the ResizeArray that satisfies the given predicate. predicate : `'T -> bool` The function to test the input elements. xs : `ResizeArray<'T>` The input ResizeArr. Returns: `int` The index of the first element that satisfies the predicate, or -1 .
`findLast predicate xs` Full Usage: `findLast predicate xs` Parameters: predicate : `'T -> bool` xs : `ResizeArray<'T>` Returns: `'T`	predicate : `'T -> bool` xs : `ResizeArray<'T>` Returns: `'T`
`findLastIndex predicate xs` Full Usage: `findLastIndex predicate xs` Parameters: predicate : `'T -> bool` xs : `ResizeArray<'T>` Returns: `int`	predicate : `'T -> bool` xs : `ResizeArray<'T>` Returns: `int`
`iPrevThisNext xs` Full Usage: `iPrevThisNext xs` Parameters: xs : `ResizeArray<'T>` Returns: `(int * 'T * 'T * 'T) seq`	Yields looped Seq from (1, last, first, second) up to (lastIndex, second-last, last, first) The resulting seq has the same element count as the input Rarr. xs : `ResizeArray<'T>` Returns: `(int * 'T * 'T * 'T) seq`
`init count f` Full Usage: `init count f` Parameters: count : `int` f : `int -> 'T` Returns: `ResizeArray<'T>` Modifiers: inline Type parameters: 'T	count : `int` f : `int -> 'T` Returns: `ResizeArray<'T>`
`length xs` Full Usage: `length xs` Parameters: xs : `ResizeArray<'T>` Returns: `int` Modifiers: inline Type parameters: 'T	this.Count. xs : `ResizeArray<'T>` Returns: `int`
`map mapping xs` Full Usage: `map mapping xs` Parameters: mapping : `'T -> 'U` - The function to transform elements of the ResizeArr. xs : `ResizeArray<'T>` - The input ResizeArr. Returns: `ResizeArray<'U>` The ResizeArray of transformed elements.	Builds a new ResizeArray whose elements are the results of applying the given function to each of the elements of the ResizeArr. mapping : `'T -> 'U` The function to transform elements of the ResizeArr. xs : `ResizeArray<'T>` The input ResizeArr. Returns: `ResizeArray<'U>` The ResizeArray of transformed elements.
`maxIndexBy projection xs` Full Usage: `maxIndexBy projection xs` Parameters: projection : `'T -> 'Key` - The function to transform the elements into a type supporting comparison. xs : `ResizeArray<'T>` - The input ResizeArr. Returns: `int` The index of the maximum element.	Returns the index of the greatest of all elements of the ResizeArray, compared via Operators.max on the function result. projection : `'T -> 'Key` The function to transform the elements into a type supporting comparison. xs : `ResizeArray<'T>` The input ResizeArr. Returns: `int` The index of the maximum element.
`minIndexBy projection xs` Full Usage: `minIndexBy projection xs` Parameters: projection : `'T -> 'Key` - The function to transform the elements into a type supporting comparison. xs : `ResizeArray<'T>` - The input ResizeArr. Returns: `int` The index of the smallest element.	Returns the index of the smallest of all elements of the ResizeArray, compared via Operators.max on the function result. projection : `'T -> 'Key` The function to transform the elements into a type supporting comparison. xs : `ResizeArray<'T>` The input ResizeArr. Returns: `int` The index of the smallest element.
`rev xs` Full Usage: `rev xs` Parameters: xs : `ResizeArray<'T>` - The input ResizeArr. Returns: `ResizeArray<'T>` The reversed ResizeArr.	Returns a new ResizeArray with the elements in reverse order. xs : `ResizeArray<'T>` The input ResizeArr. Returns: `ResizeArray<'T>` The reversed ResizeArr.
`singleton x` Full Usage: `singleton x` Parameters: x : `'T` Returns: `ResizeArray<'T>` Modifiers: inline Type parameters: 'T	x : `'T` Returns: `ResizeArray<'T>`
`sortBy projection xs` Full Usage: `sortBy projection xs` Parameters: projection : `'T -> 'Key` - The function to transform ResizeArray elements into the type that is compared. xs : `ResizeArray<'T>` - The input ResizeArr. Returns: `ResizeArray<'T>` The sorted ResizeArr.	Sorts the elements of a ResizeArray, using the given projection for the keys and returning a new ResizeArr. Elements are compared using Operators.compare. This means "Z" is before "a". This is different from Collections.Generic.List.Sort() where "a" is before "Z" using IComparable interface. This is NOT a stable sort, i.e. the original order of equal elements is not necessarily preserved. For a stable sort, consider using Seq.sort. projection : `'T -> 'Key` The function to transform ResizeArray elements into the type that is compared. xs : `ResizeArray<'T>` The input ResizeArr. Returns: `ResizeArray<'T>` The sorted ResizeArr.
`thisNext rarr` Full Usage: `thisNext rarr` Parameters: rarr : `ResizeArray<'T>` Returns: `('T * 'T) seq`	Yields looped Seq from (first, second) up to (last, first). The resulting seq has the same element count as the input Rarr. rarr : `ResizeArray<'T>` Returns: `('T * 'T) seq`
`tryFindBack predicate resizeArray` Full Usage: `tryFindBack predicate resizeArray` Parameters: predicate : `'T -> bool` - The function to test the input elements. resizeArray : `ResizeArray<'T>` - The input ResizeArray. Returns: `'T option` The last element that satisfies the predicate, or `None`.	Returns the last element for which the given function returns `true`. Return None if no such element exists. predicate : `'T -> bool` The function to test the input elements. resizeArray : `ResizeArray<'T>` The input ResizeArray. Returns: `'T option` The last element that satisfies the predicate, or `None`.
`tryFindIndex predicate xs` Full Usage: `tryFindIndex predicate xs` Parameters: predicate : `'T -> bool` - The function to test the input elements. xs : `ResizeArray<'T>` - The input ResizeArr. Returns: `int option` The index of the first element that satisfies the predicate, or `None`.	Returns the index of the first element in the ResizeArray that satisfies the given predicate. predicate : `'T -> bool` The function to test the input elements. xs : `ResizeArray<'T>` The input ResizeArr. Returns: `int option` The index of the first element that satisfies the predicate, or `None`.