### Range Property

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.Bin.html

Gets the numerical range associated with this bin.

```APIDOC
## Range Property

### Description
The range.

### Signature
```csharp
public Range<double> Range { get; }
```

### Property Value
(Range<double>) - A discrete count of items which fall into a given range.
```

--------------------------------

### LeastSquares.M Property

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.LeastSquares.html

Gets the M coefficient (slope) for the equation y = Mx + B.

```csharp
public readonly double M { get; }
```

--------------------------------

### ItemCount<T> RepresentativeValue Property

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.ItemCount-1.html

Gets the value represented by the bin.

```csharp
public T RepresentativeValue { get; }
```

--------------------------------

### LeastSquares.B Property

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.LeastSquares.html

Gets the B coefficient (y-intercept) for the equation y = Mx + B.

```csharp
public readonly double B { get; }
```

--------------------------------

### Bin Range Property

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.Bin.html

Gets the range of values that this bin represents. The Range property provides the minimum and maximum bounds for the bin.

```csharp
public Range<double> Range { get; }
```

--------------------------------

### MaxInclusive Property

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.Bin.html

Gets a value indicating whether the maximum value of the range is inclusive for this bin.

```APIDOC
## MaxInclusive Property

### Description
Determines whether Max should be included or excluded in the range.

### Signature
```csharp
public bool MaxInclusive { get; }
```

### Property Value
(bool) - A discrete count of items which fall into a given range.
```

--------------------------------

### ItemCount<T> Count Property

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.ItemCount-1.html

Gets the number of times the RepresentativeValue appears in the source data.

```csharp
public int Count { get; }
```

--------------------------------

### LeastSquares.RSquared Property

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.LeastSquares.html

Gets the R-squared correlation coefficient, indicating the goodness of fit for the least squares model.

```csharp
public readonly double RSquared { get; }
```

--------------------------------

### Bin MaxInclusive Property

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.Bin.html

Gets a value indicating whether the maximum value of the range is included in the bin. This property determines the inclusivity of the upper bound of the bin's range.

```csharp
public bool MaxInclusive { get; }
```

--------------------------------

### Bin Constructor

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.Bin.html

Initializes a new instance of the Bin class. Use this constructor to create a bin with a representative value, range boundaries, item count, and an option for maximum inclusivity.

```csharp
public Bin(double v, double min, double max, int count, bool maxInclusive = false)
```

--------------------------------

### Bin Constructor

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.Bin.html

Initializes a new instance of the Bin class with a representative value, range boundaries, item count, and an option to include the maximum value in the range.

```APIDOC
## Bin Constructor

### Description
Initializes a new instance of the Bin class.

### Signature
```csharp
public Bin(double v, double min, double max, int count, bool maxInclusive = false)
```

### Parameters
*   **v** (double) - Representative value for the Bin.
*   **min** (double) - The minimum value of the Range.
*   **max** (double) - The maximum value of the range.
*   **count** (int) - The number of items in the Bin.
*   **maxInclusive** (bool) - Should Max be included in the Range or excluded - default is excluded.
```

--------------------------------

### ToString Method

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.Bin.html

Returns a string representation of this Bin instance.

```APIDOC
## ToString Method

### Description
Returns a string representation of this Bin instance.

### Signature
```csharp
public override string ToString()
```

### Returns
(string) - A string that represents the current Bin.
```

--------------------------------

### Equals Method (object)

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.Bin.html

Compares this Bin instance to an object for equality.

```APIDOC
## Equals Method (object)

### Description
Compares this Bin instance to an object for equality.

### Signature
```csharp
public override bool Equals(object obj)
```

### Parameters
*   **obj** (object) - The object to compare with the current Bin.

### Returns
(bool) - True if the specified object is equal to the current Bin; otherwise, false.
```

--------------------------------

### Equals Method (Bin)

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.Bin.html

Compares this Bin instance to another Bin object for equality.

```APIDOC
## Equals Method (Bin)

### Description
Compares this Bin instance to another Bin object for equality.

### Signature
```csharp
public bool Equals(Bin other)
```

### Parameters
*   **other** (Bin) - The Bin to compare with the current object.

### Returns
(bool) - True if the specified Bin is equal to the current Bin; otherwise, false.
```

--------------------------------

### LeastSquares.ToString(IFormatProvider)

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.LeastSquares.html

Returns a string representation of the LeastSquares instance using the specified format provider.

```csharp
public readonly string ToString(IFormatProvider provider)
```

--------------------------------

### LeastSquares.ToString(string, IFormatProvider)

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.LeastSquares.html

Returns a string representation of the LeastSquares instance using the specified format and format provider.

```csharp
public readonly string ToString(string format, IFormatProvider formatProvider)
```

--------------------------------

### GetHashCode Method

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.Bin.html

Returns the hash code for this Bin instance.

```APIDOC
## GetHashCode Method

### Description
Returns the hash code for this Bin instance.

### Signature
```csharp
public override int GetHashCode()
```

### Returns
(int) - A hash code for the current Bin.
```

--------------------------------

### LeastSquares Constructor (m, b)

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.LeastSquares.html

Initializes a new instance of the LeastSquares struct with the slope and intercept.

```csharp
public LeastSquares(double m, double b)
```

--------------------------------

### LeastSquares.ToString(string)

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.LeastSquares.html

Returns a string representation of the LeastSquares instance using the specified format.

```csharp
public readonly string ToString(string format)
```

--------------------------------

### LeastSquares.SolveForX(double)

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.LeastSquares.html

Calculates the X value using the stored M and B coefficients for a given Y value (x = (y - b) / m).

```csharp
public readonly double SolveForX(double y)
```

--------------------------------

### LeastSquares Constructor (m, b, r2)

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.LeastSquares.html

Initializes a new instance of the LeastSquares struct with the slope, intercept, and R-squared value.

```csharp
public LeastSquares(double m, double b, double r2)
```

--------------------------------

### Bin Equals Method (Bin)

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.Bin.html

Compares this Bin instance to another Bin object for equality. This method checks if two Bin objects represent the same range and count.

```csharp
public bool Equals(Bin other)
```

--------------------------------

### LeastSquares.ToString()

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.LeastSquares.html

Returns a string representation of the LeastSquares instance.

```csharp
public override readonly string ToString()
```

--------------------------------

### ItemCount<T> Constructor

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.ItemCount-1.html

Initializes a new instance of the ItemCount<T> class with a specified value and its count.

```csharp
public ItemCount(T v, int count)
```

--------------------------------

### LeastSquares.GetHashCode()

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.LeastSquares.html

Returns a hash code for the current instance, suitable for use in hash tables and other collection types.

```csharp
public override readonly int GetHashCode()
```

--------------------------------

### LeastSquares.ToFunc(LeastSquares)

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.LeastSquares.html

Converts a LeastSquares instance into a Func<double, double> that can be used to solve for Y given X.

```csharp
public static Func<double, double> ToFunc(LeastSquares ls)
```

--------------------------------

### LeastSquares Methods

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.LeastSquares.html

Methods available on the LeastSquares struct.

```APIDOC
## Methods
### Equals(LeastSquares)

Equals(T)

```csharp
public readonly bool Equals(LeastSquares other)
```

#### Parameters
- **other** (LeastSquares) - The LeastSquares instance to compare to.

#### Returns
bool - True if other has equal m and b values.

### Equals(object)

Equals(object)

```csharp
public override readonly bool Equals(object obj)
```

#### Parameters
- **obj** (object) - The object to compare to.

#### Returns
bool - True if obj is a LeastSquares and has equal m and b values.

### GetHashCode()

GetHashCode()

```csharp
public override readonly int GetHashCode()
```

#### Returns
int - Hash code of the instance.

### IsNaN(LeastSquares)

Determines if the LeastSquares argument has Not a Number elements

```csharp
public static bool IsNaN(LeastSquares ls)
```

#### Parameters
- **ls** (LeastSquares) - The LeastSquares instance to check.

#### Returns
bool - True if either M, B or RSquared is NaN.

### Solve(double)

Uses the calculated coefficients to solve Y for inputted X.

```csharp
public readonly double Solve(double x)
```

#### Parameters
- **x** (double) - X value to solve for.

#### Returns
double - Y value (y = Mx + B).

### SolveForX(double)

Uses the calculated coefficients to solve X for inputted Y.

```csharp
public readonly double SolveForX(double y)
```

#### Parameters
- **y** (double) - Y value to solve for.

#### Returns
double - X value (x = (y - b) / m).

### ToFunc(LeastSquares)

Casts a LeastSqaures to a Function Solve(double).

```csharp
public static Func<double, double> ToFunc(LeastSquares ls)
```

#### Parameters
- **ls** (LeastSquares) - The LeastSquares instance.

#### Returns
Func<double, double> - A function that solves for Y given X.

### ToString()

```csharp
public override readonly string ToString()
```

#### Returns
string

### ToString(IFormatProvider)

```csharp
public readonly string ToString(IFormatProvider provider)
```

#### Parameters
- **provider** (IFormatProvider)

#### Returns
string

### ToString(string)

```csharp
public readonly string ToString(string format)
```

#### Parameters
- **format** (string)

#### Returns
string

### ToString(string, IFormatProvider)

```csharp
public readonly string ToString(string format, IFormatProvider formatProvider)
```

#### Parameters
- **format** (string)
- **formatProvider** (IFormatProvider)

#### Returns
string
```

--------------------------------

### ItemCount<T> Constructor

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.ItemCount-1.html

Initializes a new instance of the ItemCount<T> class with a specified value and its count.

```APIDOC
## ItemCount(T v, int count)

### Description
Represents the count of an item in a collection.

### Parameters
- **v** (T) - The value of the item.
- **count** (int) - The number of times the item appears.
```

--------------------------------

### Range<T> ToString Methods

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.Range-1.html

Provides string representations of the Range<T> instance with various formatting options.

```APIDOC
## ToString()

### Description
Returns a string representation of the range.

### Returns
string - A string representation of the range.

## ToString(IFormatProvider provider)

### Parameters
- `provider` (IFormatProvider)

### Returns
string

## ToString(string format)

### Parameters
- `format` (string)

### Returns
string

## ToString(string format, IFormatProvider formatProvider)

### Parameters
- `format` (string)
- `formatProvider` (IFormatProvider)

### Returns
string
```

--------------------------------

### ItemCount<T> Equals Method (ItemCount<T>)

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.ItemCount-1.html

Compares the current ItemCount<T> object with another ItemCount<T> object for equality.

```csharp
public bool Equals(ItemCount<T> other)
```

--------------------------------

### Equality Operator (==)

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.Bin.html

Compares two Bin objects for equality.

```APIDOC
## Equality Operator (==)

### Description
Compares two Bin objects for equality.

### Signature
```csharp
public static bool operator ==(Bin lhs, Bin rhs)
```

### Parameters
*   **lhs** (Bin) - The left-hand side operand.
*   **rhs** (Bin) - The right-hand side operand.

### Returns
(bool) - True if the two bins are equal; otherwise, false.
```

--------------------------------

### Range<T> Equality Methods

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.Range-1.html

Methods for checking equality between Range<T> instances.

```APIDOC
## Equals(Range<T> other)

### Description
Indicates whether the current object is equal to another object of the same type.

### Parameters
- `other` (Range<T>) - An object to compare with this object.

### Returns
bool - true if the current object is equal to the `other` parameter; otherwise, false.

## Equals(object obj)

### Description
Indicates whether this instance and a specified object are equal.

### Parameters
- `obj` (object) - Another object to compare to.

### Returns
bool - true if `obj` and this instance are the same type and represent the same value; otherwise, false.
```

--------------------------------

### LeastSquares.Solve(double)

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.LeastSquares.html

Calculates the Y value using the stored M and B coefficients for a given X value (y = Mx + B).

```csharp
public readonly double Solve(double x)
```

--------------------------------

### ItemCount<T> ToString Method

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.ItemCount-1.html

Returns a string representation of the ItemCount<T> object.

```csharp
public override string ToString()
```

--------------------------------

### Inequality Operator (!=)

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.Bin.html

Compares two Bin objects for inequality.

```APIDOC
## Inequality Operator (!=)

### Description
Compares two Bin objects for inequality.

### Signature
```csharp
public static bool operator !=(Bin lhs, Bin rhs)
```

### Parameters
*   **lhs** (Bin) - The left-hand side operand.
*   **rhs** (Bin) - The right-hand side operand.

### Returns
(bool) - True if the two bins are not equal; otherwise, false.
```

--------------------------------

### Range<T> Comparison Methods

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.Range-1.html

Methods for comparing Range<T> instances with other ranges or objects.

```APIDOC
## CompareTo(Range<T> other)

### Description
Compares the current object with another object of the same type.

### Parameters
- `other` (Range<T>) - An object to compare with this object.

### Returns
int - A value indicating the relative order of the objects being compared.

## CompareTo(object obj)

### Description
Compares the current object with another object.

### Parameters
- `obj` (object) - An object to compare with this object.

### Returns
int - A value indicating the relative order of the objects being compared.
```

--------------------------------

### ItemCount<T> Equals Method (object)

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.ItemCount-1.html

Compares the current ItemCount<T> object with another object for equality. Returns true if obj is a Bin{T} and Value and Count are equal.

```csharp
public override bool Equals(object obj)
```

--------------------------------

### Range<T> Constructors

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.Range-1.html

Initializes a new instance of the Range<T> struct with specified minimum and maximum values.

```APIDOC
## Range(T min, T max)

### Description
Initializes a new instance of the Range<T> struct.

### Parameters
- `min` (T) - The minimal value of segment.
- `max` (T) - The maximal value of segment.
```

--------------------------------

### LeastSquares.Equals(LeastSquares)

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.LeastSquares.html

Checks if this LeastSquares instance has equal m and b values to another LeastSquares instance.

```csharp
public readonly bool Equals(LeastSquares other)
```

--------------------------------

### ItemCount<T> GetHashCode Method

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.ItemCount-1.html

Returns a hash code for the ItemCount<T> object, based on its Value and Count.

```csharp
public override int GetHashCode()
```

--------------------------------

### LeastSquares Constructors

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.LeastSquares.html

Constructors for the LeastSquares struct.

```APIDOC
## LeastSquares(double m, double b)

### Description
Initializes a new instance of the LeastSquares struct with the specified slope and intercept.

### Parameters
- **m** (double) - The slope.
- **b** (double) - The intercept.

## LeastSquares(double m, double b, double r2)

### Description
Initializes a new instance of the LeastSquares struct with the specified slope, intercept, and R-squared value.

### Parameters
- **m** (double) - The slope.
- **b** (double) - The intercept.
- **r2** (double) - The R Squared correlation coefficient.
```

--------------------------------

### LeastSquares Fields and Properties

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.LeastSquares.html

Static field and properties of the LeastSquares struct.

```APIDOC
## Fields
### Empty

Empty instance - returned when EnumerableStats.LeastSquares is passed a singular matrix. All members are zero.

```csharp
public static readonly LeastSquares Empty
```

#### Field Value
LeastSquares

## Properties
### B

B Coefficient for y = Mx + B (i.e. y intercept)

```csharp
public readonly double B { get; }
```

#### Property Value
double

### M

M Coefficient for y = Mx + B (i.e. slope)

```csharp
public readonly double M { get; }
```

#### Property Value
double

### RSquared

The R Squared correlation coefficient

```csharp
public readonly double RSquared { get; }
```

#### Property Value
double
```

--------------------------------

### Range<T> HashCode Method

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.Range-1.html

Generates a hash code for the Range<T> instance.

```APIDOC
## GetHashCode()

### Description
Returns the hash code for this instance.

### Returns
int - A 32-bit signed integer that is the hash code for this instance.
```

--------------------------------

### ItemCount<T> Methods

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.ItemCount-1.html

Provides methods for comparing and representing ItemCount<T> objects.

```APIDOC
## Equals(ItemCount<T> other)

### Description
Checks if this ItemCount<T> is equal to another ItemCount<T> object.

### Parameters
- **other** (ItemCount<T>) - The ItemCount<T> object to compare with.

### Returns
(bool) True if the objects are equal; otherwise, false.
```

```APIDOC
## Equals(object obj)

### Description
Checks if this ItemCount<T> is equal to an object.

### Parameters
- **obj** (object) - The object to compare to.

### Returns
(bool) True if obj is an ItemCount<T> and its Value and Count are equal; otherwise, false.
```

```APIDOC
## GetHashCode()

### Description
Returns a hash code for the ItemCount<T> object.

### Returns
(int) A hash code representing the Value and Count.
```

```APIDOC
## ToString()

### Description
Returns a string representation of the ItemCount<T> object.

### Returns
(string) A string that represents the current object.
```

--------------------------------

### LeastSquares.Equals(object)

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.LeastSquares.html

Checks if the specified object is a LeastSquares instance and has equal m and b values to this instance.

```csharp
public override readonly bool Equals(object obj)
```

--------------------------------

### ItemCount<T> Inequality Operator (!=)

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.ItemCount-1.html

Compares two ItemCount<T> objects for inequality.

```csharp
public static bool operator !=(ItemCount<T> lhs, ItemCount<T> rhs)
```

--------------------------------

### Bin Equality Operator

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.Bin.html

Compares two Bin objects for equality. This operator checks if two bins have the same representative value, range, and count.

```csharp
public static bool operator ==(Bin lhs, Bin rhs)
```

--------------------------------

### Range<T> Properties

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.Range-1.html

Provides access to the maximum and minimum values of the range.

```APIDOC
## Max Property

### Description
Gets the maximal value of segment.

### Property Value
T - The Max.

## Min Property

### Description
Gets the minimal value of segment.

### Property Value
T - The Min.
```

--------------------------------

### Enum BinningMode

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.BinningMode.html

Controls how the range of the bins are determined.

```APIDOC
## Enum BinningMode

Namespace
    LinqStatistics 

Assembly
    LinqStatistics.dll

Controls how the range of the bins are determined
```csharp
public enum BinningMode
```

### Fields 

`ExpandRange = 2`
    
The total range will be expanded such that the min is less then the sequence min and max is greater then the sequence max The number of bins will be equal to (max - min) / (binCount - 1) in essence adding an extra bin and shrinking the bin size 

`MaxValueInclusive = 1`
    
The minimum will be the sequnce min and the maximxum equal to sequence max The last bin will max inclusive instead of exclusive 

`Unbounded = 0`
    
The minimum will be equal to the sequence min and the maximum equal to infinity
```

--------------------------------

### LeastSquares operator !=

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.LeastSquares.html

Compares two LeastSquares instances for inequality. They are unequal if any of their M, B, or RSquared values differ.

```csharp
public static bool operator !=(LeastSquares lhs, LeastSquares rhs)
```

--------------------------------

### ItemCount<T> Equality Operator (==)

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.ItemCount-1.html

Compares two ItemCount<T> objects for equality.

```csharp
public static bool operator ==(ItemCount<T> lhs, ItemCount<T> rhs)
```

--------------------------------

### LeastSquares.Empty Field

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.LeastSquares.html

Provides an empty instance of LeastSquares, typically returned when a singular matrix is encountered. All members are zero.

```csharp
public static readonly LeastSquares Empty
```

--------------------------------

### LeastSquares operator ==

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.LeastSquares.html

Compares two LeastSquares instances for equality. They are equal if their M, B, and RSquared values are equal.

```csharp
public static bool operator ==(LeastSquares lhs, LeastSquares rhs)
```

--------------------------------

### ItemCount<T> Class Definition

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.ItemCount-1.html

Defines the structure for an item and its associated count.

```csharp
public class ItemCount<T> : IEquatable<ItemCount<T>>
```

--------------------------------

### LeastSquares Operators

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.LeastSquares.html

Operator overloads for the LeastSquares struct.

```APIDOC
## Operators
### operator ==(LeastSquares, LeastSquares)

Equality operator (M, B and RSquared must be equal).

```csharp
public static bool operator ==(LeastSquares lhs, LeastSquares rhs)
```

#### Parameters
- **lhs** (LeastSquares)
- **rhs** (LeastSquares)

#### Returns
bool

### implicit operator Func<double, double>(LeastSquares)

Casts a LeastSqaures to a Function Solve(double).

```csharp
public static implicit operator Func<double, double>(LeastSquares ls)
```

#### Parameters
- **ls** (LeastSquares) - The LeastSquares instance.

#### Returns
Func<double, double> - A function that solves for Y given X.

### operator !=(LeastSquares, LeastSquares)

Inequality operatory.

```csharp
public static bool operator !=(LeastSquares lhs, LeastSquares rhs)
```

#### Parameters
- **lhs** (LeastSquares)
- **rhs** (LeastSquares)

#### Returns
bool
```

--------------------------------

### Range<T> Operators

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.Range-1.html

Overloaded operators for comparing Range<T> instances.

```APIDOC
## operator ==(Range<T> first, Range<T> second)

### Parameters
- `first` (Range<T>)
- `second` (Range<T>)

### Returns
bool

## operator >(Range<T> first, Range<T> second)

### Parameters
- `first` (Range<T>)
- `second` (Range<T>)

### Returns
bool

## operator >=(Range<T> first, Range<T> second)

### Parameters
- `first` (Range<T>)
- `second` (Range<T>)

### Returns
bool

## operator !=(Range<T> first, Range<T> second)

### Parameters
- `first` (Range<T>)
- `second` (Range<T>)

### Returns
bool

## operator <(Range<T> first, Range<T> second)

### Parameters
- `first` (Range<T>)
- `second` (Range<T>)

### Returns
bool

## operator <=(Range<T> first, Range<T> second)

### Parameters
- `first` (Range<T>)
- `second` (Range<T>)

### Returns
bool
```

--------------------------------

### ItemCount<T> Operators

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.ItemCount-1.html

Provides overloaded operators for comparing ItemCount<T> objects.

```APIDOC
## operator ==(ItemCount<T> lhs, ItemCount<T> rhs)

### Description
Compares two ItemCount<T> objects for equality.

### Parameters
- **lhs** (ItemCount<T>) - The left-hand side operand.
- **rhs** (ItemCount<T>) - The right-hand side operand.

### Returns
(bool) True if the two objects are equal; otherwise, false.
```

```APIDOC
## operator !=(ItemCount<T> lhs, ItemCount<T> rhs)

### Description
Compares two ItemCount<T> objects for inequality.

### Parameters
- **lhs** (ItemCount<T>) - The left-hand side operand.
- **rhs** (ItemCount<T>) - The right-hand side operand.

### Returns
(bool) True if the two objects are not equal; otherwise, false.
```

--------------------------------

### ItemCount<T> Properties

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.ItemCount-1.html

Provides access to the properties of an ItemCount<T> object.

```APIDOC
## Count

### Description
The number of times RepresentativeValue appears in the source data.

### Property Value
(int) The count of the item.
```

```APIDOC
## RepresentativeValue

### Description
The value represented by the bin.

### Property Value
(T) The item's value.
```

--------------------------------

### Contains Method

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.Bin.html

Checks if a given double value falls within the range of this bin, considering the inclusivity of the maximum value.

```APIDOC
## Contains Method

### Description
Determines if a value is contained within the segment.

### Signature
```csharp
public bool Contains(double item)
```

### Parameters
*   **item** (double) - The item to check.

### Returns
(bool) - True if item is contained in the range - taking into account MaxInclusive.
```

--------------------------------

### Bin Contains Method

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.Bin.html

Determines whether a specified value falls within the range of this bin. The check considers the MaxInclusive property to decide if the maximum value is part of the range.

```csharp
public bool Contains(double item)
```

--------------------------------

### Bin Inequality Operator

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.Bin.html

Compares two Bin objects for inequality. This operator checks if two bins differ in their representative value, range, or count.

```csharp
public static bool operator !=(Bin lhs, Bin rhs)
```

--------------------------------

### BinningMode Enum Definition

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.BinningMode.html

Defines the enumeration for controlling how the range of bins is determined. Use ExpandRange to ensure min/max are outside the sequence range, MaxValueInclusive to include the sequence max in the last bin, and Unbounded for an open-ended maximum.

```csharp
public enum BinningMode
```

--------------------------------

### LeastSquares implicit operator Func<double, double>

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.LeastSquares.html

Implicitly casts a LeastSquares instance to a Func<double, double> that solves for Y given X.

```csharp
public static implicit operator Func<double, double>(LeastSquares ls)
```

--------------------------------

### LeastSquares Equality Operator

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.LeastSquares.html

Compares two LeastSquares objects for equality. Returns true if they are equal, false otherwise.

```APIDOC
## LeastSquares Equality Operator

### Description
Compares two `LeastSquares` objects for equality. Returns `true` if they are equal, `false` otherwise.

### Method
`operator ==`

### Parameters
#### Path Parameters 
- **lhs** (LeastSquares) - The left-hand side operand.
- **rhs** (LeastSquares) - The right-hand side operand.

### Returns
- **bool** - `true` if the `LeastSquares` objects are equal, `false` otherwise.
```

--------------------------------

### LeastSquares.IsNaN(LeastSquares)

Source: https://dkackman.github.io/LinqStatistics/api/LinqStatistics.LeastSquares.html

Determines if any of the M, B, or RSquared values in the provided LeastSquares instance are NaN (Not a Number).

```csharp
public static bool IsNaN(LeastSquares ls)
```

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