LUSID C# SDK
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Lusid.Sdk.Model.CurveOptionsAllOf Class Reference

CurveOptionsAllOf More...

Inheritance diagram for Lusid.Sdk.Model.CurveOptionsAllOf:
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Public Types

enum class  MarketDataOptionsTypeEnum { CurveOptions = 1 }
 The available values are: CurveOptions More...
 

Public Member Functions

 CurveOptionsAllOf (string dayCountConvention=default(string), string frontExtrapolationType=default(string), string backExtrapolationType=default(string), MarketDataOptionsTypeEnum marketDataOptionsType=default(MarketDataOptionsTypeEnum))
 Initializes a new instance of the CurveOptionsAllOf class. More...
 
override string ToString ()
 Returns the string presentation of the object More...
 
virtual string ToJson ()
 Returns the JSON string presentation of the object More...
 
override bool Equals (object input)
 Returns true if objects are equal More...
 
bool Equals (CurveOptionsAllOf input)
 Returns true if CurveOptionsAllOf instances are equal More...
 
override int GetHashCode ()
 Gets the hash code More...
 

Protected Member Functions

 CurveOptionsAllOf ()
 Initializes a new instance of the CurveOptionsAllOf class. More...
 

Properties

MarketDataOptionsTypeEnum MarketDataOptionsType [get, set]
 The available values are: CurveOptions More...
 
string DayCountConvention [get, set]
 Day count convention of the curve. Defaults to "Act360". More...
 
string FrontExtrapolationType [get, set]
 What type of extrapolation is used to build the curve Imagine that the curve is facing the observer(you), then the &quot;front&quot; direction is the closest point on the curve onward. <br /> example: 0D tenor to past Defaults to &quot;Flat&quot;. Supported string (enumeration) values are: [None, Flat, Linear]. More...
 
string BackExtrapolationType [get, set]
 What type of extrapolation is used to build the curve. <br /> Imagine that the curve is facing the observer(you), then the &quot;back&quot; direction is the furthest point on the curve onward. <br /> example: 30Y tenor to infinity Defaults to &quot;Flat&quot;. Supported string (enumeration) values are: [None, Flat, Linear]. More...
 

Detailed Description

CurveOptionsAllOf

Member Enumeration Documentation

◆ MarketDataOptionsTypeEnum

The available values are: CurveOptions

The available values are: CurveOptions

Enumerator
CurveOptions 

Enum CurveOptions for value: CurveOptions

Constructor & Destructor Documentation

◆ CurveOptionsAllOf() [1/2]

Lusid.Sdk.Model.CurveOptionsAllOf.CurveOptionsAllOf ( )
inlineprotected

Initializes a new instance of the CurveOptionsAllOf class.

◆ CurveOptionsAllOf() [2/2]

Lusid.Sdk.Model.CurveOptionsAllOf.CurveOptionsAllOf ( string  dayCountConvention = default(string),
string  frontExtrapolationType = default(string),
string  backExtrapolationType = default(string),
MarketDataOptionsTypeEnum  marketDataOptionsType = default(MarketDataOptionsTypeEnum) 
)
inline

Initializes a new instance of the CurveOptionsAllOf class.

Parameters
dayCountConventionDay count convention of the curve. Defaults to &quot;Act360&quot;..
frontExtrapolationTypeWhat type of extrapolation is used to build the curve Imagine that the curve is facing the observer(you), then the &quot;front&quot; direction is the closest point on the curve onward. <br /> example: 0D tenor to past Defaults to &quot;Flat&quot;. Supported string (enumeration) values are: [None, Flat, Linear]..
backExtrapolationTypeWhat type of extrapolation is used to build the curve. <br /> Imagine that the curve is facing the observer(you), then the &quot;back&quot; direction is the furthest point on the curve onward. <br /> example: 30Y tenor to infinity Defaults to &quot;Flat&quot;. Supported string (enumeration) values are: [None, Flat, Linear]..
marketDataOptionsTypeThe available values are: CurveOptions (required).

Member Function Documentation

◆ Equals() [1/2]

bool Lusid.Sdk.Model.CurveOptionsAllOf.Equals ( CurveOptionsAllOf  input)
inline

Returns true if CurveOptionsAllOf instances are equal

Parameters
inputInstance of CurveOptionsAllOf to be compared
Returns
Boolean

◆ Equals() [2/2]

override bool Lusid.Sdk.Model.CurveOptionsAllOf.Equals ( object  input)
inline

Returns true if objects are equal

Parameters
inputObject to be compared
Returns
Boolean

◆ GetHashCode()

override int Lusid.Sdk.Model.CurveOptionsAllOf.GetHashCode ( )
inline

Gets the hash code

Returns
Hash code

◆ ToJson()

virtual string Lusid.Sdk.Model.CurveOptionsAllOf.ToJson ( )
inlinevirtual

Returns the JSON string presentation of the object

Returns
JSON string presentation of the object

◆ ToString()

override string Lusid.Sdk.Model.CurveOptionsAllOf.ToString ( )
inline

Returns the string presentation of the object

Returns
String presentation of the object

Property Documentation

◆ BackExtrapolationType

string Lusid.Sdk.Model.CurveOptionsAllOf.BackExtrapolationType
getset

What type of extrapolation is used to build the curve. <br /> Imagine that the curve is facing the observer(you), then the &quot;back&quot; direction is the furthest point on the curve onward. <br /> example: 30Y tenor to infinity Defaults to &quot;Flat&quot;. Supported string (enumeration) values are: [None, Flat, Linear].

What type of extrapolation is used to build the curve. <br /> Imagine that the curve is facing the observer(you), then the &quot;back&quot; direction is the furthest point on the curve onward. <br /> example: 30Y tenor to infinity Defaults to &quot;Flat&quot;. Supported string (enumeration) values are: [None, Flat, Linear].

◆ DayCountConvention

string Lusid.Sdk.Model.CurveOptionsAllOf.DayCountConvention
getset

Day count convention of the curve. Defaults to &quot;Act360&quot;.

Day count convention of the curve. Defaults to &quot;Act360&quot;.

◆ FrontExtrapolationType

string Lusid.Sdk.Model.CurveOptionsAllOf.FrontExtrapolationType
getset

What type of extrapolation is used to build the curve Imagine that the curve is facing the observer(you), then the &quot;front&quot; direction is the closest point on the curve onward. <br /> example: 0D tenor to past Defaults to &quot;Flat&quot;. Supported string (enumeration) values are: [None, Flat, Linear].

What type of extrapolation is used to build the curve Imagine that the curve is facing the observer(you), then the &quot;front&quot; direction is the closest point on the curve onward. <br /> example: 0D tenor to past Defaults to &quot;Flat&quot;. Supported string (enumeration) values are: [None, Flat, Linear].

◆ MarketDataOptionsType

MarketDataOptionsTypeEnum Lusid.Sdk.Model.CurveOptionsAllOf.MarketDataOptionsType
getset

The available values are: CurveOptions

The available values are: CurveOptions


The documentation for this class was generated from the following file: