ConstantVolatilityConfig Class Reference

#include <ored/configuration/volatilityconfig.hpp>

Inheritance diagram for ConstantVolatilityConfig:

Public Member Functions
	ConstantVolatilityConfig (MarketDatum::QuoteType quoteType=MarketDatum::QuoteType::RATE_LNVOL, QuantLib::Exercise::Type exerciseType=QuantLib::Exercise::Type::European, std::string calendarStr=std::string(), QuantLib::Natural priority=0)
	Default constructor.
	ConstantVolatilityConfig (const std::string &quote, MarketDatum::QuoteType quoteType=MarketDatum::QuoteType::RATE_LNVOL, QuantLib::Exercise::Type exerciseType=QuantLib::Exercise::Type::European, std::string calendarStr=std::string(), QuantLib::Natural priority=0)
	Explicit constructor.
Inspectors
const std::string &	quote () const
Public Member Functions inherited from QuoteBasedVolatilityConfig
	QuoteBasedVolatilityConfig (MarketDatum::QuoteType quoteType=MarketDatum::QuoteType::RATE_LNVOL, QuantLib::Exercise::Type exerciseType=QuantLib::Exercise::Type::European, std::string calendarStr=std::string(), QuantLib::Natural priority=0)
	Default constructor.
const MarketDatum::QuoteType &	quoteType () const
const QuantLib::Exercise::Type &	exerciseType () const
void	fromBaseNode (ore::data::XMLNode *node)
void	toBaseNode (ore::data::XMLDocument &doc, ore::data::XMLNode *node)
Public Member Functions inherited from VolatilityConfig
	VolatilityConfig (std::string calendarStr=std::string(), QuantLib::Natural priority=0)
void	fromXMLNode (ore::data::XMLNode *node)
void	toXMLNode (XMLDocument &doc, XMLNode *node)
QuantLib::Natural	priority () const
Calendar	calendar () const
Public Member Functions inherited from XMLSerializable
void	fromFile (const std::string &filename)
void	toFile (const std::string &filename)
void	fromXMLString (const std::string &xml)
	Parse from XML string.
std::string	toXMLString ()
	Parse from XML string.

Serialisation
void	fromXML (ore::data::XMLNode *node) override
ore::data::XMLNode *	toXML (ore::data::XMLDocument &doc) override

Detailed Description

Volatility configuration for a single constant volatility