Greeks.GreekFillers.VegaGreekFiller

Classes

Dict(...[, two])	Methods
IGreekFiller	General interface that retrieves the relevant market states for greek computation, computes the finite difference and fills the greeks dictionary.
MarketStateKey(id)	Container class to identify a market state in a greeks run.
MarketStateKeys	Static class regrouping the different market state keys used for greeks computation.
ResultKey(id)	General container class to identify a computation result.
ResultKeys	Static class regrouping the different market state keys used for greeks computation.
VegaGreekFiller(vega_bump_size)	Class that retrieves the relevant market states for vega computation, computes the finite difference and fills the greeks dictionary.

class Greeks.GreekFillers.VegaGreekFiller.VegaGreekFiller(vega_bump_size)

Class that retrieves the relevant market states for vega computation, computes the finite difference and fills the greeks dictionary.

Parameters:

vega_bump_size : float

The additive bump \(\epsilon\) applied on the At-The-Money annualized volatility \(\sigma\) for vega computation.

Methods

fill(...)

Retrieve the relevant market states for vega computation, computes the finite difference and fills the greeks dictionary.

fill(pvs: typing.Dict[Common.MarketStateKey.MarketStateKey, Common.PricingResult.PricingResult], results: typing.Dict[Common.ResultKey.ResultKey, float]) → None

Retrieve the relevant market states for vega computation, computes the finite difference and fills the greeks dictionary.

Parameters:

pvs : Dict[MarketStateKey, PricingResult]

Dictionary that maps each market state to the option price given that state.

results : Dict[ResultKey, float]

Dictionary that contains the results of greeks computation.

Returns:

None

Examples

>>> from Greeks.GreekFillers.VegaGreekFiller import VegaGreekFiller
>>> from Common.MarketStateKeys import MarketStateKeys
>>> from Common.ResultKeys import ResultKeys
>>> from Common.PricingResult import PricingResult
>>> pvs = dict()
>>> results = dict()
>>> pvs[MarketStateKeys.vega_up] = PricingResult(1.60,0.0,0.0,0.0)
>>> pvs[MarketStateKeys.vega_down] = PricingResult(1.52,0.0,0.0,0.0)
>>> vega_filler = VegaGreekFiller(vega_bump_size= 0.01)
>>> vega_filler.fill(pvs, results)
>>> print(results[ResultKeys.vega])
4.0000000000000036