Description Usage Arguments Details Value See Also Examples
Use the grid solver to generate instrument prices via find_present_value and run them
through a bisective root search method until a constant volatility matching the provided
instrument price has been found.
1 2 3 4 5 6 7 8 9  | implied_jump_process_volatility(
  instrument_price,
  instrument,
  ...,
  starting_volatility_estimate = 0.85,
  relative_tolerance = 0.005,
  max.iter = 100,
  max_vola = 4
)
 | 
instrument_price | 
 Target price for root finder  | 
instrument | 
 Instrument to search for the target price on, passed as
the sole instrument to   | 
... | 
 Additional arguments to be passed on to   | 
starting_volatility_estimate | 
 Bisection method original guess  | 
relative_tolerance | 
 Relative tolerance in instrument price defining the root-finder halting condition  | 
max.iter | 
 Maximum number of root-finder iterations allowed  | 
max_vola | 
 Maximum volatility to try  | 
Unlike american_implied_volatility, this routine allows for any legal
term structures and equity-linked default intensities.  For that reason, it eschews
the control variate tricks that make american_implied_volatility so much faster.
Note that equity-linked default intensities can result in instrument prices that are not monotonic in volatility. This bisective root finder will find a solution but not necessarily any particular one.
A list of present values, with the same names as instruments
find_present_value for the underlying
pricing algorithm, implied_volatility_with_term_struct for European options
without equity dependence of default intensity, american_implied_volatility for the same on American options
Other Implied Volatilities: 
american_implied_volatility(),
equivalent_bs_vola_to_jump(),
equivalent_jump_vola_to_bs(),
fit_variance_cumulation(),
implied_volatilities_with_rates_struct(),
implied_volatilities(),
implied_volatility_with_term_struct(),
implied_volatility()
Other Equity Dependent Default Intensity: 
find_present_value(),
fit_to_option_market_df(),
fit_variance_cumulation(),
form_present_value_grid()
1 2 3  | implied_jump_process_volatility(
    25, AmericanOption(maturity=1.1, strike=100, callput=-1),
    S0=100, num_time_steps=50, relative_tolerance=1.e-3)
 | 
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