parent_command:crypto/ta
usage: cones [-l LOWER_Q] [-u UPPER_Q] [-m {STD,Parkinson,Garman-Klass,Hodges-Tompkins,Rogers-Satchell,Yang-Zhang}] [--is_crypto]

Calculates the realized volatility quantiles over rolling windows of time. The model for calculating volatility is selectable.

optional arguments:
  -l LOWER_Q, --lower_q LOWER_Q
                        The lower quantile value for calculations. (default: 0.25)
  -u UPPER_Q, --upper_q UPPER_Q
                        The upper quantile value for calculations. (default: 0.75)
  -m {STD,Parkinson,Garman-Klass,Hodges-Tompkins,Rogers-Satchell,Yang-Zhang}, --model {STD,Parkinson,Garman-Klass,Hodges-Tompkins,Rogers-Satchell,Yang-Zhang}
                        The model used to calculate realized volatility. (default: STD)
  --is_crypto           If True, volatility is calculated for 365 days instead of 252. (default: True)


Examples:
- Calculate realized volatility quantiles for <COIN> using the default settings: crypto/load <COIN>/ta/cones
- Calculate realized volatility quantiles for <COIN> with lower and upper quantiles set to 0.1 and 0.9: crypto/load <COIN>/ta/cones -l 0.1 -u 0.9
- Calculate realized volatility quantiles for <COIN> using the Garman-Klass model: crypto/load <COIN>/ta/cones -m Garman-Klass
- Calculate realized volatility quantiles for <COIN> using the Hodges-Tompkins model and custom quantiles: crypto/load <COIN>/ta/cones -m Hodges-Tompkins -l 0.15 -u 0.85
- Calculate realized volatility quantiles for <COIN> using the Yang-Zhang model and disable the is_crypto flag: crypto/load <COIN>/ta/cones -m Yang-Zhang --is_crypto False