benchmark_all <- function(){
# -----------------------------------------------------------------------------
# Schaake OR (Window / climate) Schaake OR SimSchaake (not written yet)
# schaake_shuffle() is the function that currently does the shuffling
# need to pass a template of observations to this function
# deprecated
# Internal functions that get called in schaake_shuffle() are in
# shuffle_members_internal.R and inlcude rank_members() and sort_members()
# Seems I dropped order_members() function in this file
# and use the newer reorder_members()
# (renamed these files to reflect they are internal)
# sample_schaake_dates() window of dates that are similar to the forecast
# there is some intelligent handling here of missing dates
# once dates are selected a user can then use schaake_shuffle()
# (moved this to old - replaced with the run_shuffle_template())
# No code for SimSchaake currently
# Code to get minimum divergence dates is explained in schaake_template_mindiv()
# (this needs to be optional in benchmark all as its slow)
# once dates from min div are gotten again can just use schaake_shuffle()
# -----------------------------------------------------------------------------
# ECC
# To run ECC we need to pass through a quantile sampling method (letter)
# A function and its parameters to sample from
# Then the raw forecast as the template
# There is the function get_ecc_quantiles() to handle quantile sampling
# This helps code the different ECC sub methods based one sampling
# eg R - random, Q - equi-spaced quantils , S - jittered
# The function sample_ecc_members() then generates the post-processed
# ensemble members (works for all inbuilt distribution I think but not ecdf ? )
# This apply_ecc_template() performs the shuffle relative to the raw forecast
# This function could be generalised
# Internal functions that get called in apply_ecc_template() are the same as
# those used in the schaake_shuffle()
# apply_ecc_template() and schaake_shuffle() could be replaced with one shuffle()
# function
# -----------------------------------------------------------------------------
# Need to think about what we want to return from here
# eg. Return shuffled forecasts
# Scoring the forecasts should be separate ??
}
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