Nothing
testthat::test_that(
desc = "Test that the convinience functions calibrates the data correctly",
code = {
testthat::expect_false(
setequal(
zoo::index(FGIndex),
zoo::index(BTC)
)
)
# 2) to align the indices,
# we use the convincience functions
# by splitting the FGI by the BTC index.
FGIndex <- split_window(
xts = FGIndex,
by = zoo::index(BTC),
# Remove upper bounds of the
# index to avoid overlap between
# the dates.
#
# This ensures that the FGI is split
# according to start of each weekly
# BTC candle
bounds = 'upper'
)
# 3) as splitWindow returns a list
# it needs to passed into calibrateWindow
# to ensure comparability
FGIndex <- calibrate_window(
list = FGIndex,
# As each element in the list can include
# more than one row, each element needs to be aggregated
# or summarised.
#
# using xts::first gives the first element
# of each list, along with its values
FUN = xts::first
)
# 3) check if candles aligns
# accordingly
testthat::expect_equal(
zoo::index(BTC),
zoo::index(FGIndex)
)
}
)
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