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#Function to compute the miscalibration error in each bin used to construct the
#calibration simplex.
error = function(x,true_error) {
UseMethod("error")
}
error.calibration_simplex = function(x,
true_error = TRUE) {
error = matrix(rep(NA,x$n_bins*3),ncol = 3)
# error = data.frame(c1 = rep(NA,x$n_bins),
# c3 = rep(NA,x$n_bins))
if(true_error) {
error[x$freq > 0,] = x$cond_rel_freq[x$freq > 0,] - x$cond_ave_prob[x$freq > 0,]
# error$c3[x$freq > 0] = x$cond_rel_freq_3[x$freq > 0] - x$cond_p3_ave[x$freq > 0]
# error$c1[x$freq > 0] = x$cond_rel_freq_1[x$freq > 0] - x$cond_p1_ave[x$freq > 0]
}
else {
rounded_forecasts = make_forecasts(x)
error[x$freq > 0,] = x$cond_rel_freq[x$freq > 0,] - rounded_forecasts[x$freq > 0,]
# error$c3[x$freq > 0] = x$cond_rel_freq_3[x$freq > 0] - rounded_forecasts$p3[x$freq > 0]
# error$c1[x$freq > 0] = x$cond_rel_freq_1[x$freq > 0] - rounded_forecasts$p1[x$freq > 0]
}
return(error)
}
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