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ctbi (development version)

ctbi 2.0.5 (2023/01/20)

• documentation updated
• the case of 3 < n < 8 has been removed from ctbi.outlier
• The companion paper has been published with final DOI and added to ctbi

ctbi 2.0.4 (2022/11/18)

• Fixed a minor mistake concerning the way residuals are handled for limited range of possible values (ex. [0,+Inf[ instead of ]-Inf,+Inf[)
• The description of the functions has been updated
• A temporary DOI has been attached until the review of the original manuscript is finished

ctbi 2.0.3 (2022/07/27)

• summary.bin has been added to the output of ctbi, and it condenses the information about the size of a bin (bin.size), the minimum number of points for a bin to be accepted (bin.size.min.accepted) and the Stacked Cycle Index (SCI)
• the mean of mean cycle has been subtracted and added to the long.term
• examples have been updated

ctbi 2.0.2 (2022/07/25)

• summary.outlier has been added to the output of ctbi, and gives information about coeff.outlier (coefficients A,B and C), the lower/upper outlier threshold, the number of points used, the value of m.star.
• a minor mistake has been fixed for the residuals
• the outliers are now present in the column residuals to compare them to the lower/upper threshold

ctbi 2.0.1 (2022/07/22)

• ctbi.outliers has been changed with ctbi.outlier. This function now only takes an input vector and can handle any univariate datasets (no necessarily based on residuals).
• The Logbox has been updated. g_A(m.star)=0.2294exp(2.9416m.star-0.0512m.star^{2-0.0684m.star}3) and g_B(m.star)=1.0585+15.6960m.star-17.3618m.star^{2+28.3511m.star}3-11.4726m.star^4 will respectively calculate the A and B coefficients with m.star = (q(0.875)-q(0.625))/(q(0.75)-q(0.25))-0.6165 for right-skewed distributions, bounded by [0,2]. The C coefficients is fixed to 50 (Pearson Family).
• A “gaussian” method for Logbox has been added, with coeff.outlier = c(0.08,2,33)
• for n < 9, the MAD will be used instead the boxplot rule, with a multiplying factor of 10 (instead of usually 3) to limit the number of false positive to 0.5%.

ctbi 2.0.0 (2022/06/10)

• The LogBox method has changed from alpha = 1+klog(n) to alpha = Alog(n)+B+C/n
• k.outliers has been replaced by coeffs.outlier = c(A,B,C).
• SCI.min = Inf has been replaced by SCI.min = NA when no values are imputed

ctbi 1.0.1 (2022/03/08)

• F or T have been replaced with FALSE or TRUE
• Example 2 has been added to the help of ctbi
• Value has been added to the help of ctbi.plot and hidd.seq

ctbi 1.0.0 (2022/03/01)

• ORCID of Francois Ritter has been updated.
• n.bin.min <- floor(bin.size*(1-bin.max.f.NA)) has been replaced with n.bin.min <- ceiling(bin.size*(1-bin.max.f.NA)). This means that for bin.max.f.NA = 0.2 (bins with at least 80% of data are accepted) and bin.size = 12 (e.g., 12 months of data per bin), a bin with 9 months of data will be rejected.
• n.bin.min (minimum number of data points for a bin to be accepted) has been added as an output of ctbi in list.main.
• The starting and ending boundaries of the long.term interpolation were treated as NA values. This has been removed.
• The numeric class of data0[,y] has been forced to avoid problems with integers.
• Fixed a minor problem with the error message concerning k.outliers
• Fixed a plotting issue with the y range.

These binaries (installable software) and packages are in development.
They may not be fully stable and should be used with caution. We make no claims about them.
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