NEWS (original) (raw)

Versioning

Releases will be numbered with the following semantic versioning format:

..

And constructed with the following guidelines:

• Breaking backward compatibility bumps the major (and resets the minor and patch)
• New additions without breaking backward compatibility bumps the minor (and resets the patch)
• Bug fixes and misc changes bumps the patch
• Bug fixed of cdm.fig and cdm.miss
• Revamped tbl to include Cox proportional hazards model
• Added comparerel to compare reliability estimates
• Minor Bug fixes
• Updated calcrel to use confintfor SRD instead of confint.default
• Added paired t.test to calcrel for internal consistency.
• Revamped tbl to include both summary statistics and statistical analyses.
• Added cdm.miss and cdm.fig
• Added questionaire
• Added calcrel to calculate reliability estimates.
• Updated PLR3000 to accept recordings without marking.
• Added the a dynamic_artefacts setting to thedilations function and documentation. Used to dynamically assess artefacts. Also renamed artefacts tostatic_artefacts.
• Added the a resting_delay setting to thedilations function and documentation. Used to assess delay the subsequent period for assessment.
• Added the dilations function and documentation. Used to assess dilations from PLR3000.
• Updated sRCT function and documentation. Now applies random effect of site, and add relative risks together using ln-number instead of absolute numbers
• Updated clinmon documentation
• Optimised rrGcomp
• Updated clinmon documentation
• Minor bugfixing for PLR3000
• Added the sRCT-function to generate simulated randomized clinical trials. Much more work to add
• Added the rrGcomp-function to calculate relative risk using G-computation from an individual participant dataframe.
• Added the PLR3000-function to convert data extracted from NeurOptics PLR-3000 to a long format dataframe.
• Added the iscus-function to convert XML microdialysis data to a dataframe.
• Small bugfixes for the TFA and clinmonfunctions, especially the overlapping functionality did not produce Mx, PRx or CPPopt.
• Updated descriptions and helper-files.
• Changed name from clinmon to clintools to allow for inclusion of other function than only hemodynamic indices.
• Based on the matlab-script created by David Simpsons in 2015 theTFA-function have been added to calculate the transfer function analysis.
• The test data from 2015 has also been addedddata(tfa_sample_data), data(tfa_sample_data1), and data(tfa_sample_data2) to underline the script generates the same results as the Matlab-script.
• Added the ortable-function which generates an Odds ratio table from a logistic regression glm.
• Simplified the package, to calculate all the indices inclinmon(). clinmon() uses a_continuous_ recording and returns a dataframe with hemodynamic indices for every period, epoch or block depending on the chosen output. Includes COest, CPPopt, CVRi,Dx, Mx, PI, PRx,PWA, RI, and Sx (see details).
• Test data set is added to the package in two resolutions 1000 Hz, and 10 Hz. The corresponding deleter-file is also added.
• Corrected the error, that missing values from artefacts deletion in blocks and epochs results in a errorgenous correlation coefficient.
• This is the first version of the package put on CRAN
• Correlation coefficient based indices Dx,Sx, Mx and PRx are functional, and validated through ICM+
• Furthermore indices such as CVRi, PI,RI, PWA, and CO are functional.
• CPPopt and TFA will be added in future versions