| abconv | Derive linear conversion coefficients from a set of indeterminate coefficients | 
| AltReg | Estimate in a method comparison model with replicates | 
| Ancona | Data from a rating experiment of recorgnizing point counts. | 
| BA.est | Bias and variance components for a Bland-Altman plot. | 
| BA.plot | Bland-Altman plot of differences versus averages. | 
| bothlines | Add regression lines to a plot | 
| cardiac | Measurement of cardiac output by two different methods. | 
| CardOutput | Measurements of Cardiac output. | 
| check.MCmcmc | Functions to graphically assess the convergence of the MCMC-simulation in a MCmcmc object | 
| check.trans | Functions to handle transformations of measurement results. | 
| choose.trans | Functions to handle transformations of measurement results. | 
| corr.measures | Classical association measures | 
| DA.reg | Make a regression of differences on averages | 
| DA2y | Convert DA to (classical) regression | 
| Deming | Regression with errors in both variables (Deming regression) | 
| ends | Function to identify the extremes of a vector | 
| Enzyme | Enzyme activity data | 
| fat | Measurements of subcutaneous and visceral fat | 
| glucose | Glucose measurements by different methods | 
| has.repl | Manipulate the replicate numbering within (item,method) | 
| hba.MC | A MCmcmc object from the hba1c data | 
| hba1c | Measurements of HbA1c from Steno Diabetes Center | 
| make.repl | Manipulate the replicate numbering within (item,method) | 
| MCmcmc | Fit a model for method comparison studies using WinBUGS | 
| Meth | Create a Meth object representing a method comparison study | 
| Meth.sim | Simulate a dataframe containing replicate measurements on the same items using different methods. | 
| MethComp | Summarize conversion equations and prediction intervals between methods. | 
| middle | Function to identify the middle of a vector | 
| milk | Measurement of fat content of human milk by two different methods. | 
| ox | Measurement of oxygen saturation in blood | 
| ox.MC | A MCmcmc object from the oximetry data. | 
| pairs.MCmcmc | Create a pairs plot for an MCmcmc object | 
| PBreg | Passing-Bablok regression | 
| PEFR | Peak Expiratory Flow Rate (PEFR) measurements with Wright peak flow and mini Wright peak flow meter. | 
| perm.repl | Manipulate the replicate numbering within (item,method) | 
| plot.MCmcmc | Plot estimated conversion lines and formulae. | 
| plot.Meth | Bland-Altman plot of differences versus averages. | 
| plot.MethComp | Summarize conversion equations and prediction intervals between methods. | 
| plot.PBreg | Bland-Altman plot of differences versus averages. | 
| plot.VarComp | Bland-Altman plot of differences versus averages. | 
| plvol | Measurements of plasma volume measured by two different methods. | 
| post.MCmcmc | Functions to graphically assess the convergence of the MCMC-simulation in a MCmcmc object | 
| predict.PBreg | Predict results from PBreg object | 
| print.MCmcmc | Print a MCmcmc object | 
| print.PBreg | Passing-Bablok regression | 
| rainman | Perception of points in a swarm | 
| sample.Meth | Sample Meth object with replacement | 
| sbp | Systolic blood pressure measured by three different methods. | 
| sbp.MC | A MCmcmc object from the sbp data | 
| scint | Relative renal function by Scintigraphy | 
| subset.MCmcmc | Subset an MCmcmc object | 
| summary.MCmcmc | Summary | 
| summary.Meth | Summary for Meth obect | 
| TDI | Compute Lin's Total deviation index | 
| to.long | Functions to convert between long and wide representations of data | 
| to.wide | Functions to convert between long and wide representations of data | 
| trace.MCmcmc | Functions to graphically assess the convergence of the MCMC-simulation in a MCmcmc object | 
| VitCap | Merits of two instruments designed to measure certain aspects of human lung function (Vital Capacity) | 
| y2DA | Convert DA to (classical) regression |