A B C D F H I K L M N O P Q R S T misc
MIfuns-package | Pharmacometric tools for data preparation, analysis, simulation, and reporting |
%nested.in% | Test for Nested Factors (beta) |
%nests% | Test for Nested Factors (beta) |
accept | Document acceptance of an R installation. |
acceptance | List the history of acceptance. |
acr | Calculate One-Compartment Model Properties (beta) |
as.annotated | Make Specialized Data Frames to Support "Forest Plots" |
as.character.miTemporal | Support for miTemporal Classes |
as.chartime | Support for miTemporal Classes |
as.csv.filename | Create Replicate Data Sets by Stratified Sampling With Replacement |
as.distribution | Make Specialized Data Frames to Support "Forest Plots" |
as.double.immutable | Control Plotting of Default "Forest Plots" |
as.filename | Create Replicate Text files with Systematic Substitutions |
as.miDate | Temporal Classes with Selective Defaults |
as.miDateTime | Temporal Classes with Selective Defaults |
as.miTime | Temporal Classes with Selective Defaults |
as.numeric.chartime | Support for miTemporal Classes |
AUC | Calculate AUC using the trapezoidal method |
auc | Calculate One-Compartment Model Properties (beta) |
bin | Calculate Bin Sizes and Limits for a Vector (beta) |
bmi | Calculate Various Clinical Indicators |
boxplot.prestats | Make "Forest Plots" of Covariate Effects, etc. |
bsa | Calculate Various Clinical Indicators |
c.miTemporal | Support for miTemporal Classes |
cavg | Calculate One-Compartment Model Properties (beta) |
check.data | Summarize columns in a data set |
CheckPositiveMatrix | Verify that Omega matrix is positive, definite |
CheckPositiveVector | Verify that Omega matrix is positive, definite |
CheckWS | Check file name for white space |
CLNR | Delete files and directories |
cmax | Calculate One-Compartment Model Properties (beta) |
cmin | Calculate One-Compartment Model Properties (beta) |
compute.cwres | Compute the Conditional Weighted Residuals |
ComputePredictiveCheck | Computes individual parameters for observed and simulated data |
constant | Test for Nested Factors (beta) |
covplot | Make "Forest Plots" of Covariate Effects, etc. |
covplot.stats | Calculate Statistics for "Forest Plots" |
crcl | Calculate Various Clinical Indicators |
CreateParametersForSimulation | Generate model parameters for simulation |
crosses | Test for Nested Factors (beta) |
css | Calculate One-Compartment Model Properties (beta) |
ctl | A sample NONMEM(r) control stream |
ctl1 | Example data for NONR |
CWRES | Generate conditional weighted residual (CWRES) diagnostic plots as a pdf. |
cwres_1 | Generate conditional weighted residual (CWRES) diagnostic plots as a pdf. |
diagnostics | Run NONMEM and create diagnostic plots |
doCov | Run NONMEM and create diagnostic plots |
forbak | Impute Missing Vector Values |
format.miDate | Temporal Classes with Selective Defaults |
format.miDateTime | Temporal Classes with Selective Defaults |
format.miTime | Temporal Classes with Selective Defaults |
hash | Supply comment characters with output |
ibw | Calculate Various Clinical Indicators |
ind.cwres | Compute the Conditional Weighted Residuals |
is.cwres.readable.file | Compute the Conditional Weighted Residuals |
ke | Calculate One-Compartment Model Properties (beta) |
lbm | Calculate Various Clinical Indicators |
locf | Impute Missing Vector Values |
maxChar | Check Some Properties of Vectors and Data Frames (beta) |
mcmc.density | Tabular and graphic summary of MCMC results |
mcmc.history | Tabular and graphic summary of MCMC results |
metaSub | Create Replicate Text files with Systematic Substitutions |
MIfuns | Pharmacometric tools for data preparation, analysis, simulation, and reporting |
miTemporal | Temporal Classes with Selective Defaults |
myriwish | Generate omega values for simulation |
myshell | Run a DOS command without opening a command window |
naInContext | Display Missing Values in Context |
nocb | Impute Missing Vector Values |
NONR | Run NONMEM and create diagnostic plots |
Omega.MtoV | Convert omega matrix to vector |
Omega.VtoM | Convert omega vector to matrix |
packageCheck | Load a package and run package-level examples for testing purposes. |
panel.covplot | Control Plotting of Default "Forest Plots" |
parameter.plot.table | Tabular and graphic summary of MCMC results |
PlotPredictiveCheck | Plots results of the ComputePredictiveCheck function |
PLOTR | Run NONMEM and create diagnostic plots |
prepanel.covplot | Control Plotting of Default "Forest Plots" |
prev | Check Some Properties of Vectors and Data Frames (beta) |
print.annotated | Make Specialized Data Frames to Support "Forest Plots" |
print.miTemporal | Support for miTemporal Classes |
prob1 | Example data for NONR |
Q25 | Function calculates 25th percentile/probability |
Q75 | Function calculates 75th percentile/probability |
read.cwres.data | Compute the Conditional Weighted Residuals |
resample | Create Replicate Data Sets by Stratified Sampling With Replacement |
resample.csv.filename | Create Replicate Data Sets by Stratified Sampling With Replacement |
resample.data.frame | Create Replicate Data Sets by Stratified Sampling With Replacement |
rinvchisq | Generate inverse chi-square distribution |
rinvgamma | Generate inverse gamma distribution |
riwish | Generate inverse Wishart distribution |
rlog | Generate a combined run log from multiple NONMEM runs |
runhead | Check Some Properties of Vectors and Data Frames (beta) |
runmsge | Run NONMEM and create diagnostic plots |
runnm | Run NONMEM and create diagnostic plots |
save.model | Save WinBUGS results in a specified directory |
seq.miTemporal | Support for miTemporal Classes |
SimulateOmega | Generate omega values for simulation |
sorted | Check Some Properties of Vectors and Data Frames (beta) |
sqrtm | Called from compute.cwres to calculated CWRES. |
stableMerge | Execute a Benign Left Join |
subclass | Support for miTemporal Classes |
TABR | Generate a comma-delimited table file following a successful NONMEM run |
Tmax | Calculate Tmax |
tmax | Calculate One-Compartment Model Properties (beta) |
Tmin | Calculate Tmin |
TruncateParametersForSimulation | Truncate a set of parameters for simulation |
[.annotated | Make Specialized Data Frames to Support "Forest Plots" |
[.miTemporal | Support for miTemporal Classes |
[[.annotated | Make Specialized Data Frames to Support "Forest Plots" |
[[.miTemporal | Support for miTemporal Classes |